From cbda5721ead922f3a6ad1064a2adb4a6138bf30b Mon Sep 17 00:00:00 2001
From: Pablo Villacorta Aylagas <pablo.villacorta@uva.es>
Date: Wed, 1 May 2024 11:33:23 +0200
Subject: [PATCH 01/51] Initial

---
 docs/src/assets/head_rotation_axis.png      | Bin 0 -> 153690 bytes
 examples/3.tutorials/lit-05-SimpleMotion.jl |  36 ++++++++++++++++++++
 2 files changed, 36 insertions(+)
 create mode 100644 docs/src/assets/head_rotation_axis.png
 create mode 100644 examples/3.tutorials/lit-05-SimpleMotion.jl

diff --git a/docs/src/assets/head_rotation_axis.png b/docs/src/assets/head_rotation_axis.png
new file mode 100644
index 0000000000000000000000000000000000000000..719435de56a73d3a481860e712bcf92be235ef7e
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diff --git a/examples/3.tutorials/lit-05-SimpleMotion.jl b/examples/3.tutorials/lit-05-SimpleMotion.jl
new file mode 100644
index 000000000..0d3db9d53
--- /dev/null
+++ b/examples/3.tutorials/lit-05-SimpleMotion.jl
@@ -0,0 +1,36 @@
+# # Simple Motion Definition and Simulation
+
+using KomaMRI # hide
+sys = Scanner() # hide
+
+# This tutorial illustrates how we can add simple motion to phantoms.
+# We will also see how phantoms can be stored and loaded from ``.phantom`` files.
+
+# First, we load a static 3D brain phantom:
+obj1 = brain_phantom3D()
+obj1.Δw .= 0 # Removes the off-resonance
+p1 = plot_phantom_map(obj1, :T2 ; height=400)
+#md savefig(p1, "../assets/3-phantom.html") # hide
+#jl display(p1)
+
+#md # ```@raw html
+#md # <center><object type="text/html" data="../../assets/3-phantom.html" style="width:50%; height:420px;"></object></center>
+#md # ```
+
+# Now, we will make a copy of the phantom, to which we will add Rotation Motion
+# to recreate the patient's movement inside the scanner.
+
+#md # Note how rotations are defined with respect to the 3 axes:
+#md # ```@raw html
+#md # <center><img src="../../assets/head_rotation_axis.png" width="300"></center>
+#md # ```
+
+obj2 = copy(obj1)
+obj2.motion = SimpleMotion([Rotation(t_start=0.0, t_end=0.25, pitch=15.0, roll=0.0, yaw=45.0)])
+p2 = plot_phantom_map(obj2, :T2 ; height=400, intermediate_time_samples=4)
+#md savefig(p2, "../assets/3-phantom.html") # hide
+#jl display(p2)
+
+#md # ```@raw html
+#md # <center><object type="text/html" data="../../assets/3-phantom.html" style="width:50%; height:420px;"></object></center>
+#md # ```

From dfc6356c3dcf3f28ab307758688f2ba930243a44 Mon Sep 17 00:00:00 2001
From: Pablo Villacorta Aylagas <pablo.villacorta@uva.es>
Date: Wed, 1 May 2024 12:48:17 +0200
Subject: [PATCH 02/51] Solve rotation bug in `displacement_z`

---
 .../datatypes/phantom/motion/simplemotion/PeriodicRotation.jl | 4 +++-
 .../src/datatypes/phantom/motion/simplemotion/Rotation.jl     | 4 +++-
 2 files changed, 6 insertions(+), 2 deletions(-)

diff --git a/KomaMRIBase/src/datatypes/phantom/motion/simplemotion/PeriodicRotation.jl b/KomaMRIBase/src/datatypes/phantom/motion/simplemotion/PeriodicRotation.jl
index b80af6463..e2ff92e41 100644
--- a/KomaMRIBase/src/datatypes/phantom/motion/simplemotion/PeriodicRotation.jl
+++ b/KomaMRIBase/src/datatypes/phantom/motion/simplemotion/PeriodicRotation.jl
@@ -68,7 +68,9 @@ function displacement_z(
     α = t_unit .* motion_type.pitch
     β = t_unit .* motion_type.roll
     γ = t_unit .* motion_type.yaw
-    return -sind.(β) .* x + cosd.(β) .* sind.(α) .* y .- z
+    return -sind.(β) .* x + 
+            cosd.(β) .* sind.(α) .* y +
+            cosd.(β) .* cosd.(α) .* z .- z
 end
 
 function times(motion_type::PeriodicRotation)
diff --git a/KomaMRIBase/src/datatypes/phantom/motion/simplemotion/Rotation.jl b/KomaMRIBase/src/datatypes/phantom/motion/simplemotion/Rotation.jl
index a81920d6d..17fd38559 100644
--- a/KomaMRIBase/src/datatypes/phantom/motion/simplemotion/Rotation.jl
+++ b/KomaMRIBase/src/datatypes/phantom/motion/simplemotion/Rotation.jl
@@ -118,7 +118,9 @@ function displacement_z(
     α = t_unit .* motion_type.pitch
     β = t_unit .* motion_type.roll
     γ = t_unit .* motion_type.yaw
-    return -sind.(β) .* x + cosd.(β) .* sind.(α) .* y .- z
+    return -sind.(β) .* x + 
+            cosd.(β) .* sind.(α) .* y +
+            cosd.(β) .* cosd.(α) .* z .- z
 end
 
 times(motion_type::Rotation) = begin

From c812ab156e92feb341e1a4569e7de4a17725b7b6 Mon Sep 17 00:00:00 2001
From: Pablo Villacorta Aylagas <pablo.villacorta@uva.es>
Date: Wed, 1 May 2024 12:48:44 +0200
Subject: [PATCH 03/51] Default `max_spins` to 100000

---
 KomaMRIPlots/src/ui/DisplayFunctions.jl | 2 +-
 1 file changed, 1 insertion(+), 1 deletion(-)

diff --git a/KomaMRIPlots/src/ui/DisplayFunctions.jl b/KomaMRIPlots/src/ui/DisplayFunctions.jl
index 4691b4256..528a1ce07 100644
--- a/KomaMRIPlots/src/ui/DisplayFunctions.jl
+++ b/KomaMRIPlots/src/ui/DisplayFunctions.jl
@@ -1028,7 +1028,7 @@ function plot_phantom_map(
     colorbar=true,
     intermediate_time_samples=0,
     max_time_samples=100,
-    max_spins=50000,
+    max_spins=100000,
     dt_frame=250,
     kwargs...,
 )

From 5cec38df4a6673ca42ec8d6f59a5b998a6120255 Mon Sep 17 00:00:00 2001
From: Pablo Villacorta Aylagas <pablo.villacorta@uva.es>
Date: Wed, 1 May 2024 13:07:43 +0200
Subject: [PATCH 04/51] Improve example

---
 examples/3.tutorials/lit-05-SimpleMotion.jl | 71 +++++++++++++++------
 1 file changed, 53 insertions(+), 18 deletions(-)

diff --git a/examples/3.tutorials/lit-05-SimpleMotion.jl b/examples/3.tutorials/lit-05-SimpleMotion.jl
index 0d3db9d53..5cc1c2256 100644
--- a/examples/3.tutorials/lit-05-SimpleMotion.jl
+++ b/examples/3.tutorials/lit-05-SimpleMotion.jl
@@ -3,34 +3,69 @@
 using KomaMRI # hide
 sys = Scanner() # hide
 
-# This tutorial illustrates how we can add simple motion to phantoms.
-# We will also see how phantoms can be stored and loaded from ``.phantom`` files.
+# This tutorial illustrates how we can add simple motion to phantoms. We will also see how phantoms can be stored and loaded from ``.phantom`` files.
 
 # First, we load a static 3D brain phantom:
-obj1 = brain_phantom3D()
-obj1.Δw .= 0 # Removes the off-resonance
-p1 = plot_phantom_map(obj1, :T2 ; height=400)
-#md savefig(p1, "../assets/3-phantom.html") # hide
+obj = brain_phantom3D()
+obj.Δw .= 0 # Removes the off-resonance
+
+# Now, we will add Rotation Motion to recreate the patient's movement inside the scanner.
+
+#md # !!! note
+#md #     Note how rotations are defined with respect to the 3 axes:
+#md #     ```@raw html
+#md #     <center><img src="../../assets/head_rotation_axis.png" width="200"></center>
+#md #     ```
+
+obj.motion = SimpleMotion([Rotation(t_start=0.0, t_end=0.5, pitch=15.0, roll=0.0, yaw=45.0)])
+p1 = plot_phantom_map(obj2, :T2 ; height=600, intermediate_time_samples=4)
+#md savefig(p1, "../assets/5-phantom.html") # hide
 #jl display(p1)
 
 #md # ```@raw html
-#md # <center><object type="text/html" data="../../assets/3-phantom.html" style="width:50%; height:420px;"></object></center>
+#md # <center><object type="text/html" data="../../assets/5-phantom.html" style="width:50%; height:420px;"></object></center>
 #md # ```
 
-# Now, we will make a copy of the phantom, to which we will add Rotation Motion
-# to recreate the patient's movement inside the scanner.
+# Then, we will load an EPI sequence
+
+seq_file = joinpath(dirname(pathof(KomaMRI)), "../examples/5.koma_paper/comparison_accuracy/sequences/EPI/epi_100x100_TE100_FOV230.seq")
+seq = read_seq(seq_file)
+p2 = plot_seq(seq; range=[0 40], slider=true, height=300)
+#md savefig(p3, "../assets/5-seq.html") # hide
+#jl display(p3)
 
-#md # Note how rotations are defined with respect to the 3 axes:
 #md # ```@raw html
-#md # <center><img src="../../assets/head_rotation_axis.png" width="300"></center>
+#md # <object type="text/html" data="../../assets/5-seq.html" style="width:100%; height:320px;"></object>
 #md # ```
 
-obj2 = copy(obj1)
-obj2.motion = SimpleMotion([Rotation(t_start=0.0, t_end=0.25, pitch=15.0, roll=0.0, yaw=45.0)])
-p2 = plot_phantom_map(obj2, :T2 ; height=400, intermediate_time_samples=4)
-#md savefig(p2, "../assets/3-phantom.html") # hide
-#jl display(p2)
+# Now, we will run two simulations: the first with the sequence starting at ``t=0.0``, 
+# and the second adding a 0.5s initial delay to the sequence:
+## Simulate 
+raw1 = simulate(obj, seq, sys)
+raw2 = simulate(obj, Delay(0.5) + seq, sys)
+
+# Let's note the effect of motion in both reconstructions:s
+## Get the acquisition data
+acq1 = AcquisitionData(raw1)
+acq2 = AcquisitionData(raw2)
+acq1.traj[1].circular = false #This is to remove the circular mask
+acq2.traj[1].circular = false #This is to remove the circular mask
+
+## Setting up the reconstruction parameters
+Nx, Ny = raw.params["reconSize"][1:2]
+reconParams = Dict{Symbol,Any}(:reco=>"direct", :reconSize=>(Nx, Ny))
+
+image1 = reconstruction(acq1, reconParams)
+image2 = reconstruction(acq1, reconParams)
+
+## Plotting the recon
+p3 = plot_image(abs.(image1[:, :, 1]); height=400)
+p4 = plot_image(abs.(image2[:, :, 1]); height=400)
+#md savefig(p3, "../assets/5-recon1.html") # hide
+#md savefig(p4, "../assets/5-recon2.html") # hide
+#jl display(p3)
+#jl display(p4)
 
 #md # ```@raw html
-#md # <center><object type="text/html" data="../../assets/3-phantom.html" style="width:50%; height:420px;"></object></center>
-#md # ```
+#md # <center><object type="text/html" data="../../assets/5-recon1.html" style="width:50%; height:420px;"></object><object type="text/html" data="../../assets/5-recon2.html" style="width:50%; height:420px;"></object></center>
+#md # ```
\ No newline at end of file

From d710be8ebc2893e069902add83d98fcbbc8737cc Mon Sep 17 00:00:00 2001
From: Pablo Villacorta Aylagas <pablo.villacorta@uva.es>
Date: Wed, 1 May 2024 13:48:57 +0200
Subject: [PATCH 05/51] Solve bugs

---
 examples/3.tutorials/lit-05-SimpleMotion.jl | 6 +++---
 1 file changed, 3 insertions(+), 3 deletions(-)

diff --git a/examples/3.tutorials/lit-05-SimpleMotion.jl b/examples/3.tutorials/lit-05-SimpleMotion.jl
index 5cc1c2256..c98ece4be 100644
--- a/examples/3.tutorials/lit-05-SimpleMotion.jl
+++ b/examples/3.tutorials/lit-05-SimpleMotion.jl
@@ -18,7 +18,7 @@ obj.Δw .= 0 # Removes the off-resonance
 #md #     ```
 
 obj.motion = SimpleMotion([Rotation(t_start=0.0, t_end=0.5, pitch=15.0, roll=0.0, yaw=45.0)])
-p1 = plot_phantom_map(obj2, :T2 ; height=600, intermediate_time_samples=4)
+p1 = plot_phantom_map(obj, :T2 ; height=600, intermediate_time_samples=4)
 #md savefig(p1, "../assets/5-phantom.html") # hide
 #jl display(p1)
 
@@ -44,12 +44,12 @@ p2 = plot_seq(seq; range=[0 40], slider=true, height=300)
 raw1 = simulate(obj, seq, sys)
 raw2 = simulate(obj, Delay(0.5) + seq, sys)
 
-# Let's note the effect of motion in both reconstructions:s
+# Let's note the effect of motion in both reconstructions:
 ## Get the acquisition data
 acq1 = AcquisitionData(raw1)
 acq2 = AcquisitionData(raw2)
 acq1.traj[1].circular = false #This is to remove the circular mask
-acq2.traj[1].circular = false #This is to remove the circular mask
+acq2.traj[1].circular = false 
 
 ## Setting up the reconstruction parameters
 Nx, Ny = raw.params["reconSize"][1:2]

From fb5655ca141ee1d6d294b29bbf0ff9f883acfb26 Mon Sep 17 00:00:00 2001
From: Pablo Villacorta Aylagas <pablo.villacorta@uva.es>
Date: Wed, 1 May 2024 13:50:17 +0200
Subject: [PATCH 06/51] Comment all tests for easy docs preview

---
 KomaMRIBase/test/runtests.jl                  | 1118 ++++++++--------
 KomaMRICore/test/runtests.jl                  | 1190 ++++++++---------
 KomaMRIFiles/test/runtests.jl                 |  230 ++--
 .../test/GUI_PlotlyJS_backend_test.jl         |  270 ++--
 .../test/GUI_PlutoPlotly_backend_test.jl      |   54 +-
 test/runtests.jl                              |  194 +--
 6 files changed, 1528 insertions(+), 1528 deletions(-)

diff --git a/KomaMRIBase/test/runtests.jl b/KomaMRIBase/test/runtests.jl
index f15bfaca2..555e0f438 100644
--- a/KomaMRIBase/test/runtests.jl
+++ b/KomaMRIBase/test/runtests.jl
@@ -1,559 +1,559 @@
-using TestItems, TestItemRunner
-
-@run_package_tests filter=t_start->!(:skipci in t_start.tags)&&(:base in t_start.tags) #verbose=true
-
-@testitem "Sequence" tags=[:base] begin
-    @testset "Init" begin
-        sys = Scanner()
-        B1 = sys.B1; durRF = π/2/(2π*γ*B1) #90-degree hard excitation pulse
-        EX = PulseDesigner.RF_hard(B1, durRF, sys; G=[0.0,0.0,0.0])
-        @test dur(EX) ≈ durRF #RF length matches what is supposed to be
-
-        #ACQ construction
-        N = 101
-        FOV = 23e-2
-        EPI = PulseDesigner.EPI(FOV, N, sys)
-        TE = 30e-3
-        d1 = TE-dur(EPI)/2-dur(EX)
-        d1 = d1 > 0 ? d1 : 0.0
-        if d1 > 0 DELAY = Delay(d1) end
-
-        #Sequence construction
-        seq = d1 > 0 ? EX + DELAY + EPI : EX + EPI #Only add delay if d1 is positive (enough space)
-        seq.DEF["TE"] = round(d1 > 0 ? TE : TE - d1, digits=4)*1e3
-        @test dur(seq) ≈ dur(EX) + d1 + dur(EPI) #Sequence duration matches what is supposed to be
-    end
-
-    @testset "Rot_and_Concat" begin
-        # Rotation 2D case
-        A1, A2, T, t = rand(4)
-        s = Sequence([Grad(A1,T);
-                    Grad(A2,T)])
-        θ = π*t
-        R = rotz(θ)
-        s2 = R*s #Matrix-Matrix{Grad} multiplication
-        GR2 = R*s.GR.A #Matrix-vector multiplication
-        @test s2.GR.A ≈ GR2
-        # Rotation 3D case
-        T, t1, t2, t3 = rand(4)
-        N = 100
-        GR = [Grad(rand(),T) for i=1:3, j=1:N]
-        s = Sequence(GR)
-        α, β, γ = π*t1, π*t2, π*t3
-        Rx = rotx(α)
-        Ry = roty(β)
-        Rz = rotz(γ)
-        R = Rx*Ry*Rz
-        s2 = R*s #Matrix-Matrix{Grad} multiplication
-        GR2 = R*s.GR.A #Matrix-vector multiplication
-        @test s2.GR.A ≈ GR2
-
-        # Concatenation of sequences
-        A1, A2, A3, T1 = rand(4)
-        s1 = Sequence([Grad(A1,T1);
-                    Grad(A2,T1)],
-                        [RF(A3,T1)])
-        B1, B2, B3, T2 = rand(4)
-        s2 = Sequence([Grad(B1,T2);
-                    Grad(B2,T2)],
-                        [RF(B3,T2)])
-        s = s1 + s2
-        @test s.GR.A ≈ [s1.GR.A s2.GR.A]
-        @test s.RF.A ≈ [s1.RF.A s2.RF.A]
-        @test s.ADC.N ≈ [s1.ADC.N ; s2.ADC.N]
-    end
-
-    @testset "Grad" begin
-        #Testing gradient concatenation, breakes in some Julia versions
-        A1, A2, T = rand(3)
-        g1, g2 = Grad(A1,T), Grad(A2,T)
-        GR = [g1;g2;;]
-        GR2 = reshape([g1;g2],:,1)
-        @test GR.A ≈ GR2.A
-
-        #Sanity checks of contructors (A [T], T[s], rise[s], fall[s], delay[s])
-        A, T = 0.1, 1e-3
-        grad = Grad(A, T)
-
-        A, T = rand(2)
-        g1, g2 = Grad(A,T), Grad(A,T,0.0,0.0,0.0)
-        @test g1 ≈ g2
-
-        A, T, ζ = rand(3)
-        g1, g2 = Grad(A,T,ζ), Grad(A,T,ζ,ζ,0.0)
-        @test g1 ≈ g2
-
-        A, T, delay, ζ = rand(4)
-        g1, g2 = Grad(A,T,ζ,delay), Grad(A,T,ζ,ζ,delay)
-        @test g1 ≈ g2
-
-        # Test construction with shape function
-        T, N = 1e-3, 100
-        f = t -> sin(π*t / T)
-        gradw = Grad(f, T, N)
-        @test gradw.A ≈ f.(range(0.0, T; length=N))
-
-        # Test Grad operations
-        α = 3
-        gradt = α * grad
-        @test size(grad, 1) == 1
-        @test gradt.A ≈ α * grad.A
-        gradt = grad * α
-        @test gradt.A ≈ α * grad.A
-        gradt = grad / α
-        @test gradt.A ≈ grad.A / α
-        grads = grad + gradt
-        @test grads.A ≈ grad.A + gradt.A
-        A1, A2, A3 = 0.1, 0.2, 0.3
-        v1 = [Grad(A1,T); Grad(A2,T); Grad(A3,T)]
-        v2 = [Grad(A2,T); Grad(A3,T); Grad(A1,T)]
-        v3 = v1 + v2
-        @test [v3[i].A for i=1:length(v3)] ≈ [v1[i].A + v2[i].A for i=1:length(v1)]
-        gradr = grad - gradt
-        @test gradr.A ≈ grad.A - gradt.A
-        gradt = -grad
-        @test gradt.A ≈ -grad.A
-        vc = vcat(v1, v2)
-        @test [vc[1,j].A for j=1:length(v1)] ≈ [v1[i].A for i=1:length(v1)]
-        @test [vc[2,j].A for j=1:length(v2)] ≈ [v2[i].A for i=1:length(v2)]
-        vc = vcat(v1, v2, v3)
-        @test [vc[1,j].A for j=1:length(v1)] ≈ [v1[i].A for i=1:length(v1)]
-        @test [vc[2,j].A for j=1:length(v2)] ≈ [v2[i].A for i=1:length(v2)]
-        @test [vc[3,j].A for j=1:length(v3)] ≈ [v3[i].A for i=1:length(v3)]
-        delay, rise, T, fall = 1e-6, 2e-6, 10e-3, 3e-6
-        gr = Grad(A, T, rise, fall, delay)
-        @test dur(gr) ≈ delay + rise + T + fall
-        T1, T2, T3 = 1e-3, 2e-3, 3e-3
-        vt = [Grad(A1,T1); Grad(A2,T2); Grad(A3,T3)]
-        @test dur(vt) ≈ [maximum([T1, T2, T3])]
-
-        # Just checking to ensure that show() doesn't get stuck and that it is covered
-        show(IOBuffer(), "text/plain", grad)
-        @test true
-
-    end
-
-    @testset "RF" begin
-        #Testing gradient concatenation, breakes in some Julia versions
-        A1, A2, T = rand(3)
-        r1, r2 = RF(A1,T), RF(A2,T)
-        R = [r1;r2;;]
-        R2 = reshape([r1;r2],:,1)
-        @test R.A ≈ R2.A
-
-        #Sanity checks of constructors (A [T], T [s], Δf[Hz], delay [s])
-        A, T = rand(2)
-        r1, r2 = RF(A,T), RF(A,T,0.0,0.0)
-        @test r1 ≈ r2
-
-        A, T, Δf = rand(3)
-        r1, r2 = RF(A,T,Δf), RF(A,T,Δf,0.0)
-        @test r1 ≈ r2
-
-        # Just checking to ensure that show() doesn't get stuck and that it is covered
-        show(IOBuffer(), "text/plain", r1)
-        @test true
-
-        # Test Grad operations
-        B1x, B1y, T = rand(3)
-        A = B1x + im*B1y
-        α = Complex(rand())
-        rf = RF(A, T)
-        rft = α * rf
-        @test size(rf, 1) == 1
-        @test rft.A ≈ α * rf.A
-        @test dur(rf) ≈ rf.T
-        B1x, B1y, B2x, B2y, B3x, B3y, T1, T2, T3 = rand(9)
-        rf1, rf2, rf3 = RF(B1x + im*B1y, T1), RF(B1x + im*B1y, T2), RF(B3x + im*B3y, T3)
-        rv = [rf1; rf2; rf3]
-        @test dur(rv) ≈ sum(dur.(rv))
-
-    end
-
-    @testset "Delay" begin
-
-        # Test delay construction
-        T = 1e-3
-        delay = Delay(T)
-        @test delay.T ≈ T
-
-        # Test delay construction error for negative values
-        err = Nothing
-        try Delay(-T) catch err end
-        @test err isa ErrorException
-
-        # Just checking to ensure that show() doesn't get stuck and that it is covered
-        show(IOBuffer(), "text/plain", delay)
-        @test true
-
-        # Test addition of a delay to a sequence
-        seq = Sequence([Grad(0.0, 0.0)])
-        ds = delay + seq
-        @test dur(ds[1]) ≈ delay.T && dur(ds[2]) ≈ .0
-        sd = seq + delay
-        @test dur(sd[1]) ≈ .0 && dur(sd[2]) ≈ delay.T
-
-    end
-    @testset "ADC" begin
-
-        # Test ADC construction
-        N, T, delay, Δf, ϕ  = 64, 1e-3, 2e-3, 1e-6, .25*π
-        adc = ADC(N, T, delay, Δf, ϕ)
-
-        adc1, adc2 = ADC(N, T), ADC(N,T,0,0,0)
-        @test adc1 ≈ adc2
-
-        adc1, adc2 = ADC(N, T, delay), ADC(N, T, delay, 0, 0)
-        @test adc1 ≈ adc2
-
-        adc1, adc2 = ADC(N, T, delay, Δf, ϕ), ADC(N, T, delay, Δf, ϕ)
-        @test adc1 ≈ adc2
-
-        # Test ADC construction errors for negative values
-        err = Nothing
-        try ADC(N, -T) catch err end
-        @test err isa ErrorException
-        try ADC(N, -T,  delay) catch err end
-        @test err isa ErrorException
-        try ADC(N,  T, -delay) catch err end
-        @test err isa ErrorException
-        try ADC(N, -T, -delay) catch err end
-        @test err isa ErrorException
-        try ADC(N, -T,  delay, Δf, ϕ) catch err end
-        @test err isa ErrorException
-        try ADC(N,  T, -delay, Δf, ϕ) catch err end
-        @test err isa ErrorException
-        try ADC(N, -T, -delay, Δf, ϕ) catch err end
-        @test err isa ErrorException
-
-        # Test ADC getproperties
-        Nb, Tb, delayb, Δfb, ϕb  = 128, 2e-3, 4e-3, 2e-6, .125*π
-        adb = ADC(Nb, Tb, delayb, Δfb, ϕb)
-        adcs = [adc, adb]
-        @test adcs.N ≈ [adc.N, adb.N] && adcs.T ≈ [adc.T, adb.T] && adcs.delay ≈ [adc.delay, adb.delay]
-        @test adcs.Δf ≈ [adc.Δf, adb.Δf] && adcs.ϕ ≈ [adc.ϕ, adb.ϕ] && adcs.dur ≈ [adc.T + adc.delay, adb.T + adb.delay]
-
-    end
-
-    @testset "DiscreteSequence" begin
-        path = joinpath(@__DIR__, "test_files")
-        seq = PulseDesigner.EPI_example()
-        sampling_params = KomaMRIBase.default_sampling_params()
-        t, Δt = KomaMRIBase.get_variable_times(seq; Δt=sampling_params["Δt"], Δt_rf=sampling_params["Δt_rf"])
-        seqd = KomaMRIBase.discretize(seq)
-        i1, i2 = rand(1:Int(floor(0.5*length(seqd)))), rand(Int(ceil(0.5*length(seqd))):length(seqd))
-        @test seqd[i1].t ≈ [t[i1]]
-        @test seqd[i1:i2-1].t ≈ t[i1:i2]
-
-        T, N = 1.0, 4
-        seq = RF(1.0e-6, 1.0)
-        seq += Sequence([Grad(1.0e-3, 1.0)])
-        seq += ADC(N, 1.0)
-        sampling_params = KomaMRIBase.default_sampling_params()
-        sampling_params["Δt"], sampling_params["Δt_rf"] = T/N, T/N
-        seqd1 = KomaMRIBase.discretize(seq[1]; sampling_params)
-        seqd2 = KomaMRIBase.discretize(seq[2]; sampling_params)
-        seqd3 = KomaMRIBase.discretize(seq[3]; sampling_params)
-        # Block 1
-        @test is_RF_on(seq[1]) == is_RF_on(seqd1)
-        @test is_GR_on(seq[1]) == is_GR_on(seqd1)
-        @test is_ADC_on(seq[1]) == is_ADC_on(seqd1)
-        # Block 2
-        @test is_RF_on(seq[2]) == is_RF_on(seqd2)
-        @test is_GR_on(seq[2]) == is_GR_on(seqd2)
-        @test is_ADC_on(seq[2]) == is_ADC_on(seqd2)
-        # Block 3
-        @test is_RF_on(seq[3]) == is_RF_on(seqd3)
-        @test is_GR_on(seq[3]) == is_GR_on(seqd3)
-        @test is_ADC_on(seq[3]) == is_ADC_on(seqd3)
-        @test KomaMRIBase.is_GR_off(seqd) ==  !KomaMRIBase.is_GR_on(seqd)
-        @test KomaMRIBase.is_RF_off(seqd) ==  !KomaMRIBase.is_RF_on(seqd)
-        @test KomaMRIBase.is_ADC_off(seqd) == !KomaMRIBase.is_ADC_on(seqd)
-    end
-
-    @testset "SequenceFunctions" begin
-        path = joinpath(@__DIR__, "test_files")
-        seq = PulseDesigner.EPI_example()
-        t, Δt = KomaMRIBase.get_variable_times(seq; Δt=1)
-        t_adc =  KomaMRIBase.get_adc_sampling_times(seq)
-        M2, M2_adc = KomaMRIBase.get_slew_rate(seq)
-        M2eddy, M2eddy_adc = KomaMRIBase.get_eddy_currents(seq)
-        Gx, Gy, Gz = KomaMRIBase.get_grads(seq, t)
-        Gmx, Gmy, Gmz = KomaMRIBase.get_grads(seq, reshape(t, 1, :))
-        @test reshape(Gmx, :, 1) ≈ Gx && reshape(Gmy, :, 1) ≈ Gy && reshape(Gmz, :, 1) ≈ Gz
-        @test is_ADC_on(seq) == is_ADC_on(seq, t)
-        @test is_RF_on(seq) == is_RF_on(seq, t)
-        @test KomaMRIBase.is_Delay(seq) == !(is_GR_on(seq) || is_RF_on(seq) || is_ADC_on(seq))
-        @test size(M2, 1) == length(Δt) && size(M2_adc, 1) == length(t_adc)
-        @test size(M2eddy, 1) == length(Δt) && size(M2eddy_adc, 1) == length(t_adc)
-
-        # Just checking to ensure that show() doesn't get stuck and that it is covered
-        show(IOBuffer(), "text/plain", seq)
-        @test true
-
-        α = rand()
-        c = α + im*rand()
-        x = seq
-        y = PulseDesigner.EPI_example()
-        z = x + y
-        @test z.GR.A ≈ [x.GR  y.GR].A && z.RF.A ≈ [x.RF y.RF].A && z.ADC.N ≈ [x.ADC; y.ADC].N
-        z = x - y
-        @test z.GR.A ≈ [x.GR  -y.GR].A
-        z = -x
-        @test z.GR.A ≈ -x.GR.A
-        z = x * α
-        @test z.GR.A ≈ α*x.GR.A
-        z = α * x
-        @test z.GR.A ≈ α*x.GR.A
-        z = x * c
-        @test z.RF.A ≈ c*x.RF.A
-        z = c * x
-        @test z.RF.A ≈ c*x.RF.A
-        z = x / α
-        @test z.GR.A ≈ x.GR.A/α
-        @test size(y) == size(y.GR[1,:])
-        z = x + x.GR[3,1]
-        @test z.GR.A[1, end] ≈ x.GR[3,1].A
-        z = x.GR[3,1] + x
-        @test z.GR.A[1, 1] ≈ x.GR[3,1].A
-        z = x + x.RF[1,1]
-        @test z.RF.A[1, end] ≈ x.RF[1,1].A
-        z = x.RF[1,1] + x
-        @test z.RF.A[1, 1] ≈ x.RF[1,1].A
-        z = x + x.ADC[3,1]
-        @test z.ADC.N[end] ≈ x.ADC[3,1].N
-        z = x.ADC[3,1] + x
-        @test z.ADC.N[1] ≈ x.ADC[3,1].N
-    end
-
-end
-
-@testitem "PulseDesigner" tags=[:base] begin
-    @testset "RF_sinc" begin
-        sys = Scanner()
-        B1 = 23.4e-6 # For 90 deg flip angle
-        Trf = 1e-3
-        rf = PulseDesigner.RF_sinc(B1, Trf, sys; TBP=4)
-        @test round(KomaMRIBase.get_flip_angles(rf)[1]) ≈ 90
-    end
-    @testset "Spiral" begin
-        sys = Scanner()
-        sys.Smax = 150    # [mT/m/ms]
-        sys.Gmax = 500e-3 # [T/m]
-        sys.GR_Δt = 4e-6  # [s]
-        FOV = 0.2       # [m]
-        N = 80          # Reconstructed image N×N
-        Nint = 8
-        λ = 2.1
-        spiral = PulseDesigner.spiral_base(FOV, N, sys; λ=λ, BW=120e3, Nint)
-        # Look at the k_space generated
-        @test spiral(0).DEF["λ"] ≈ λ
-    end
-    @testset "Radial" begin
-        sys = Scanner()
-        N = 80
-        Nspokes = ceil(Int64, π/2 * N ) #Nyquist in the radial direction
-        FOV = 0.2
-        spoke = PulseDesigner.radial_base(FOV, N, sys)
-        @test spoke.DEF["Δθ"] ≈ π / Nspokes
-    end
-end
-
-@testitem "Phantom" tags = [:base] begin
-    using Suppressor
-    # Test phantom struct creation
-    name = "Bulks"
-    x = [-2e-3; -1e-3; 0.0; 1e-3; 2e-3]
-    y = [-4e-3; -2e-3; 0.0; 2e-3; 4e-3]
-    z = [-6e-3; -3e-3; 0.0; 3e-3; 6e-3]
-    ρ = [0.2; 0.4; 0.6; 0.8; 1.0]
-    T1 = [0.9; 0.9; 0.5; 0.25; 0.4]
-    T2 = [0.09; 0.05; 0.04; 0.07; 0.005]
-    T2s = [0.1; 0.06; 0.05; 0.08; 0.015]
-    Δw = [-2e-6; -1e-6; 0.0; 1e-6; 2e-6]
-    Dλ1 = [-4e-6; -2e-6; 0.0; 2e-6; 4e-6]
-    Dλ2 = [-6e-6; -3e-6; 0.0; 3e-6; 6e-6]
-    Dθ = [-8e-6; -4e-6; 0.0; 4e-6; 8e-6]
-    obj1 = Phantom(name=name, x=x, y=y, z=z, ρ=ρ, T1=T1, T2=T2, T2s=T2s, Δw=Δw, Dλ1=Dλ1, Dλ2=Dλ2, Dθ=Dθ)
-    obj2 = Phantom(name=name, x=x, y=y, z=z, ρ=ρ, T1=T1, T2=T2, T2s=T2s, Δw=Δw, Dλ1=Dλ1, Dλ2=Dλ2, Dθ=Dθ)
-    @test obj1 == obj2
-
-    # Test size and length definitions of a phantom
-    @test size(obj1) == size(ρ)
-    @test length(obj1) == length(ρ)
-
-    # Test obtaining spin psositions 
-    @testset "SimpleMotion" begin
-        ph = Phantom(x=[1.0], y=[1.0])
-        t_start=0.0; t_end=1.0 
-        t = collect(range(t_start, t_end, 11))
-        period = 2.0
-        asymmetry = 0.5
-        # Translation
-        dx, dy, dz = [1.0, 0.0, 0.0]
-        vx, vy, vz = [dx, dy, dz] ./ (t_end - t_start)
-        translation = SimpleMotion([Translation(dx, dy, dz, t_start, t_end)])
-        xt, yt, zt = get_spin_coords(translation, ph.x, ph.y, ph.z, t')
-        @test xt == ph.x .+ vx.*t'
-        @test yt == ph.y .+ vy.*t'
-        @test zt == ph.z .+ vz.*t'
-        # PeriodicTranslation
-        periodictranslation = SimpleMotion([PeriodicTranslation(dx, dy, dz, period, asymmetry)])
-        xt, yt, zt = get_spin_coords(periodictranslation, ph.x, ph.y, ph.z, t')
-        @test xt == ph.x .+ vx.*t'
-        @test yt == ph.y .+ vy.*t'
-        @test zt == ph.z .+ vz.*t'
-        # Rotation (2D)
-        pitch = 0.0
-        roll = 0.0
-        yaw = 45.0
-        rotation = SimpleMotion([Rotation(pitch, roll, yaw, t_start, t_end)])
-        xt, yt, zt = get_spin_coords(rotation, ph.x, ph.y, ph.z, t')
-        @test xt[:,end] == ph.x .* cosd(yaw) - ph.y .* sind(yaw)
-        @test yt[:,end] == ph.x .* sind(yaw) + ph.y .* cosd(yaw)
-        @test zt[:,end] == ph.z
-        # PeriodicRotation (2D)
-        periodicrotation = SimpleMotion([PeriodicRotation(pitch, roll, yaw, period, asymmetry)])
-        xt, yt, zt = get_spin_coords(periodicrotation, ph.x, ph.y, ph.z, t')
-        @test xt[:,end] == ph.x .* cosd(yaw) - ph.y .* sind(yaw)
-        @test yt[:,end] == ph.x .* sind(yaw) + ph.y .* cosd(yaw)
-        @test zt[:,end] == ph.z
-        # HeartBeat
-        circumferential_strain = -0.1
-        radial_strain = 0.0
-        longitudinal_strain = -0.1
-        heartbeat = SimpleMotion([HeartBeat(circumferential_strain, radial_strain, longitudinal_strain, t_start, t_end)])
-        xt, yt, zt = get_spin_coords(heartbeat, ph.x, ph.y, ph.z, t')
-        r = sqrt.(ph.x .^ 2 + ph.y .^ 2)
-        θ = atan.(ph.y, ph.x)
-        @test xt[:,end] == ph.x .* (1 .+ circumferential_strain * maximum(r) .* cos.(θ))
-        @test yt[:,end] == ph.y .* (1 .+ circumferential_strain * maximum(r) .* sin.(θ))
-        @test zt[:,end] == ph.z .* (1 .+ longitudinal_strain)
-        # PeriodicHeartBeat
-        periodicheartbeat = SimpleMotion([PeriodicHeartBeat(circumferential_strain, radial_strain, longitudinal_strain, period, asymmetry)])
-        xt, yt, zt = get_spin_coords(heartbeat, ph.x, ph.y, ph.z, t')
-        @test xt[:,end] == ph.x .* (1 .+ circumferential_strain * maximum(r) .* cos.(θ))
-        @test yt[:,end] == ph.y .* (1 .+ circumferential_strain * maximum(r) .* sin.(θ))
-        @test zt[:,end] == ph.z .* (1 .+ longitudinal_strain)
-    end
-    @testset "ArbitraryMotion" begin
-        ph = Phantom(x=[1.0], y=[1.0])
-        Ns = length(ph)
-        period_durations = [1.0]
-        num_pieces = 10
-        dx = dy = dz = rand(Ns, num_pieces - 1)
-        arbitrarymotion = @suppress ArbitraryMotion(period_durations, dx, dy, dz)
-        t = times(arbitrarymotion)
-        xt, yt, zt = get_spin_coords(arbitrarymotion, ph.x, ph.y, ph.z, t')
-        @test xt[:,2:end-1] == ph.x .+ dx
-        @test yt[:,2:end-1] == ph.y .+ dy
-        @test zt[:,2:end-1] == ph.z .+ dz
-    end
-
-    simplemotion = SimpleMotion([
-        PeriodicTranslation(dx=0.05, dy=0.05, dz=0.0, period=0.5, asymmetry=0.5),
-        Rotation(pitch=0.0, roll=0.0, yaw=π / 2, t_start=0.05, t_end=0.5),
-    ])
-
-    Ns = length(obj1)
-    K = 10
-    arbitrarymotion = @suppress ArbitraryMotion([1.0], 0.01 .* rand(Ns, K - 1), 0.01 .* rand(Ns, K - 1), 0.01 .* rand(Ns, K - 1))
-
-    # Test phantom subset
-    obs1 = Phantom(
-        name,
-        x,
-        y,
-        z,
-        ρ,
-        T1,
-        T2,
-        T2s,
-        Δw,
-        Dλ1,
-        Dλ2,
-        Dθ,
-        simplemotion
-    )
-    rng = 1:2:5
-    obs2 = Phantom(
-        name,
-        x[rng],
-        y[rng],
-        z[rng],
-        ρ[rng],
-        T1[rng],
-        T2[rng],
-        T2s[rng],
-        Δw[rng],
-        Dλ1[rng],
-        Dλ2[rng],
-        Dθ[rng],
-        simplemotion[rng],
-    )
-    @test obs1[rng] == obs2
-    @test @view(obs1[rng]) == obs2
-
-    obs1.motion = arbitrarymotion
-    obs2.motion = arbitrarymotion[rng]
-    @test obs1[rng] == obs2
-    # @test @view(obs1[rng]) == obs2
-
-    # Test addition of phantoms
-    oba = Phantom(
-        name,
-        [x; x[rng]],
-        [y; y[rng]],
-        [z; z[rng]],
-        [ρ; ρ[rng]],
-        [T1; T1[rng]],
-        [T2; T2[rng]],
-        [T2s; T2s[rng]],
-        [Δw; Δw[rng]],
-        [Dλ1; Dλ1[rng]],
-        [Dλ2; Dλ2[rng]],
-        [Dθ; Dθ[rng]],
-        [obs1.motion; obs2.motion]
-    )
-    @test obs1 + obs2 == oba
-
-    # Test scalar multiplication of a phantom
-    c = 7
-    obc = Phantom(name=name, x=x, y=y, z=z, ρ=c*ρ, T1=T1, T2=T2, T2s=T2s, Δw=Δw, Dλ1=Dλ1, Dλ2=Dλ2, Dθ=Dθ)
-    @test c * obj1 == obc
-
-    #Test brain phantom 2D
-    ph = brain_phantom2D()
-    @test ph.name == "brain2D_axial"
-    @test KomaMRIBase.get_dims(ph) == Bool[1, 1, 0]
-
-    #Test brain phantom 3D
-    ph = brain_phantom3D()
-    @test ph.name == "brain3D"
-    @test KomaMRIBase.get_dims(ph) == Bool[1, 1, 1]
-
-    #Test pelvis phantom 2D
-    ph = pelvis_phantom2D()
-    @test ph.name == "pelvis2D"
-    @test KomaMRIBase.get_dims(ph) == Bool[1, 1, 0]
-
-    #Test heart phantom
-    ph = heart_phantom()
-    @test ph.name == "LeftVentricle"
-    @test KomaMRIBase.get_dims(ph) == Bool[1, 1, 0]
-end
-
-@testitem "Scanner" tags=[:base] begin
-    B0, B1, Gmax, Smax = 1.5, 10e-6, 60e-3, 500
-    ADC_Δt, seq_Δt, GR_Δt, RF_Δt = 2e-6, 1e-5, 1e-5, 1e-6
-    RF_ring_down_T, RF_dead_time_T, ADC_dead_time_T = 20e-6, 100e-6, 10e-6
-    sys = Scanner(B0, B1, Gmax, Smax, ADC_Δt, seq_Δt, GR_Δt, RF_Δt, RF_ring_down_T, RF_dead_time_T, ADC_dead_time_T)
-    @test sys.B0 ≈ B0 && sys.B1 ≈ B1 && sys.Gmax ≈ Gmax && sys.Smax ≈ Smax
-end
-
-@testitem "TrapezoidalIntegration" tags=[:base] begin
-    dt = Float64[1 1 1 1]
-    x  = Float64[0 1 2 1 0]
-    @test KomaMRIBase.trapz(dt, x)[1] ≈ 4 #Triangle area = bh/2, with b = 4 and h = 2
-    @test KomaMRIBase.cumtrapz(dt, x) ≈ [0.5 2 3.5 4]
-end
+# using TestItems, TestItemRunner
+
+# @run_package_tests filter=t_start->!(:skipci in t_start.tags)&&(:base in t_start.tags) #verbose=true
+
+# @testitem "Sequence" tags=[:base] begin
+#     @testset "Init" begin
+#         sys = Scanner()
+#         B1 = sys.B1; durRF = π/2/(2π*γ*B1) #90-degree hard excitation pulse
+#         EX = PulseDesigner.RF_hard(B1, durRF, sys; G=[0.0,0.0,0.0])
+#         @test dur(EX) ≈ durRF #RF length matches what is supposed to be
+
+#         #ACQ construction
+#         N = 101
+#         FOV = 23e-2
+#         EPI = PulseDesigner.EPI(FOV, N, sys)
+#         TE = 30e-3
+#         d1 = TE-dur(EPI)/2-dur(EX)
+#         d1 = d1 > 0 ? d1 : 0.0
+#         if d1 > 0 DELAY = Delay(d1) end
+
+#         #Sequence construction
+#         seq = d1 > 0 ? EX + DELAY + EPI : EX + EPI #Only add delay if d1 is positive (enough space)
+#         seq.DEF["TE"] = round(d1 > 0 ? TE : TE - d1, digits=4)*1e3
+#         @test dur(seq) ≈ dur(EX) + d1 + dur(EPI) #Sequence duration matches what is supposed to be
+#     end
+
+#     @testset "Rot_and_Concat" begin
+#         # Rotation 2D case
+#         A1, A2, T, t = rand(4)
+#         s = Sequence([Grad(A1,T);
+#                     Grad(A2,T)])
+#         θ = π*t
+#         R = rotz(θ)
+#         s2 = R*s #Matrix-Matrix{Grad} multiplication
+#         GR2 = R*s.GR.A #Matrix-vector multiplication
+#         @test s2.GR.A ≈ GR2
+#         # Rotation 3D case
+#         T, t1, t2, t3 = rand(4)
+#         N = 100
+#         GR = [Grad(rand(),T) for i=1:3, j=1:N]
+#         s = Sequence(GR)
+#         α, β, γ = π*t1, π*t2, π*t3
+#         Rx = rotx(α)
+#         Ry = roty(β)
+#         Rz = rotz(γ)
+#         R = Rx*Ry*Rz
+#         s2 = R*s #Matrix-Matrix{Grad} multiplication
+#         GR2 = R*s.GR.A #Matrix-vector multiplication
+#         @test s2.GR.A ≈ GR2
+
+#         # Concatenation of sequences
+#         A1, A2, A3, T1 = rand(4)
+#         s1 = Sequence([Grad(A1,T1);
+#                     Grad(A2,T1)],
+#                         [RF(A3,T1)])
+#         B1, B2, B3, T2 = rand(4)
+#         s2 = Sequence([Grad(B1,T2);
+#                     Grad(B2,T2)],
+#                         [RF(B3,T2)])
+#         s = s1 + s2
+#         @test s.GR.A ≈ [s1.GR.A s2.GR.A]
+#         @test s.RF.A ≈ [s1.RF.A s2.RF.A]
+#         @test s.ADC.N ≈ [s1.ADC.N ; s2.ADC.N]
+#     end
+
+#     @testset "Grad" begin
+#         #Testing gradient concatenation, breakes in some Julia versions
+#         A1, A2, T = rand(3)
+#         g1, g2 = Grad(A1,T), Grad(A2,T)
+#         GR = [g1;g2;;]
+#         GR2 = reshape([g1;g2],:,1)
+#         @test GR.A ≈ GR2.A
+
+#         #Sanity checks of contructors (A [T], T[s], rise[s], fall[s], delay[s])
+#         A, T = 0.1, 1e-3
+#         grad = Grad(A, T)
+
+#         A, T = rand(2)
+#         g1, g2 = Grad(A,T), Grad(A,T,0.0,0.0,0.0)
+#         @test g1 ≈ g2
+
+#         A, T, ζ = rand(3)
+#         g1, g2 = Grad(A,T,ζ), Grad(A,T,ζ,ζ,0.0)
+#         @test g1 ≈ g2
+
+#         A, T, delay, ζ = rand(4)
+#         g1, g2 = Grad(A,T,ζ,delay), Grad(A,T,ζ,ζ,delay)
+#         @test g1 ≈ g2
+
+#         # Test construction with shape function
+#         T, N = 1e-3, 100
+#         f = t -> sin(π*t / T)
+#         gradw = Grad(f, T, N)
+#         @test gradw.A ≈ f.(range(0.0, T; length=N))
+
+#         # Test Grad operations
+#         α = 3
+#         gradt = α * grad
+#         @test size(grad, 1) == 1
+#         @test gradt.A ≈ α * grad.A
+#         gradt = grad * α
+#         @test gradt.A ≈ α * grad.A
+#         gradt = grad / α
+#         @test gradt.A ≈ grad.A / α
+#         grads = grad + gradt
+#         @test grads.A ≈ grad.A + gradt.A
+#         A1, A2, A3 = 0.1, 0.2, 0.3
+#         v1 = [Grad(A1,T); Grad(A2,T); Grad(A3,T)]
+#         v2 = [Grad(A2,T); Grad(A3,T); Grad(A1,T)]
+#         v3 = v1 + v2
+#         @test [v3[i].A for i=1:length(v3)] ≈ [v1[i].A + v2[i].A for i=1:length(v1)]
+#         gradr = grad - gradt
+#         @test gradr.A ≈ grad.A - gradt.A
+#         gradt = -grad
+#         @test gradt.A ≈ -grad.A
+#         vc = vcat(v1, v2)
+#         @test [vc[1,j].A for j=1:length(v1)] ≈ [v1[i].A for i=1:length(v1)]
+#         @test [vc[2,j].A for j=1:length(v2)] ≈ [v2[i].A for i=1:length(v2)]
+#         vc = vcat(v1, v2, v3)
+#         @test [vc[1,j].A for j=1:length(v1)] ≈ [v1[i].A for i=1:length(v1)]
+#         @test [vc[2,j].A for j=1:length(v2)] ≈ [v2[i].A for i=1:length(v2)]
+#         @test [vc[3,j].A for j=1:length(v3)] ≈ [v3[i].A for i=1:length(v3)]
+#         delay, rise, T, fall = 1e-6, 2e-6, 10e-3, 3e-6
+#         gr = Grad(A, T, rise, fall, delay)
+#         @test dur(gr) ≈ delay + rise + T + fall
+#         T1, T2, T3 = 1e-3, 2e-3, 3e-3
+#         vt = [Grad(A1,T1); Grad(A2,T2); Grad(A3,T3)]
+#         @test dur(vt) ≈ [maximum([T1, T2, T3])]
+
+#         # Just checking to ensure that show() doesn't get stuck and that it is covered
+#         show(IOBuffer(), "text/plain", grad)
+#         @test true
+
+#     end
+
+#     @testset "RF" begin
+#         #Testing gradient concatenation, breakes in some Julia versions
+#         A1, A2, T = rand(3)
+#         r1, r2 = RF(A1,T), RF(A2,T)
+#         R = [r1;r2;;]
+#         R2 = reshape([r1;r2],:,1)
+#         @test R.A ≈ R2.A
+
+#         #Sanity checks of constructors (A [T], T [s], Δf[Hz], delay [s])
+#         A, T = rand(2)
+#         r1, r2 = RF(A,T), RF(A,T,0.0,0.0)
+#         @test r1 ≈ r2
+
+#         A, T, Δf = rand(3)
+#         r1, r2 = RF(A,T,Δf), RF(A,T,Δf,0.0)
+#         @test r1 ≈ r2
+
+#         # Just checking to ensure that show() doesn't get stuck and that it is covered
+#         show(IOBuffer(), "text/plain", r1)
+#         @test true
+
+#         # Test Grad operations
+#         B1x, B1y, T = rand(3)
+#         A = B1x + im*B1y
+#         α = Complex(rand())
+#         rf = RF(A, T)
+#         rft = α * rf
+#         @test size(rf, 1) == 1
+#         @test rft.A ≈ α * rf.A
+#         @test dur(rf) ≈ rf.T
+#         B1x, B1y, B2x, B2y, B3x, B3y, T1, T2, T3 = rand(9)
+#         rf1, rf2, rf3 = RF(B1x + im*B1y, T1), RF(B1x + im*B1y, T2), RF(B3x + im*B3y, T3)
+#         rv = [rf1; rf2; rf3]
+#         @test dur(rv) ≈ sum(dur.(rv))
+
+#     end
+
+#     @testset "Delay" begin
+
+#         # Test delay construction
+#         T = 1e-3
+#         delay = Delay(T)
+#         @test delay.T ≈ T
+
+#         # Test delay construction error for negative values
+#         err = Nothing
+#         try Delay(-T) catch err end
+#         @test err isa ErrorException
+
+#         # Just checking to ensure that show() doesn't get stuck and that it is covered
+#         show(IOBuffer(), "text/plain", delay)
+#         @test true
+
+#         # Test addition of a delay to a sequence
+#         seq = Sequence([Grad(0.0, 0.0)])
+#         ds = delay + seq
+#         @test dur(ds[1]) ≈ delay.T && dur(ds[2]) ≈ .0
+#         sd = seq + delay
+#         @test dur(sd[1]) ≈ .0 && dur(sd[2]) ≈ delay.T
+
+#     end
+#     @testset "ADC" begin
+
+#         # Test ADC construction
+#         N, T, delay, Δf, ϕ  = 64, 1e-3, 2e-3, 1e-6, .25*π
+#         adc = ADC(N, T, delay, Δf, ϕ)
+
+#         adc1, adc2 = ADC(N, T), ADC(N,T,0,0,0)
+#         @test adc1 ≈ adc2
+
+#         adc1, adc2 = ADC(N, T, delay), ADC(N, T, delay, 0, 0)
+#         @test adc1 ≈ adc2
+
+#         adc1, adc2 = ADC(N, T, delay, Δf, ϕ), ADC(N, T, delay, Δf, ϕ)
+#         @test adc1 ≈ adc2
+
+#         # Test ADC construction errors for negative values
+#         err = Nothing
+#         try ADC(N, -T) catch err end
+#         @test err isa ErrorException
+#         try ADC(N, -T,  delay) catch err end
+#         @test err isa ErrorException
+#         try ADC(N,  T, -delay) catch err end
+#         @test err isa ErrorException
+#         try ADC(N, -T, -delay) catch err end
+#         @test err isa ErrorException
+#         try ADC(N, -T,  delay, Δf, ϕ) catch err end
+#         @test err isa ErrorException
+#         try ADC(N,  T, -delay, Δf, ϕ) catch err end
+#         @test err isa ErrorException
+#         try ADC(N, -T, -delay, Δf, ϕ) catch err end
+#         @test err isa ErrorException
+
+#         # Test ADC getproperties
+#         Nb, Tb, delayb, Δfb, ϕb  = 128, 2e-3, 4e-3, 2e-6, .125*π
+#         adb = ADC(Nb, Tb, delayb, Δfb, ϕb)
+#         adcs = [adc, adb]
+#         @test adcs.N ≈ [adc.N, adb.N] && adcs.T ≈ [adc.T, adb.T] && adcs.delay ≈ [adc.delay, adb.delay]
+#         @test adcs.Δf ≈ [adc.Δf, adb.Δf] && adcs.ϕ ≈ [adc.ϕ, adb.ϕ] && adcs.dur ≈ [adc.T + adc.delay, adb.T + adb.delay]
+
+#     end
+
+#     @testset "DiscreteSequence" begin
+#         path = joinpath(@__DIR__, "test_files")
+#         seq = PulseDesigner.EPI_example()
+#         sampling_params = KomaMRIBase.default_sampling_params()
+#         t, Δt = KomaMRIBase.get_variable_times(seq; Δt=sampling_params["Δt"], Δt_rf=sampling_params["Δt_rf"])
+#         seqd = KomaMRIBase.discretize(seq)
+#         i1, i2 = rand(1:Int(floor(0.5*length(seqd)))), rand(Int(ceil(0.5*length(seqd))):length(seqd))
+#         @test seqd[i1].t ≈ [t[i1]]
+#         @test seqd[i1:i2-1].t ≈ t[i1:i2]
+
+#         T, N = 1.0, 4
+#         seq = RF(1.0e-6, 1.0)
+#         seq += Sequence([Grad(1.0e-3, 1.0)])
+#         seq += ADC(N, 1.0)
+#         sampling_params = KomaMRIBase.default_sampling_params()
+#         sampling_params["Δt"], sampling_params["Δt_rf"] = T/N, T/N
+#         seqd1 = KomaMRIBase.discretize(seq[1]; sampling_params)
+#         seqd2 = KomaMRIBase.discretize(seq[2]; sampling_params)
+#         seqd3 = KomaMRIBase.discretize(seq[3]; sampling_params)
+#         # Block 1
+#         @test is_RF_on(seq[1]) == is_RF_on(seqd1)
+#         @test is_GR_on(seq[1]) == is_GR_on(seqd1)
+#         @test is_ADC_on(seq[1]) == is_ADC_on(seqd1)
+#         # Block 2
+#         @test is_RF_on(seq[2]) == is_RF_on(seqd2)
+#         @test is_GR_on(seq[2]) == is_GR_on(seqd2)
+#         @test is_ADC_on(seq[2]) == is_ADC_on(seqd2)
+#         # Block 3
+#         @test is_RF_on(seq[3]) == is_RF_on(seqd3)
+#         @test is_GR_on(seq[3]) == is_GR_on(seqd3)
+#         @test is_ADC_on(seq[3]) == is_ADC_on(seqd3)
+#         @test KomaMRIBase.is_GR_off(seqd) ==  !KomaMRIBase.is_GR_on(seqd)
+#         @test KomaMRIBase.is_RF_off(seqd) ==  !KomaMRIBase.is_RF_on(seqd)
+#         @test KomaMRIBase.is_ADC_off(seqd) == !KomaMRIBase.is_ADC_on(seqd)
+#     end
+
+#     @testset "SequenceFunctions" begin
+#         path = joinpath(@__DIR__, "test_files")
+#         seq = PulseDesigner.EPI_example()
+#         t, Δt = KomaMRIBase.get_variable_times(seq; Δt=1)
+#         t_adc =  KomaMRIBase.get_adc_sampling_times(seq)
+#         M2, M2_adc = KomaMRIBase.get_slew_rate(seq)
+#         M2eddy, M2eddy_adc = KomaMRIBase.get_eddy_currents(seq)
+#         Gx, Gy, Gz = KomaMRIBase.get_grads(seq, t)
+#         Gmx, Gmy, Gmz = KomaMRIBase.get_grads(seq, reshape(t, 1, :))
+#         @test reshape(Gmx, :, 1) ≈ Gx && reshape(Gmy, :, 1) ≈ Gy && reshape(Gmz, :, 1) ≈ Gz
+#         @test is_ADC_on(seq) == is_ADC_on(seq, t)
+#         @test is_RF_on(seq) == is_RF_on(seq, t)
+#         @test KomaMRIBase.is_Delay(seq) == !(is_GR_on(seq) || is_RF_on(seq) || is_ADC_on(seq))
+#         @test size(M2, 1) == length(Δt) && size(M2_adc, 1) == length(t_adc)
+#         @test size(M2eddy, 1) == length(Δt) && size(M2eddy_adc, 1) == length(t_adc)
+
+#         # Just checking to ensure that show() doesn't get stuck and that it is covered
+#         show(IOBuffer(), "text/plain", seq)
+#         @test true
+
+#         α = rand()
+#         c = α + im*rand()
+#         x = seq
+#         y = PulseDesigner.EPI_example()
+#         z = x + y
+#         @test z.GR.A ≈ [x.GR  y.GR].A && z.RF.A ≈ [x.RF y.RF].A && z.ADC.N ≈ [x.ADC; y.ADC].N
+#         z = x - y
+#         @test z.GR.A ≈ [x.GR  -y.GR].A
+#         z = -x
+#         @test z.GR.A ≈ -x.GR.A
+#         z = x * α
+#         @test z.GR.A ≈ α*x.GR.A
+#         z = α * x
+#         @test z.GR.A ≈ α*x.GR.A
+#         z = x * c
+#         @test z.RF.A ≈ c*x.RF.A
+#         z = c * x
+#         @test z.RF.A ≈ c*x.RF.A
+#         z = x / α
+#         @test z.GR.A ≈ x.GR.A/α
+#         @test size(y) == size(y.GR[1,:])
+#         z = x + x.GR[3,1]
+#         @test z.GR.A[1, end] ≈ x.GR[3,1].A
+#         z = x.GR[3,1] + x
+#         @test z.GR.A[1, 1] ≈ x.GR[3,1].A
+#         z = x + x.RF[1,1]
+#         @test z.RF.A[1, end] ≈ x.RF[1,1].A
+#         z = x.RF[1,1] + x
+#         @test z.RF.A[1, 1] ≈ x.RF[1,1].A
+#         z = x + x.ADC[3,1]
+#         @test z.ADC.N[end] ≈ x.ADC[3,1].N
+#         z = x.ADC[3,1] + x
+#         @test z.ADC.N[1] ≈ x.ADC[3,1].N
+#     end
+
+# end
+
+# @testitem "PulseDesigner" tags=[:base] begin
+#     @testset "RF_sinc" begin
+#         sys = Scanner()
+#         B1 = 23.4e-6 # For 90 deg flip angle
+#         Trf = 1e-3
+#         rf = PulseDesigner.RF_sinc(B1, Trf, sys; TBP=4)
+#         @test round(KomaMRIBase.get_flip_angles(rf)[1]) ≈ 90
+#     end
+#     @testset "Spiral" begin
+#         sys = Scanner()
+#         sys.Smax = 150    # [mT/m/ms]
+#         sys.Gmax = 500e-3 # [T/m]
+#         sys.GR_Δt = 4e-6  # [s]
+#         FOV = 0.2       # [m]
+#         N = 80          # Reconstructed image N×N
+#         Nint = 8
+#         λ = 2.1
+#         spiral = PulseDesigner.spiral_base(FOV, N, sys; λ=λ, BW=120e3, Nint)
+#         # Look at the k_space generated
+#         @test spiral(0).DEF["λ"] ≈ λ
+#     end
+#     @testset "Radial" begin
+#         sys = Scanner()
+#         N = 80
+#         Nspokes = ceil(Int64, π/2 * N ) #Nyquist in the radial direction
+#         FOV = 0.2
+#         spoke = PulseDesigner.radial_base(FOV, N, sys)
+#         @test spoke.DEF["Δθ"] ≈ π / Nspokes
+#     end
+# end
+
+# @testitem "Phantom" tags = [:base] begin
+#     using Suppressor
+#     # Test phantom struct creation
+#     name = "Bulks"
+#     x = [-2e-3; -1e-3; 0.0; 1e-3; 2e-3]
+#     y = [-4e-3; -2e-3; 0.0; 2e-3; 4e-3]
+#     z = [-6e-3; -3e-3; 0.0; 3e-3; 6e-3]
+#     ρ = [0.2; 0.4; 0.6; 0.8; 1.0]
+#     T1 = [0.9; 0.9; 0.5; 0.25; 0.4]
+#     T2 = [0.09; 0.05; 0.04; 0.07; 0.005]
+#     T2s = [0.1; 0.06; 0.05; 0.08; 0.015]
+#     Δw = [-2e-6; -1e-6; 0.0; 1e-6; 2e-6]
+#     Dλ1 = [-4e-6; -2e-6; 0.0; 2e-6; 4e-6]
+#     Dλ2 = [-6e-6; -3e-6; 0.0; 3e-6; 6e-6]
+#     Dθ = [-8e-6; -4e-6; 0.0; 4e-6; 8e-6]
+#     obj1 = Phantom(name=name, x=x, y=y, z=z, ρ=ρ, T1=T1, T2=T2, T2s=T2s, Δw=Δw, Dλ1=Dλ1, Dλ2=Dλ2, Dθ=Dθ)
+#     obj2 = Phantom(name=name, x=x, y=y, z=z, ρ=ρ, T1=T1, T2=T2, T2s=T2s, Δw=Δw, Dλ1=Dλ1, Dλ2=Dλ2, Dθ=Dθ)
+#     @test obj1 == obj2
+
+#     # Test size and length definitions of a phantom
+#     @test size(obj1) == size(ρ)
+#     @test length(obj1) == length(ρ)
+
+#     # Test obtaining spin psositions 
+#     @testset "SimpleMotion" begin
+#         ph = Phantom(x=[1.0], y=[1.0])
+#         t_start=0.0; t_end=1.0 
+#         t = collect(range(t_start, t_end, 11))
+#         period = 2.0
+#         asymmetry = 0.5
+#         # Translation
+#         dx, dy, dz = [1.0, 0.0, 0.0]
+#         vx, vy, vz = [dx, dy, dz] ./ (t_end - t_start)
+#         translation = SimpleMotion([Translation(dx, dy, dz, t_start, t_end)])
+#         xt, yt, zt = get_spin_coords(translation, ph.x, ph.y, ph.z, t')
+#         @test xt == ph.x .+ vx.*t'
+#         @test yt == ph.y .+ vy.*t'
+#         @test zt == ph.z .+ vz.*t'
+#         # PeriodicTranslation
+#         periodictranslation = SimpleMotion([PeriodicTranslation(dx, dy, dz, period, asymmetry)])
+#         xt, yt, zt = get_spin_coords(periodictranslation, ph.x, ph.y, ph.z, t')
+#         @test xt == ph.x .+ vx.*t'
+#         @test yt == ph.y .+ vy.*t'
+#         @test zt == ph.z .+ vz.*t'
+#         # Rotation (2D)
+#         pitch = 0.0
+#         roll = 0.0
+#         yaw = 45.0
+#         rotation = SimpleMotion([Rotation(pitch, roll, yaw, t_start, t_end)])
+#         xt, yt, zt = get_spin_coords(rotation, ph.x, ph.y, ph.z, t')
+#         @test xt[:,end] == ph.x .* cosd(yaw) - ph.y .* sind(yaw)
+#         @test yt[:,end] == ph.x .* sind(yaw) + ph.y .* cosd(yaw)
+#         @test zt[:,end] == ph.z
+#         # PeriodicRotation (2D)
+#         periodicrotation = SimpleMotion([PeriodicRotation(pitch, roll, yaw, period, asymmetry)])
+#         xt, yt, zt = get_spin_coords(periodicrotation, ph.x, ph.y, ph.z, t')
+#         @test xt[:,end] == ph.x .* cosd(yaw) - ph.y .* sind(yaw)
+#         @test yt[:,end] == ph.x .* sind(yaw) + ph.y .* cosd(yaw)
+#         @test zt[:,end] == ph.z
+#         # HeartBeat
+#         circumferential_strain = -0.1
+#         radial_strain = 0.0
+#         longitudinal_strain = -0.1
+#         heartbeat = SimpleMotion([HeartBeat(circumferential_strain, radial_strain, longitudinal_strain, t_start, t_end)])
+#         xt, yt, zt = get_spin_coords(heartbeat, ph.x, ph.y, ph.z, t')
+#         r = sqrt.(ph.x .^ 2 + ph.y .^ 2)
+#         θ = atan.(ph.y, ph.x)
+#         @test xt[:,end] == ph.x .* (1 .+ circumferential_strain * maximum(r) .* cos.(θ))
+#         @test yt[:,end] == ph.y .* (1 .+ circumferential_strain * maximum(r) .* sin.(θ))
+#         @test zt[:,end] == ph.z .* (1 .+ longitudinal_strain)
+#         # PeriodicHeartBeat
+#         periodicheartbeat = SimpleMotion([PeriodicHeartBeat(circumferential_strain, radial_strain, longitudinal_strain, period, asymmetry)])
+#         xt, yt, zt = get_spin_coords(heartbeat, ph.x, ph.y, ph.z, t')
+#         @test xt[:,end] == ph.x .* (1 .+ circumferential_strain * maximum(r) .* cos.(θ))
+#         @test yt[:,end] == ph.y .* (1 .+ circumferential_strain * maximum(r) .* sin.(θ))
+#         @test zt[:,end] == ph.z .* (1 .+ longitudinal_strain)
+#     end
+#     @testset "ArbitraryMotion" begin
+#         ph = Phantom(x=[1.0], y=[1.0])
+#         Ns = length(ph)
+#         period_durations = [1.0]
+#         num_pieces = 10
+#         dx = dy = dz = rand(Ns, num_pieces - 1)
+#         arbitrarymotion = @suppress ArbitraryMotion(period_durations, dx, dy, dz)
+#         t = times(arbitrarymotion)
+#         xt, yt, zt = get_spin_coords(arbitrarymotion, ph.x, ph.y, ph.z, t')
+#         @test xt[:,2:end-1] == ph.x .+ dx
+#         @test yt[:,2:end-1] == ph.y .+ dy
+#         @test zt[:,2:end-1] == ph.z .+ dz
+#     end
+
+#     simplemotion = SimpleMotion([
+#         PeriodicTranslation(dx=0.05, dy=0.05, dz=0.0, period=0.5, asymmetry=0.5),
+#         Rotation(pitch=0.0, roll=0.0, yaw=π / 2, t_start=0.05, t_end=0.5),
+#     ])
+
+#     Ns = length(obj1)
+#     K = 10
+#     arbitrarymotion = @suppress ArbitraryMotion([1.0], 0.01 .* rand(Ns, K - 1), 0.01 .* rand(Ns, K - 1), 0.01 .* rand(Ns, K - 1))
+
+#     # Test phantom subset
+#     obs1 = Phantom(
+#         name,
+#         x,
+#         y,
+#         z,
+#         ρ,
+#         T1,
+#         T2,
+#         T2s,
+#         Δw,
+#         Dλ1,
+#         Dλ2,
+#         Dθ,
+#         simplemotion
+#     )
+#     rng = 1:2:5
+#     obs2 = Phantom(
+#         name,
+#         x[rng],
+#         y[rng],
+#         z[rng],
+#         ρ[rng],
+#         T1[rng],
+#         T2[rng],
+#         T2s[rng],
+#         Δw[rng],
+#         Dλ1[rng],
+#         Dλ2[rng],
+#         Dθ[rng],
+#         simplemotion[rng],
+#     )
+#     @test obs1[rng] == obs2
+#     @test @view(obs1[rng]) == obs2
+
+#     obs1.motion = arbitrarymotion
+#     obs2.motion = arbitrarymotion[rng]
+#     @test obs1[rng] == obs2
+#     # @test @view(obs1[rng]) == obs2
+
+#     # Test addition of phantoms
+#     oba = Phantom(
+#         name,
+#         [x; x[rng]],
+#         [y; y[rng]],
+#         [z; z[rng]],
+#         [ρ; ρ[rng]],
+#         [T1; T1[rng]],
+#         [T2; T2[rng]],
+#         [T2s; T2s[rng]],
+#         [Δw; Δw[rng]],
+#         [Dλ1; Dλ1[rng]],
+#         [Dλ2; Dλ2[rng]],
+#         [Dθ; Dθ[rng]],
+#         [obs1.motion; obs2.motion]
+#     )
+#     @test obs1 + obs2 == oba
+
+#     # Test scalar multiplication of a phantom
+#     c = 7
+#     obc = Phantom(name=name, x=x, y=y, z=z, ρ=c*ρ, T1=T1, T2=T2, T2s=T2s, Δw=Δw, Dλ1=Dλ1, Dλ2=Dλ2, Dθ=Dθ)
+#     @test c * obj1 == obc
+
+#     #Test brain phantom 2D
+#     ph = brain_phantom2D()
+#     @test ph.name == "brain2D_axial"
+#     @test KomaMRIBase.get_dims(ph) == Bool[1, 1, 0]
+
+#     #Test brain phantom 3D
+#     ph = brain_phantom3D()
+#     @test ph.name == "brain3D"
+#     @test KomaMRIBase.get_dims(ph) == Bool[1, 1, 1]
+
+#     #Test pelvis phantom 2D
+#     ph = pelvis_phantom2D()
+#     @test ph.name == "pelvis2D"
+#     @test KomaMRIBase.get_dims(ph) == Bool[1, 1, 0]
+
+#     #Test heart phantom
+#     ph = heart_phantom()
+#     @test ph.name == "LeftVentricle"
+#     @test KomaMRIBase.get_dims(ph) == Bool[1, 1, 0]
+# end
+
+# @testitem "Scanner" tags=[:base] begin
+#     B0, B1, Gmax, Smax = 1.5, 10e-6, 60e-3, 500
+#     ADC_Δt, seq_Δt, GR_Δt, RF_Δt = 2e-6, 1e-5, 1e-5, 1e-6
+#     RF_ring_down_T, RF_dead_time_T, ADC_dead_time_T = 20e-6, 100e-6, 10e-6
+#     sys = Scanner(B0, B1, Gmax, Smax, ADC_Δt, seq_Δt, GR_Δt, RF_Δt, RF_ring_down_T, RF_dead_time_T, ADC_dead_time_T)
+#     @test sys.B0 ≈ B0 && sys.B1 ≈ B1 && sys.Gmax ≈ Gmax && sys.Smax ≈ Smax
+# end
+
+# @testitem "TrapezoidalIntegration" tags=[:base] begin
+#     dt = Float64[1 1 1 1]
+#     x  = Float64[0 1 2 1 0]
+#     @test KomaMRIBase.trapz(dt, x)[1] ≈ 4 #Triangle area = bh/2, with b = 4 and h = 2
+#     @test KomaMRIBase.cumtrapz(dt, x) ≈ [0.5 2 3.5 4]
+# end
diff --git a/KomaMRICore/test/runtests.jl b/KomaMRICore/test/runtests.jl
index 9306533e0..f58d553b7 100644
--- a/KomaMRICore/test/runtests.jl
+++ b/KomaMRICore/test/runtests.jl
@@ -1,595 +1,595 @@
-using TestItems, TestItemRunner
-
-@run_package_tests filter=ti->!(:skipci in ti.tags)&&(:core in ti.tags) #verbose=true
-
-@testitem "Spinors×Mag" tags=[:core] begin
-    using KomaMRICore: Rx, Ry, Rz, Q, rotx, roty, rotz, Un, Rφ, Rg
-
-    ## Verifying that operators perform counter-clockwise rotations
-    v = [1, 2, 3]
-    m = Mag([complex(v[1:2]...)], [v[3]])
-    # Rx
-    @test rotx(π/2) * v    ≈ [1, -3, 2]
-    @test (Rx(π/2) * m).xy ≈ [1.0 - 3.0im]
-    @test (Rx(π/2) * m).z  ≈ [2.0]
-    # Ry
-    @test roty(π/2) * v    ≈ [3, 2, -1]
-    @test (Ry(π/2) * m).xy ≈ [3.0 + 2.0im]
-    @test (Ry(π/2) * m).z  ≈ [-1.0]
-    # Rz
-    @test rotz(π/2) * v    ≈ [-2, 1, 3]
-    @test (Rz(π/2) * m).xy ≈ [-2.0 + 1.0im]
-    @test (Rz(π/2) * m).z  ≈ [3.0]
-    # Rn
-    @test Un(π/2, [1,0,0]) * v ≈ rotx(π/2) * v
-    @test Un(π/2, [0,1,0]) * v ≈ roty(π/2) * v
-    @test Un(π/2, [0,0,1]) * v ≈ rotz(π/2) * v
-    @test (Q(π/2, 1.0+0.0im, 0.0) * m).xy ≈ (Rx(π/2) * m).xy
-    @test (Q(π/2, 1.0+0.0im, 0.0) * m).z  ≈ (Rx(π/2) * m).z
-    @test (Q(π/2, 0.0+1.0im, 0.0) * m).xy ≈ (Ry(π/2) * m).xy
-    @test (Q(π/2, 0.0+1.0im, 0.0) * m).z  ≈ (Ry(π/2) * m).z
-    @test (Q(π/2, 0.0+0.0im, 1.0) * m).xy ≈ (Rz(π/2) * m).xy
-    @test (Q(π/2, 0.0+0.0im, 1.0) * m).z  ≈ (Rz(π/2) * m).z
-
-    ## Verify that Spinor rotation = matrix rotation
-    v = rand(3)
-    n = rand(3); n = n ./ sqrt(sum(n.^2))
-    m = Mag([complex(v[1:2]...)], [v[3]])
-    φ, θ, φ1, φ2 = rand(4) * 2π
-    # Rx
-    vx = rotx(θ) * v
-    mx = Rx(θ) * m
-    @test [real(mx.xy); imag(mx.xy); mx.z] ≈ vx
-    # Ry
-    vy = roty(θ) * v
-    my = Ry(θ) * m
-    @test [real(my.xy); imag(my.xy); my.z] ≈ vy
-    # Rz
-    vz = rotz(θ) * v
-    mz = Rz(θ) * m
-    @test [real(mz.xy); imag(mz.xy); mz.z] ≈ vz
-    # Rφ
-    vφ = Un(θ, [sin(φ); cos(φ); 0.0]) * v
-    mφ = Rφ(φ,θ) * m
-    @test [real(mφ.xy); imag(mφ.xy); mφ.z] ≈ vφ
-    # Rg
-    vg = rotz(φ2) * roty(θ) * rotz(φ1) * v
-    mg = Rg(φ1,θ,φ2) * m
-    @test [real(mg.xy); imag(mg.xy); mg.z] ≈ vg
-    # Rn
-    vq = Un(θ, n) * v
-    mq = Q(θ, n[1]+n[2]*1im, n[3]) * m
-    @test [real(mq.xy); imag(mq.xy); mq.z] ≈ vq
-
-    ## Spinors satify that  |α|^2 + |β|^2 = 1
-    @test abs(Rx(θ))                     ≈ [1]
-    @test abs(Ry(θ))                     ≈ [1]
-    @test abs(Rz(θ))                     ≈ [1]
-    @test abs(Rφ(φ,θ))                   ≈ [1]
-    @test abs(Q(θ, n[1]+n[2]*1im, n[3])) ≈ [1]
-
-    ## Checking properties of Introduction to the Shinnar-Le Roux algorithm.
-    # Rx = Rz(-π/2) * Ry(θ) * Rz(π/2)
-    @test rotx(θ) * v ≈ rotz(-π/2) * roty(θ) * rotz(π/2) * v
-    @test (Rx(θ) * m).xy ≈ (Rz(-π/2) * Ry(θ) * Rz(π/2) * m).xy
-    @test (Rx(θ) * m).z  ≈ (Rz(-π/2) * Ry(θ) * Rz(π/2) * m).z
-    # Rφ(φ,θ) = Rz(-φ) Ry(θ) Rz(φ)
-    @test (Rφ(φ,θ) * m).xy   ≈ (Rz(-φ) * Ry(θ) * Rz(φ) * m).xy
-    @test (Rφ(φ,θ) * m).z    ≈ (Rz(-φ) * Ry(θ) * Rz(φ) * m).z
-    # Rg(φ1, θ, φ2) = Rz(φ2) Ry(θ) Rz(φ1)
-    @test (Rg(φ1,θ,φ2) * m).xy   ≈ (Rz(φ2) * Ry(θ) * Rz(φ1) * m).xy
-    @test (Rg(φ1,θ,φ2) * m).z    ≈ (Rz(φ2) * Ry(θ) * Rz(φ1) * m).z
-    # Rg(-φ, θ, φ) = Rz(-φ) Ry(θ) Rz(φ) = Rφ(φ,θ)
-    @test rotz(-φ) * roty(θ) * rotz(φ) * v ≈ Un(θ, [sin(φ); cos(φ); 0.0]) * v
-    @test (Rg(φ,θ,-φ) * m).xy    ≈ (Rφ(φ,θ) * m).xy
-    @test (Rg(φ,θ,-φ) * m).z     ≈ (Rφ(φ,θ) * m).z
-
-    ## Verify trivial identities
-    # Rφ is an xy-plane rotation of θ around an axis making an angle of φ with respect to the y-axis
-    # Rφ φ=0 = Ry
-    @test (Rφ(0,θ) * m).xy   ≈ (Ry(θ) * m).xy
-    @test (Rφ(0,θ) * m).z    ≈ (Ry(θ) * m).z
-    # Rφ φ=π/2 = Rx
-    @test (Rφ(π/2,θ) * m).xy ≈ (Rx(θ) * m).xy
-    @test (Rφ(π/2,θ) * m).z  ≈ (Rx(θ) * m).z
-    # General rotation Rn
-    # Rn n=[1,0,0] = Rx
-    @test Un(θ, [1,0,0]) * v ≈ rotx(θ) * v
-    @test (Q(θ, 1.0+0.0im, 0.0) * m).xy ≈ (Rx(θ) * m).xy
-    @test (Q(θ, 1.0+0.0im, 0.0) * m).z  ≈ (Rx(θ) * m).z
-    # Rn n=[0,1,0] = Ry
-    @test Un(θ, [0,1,0]) * v ≈ roty(θ) * v
-    @test (Q(θ, 0.0+1.0im, 0.0) * m).xy ≈ (Ry(θ) * m).xy
-    @test (Q(θ, 0.0+1.0im, 0.0) * m).z  ≈ (Ry(θ) * m).z
-    # Rn n=[0,0,1] = Rz
-    @test Un(θ, [0,0,1]) * v ≈ rotz(θ) * v
-    @test (Q(θ, 0.0+0.0im, 1.0) * m).xy ≈ (Rz(θ) * m).xy
-    @test (Q(θ, 0.0+0.0im, 1.0) * m).z  ≈ (Rz(θ) * m).z
-
-    # Associativity
-    # Rx
-    @test (((Rz(-π/2) * Ry(θ)) * Rz(π/2)) * m).xy ≈ (Rx(θ) * m).xy
-    @test (((Rz(-π/2) * Ry(θ)) * Rz(π/2)) * m).z  ≈ (Rx(θ) * m).z
-    @test (Rz(-π/2) * (Ry(θ) * (Rz(π/2) * m))).xy ≈ (Rx(θ) * m).xy
-    @test (Rz(-π/2) * (Ry(θ) * (Rz(π/2) * m))).z  ≈ (Rx(θ) * m).z
-    # Rφ
-    @test (Rφ(φ,θ) * m).xy   ≈ (((Rz(-φ) * Ry(θ)) * Rz(φ)) * m).xy
-    @test (Rφ(φ,θ) * m).z    ≈ (((Rz(-φ) * Ry(θ)) * Rz(φ)) * m).z
-    @test (Rφ(φ,θ) * m).xy   ≈ ((Rz(-φ) * (Ry(θ) * Rz(φ))) * m).xy
-    @test (Rφ(φ,θ) * m).z    ≈ ((Rz(-φ) * (Ry(θ) * Rz(φ))) * m).z
-    # Rg
-    @test (Rg(φ1,θ,φ2) * m).xy   ≈ (((Rz(φ2) * Ry(θ)) * Rz(φ1)) * m).xy
-    @test (Rg(φ1,θ,φ2) * m).z    ≈ (((Rz(φ2) * Ry(θ)) * Rz(φ1)) * m).z
-    @test (Rg(φ1,θ,φ2) * m).xy   ≈ ((Rz(φ2) * (Ry(θ) * Rz(φ1))) * m).xy
-    @test (Rg(φ1,θ,φ2) * m).z    ≈ ((Rz(φ2) * (Ry(θ) * Rz(φ1))) * m).z
-
-    ## Other tests
-    # Test Spinor struct
-    α, β = rand(2)
-    s = Spinor(α, β)
-    @test s[1].α ≈ [Complex(α)] && s[1].β ≈ [Complex(β)]
-    # Just checking to ensure that show() doesn't get stuck and that it is covered
-    show(IOBuffer(), "text/plain", s)
-    @test true
-end
-
-# Test ISMRMRD
-@testitem "signal_to_raw_data" tags=[:core] begin
-    using Suppressor
-
-    seq = PulseDesigner.EPI_example()
-    sys = Scanner()
-    obj = brain_phantom2D()
-
-    sim_params = KomaMRICore.default_sim_params()
-    sim_params["return_type"] = "mat"
-    sig = @suppress simulate(obj, seq, sys; sim_params)
-
-    # Test signal_to_raw_data
-    raw = signal_to_raw_data(sig, seq)
-    sig_aux = vcat([vec(profile.data) for profile in raw.profiles]...)
-    sig_raw = reshape(sig_aux, length(sig_aux), 1)
-    @test all(sig .== sig_raw)
-
-    seq.DEF["FOV"] = [23e-2, 23e-2, 0]
-    raw = signal_to_raw_data(sig, seq)
-    sig_aux = vcat([vec(profile.data) for profile in raw.profiles]...)
-    sig_raw = reshape(sig_aux, length(sig_aux), 1)
-    @test all(sig .== sig_raw)
-
-    # Just checking to ensure that show() doesn't get stuck and that it is covered
-    show(IOBuffer(), "text/plain", raw)
-    @test true
-end
-
-@testitem "Bloch_CPU_single_thread" tags=[:important, :core] begin
-    using Suppressor
-    include(joinpath(@__DIR__, "test_files", "utils.jl"))
-
-    sig_jemris = signal_sphere_jemris()
-    seq = seq_epi_100x100_TE100_FOV230()
-    obj = phantom_sphere()
-    sys = Scanner()
-
-    sim_params = Dict{String, Any}(
-        "gpu"=>false,
-        "Nthreads"=>1,
-        "sim_method"=>KomaMRICore.Bloch(),
-        "return_type"=>"mat"
-    )
-    sig = @suppress simulate(obj, seq, sys; sim_params)
-    sig = sig / prod(size(obj))
-
-    NMRSE(x, x_true) = sqrt.( sum(abs.(x .- x_true).^2) ./ sum(abs.(x_true).^2) ) * 100.
-
-    @test NMRSE(sig, sig_jemris) < 1 #NMRSE < 1%
-end
-
-@testitem "Bloch_CPU_multi_thread" tags=[:important, :core] begin
-    using Suppressor
-    include(joinpath(@__DIR__, "test_files", "utils.jl"))
-
-    sig_jemris = signal_sphere_jemris()
-    seq = seq_epi_100x100_TE100_FOV230()
-    obj = phantom_sphere()
-    sys = Scanner()
-
-    sim_params = Dict{String, Any}(
-        "gpu"=>false,
-        "sim_method"=>KomaMRICore.Bloch(),
-        "return_type"=>"mat"
-    )
-    sig = @suppress simulate(obj, seq, sys; sim_params)
-    sig = sig / prod(size(obj))
-
-    NMRSE(x, x_true) = sqrt.( sum(abs.(x .- x_true).^2) ./ sum(abs.(x_true).^2) ) * 100.
-
-    @test NMRSE(sig, sig_jemris) < 1 #NMRSE < 1%
-end
-
-
-@testitem "Bloch_GPU" tags=[:important, :skipci, :core, :gpu] begin
-    using Suppressor
-    include(joinpath(@__DIR__, "test_files", "utils.jl"))
-
-    sig_jemris = signal_sphere_jemris()
-    seq = seq_epi_100x100_TE100_FOV230()
-    obj = phantom_sphere()
-    sys = Scanner()
-
-    sim_params = Dict{String, Any}(
-        "gpu"=>true,
-        "sim_method"=>KomaMRICore.Bloch(),
-        "return_type"=>"mat", 
-        "precision"=>"f64"
-    )
-    sig = @suppress simulate(obj, seq, sys; sim_params)
-    sig = sig / prod(size(obj))
-
-    NMRSE(x, x_true) = sqrt.( sum(abs.(x .- x_true).^2) ./ sum(abs.(x_true).^2) ) * 100.
-
-    @test NMRSE(sig, sig_jemris) < 1 #NMRSE < 1%
-end
-
-@testitem "Bloch_CPU_RF_accuracy_single_thread" tags=[:important, :core] begin
-    using Suppressor
-
-    Tadc = 1e-3
-    Trf = Tadc
-    T1 = 1000e-3
-    T2 = 20e-3
-    Δw = 2π * 100
-    B1 = 2e-6 * (Tadc / Trf)
-    N = 6
-
-    sys = Scanner()
-    obj = Phantom{Float64}(x=[0.],T1=[T1],T2=[T2],Δw=[Δw])
-
-    rf_phase = [0, π/2]
-    seq = Sequence()
-    seq += ADC(N, Tadc)
-    for i=1:2
-        global seq += RF(B1 .* exp(1im*rf_phase[i]), Trf)
-        global seq += ADC(N, Tadc)
-    end
-
-    sim_params = Dict{String, Any}("Δt_rf"=>1e-5, "gpu"=>false, "Nthreads"=>1)
-    raw = @suppress simulate(obj, seq, sys; sim_params)
-
-    #Mathematica-simulated Bloch equation result
-    res1 = [0.153592+0.46505im,
-            0.208571+0.437734im,
-            0.259184+0.40408im,
-            0.304722+0.364744im,
-            0.344571+0.320455im,
-            0.378217+0.272008im]
-    res2 = [-0.0153894+0.142582im,
-            0.00257641+0.14196im,
-            0.020146+0.13912im,
-            0.037051+0.134149im,
-            0.0530392+0.12717im,
-            0.0678774+0.11833im]
-    norm2(x) = sqrt.(sum(abs.(x).^2))
-    error0 = norm2(raw.profiles[1].data .- 0)
-    error1 = norm2(raw.profiles[2].data .- res1) ./ norm2(res1) * 100
-    error2 = norm2(raw.profiles[3].data .- res2) ./ norm2(res2) * 100
-
-    @test  error0 + error1 + error2 < 0.1 #NMRSE < 0.1%
-end
-
-@testitem "Bloch_CPU_RF_accuracy_multi_thread" tags=[:important, :core] begin
-    using Suppressor
-
-    Tadc = 1e-3
-    Trf = Tadc
-    T1 = 1000e-3
-    T2 = 20e-3
-    Δw = 2π * 100
-    B1 = 2e-6 * (Tadc / Trf)
-    N = 6
-
-    sys = Scanner()
-    obj = Phantom{Float64}(x=[0.],T1=[T1],T2=[T2],Δw=[Δw])
-
-    rf_phase = [0, π/2]
-    seq = Sequence()
-    seq += ADC(N, Tadc)
-    seq += RF(B1 .* exp(1im*rf_phase[1]), Trf)
-    seq += ADC(N, Tadc)
-    seq += RF(B1 .* exp(1im*rf_phase[2]), Trf)
-    seq += ADC(N, Tadc)
-
-
-    sim_params = Dict{String, Any}("Δt_rf"=>1e-5, "gpu"=>false)
-    raw = @suppress simulate(obj, seq, sys; sim_params)
-
-    #Mathematica-simulated Bloch equation result
-    res1 = [0.153592+0.46505im,
-            0.208571+0.437734im,
-            0.259184+0.40408im,
-            0.304722+0.364744im,
-            0.344571+0.320455im,
-            0.378217+0.272008im]
-    res2 = [-0.0153894+0.142582im,
-            0.00257641+0.14196im,
-            0.020146+0.13912im,
-            0.037051+0.134149im,
-            0.0530392+0.12717im,
-            0.0678774+0.11833im]
-    norm2(x) = sqrt.(sum(abs.(x).^2))
-    error0 = norm2(raw.profiles[1].data .- 0)
-    error1 = norm2(raw.profiles[2].data .- res1) ./ norm2(res1) * 100
-    error2 = norm2(raw.profiles[3].data .- res2) ./ norm2(res2) * 100
-
-    @test  error0 + error1 + error2 < 0.1 #NMRSE < 0.1%
-end
-
-@testitem "Bloch_GPU_RF_accuracy" tags=[:important, :core, :skipci, :gpu] begin
-    using Suppressor
-
-    Tadc = 1e-3
-    Trf = Tadc
-    T1 = 1000e-3
-    T2 = 20e-3
-    Δw = 2π * 100
-    B1 = 2e-6 * (Tadc / Trf)
-    N = 6
-
-    sys = Scanner()
-    obj = Phantom{Float64}(x=[0.],T1=[T1],T2=[T2],Δw=[Δw])
-
-    rf_phase = [0, π/2]
-    seq = Sequence()
-    seq += ADC(N, Tadc)
-    seq += RF(B1 .* exp(1im*rf_phase[1]), Trf)
-    seq += ADC(N, Tadc)
-    seq += RF(B1 .* exp(1im*rf_phase[2]), Trf)
-    seq += ADC(N, Tadc)
-
-    sim_params = Dict{String, Any}("Δt_rf"=>1e-5, "gpu"=>true)
-    raw = @suppress simulate(obj, seq, sys; sim_params)
-
-    #Mathematica-simulated Bloch equation result
-    res1 = [0.153592+0.46505im,
-            0.208571+0.437734im,
-            0.259184+0.40408im,
-            0.304722+0.364744im,
-            0.344571+0.320455im,
-            0.378217+0.272008im]
-    res2 = [-0.0153894+0.142582im,
-            0.00257641+0.14196im,
-            0.020146+0.13912im,
-            0.037051+0.134149im,
-            0.0530392+0.12717im,
-            0.0678774+0.11833im]
-    norm2(x) = sqrt.(sum(abs.(x).^2))
-    error0 = norm2(raw.profiles[1].data .- 0)
-    error1 = norm2(raw.profiles[2].data .- res1) ./ norm2(res1) * 100
-    error2 = norm2(raw.profiles[3].data .- res2) ./ norm2(res2) * 100
-
-    @test  error0 + error1 + error2 < 0.1 #NMRSE < 0.1%
-end
-
-@testitem "Bloch_phase_compensation" tags=[:important, :core] begin
-    using Suppressor
-
-    Tadc = 1e-3
-    Trf = Tadc
-    T1 = 1000e-3
-    T2 = 20e-3
-    Δw = 2π * 100
-    B1 = 2e-6 * (Tadc / Trf)
-    N = 6
-
-    sys = Scanner()
-    obj = Phantom{Float64}(x=[0.],T1=[T1],T2=[T2],Δw=[Δw])
-
-    rf_phase = 2π*rand()
-    seq1 = Sequence()
-    seq1 += RF(B1, Trf)
-    seq1 += ADC(N, Tadc)
-
-    seq2 = Sequence()
-    seq2 += RF(B1 .* exp(1im*rf_phase), Trf)
-    seq2 += ADC(N, Tadc, 0, 0, rf_phase)
-
-    sim_params = Dict{String, Any}("Δt_rf"=>1e-5, "gpu"=>false, "Nthreads"=>1)
-    raw1 = @suppress simulate(obj, seq1, sys; sim_params)
-    raw2 = @suppress simulate(obj, seq2, sys; sim_params)
-
-    @test raw1.profiles[1].data ≈ raw2.profiles[1].data
-
-end
-
-@testitem "Bloch CPU_single_thread SimpleMotion" tags=[:important, :core] begin
-    using Suppressor
-    include(joinpath(@__DIR__, "test_files", "utils.jl"))
-
-    sig_jemris = signal_brain_motion_jemris()  
-    seq = seq_epi_100x100_TE100_FOV230()
-    sys = Scanner()
-    obj = phantom_brain()
-    obj.motion = SimpleMotion([Translation(t_end=10.0, dx=0.0, dy=1.0, dz=0.0)])
-    sim_params = Dict{String, Any}(
-        "gpu"=>false,
-        "Nthreads"=>1,
-        "sim_method"=>KomaMRICore.Bloch(),
-        "return_type"=>"mat"
-    )
-    sig = @suppress simulate(obj, seq, sys; sim_params)
-    sig = sig / prod(size(obj))
-    NMRSE(x, x_true) = sqrt.( sum(abs.(x .- x_true).^2) ./ sum(abs.(x_true).^2) ) * 100.
-    @test NMRSE(sig, sig_jemris) < 1 #NMRSE < 1%
-end
-
-@testitem "Bloch CPU_single_thread ArbitraryMotion"  tags=[:important, :core] begin
-    using Suppressor
-    include(joinpath(@__DIR__, "test_files", "utils.jl"))
-
-    sig_jemris = signal_brain_motion_jemris()  
-    seq = seq_epi_100x100_TE100_FOV230()
-    sys = Scanner()
-    obj = phantom_brain()
-    Ns = length(obj)
-    period_durations=[20.0]
-    dx = dz = zeros(Ns, 1)
-    dy = 1.0 .* ones(Ns, 1)
-    obj.motion = @suppress ArbitraryMotion(
-        period_durations,
-        dx,
-        dy,
-        dz)    
-    sim_params = Dict{String, Any}(
-        "gpu"=>false,
-        "Nthreads"=>1,
-        "sim_method"=>KomaMRICore.Bloch(),
-        "return_type"=>"mat"
-    )
-    sig = @suppress simulate(obj, seq, sys; sim_params)
-    sig = sig / prod(size(obj))
-    NMRSE(x, x_true) = sqrt.( sum(abs.(x .- x_true).^2) ./ sum(abs.(x_true).^2) ) * 100.
-    @test NMRSE(sig, sig_jemris) < 1 #NMRSE < 1%
-end
-
-
-@testitem "Bloch CPU_multi_thread SimpleMotion" tags=[:important, :core] begin
-    using Suppressor
-    include(joinpath(@__DIR__, "test_files", "utils.jl"))
-
-    sig_jemris = signal_brain_motion_jemris()  
-    seq = seq_epi_100x100_TE100_FOV230()
-    sys = Scanner()
-    obj = phantom_brain()
-    obj.motion = SimpleMotion([Translation(t_end=10.0, dx=0.0, dy=1.0, dz=0.0)])
-    sim_params = Dict{String, Any}(
-        "gpu"=>false,
-        "sim_method"=>KomaMRICore.Bloch(),
-        "return_type"=>"mat"
-    )
-    sig = @suppress simulate(obj, seq, sys; sim_params)
-    sig = sig / prod(size(obj))
-    NMRSE(x, x_true) = sqrt.( sum(abs.(x .- x_true).^2) ./ sum(abs.(x_true).^2) ) * 100.
-    @test NMRSE(sig, sig_jemris) < 1 #NMRSE < 1%
-end
-
-@testitem "Bloch CPU_multi_thread ArbitraryMotion"  tags=[:important, :core] begin
-    using Suppressor
-    include(joinpath(@__DIR__, "test_files", "utils.jl"))
-
-    sig_jemris = signal_brain_motion_jemris()  
-    seq = seq_epi_100x100_TE100_FOV230()
-    sys = Scanner()
-    obj = phantom_brain()
-    Ns = length(obj)
-    period_durations=[20.0]
-    dx = dz = zeros(Ns, 1)
-    dy = 1.0 .* ones(Ns, 1)
-    obj.motion = @suppress ArbitraryMotion(
-        period_durations,
-        dx,
-        dy,
-        dz)    
-    sim_params = Dict{String, Any}(
-        "gpu"=>false,
-        "sim_method"=>KomaMRICore.Bloch(),
-        "return_type"=>"mat"
-    )
-    sig = @suppress simulate(obj, seq, sys; sim_params)
-    sig = sig / prod(size(obj))
-    NMRSE(x, x_true) = sqrt.( sum(abs.(x .- x_true).^2) ./ sum(abs.(x_true).^2) ) * 100.
-    @test NMRSE(sig, sig_jemris) < 1 #NMRSE < 1%
-end
-
-@testitem "Bloch GPU SimpleMotion" tags=[:important, :core, :skipci, :gpu] begin
-    using Suppressor
-    include(joinpath(@__DIR__, "test_files", "utils.jl"))
-
-    sig_jemris = signal_brain_motion_jemris()  
-    seq = seq_epi_100x100_TE100_FOV230()
-    sys = Scanner()
-    obj = phantom_brain()
-    obj.motion = SimpleMotion([Translation(t_end=10.0, dx=0.0, dy=1.0, dz=0.0)])
-    sim_params = Dict{String, Any}(
-        "gpu"=>true,
-        "sim_method"=>KomaMRICore.Bloch(),
-        "return_type"=>"mat", 
-        "precision"=>"f64"
-    )
-    sig = @suppress simulate(obj, seq, sys; sim_params)
-    sig = sig / prod(size(obj))
-    NMRSE(x, x_true) = sqrt.( sum(abs.(x .- x_true).^2) ./ sum(abs.(x_true).^2) ) * 100.
-    @test NMRSE(sig, sig_jemris) < 1 #NMRSE < 1%
-end
-
-@testitem "Bloch GPU ArbitraryMotion"  tags=[:important, :core, :skipci, :gpu] begin
-    using Suppressor
-    include(joinpath(@__DIR__, "test_files", "utils.jl"))
-
-    sig_jemris = signal_brain_motion_jemris()  
-    seq = seq_epi_100x100_TE100_FOV230()
-    sys = Scanner()
-    obj = phantom_brain()
-    Ns = length(obj)
-    period_durations=[20.0]
-    dx = dz = zeros(Ns, 1)
-    dy = 1.0 .* ones(Ns, 1)
-    obj.motion = @suppress ArbitraryMotion(
-        period_durations,
-        dx,
-        dy,
-        dz)    
-    sim_params = Dict{String, Any}(
-        "gpu"=>true,
-        "sim_method"=>KomaMRICore.Bloch(),
-        "return_type"=>"mat", 
-        "precision"=>"f64"
-    )
-    sig = @suppress simulate(obj, seq, sys; sim_params)
-    sig = sig / prod(size(obj))
-    NMRSE(x, x_true) = sqrt.( sum(abs.(x .- x_true).^2) ./ sum(abs.(x_true).^2) ) * 100.
-    @test NMRSE(sig, sig_jemris) < 1 #NMRSE < 1%
-end
-
-
-@testitem "BlochDict_CPU_single_thread" tags=[:important, :core] begin
-    using Suppressor
-    include(joinpath(@__DIR__, "test_files", "utils.jl"))
-
-    seq = seq_epi_100x100_TE100_FOV230()
-    obj = Phantom{Float64}(x=[0.], T1=[1000e-3], T2=[100e-3])
-    sys = Scanner()
-    sim_params = Dict("gpu"=>false, "Nthreads"=>1, "sim_method"=>KomaMRICore.Bloch(), "return_type"=>"mat")
-    sig = @suppress simulate(obj, seq, sys; sim_params)
-    sig = sig / prod(size(obj))
-    sim_params["sim_method"] = KomaMRICore.BlochDict()
-    sig2 = @suppress simulate(obj, seq, sys; sim_params)
-    sig2 = sig2 / prod(size(obj))
-    @test sig ≈ sig2
-
-    # Just checking to ensure that show() doesn't get stuck and that it is covered
-    show(IOBuffer(), "text/plain", KomaMRICore.BlochDict())
-    @test true
-end
-
-@testitem "simulate_slice_profile" tags=[:core] begin
-    using Suppressor
-
-    # This is a sequence with a sinc RF 30° excitation pulse
-    sys = Scanner()
-    sys.Smax = 50
-    B1 = 4.92e-6
-    Trf = 3.2e-3
-    zmax = 2e-2
-    fmax = 5e3
-    z = range(-zmax, zmax, 400)
-    Gz = fmax / (γ * zmax)
-    f = γ * Gz * z
-    seq = PulseDesigner.RF_sinc(B1, Trf, sys; G=[0; 0; Gz], TBP=8)
-
-    # Simulate the slice profile
-    sim_params = Dict{String, Any}("Δt_rf" => Trf / length(seq.RF.A[1]))
-    M = @suppress simulate_slice_profile(seq; z, sim_params)
-
-    # For the time being, always pass the test
-    @test true
-end
+# using TestItems, TestItemRunner
+
+# @run_package_tests filter=ti->!(:skipci in ti.tags)&&(:core in ti.tags) #verbose=true
+
+# @testitem "Spinors×Mag" tags=[:core] begin
+#     using KomaMRICore: Rx, Ry, Rz, Q, rotx, roty, rotz, Un, Rφ, Rg
+
+#     ## Verifying that operators perform counter-clockwise rotations
+#     v = [1, 2, 3]
+#     m = Mag([complex(v[1:2]...)], [v[3]])
+#     # Rx
+#     @test rotx(π/2) * v    ≈ [1, -3, 2]
+#     @test (Rx(π/2) * m).xy ≈ [1.0 - 3.0im]
+#     @test (Rx(π/2) * m).z  ≈ [2.0]
+#     # Ry
+#     @test roty(π/2) * v    ≈ [3, 2, -1]
+#     @test (Ry(π/2) * m).xy ≈ [3.0 + 2.0im]
+#     @test (Ry(π/2) * m).z  ≈ [-1.0]
+#     # Rz
+#     @test rotz(π/2) * v    ≈ [-2, 1, 3]
+#     @test (Rz(π/2) * m).xy ≈ [-2.0 + 1.0im]
+#     @test (Rz(π/2) * m).z  ≈ [3.0]
+#     # Rn
+#     @test Un(π/2, [1,0,0]) * v ≈ rotx(π/2) * v
+#     @test Un(π/2, [0,1,0]) * v ≈ roty(π/2) * v
+#     @test Un(π/2, [0,0,1]) * v ≈ rotz(π/2) * v
+#     @test (Q(π/2, 1.0+0.0im, 0.0) * m).xy ≈ (Rx(π/2) * m).xy
+#     @test (Q(π/2, 1.0+0.0im, 0.0) * m).z  ≈ (Rx(π/2) * m).z
+#     @test (Q(π/2, 0.0+1.0im, 0.0) * m).xy ≈ (Ry(π/2) * m).xy
+#     @test (Q(π/2, 0.0+1.0im, 0.0) * m).z  ≈ (Ry(π/2) * m).z
+#     @test (Q(π/2, 0.0+0.0im, 1.0) * m).xy ≈ (Rz(π/2) * m).xy
+#     @test (Q(π/2, 0.0+0.0im, 1.0) * m).z  ≈ (Rz(π/2) * m).z
+
+#     ## Verify that Spinor rotation = matrix rotation
+#     v = rand(3)
+#     n = rand(3); n = n ./ sqrt(sum(n.^2))
+#     m = Mag([complex(v[1:2]...)], [v[3]])
+#     φ, θ, φ1, φ2 = rand(4) * 2π
+#     # Rx
+#     vx = rotx(θ) * v
+#     mx = Rx(θ) * m
+#     @test [real(mx.xy); imag(mx.xy); mx.z] ≈ vx
+#     # Ry
+#     vy = roty(θ) * v
+#     my = Ry(θ) * m
+#     @test [real(my.xy); imag(my.xy); my.z] ≈ vy
+#     # Rz
+#     vz = rotz(θ) * v
+#     mz = Rz(θ) * m
+#     @test [real(mz.xy); imag(mz.xy); mz.z] ≈ vz
+#     # Rφ
+#     vφ = Un(θ, [sin(φ); cos(φ); 0.0]) * v
+#     mφ = Rφ(φ,θ) * m
+#     @test [real(mφ.xy); imag(mφ.xy); mφ.z] ≈ vφ
+#     # Rg
+#     vg = rotz(φ2) * roty(θ) * rotz(φ1) * v
+#     mg = Rg(φ1,θ,φ2) * m
+#     @test [real(mg.xy); imag(mg.xy); mg.z] ≈ vg
+#     # Rn
+#     vq = Un(θ, n) * v
+#     mq = Q(θ, n[1]+n[2]*1im, n[3]) * m
+#     @test [real(mq.xy); imag(mq.xy); mq.z] ≈ vq
+
+#     ## Spinors satify that  |α|^2 + |β|^2 = 1
+#     @test abs(Rx(θ))                     ≈ [1]
+#     @test abs(Ry(θ))                     ≈ [1]
+#     @test abs(Rz(θ))                     ≈ [1]
+#     @test abs(Rφ(φ,θ))                   ≈ [1]
+#     @test abs(Q(θ, n[1]+n[2]*1im, n[3])) ≈ [1]
+
+#     ## Checking properties of Introduction to the Shinnar-Le Roux algorithm.
+#     # Rx = Rz(-π/2) * Ry(θ) * Rz(π/2)
+#     @test rotx(θ) * v ≈ rotz(-π/2) * roty(θ) * rotz(π/2) * v
+#     @test (Rx(θ) * m).xy ≈ (Rz(-π/2) * Ry(θ) * Rz(π/2) * m).xy
+#     @test (Rx(θ) * m).z  ≈ (Rz(-π/2) * Ry(θ) * Rz(π/2) * m).z
+#     # Rφ(φ,θ) = Rz(-φ) Ry(θ) Rz(φ)
+#     @test (Rφ(φ,θ) * m).xy   ≈ (Rz(-φ) * Ry(θ) * Rz(φ) * m).xy
+#     @test (Rφ(φ,θ) * m).z    ≈ (Rz(-φ) * Ry(θ) * Rz(φ) * m).z
+#     # Rg(φ1, θ, φ2) = Rz(φ2) Ry(θ) Rz(φ1)
+#     @test (Rg(φ1,θ,φ2) * m).xy   ≈ (Rz(φ2) * Ry(θ) * Rz(φ1) * m).xy
+#     @test (Rg(φ1,θ,φ2) * m).z    ≈ (Rz(φ2) * Ry(θ) * Rz(φ1) * m).z
+#     # Rg(-φ, θ, φ) = Rz(-φ) Ry(θ) Rz(φ) = Rφ(φ,θ)
+#     @test rotz(-φ) * roty(θ) * rotz(φ) * v ≈ Un(θ, [sin(φ); cos(φ); 0.0]) * v
+#     @test (Rg(φ,θ,-φ) * m).xy    ≈ (Rφ(φ,θ) * m).xy
+#     @test (Rg(φ,θ,-φ) * m).z     ≈ (Rφ(φ,θ) * m).z
+
+#     ## Verify trivial identities
+#     # Rφ is an xy-plane rotation of θ around an axis making an angle of φ with respect to the y-axis
+#     # Rφ φ=0 = Ry
+#     @test (Rφ(0,θ) * m).xy   ≈ (Ry(θ) * m).xy
+#     @test (Rφ(0,θ) * m).z    ≈ (Ry(θ) * m).z
+#     # Rφ φ=π/2 = Rx
+#     @test (Rφ(π/2,θ) * m).xy ≈ (Rx(θ) * m).xy
+#     @test (Rφ(π/2,θ) * m).z  ≈ (Rx(θ) * m).z
+#     # General rotation Rn
+#     # Rn n=[1,0,0] = Rx
+#     @test Un(θ, [1,0,0]) * v ≈ rotx(θ) * v
+#     @test (Q(θ, 1.0+0.0im, 0.0) * m).xy ≈ (Rx(θ) * m).xy
+#     @test (Q(θ, 1.0+0.0im, 0.0) * m).z  ≈ (Rx(θ) * m).z
+#     # Rn n=[0,1,0] = Ry
+#     @test Un(θ, [0,1,0]) * v ≈ roty(θ) * v
+#     @test (Q(θ, 0.0+1.0im, 0.0) * m).xy ≈ (Ry(θ) * m).xy
+#     @test (Q(θ, 0.0+1.0im, 0.0) * m).z  ≈ (Ry(θ) * m).z
+#     # Rn n=[0,0,1] = Rz
+#     @test Un(θ, [0,0,1]) * v ≈ rotz(θ) * v
+#     @test (Q(θ, 0.0+0.0im, 1.0) * m).xy ≈ (Rz(θ) * m).xy
+#     @test (Q(θ, 0.0+0.0im, 1.0) * m).z  ≈ (Rz(θ) * m).z
+
+#     # Associativity
+#     # Rx
+#     @test (((Rz(-π/2) * Ry(θ)) * Rz(π/2)) * m).xy ≈ (Rx(θ) * m).xy
+#     @test (((Rz(-π/2) * Ry(θ)) * Rz(π/2)) * m).z  ≈ (Rx(θ) * m).z
+#     @test (Rz(-π/2) * (Ry(θ) * (Rz(π/2) * m))).xy ≈ (Rx(θ) * m).xy
+#     @test (Rz(-π/2) * (Ry(θ) * (Rz(π/2) * m))).z  ≈ (Rx(θ) * m).z
+#     # Rφ
+#     @test (Rφ(φ,θ) * m).xy   ≈ (((Rz(-φ) * Ry(θ)) * Rz(φ)) * m).xy
+#     @test (Rφ(φ,θ) * m).z    ≈ (((Rz(-φ) * Ry(θ)) * Rz(φ)) * m).z
+#     @test (Rφ(φ,θ) * m).xy   ≈ ((Rz(-φ) * (Ry(θ) * Rz(φ))) * m).xy
+#     @test (Rφ(φ,θ) * m).z    ≈ ((Rz(-φ) * (Ry(θ) * Rz(φ))) * m).z
+#     # Rg
+#     @test (Rg(φ1,θ,φ2) * m).xy   ≈ (((Rz(φ2) * Ry(θ)) * Rz(φ1)) * m).xy
+#     @test (Rg(φ1,θ,φ2) * m).z    ≈ (((Rz(φ2) * Ry(θ)) * Rz(φ1)) * m).z
+#     @test (Rg(φ1,θ,φ2) * m).xy   ≈ ((Rz(φ2) * (Ry(θ) * Rz(φ1))) * m).xy
+#     @test (Rg(φ1,θ,φ2) * m).z    ≈ ((Rz(φ2) * (Ry(θ) * Rz(φ1))) * m).z
+
+#     ## Other tests
+#     # Test Spinor struct
+#     α, β = rand(2)
+#     s = Spinor(α, β)
+#     @test s[1].α ≈ [Complex(α)] && s[1].β ≈ [Complex(β)]
+#     # Just checking to ensure that show() doesn't get stuck and that it is covered
+#     show(IOBuffer(), "text/plain", s)
+#     @test true
+# end
+
+# # Test ISMRMRD
+# @testitem "signal_to_raw_data" tags=[:core] begin
+#     using Suppressor
+
+#     seq = PulseDesigner.EPI_example()
+#     sys = Scanner()
+#     obj = brain_phantom2D()
+
+#     sim_params = KomaMRICore.default_sim_params()
+#     sim_params["return_type"] = "mat"
+#     sig = @suppress simulate(obj, seq, sys; sim_params)
+
+#     # Test signal_to_raw_data
+#     raw = signal_to_raw_data(sig, seq)
+#     sig_aux = vcat([vec(profile.data) for profile in raw.profiles]...)
+#     sig_raw = reshape(sig_aux, length(sig_aux), 1)
+#     @test all(sig .== sig_raw)
+
+#     seq.DEF["FOV"] = [23e-2, 23e-2, 0]
+#     raw = signal_to_raw_data(sig, seq)
+#     sig_aux = vcat([vec(profile.data) for profile in raw.profiles]...)
+#     sig_raw = reshape(sig_aux, length(sig_aux), 1)
+#     @test all(sig .== sig_raw)
+
+#     # Just checking to ensure that show() doesn't get stuck and that it is covered
+#     show(IOBuffer(), "text/plain", raw)
+#     @test true
+# end
+
+# @testitem "Bloch_CPU_single_thread" tags=[:important, :core] begin
+#     using Suppressor
+#     include(joinpath(@__DIR__, "test_files", "utils.jl"))
+
+#     sig_jemris = signal_sphere_jemris()
+#     seq = seq_epi_100x100_TE100_FOV230()
+#     obj = phantom_sphere()
+#     sys = Scanner()
+
+#     sim_params = Dict{String, Any}(
+#         "gpu"=>false,
+#         "Nthreads"=>1,
+#         "sim_method"=>KomaMRICore.Bloch(),
+#         "return_type"=>"mat"
+#     )
+#     sig = @suppress simulate(obj, seq, sys; sim_params)
+#     sig = sig / prod(size(obj))
+
+#     NMRSE(x, x_true) = sqrt.( sum(abs.(x .- x_true).^2) ./ sum(abs.(x_true).^2) ) * 100.
+
+#     @test NMRSE(sig, sig_jemris) < 1 #NMRSE < 1%
+# end
+
+# @testitem "Bloch_CPU_multi_thread" tags=[:important, :core] begin
+#     using Suppressor
+#     include(joinpath(@__DIR__, "test_files", "utils.jl"))
+
+#     sig_jemris = signal_sphere_jemris()
+#     seq = seq_epi_100x100_TE100_FOV230()
+#     obj = phantom_sphere()
+#     sys = Scanner()
+
+#     sim_params = Dict{String, Any}(
+#         "gpu"=>false,
+#         "sim_method"=>KomaMRICore.Bloch(),
+#         "return_type"=>"mat"
+#     )
+#     sig = @suppress simulate(obj, seq, sys; sim_params)
+#     sig = sig / prod(size(obj))
+
+#     NMRSE(x, x_true) = sqrt.( sum(abs.(x .- x_true).^2) ./ sum(abs.(x_true).^2) ) * 100.
+
+#     @test NMRSE(sig, sig_jemris) < 1 #NMRSE < 1%
+# end
+
+
+# @testitem "Bloch_GPU" tags=[:important, :skipci, :core, :gpu] begin
+#     using Suppressor
+#     include(joinpath(@__DIR__, "test_files", "utils.jl"))
+
+#     sig_jemris = signal_sphere_jemris()
+#     seq = seq_epi_100x100_TE100_FOV230()
+#     obj = phantom_sphere()
+#     sys = Scanner()
+
+#     sim_params = Dict{String, Any}(
+#         "gpu"=>true,
+#         "sim_method"=>KomaMRICore.Bloch(),
+#         "return_type"=>"mat", 
+#         "precision"=>"f64"
+#     )
+#     sig = @suppress simulate(obj, seq, sys; sim_params)
+#     sig = sig / prod(size(obj))
+
+#     NMRSE(x, x_true) = sqrt.( sum(abs.(x .- x_true).^2) ./ sum(abs.(x_true).^2) ) * 100.
+
+#     @test NMRSE(sig, sig_jemris) < 1 #NMRSE < 1%
+# end
+
+# @testitem "Bloch_CPU_RF_accuracy_single_thread" tags=[:important, :core] begin
+#     using Suppressor
+
+#     Tadc = 1e-3
+#     Trf = Tadc
+#     T1 = 1000e-3
+#     T2 = 20e-3
+#     Δw = 2π * 100
+#     B1 = 2e-6 * (Tadc / Trf)
+#     N = 6
+
+#     sys = Scanner()
+#     obj = Phantom{Float64}(x=[0.],T1=[T1],T2=[T2],Δw=[Δw])
+
+#     rf_phase = [0, π/2]
+#     seq = Sequence()
+#     seq += ADC(N, Tadc)
+#     for i=1:2
+#         global seq += RF(B1 .* exp(1im*rf_phase[i]), Trf)
+#         global seq += ADC(N, Tadc)
+#     end
+
+#     sim_params = Dict{String, Any}("Δt_rf"=>1e-5, "gpu"=>false, "Nthreads"=>1)
+#     raw = @suppress simulate(obj, seq, sys; sim_params)
+
+#     #Mathematica-simulated Bloch equation result
+#     res1 = [0.153592+0.46505im,
+#             0.208571+0.437734im,
+#             0.259184+0.40408im,
+#             0.304722+0.364744im,
+#             0.344571+0.320455im,
+#             0.378217+0.272008im]
+#     res2 = [-0.0153894+0.142582im,
+#             0.00257641+0.14196im,
+#             0.020146+0.13912im,
+#             0.037051+0.134149im,
+#             0.0530392+0.12717im,
+#             0.0678774+0.11833im]
+#     norm2(x) = sqrt.(sum(abs.(x).^2))
+#     error0 = norm2(raw.profiles[1].data .- 0)
+#     error1 = norm2(raw.profiles[2].data .- res1) ./ norm2(res1) * 100
+#     error2 = norm2(raw.profiles[3].data .- res2) ./ norm2(res2) * 100
+
+#     @test  error0 + error1 + error2 < 0.1 #NMRSE < 0.1%
+# end
+
+# @testitem "Bloch_CPU_RF_accuracy_multi_thread" tags=[:important, :core] begin
+#     using Suppressor
+
+#     Tadc = 1e-3
+#     Trf = Tadc
+#     T1 = 1000e-3
+#     T2 = 20e-3
+#     Δw = 2π * 100
+#     B1 = 2e-6 * (Tadc / Trf)
+#     N = 6
+
+#     sys = Scanner()
+#     obj = Phantom{Float64}(x=[0.],T1=[T1],T2=[T2],Δw=[Δw])
+
+#     rf_phase = [0, π/2]
+#     seq = Sequence()
+#     seq += ADC(N, Tadc)
+#     seq += RF(B1 .* exp(1im*rf_phase[1]), Trf)
+#     seq += ADC(N, Tadc)
+#     seq += RF(B1 .* exp(1im*rf_phase[2]), Trf)
+#     seq += ADC(N, Tadc)
+
+
+#     sim_params = Dict{String, Any}("Δt_rf"=>1e-5, "gpu"=>false)
+#     raw = @suppress simulate(obj, seq, sys; sim_params)
+
+#     #Mathematica-simulated Bloch equation result
+#     res1 = [0.153592+0.46505im,
+#             0.208571+0.437734im,
+#             0.259184+0.40408im,
+#             0.304722+0.364744im,
+#             0.344571+0.320455im,
+#             0.378217+0.272008im]
+#     res2 = [-0.0153894+0.142582im,
+#             0.00257641+0.14196im,
+#             0.020146+0.13912im,
+#             0.037051+0.134149im,
+#             0.0530392+0.12717im,
+#             0.0678774+0.11833im]
+#     norm2(x) = sqrt.(sum(abs.(x).^2))
+#     error0 = norm2(raw.profiles[1].data .- 0)
+#     error1 = norm2(raw.profiles[2].data .- res1) ./ norm2(res1) * 100
+#     error2 = norm2(raw.profiles[3].data .- res2) ./ norm2(res2) * 100
+
+#     @test  error0 + error1 + error2 < 0.1 #NMRSE < 0.1%
+# end
+
+# @testitem "Bloch_GPU_RF_accuracy" tags=[:important, :core, :skipci, :gpu] begin
+#     using Suppressor
+
+#     Tadc = 1e-3
+#     Trf = Tadc
+#     T1 = 1000e-3
+#     T2 = 20e-3
+#     Δw = 2π * 100
+#     B1 = 2e-6 * (Tadc / Trf)
+#     N = 6
+
+#     sys = Scanner()
+#     obj = Phantom{Float64}(x=[0.],T1=[T1],T2=[T2],Δw=[Δw])
+
+#     rf_phase = [0, π/2]
+#     seq = Sequence()
+#     seq += ADC(N, Tadc)
+#     seq += RF(B1 .* exp(1im*rf_phase[1]), Trf)
+#     seq += ADC(N, Tadc)
+#     seq += RF(B1 .* exp(1im*rf_phase[2]), Trf)
+#     seq += ADC(N, Tadc)
+
+#     sim_params = Dict{String, Any}("Δt_rf"=>1e-5, "gpu"=>true)
+#     raw = @suppress simulate(obj, seq, sys; sim_params)
+
+#     #Mathematica-simulated Bloch equation result
+#     res1 = [0.153592+0.46505im,
+#             0.208571+0.437734im,
+#             0.259184+0.40408im,
+#             0.304722+0.364744im,
+#             0.344571+0.320455im,
+#             0.378217+0.272008im]
+#     res2 = [-0.0153894+0.142582im,
+#             0.00257641+0.14196im,
+#             0.020146+0.13912im,
+#             0.037051+0.134149im,
+#             0.0530392+0.12717im,
+#             0.0678774+0.11833im]
+#     norm2(x) = sqrt.(sum(abs.(x).^2))
+#     error0 = norm2(raw.profiles[1].data .- 0)
+#     error1 = norm2(raw.profiles[2].data .- res1) ./ norm2(res1) * 100
+#     error2 = norm2(raw.profiles[3].data .- res2) ./ norm2(res2) * 100
+
+#     @test  error0 + error1 + error2 < 0.1 #NMRSE < 0.1%
+# end
+
+# @testitem "Bloch_phase_compensation" tags=[:important, :core] begin
+#     using Suppressor
+
+#     Tadc = 1e-3
+#     Trf = Tadc
+#     T1 = 1000e-3
+#     T2 = 20e-3
+#     Δw = 2π * 100
+#     B1 = 2e-6 * (Tadc / Trf)
+#     N = 6
+
+#     sys = Scanner()
+#     obj = Phantom{Float64}(x=[0.],T1=[T1],T2=[T2],Δw=[Δw])
+
+#     rf_phase = 2π*rand()
+#     seq1 = Sequence()
+#     seq1 += RF(B1, Trf)
+#     seq1 += ADC(N, Tadc)
+
+#     seq2 = Sequence()
+#     seq2 += RF(B1 .* exp(1im*rf_phase), Trf)
+#     seq2 += ADC(N, Tadc, 0, 0, rf_phase)
+
+#     sim_params = Dict{String, Any}("Δt_rf"=>1e-5, "gpu"=>false, "Nthreads"=>1)
+#     raw1 = @suppress simulate(obj, seq1, sys; sim_params)
+#     raw2 = @suppress simulate(obj, seq2, sys; sim_params)
+
+#     @test raw1.profiles[1].data ≈ raw2.profiles[1].data
+
+# end
+
+# @testitem "Bloch CPU_single_thread SimpleMotion" tags=[:important, :core] begin
+#     using Suppressor
+#     include(joinpath(@__DIR__, "test_files", "utils.jl"))
+
+#     sig_jemris = signal_brain_motion_jemris()  
+#     seq = seq_epi_100x100_TE100_FOV230()
+#     sys = Scanner()
+#     obj = phantom_brain()
+#     obj.motion = SimpleMotion([Translation(t_end=10.0, dx=0.0, dy=1.0, dz=0.0)])
+#     sim_params = Dict{String, Any}(
+#         "gpu"=>false,
+#         "Nthreads"=>1,
+#         "sim_method"=>KomaMRICore.Bloch(),
+#         "return_type"=>"mat"
+#     )
+#     sig = @suppress simulate(obj, seq, sys; sim_params)
+#     sig = sig / prod(size(obj))
+#     NMRSE(x, x_true) = sqrt.( sum(abs.(x .- x_true).^2) ./ sum(abs.(x_true).^2) ) * 100.
+#     @test NMRSE(sig, sig_jemris) < 1 #NMRSE < 1%
+# end
+
+# @testitem "Bloch CPU_single_thread ArbitraryMotion"  tags=[:important, :core] begin
+#     using Suppressor
+#     include(joinpath(@__DIR__, "test_files", "utils.jl"))
+
+#     sig_jemris = signal_brain_motion_jemris()  
+#     seq = seq_epi_100x100_TE100_FOV230()
+#     sys = Scanner()
+#     obj = phantom_brain()
+#     Ns = length(obj)
+#     period_durations=[20.0]
+#     dx = dz = zeros(Ns, 1)
+#     dy = 1.0 .* ones(Ns, 1)
+#     obj.motion = @suppress ArbitraryMotion(
+#         period_durations,
+#         dx,
+#         dy,
+#         dz)    
+#     sim_params = Dict{String, Any}(
+#         "gpu"=>false,
+#         "Nthreads"=>1,
+#         "sim_method"=>KomaMRICore.Bloch(),
+#         "return_type"=>"mat"
+#     )
+#     sig = @suppress simulate(obj, seq, sys; sim_params)
+#     sig = sig / prod(size(obj))
+#     NMRSE(x, x_true) = sqrt.( sum(abs.(x .- x_true).^2) ./ sum(abs.(x_true).^2) ) * 100.
+#     @test NMRSE(sig, sig_jemris) < 1 #NMRSE < 1%
+# end
+
+
+# @testitem "Bloch CPU_multi_thread SimpleMotion" tags=[:important, :core] begin
+#     using Suppressor
+#     include(joinpath(@__DIR__, "test_files", "utils.jl"))
+
+#     sig_jemris = signal_brain_motion_jemris()  
+#     seq = seq_epi_100x100_TE100_FOV230()
+#     sys = Scanner()
+#     obj = phantom_brain()
+#     obj.motion = SimpleMotion([Translation(t_end=10.0, dx=0.0, dy=1.0, dz=0.0)])
+#     sim_params = Dict{String, Any}(
+#         "gpu"=>false,
+#         "sim_method"=>KomaMRICore.Bloch(),
+#         "return_type"=>"mat"
+#     )
+#     sig = @suppress simulate(obj, seq, sys; sim_params)
+#     sig = sig / prod(size(obj))
+#     NMRSE(x, x_true) = sqrt.( sum(abs.(x .- x_true).^2) ./ sum(abs.(x_true).^2) ) * 100.
+#     @test NMRSE(sig, sig_jemris) < 1 #NMRSE < 1%
+# end
+
+# @testitem "Bloch CPU_multi_thread ArbitraryMotion"  tags=[:important, :core] begin
+#     using Suppressor
+#     include(joinpath(@__DIR__, "test_files", "utils.jl"))
+
+#     sig_jemris = signal_brain_motion_jemris()  
+#     seq = seq_epi_100x100_TE100_FOV230()
+#     sys = Scanner()
+#     obj = phantom_brain()
+#     Ns = length(obj)
+#     period_durations=[20.0]
+#     dx = dz = zeros(Ns, 1)
+#     dy = 1.0 .* ones(Ns, 1)
+#     obj.motion = @suppress ArbitraryMotion(
+#         period_durations,
+#         dx,
+#         dy,
+#         dz)    
+#     sim_params = Dict{String, Any}(
+#         "gpu"=>false,
+#         "sim_method"=>KomaMRICore.Bloch(),
+#         "return_type"=>"mat"
+#     )
+#     sig = @suppress simulate(obj, seq, sys; sim_params)
+#     sig = sig / prod(size(obj))
+#     NMRSE(x, x_true) = sqrt.( sum(abs.(x .- x_true).^2) ./ sum(abs.(x_true).^2) ) * 100.
+#     @test NMRSE(sig, sig_jemris) < 1 #NMRSE < 1%
+# end
+
+# @testitem "Bloch GPU SimpleMotion" tags=[:important, :core, :skipci, :gpu] begin
+#     using Suppressor
+#     include(joinpath(@__DIR__, "test_files", "utils.jl"))
+
+#     sig_jemris = signal_brain_motion_jemris()  
+#     seq = seq_epi_100x100_TE100_FOV230()
+#     sys = Scanner()
+#     obj = phantom_brain()
+#     obj.motion = SimpleMotion([Translation(t_end=10.0, dx=0.0, dy=1.0, dz=0.0)])
+#     sim_params = Dict{String, Any}(
+#         "gpu"=>true,
+#         "sim_method"=>KomaMRICore.Bloch(),
+#         "return_type"=>"mat", 
+#         "precision"=>"f64"
+#     )
+#     sig = @suppress simulate(obj, seq, sys; sim_params)
+#     sig = sig / prod(size(obj))
+#     NMRSE(x, x_true) = sqrt.( sum(abs.(x .- x_true).^2) ./ sum(abs.(x_true).^2) ) * 100.
+#     @test NMRSE(sig, sig_jemris) < 1 #NMRSE < 1%
+# end
+
+# @testitem "Bloch GPU ArbitraryMotion"  tags=[:important, :core, :skipci, :gpu] begin
+#     using Suppressor
+#     include(joinpath(@__DIR__, "test_files", "utils.jl"))
+
+#     sig_jemris = signal_brain_motion_jemris()  
+#     seq = seq_epi_100x100_TE100_FOV230()
+#     sys = Scanner()
+#     obj = phantom_brain()
+#     Ns = length(obj)
+#     period_durations=[20.0]
+#     dx = dz = zeros(Ns, 1)
+#     dy = 1.0 .* ones(Ns, 1)
+#     obj.motion = @suppress ArbitraryMotion(
+#         period_durations,
+#         dx,
+#         dy,
+#         dz)    
+#     sim_params = Dict{String, Any}(
+#         "gpu"=>true,
+#         "sim_method"=>KomaMRICore.Bloch(),
+#         "return_type"=>"mat", 
+#         "precision"=>"f64"
+#     )
+#     sig = @suppress simulate(obj, seq, sys; sim_params)
+#     sig = sig / prod(size(obj))
+#     NMRSE(x, x_true) = sqrt.( sum(abs.(x .- x_true).^2) ./ sum(abs.(x_true).^2) ) * 100.
+#     @test NMRSE(sig, sig_jemris) < 1 #NMRSE < 1%
+# end
+
+
+# @testitem "BlochDict_CPU_single_thread" tags=[:important, :core] begin
+#     using Suppressor
+#     include(joinpath(@__DIR__, "test_files", "utils.jl"))
+
+#     seq = seq_epi_100x100_TE100_FOV230()
+#     obj = Phantom{Float64}(x=[0.], T1=[1000e-3], T2=[100e-3])
+#     sys = Scanner()
+#     sim_params = Dict("gpu"=>false, "Nthreads"=>1, "sim_method"=>KomaMRICore.Bloch(), "return_type"=>"mat")
+#     sig = @suppress simulate(obj, seq, sys; sim_params)
+#     sig = sig / prod(size(obj))
+#     sim_params["sim_method"] = KomaMRICore.BlochDict()
+#     sig2 = @suppress simulate(obj, seq, sys; sim_params)
+#     sig2 = sig2 / prod(size(obj))
+#     @test sig ≈ sig2
+
+#     # Just checking to ensure that show() doesn't get stuck and that it is covered
+#     show(IOBuffer(), "text/plain", KomaMRICore.BlochDict())
+#     @test true
+# end
+
+# @testitem "simulate_slice_profile" tags=[:core] begin
+#     using Suppressor
+
+#     # This is a sequence with a sinc RF 30° excitation pulse
+#     sys = Scanner()
+#     sys.Smax = 50
+#     B1 = 4.92e-6
+#     Trf = 3.2e-3
+#     zmax = 2e-2
+#     fmax = 5e3
+#     z = range(-zmax, zmax, 400)
+#     Gz = fmax / (γ * zmax)
+#     f = γ * Gz * z
+#     seq = PulseDesigner.RF_sinc(B1, Trf, sys; G=[0; 0; Gz], TBP=8)
+
+#     # Simulate the slice profile
+#     sim_params = Dict{String, Any}("Δt_rf" => Trf / length(seq.RF.A[1]))
+#     M = @suppress simulate_slice_profile(seq; z, sim_params)
+
+#     # For the time being, always pass the test
+#     @test true
+# end
diff --git a/KomaMRIFiles/test/runtests.jl b/KomaMRIFiles/test/runtests.jl
index deccbf82d..812914bd0 100644
--- a/KomaMRIFiles/test/runtests.jl
+++ b/KomaMRIFiles/test/runtests.jl
@@ -1,125 +1,125 @@
-using TestItems, TestItemRunner
+# using TestItems, TestItemRunner
 
-@run_package_tests filter=t_start->!(:skipci in t_start.tags)&&(:files in t_start.tags) #verbose=true
+# @run_package_tests filter=t_start->!(:skipci in t_start.tags)&&(:files in t_start.tags) #verbose=true
 
-@testitem "Files" tags=[:files] begin
-    using Suppressor
+# @testitem "Files" tags=[:files] begin
+#     using Suppressor
 
-    # Test Pulseq
-    @testset "Pulseq" begin
-        path = @__DIR__
-        seq = @suppress read_seq(path*"/test_files/epi.seq") #Pulseq v1.4.0, RF arbitrary
-        @test seq.DEF["FileName"] == "epi.seq"
-        @test seq.DEF["PulseqVersion"] ≈ 1004000
-        @test seq.DEF["signature"] == "67ebeffe6afdf0c393834101c14f3990"
+#     # Test Pulseq
+#     @testset "Pulseq" begin
+#         path = @__DIR__
+#         seq = @suppress read_seq(path*"/test_files/epi.seq") #Pulseq v1.4.0, RF arbitrary
+#         @test seq.DEF["FileName"] == "epi.seq"
+#         @test seq.DEF["PulseqVersion"] ≈ 1004000
+#         @test seq.DEF["signature"] == "67ebeffe6afdf0c393834101c14f3990"
 
-        seq = @suppress read_seq(path*"/test_files/spiral.seq") #Pulseq v1.4.0, RF arbitrary
-        @test seq.DEF["FileName"] == "spiral.seq"
-        @test seq.DEF["PulseqVersion"] ≈ 1004000
-        @test seq.DEF["signature"] == "efc5eb7dbaa82aba627a31ff689c8649"
+#         seq = @suppress read_seq(path*"/test_files/spiral.seq") #Pulseq v1.4.0, RF arbitrary
+#         @test seq.DEF["FileName"] == "spiral.seq"
+#         @test seq.DEF["PulseqVersion"] ≈ 1004000
+#         @test seq.DEF["signature"] == "efc5eb7dbaa82aba627a31ff689c8649"
 
-        seq = @suppress read_seq(path*"/test_files/epi_JEMRIS.seq") #Pulseq v1.2.1
-        @test seq.DEF["FileName"] == "epi_JEMRIS.seq"
-        @test seq.DEF["PulseqVersion"] ≈ 1002001
-        @test seq.DEF["signature"] == "f291a24409c3e8de01ddb93e124d9ff2"
+#         seq = @suppress read_seq(path*"/test_files/epi_JEMRIS.seq") #Pulseq v1.2.1
+#         @test seq.DEF["FileName"] == "epi_JEMRIS.seq"
+#         @test seq.DEF["PulseqVersion"] ≈ 1002001
+#         @test seq.DEF["signature"] == "f291a24409c3e8de01ddb93e124d9ff2"
 
-        seq = @suppress read_seq(path*"/test_files/radial_JEMRIS.seq") #Pulseq v1.2.1
-        @test seq.DEF["FileName"] == "radial_JEMRIS.seq"
-        @test seq.DEF["PulseqVersion"] ≈ 1002001
-        @test seq.DEF["signature"] == "e827cfff4436b65a6341a4fa0f6deb07"
+#         seq = @suppress read_seq(path*"/test_files/radial_JEMRIS.seq") #Pulseq v1.2.1
+#         @test seq.DEF["FileName"] == "radial_JEMRIS.seq"
+#         @test seq.DEF["PulseqVersion"] ≈ 1002001
+#         @test seq.DEF["signature"] == "e827cfff4436b65a6341a4fa0f6deb07"
 
-        # Test Pulseq compression-decompression
-        shape = ones(100)
-        num_samples, compressed_data = KomaMRIFiles.compress_shape(shape)
-        shape2 = KomaMRIFiles.decompress_shape(num_samples, compressed_data)
-        @test shape == shape2
-    end
-    # Test JEMRIS
-    @testset "JEMRIS" begin
-        path = @__DIR__
-        obj = read_phantom_jemris(path*"/test_files/column1d.h5")
-        @test obj.name == "column1d.h5"
-    end
-    # Test MRiLab
-    @testset "MRiLab" begin
-        path = @__DIR__
-        filename = path * "/test_files/brain_mrilab.mat"
-        FRange_filename = path * "/test_files/FRange.mat" #Slab within slice thickness
-        obj = read_phantom_MRiLab(filename; FRange_filename)
-        @test obj.name == "brain_mrilab.mat"
-    end
-    # Test Phantom (.phantom)
-    @testset "Phantom" begin
-        using KomaMRIBase
-        path = @__DIR__
-        # NoMotion
-        filename = path * "/test_files/brain_nomotion.phantom"
-        obj1 = brain_phantom2D()
-        write_phantom(obj1, filename)
-        obj2 = read_phantom(filename)
-        @test obj1 == obj2
-        # SimpleMotion
-        filename = path * "/test_files/brain_simplemotion.phantom"
-        obj1 = brain_phantom2D()
-        obj1.motion = SimpleMotion([
-            PeriodicRotation(
-                period=1.0, 
-                yaw=45.0,
-                pitch=0.0,
-                roll=0.0),
-            Translation(
-                t_start=0.0,
-                t_end=0.5,
-                dx=0.0,
-                dy=0.02,
-                dz=0.0
-        )])
-        write_phantom(obj1, filename)
-        obj2 = read_phantom(filename)
-        @test obj1 == obj2
-        # ArbitraryMotion
-        filename = path * "/test_files/brain_arbitrarymotion.phantom"
-        obj1 = brain_phantom2D()
-        Ns = length(obj1)
-        K = 10
-        obj1.motion = ArbitraryMotion(
-            [1.0],
-            0.01.*rand(Ns, K-1),
-            0.01.*rand(Ns, K-1),
-            0.01.*rand(Ns, K-1))     
-        write_phantom(obj1, filename)
-        obj2 = read_phantom(filename)
-        @test obj1 == obj2
-    end
-end
+#         # Test Pulseq compression-decompression
+#         shape = ones(100)
+#         num_samples, compressed_data = KomaMRIFiles.compress_shape(shape)
+#         shape2 = KomaMRIFiles.decompress_shape(num_samples, compressed_data)
+#         @test shape == shape2
+#     end
+#     # Test JEMRIS
+#     @testset "JEMRIS" begin
+#         path = @__DIR__
+#         obj = read_phantom_jemris(path*"/test_files/column1d.h5")
+#         @test obj.name == "column1d.h5"
+#     end
+#     # Test MRiLab
+#     @testset "MRiLab" begin
+#         path = @__DIR__
+#         filename = path * "/test_files/brain_mrilab.mat"
+#         FRange_filename = path * "/test_files/FRange.mat" #Slab within slice thickness
+#         obj = read_phantom_MRiLab(filename; FRange_filename)
+#         @test obj.name == "brain_mrilab.mat"
+#     end
+#     # Test Phantom (.phantom)
+#     @testset "Phantom" begin
+#         using KomaMRIBase
+#         path = @__DIR__
+#         # NoMotion
+#         filename = path * "/test_files/brain_nomotion.phantom"
+#         obj1 = brain_phantom2D()
+#         write_phantom(obj1, filename)
+#         obj2 = read_phantom(filename)
+#         @test obj1 == obj2
+#         # SimpleMotion
+#         filename = path * "/test_files/brain_simplemotion.phantom"
+#         obj1 = brain_phantom2D()
+#         obj1.motion = SimpleMotion([
+#             PeriodicRotation(
+#                 period=1.0, 
+#                 yaw=45.0,
+#                 pitch=0.0,
+#                 roll=0.0),
+#             Translation(
+#                 t_start=0.0,
+#                 t_end=0.5,
+#                 dx=0.0,
+#                 dy=0.02,
+#                 dz=0.0
+#         )])
+#         write_phantom(obj1, filename)
+#         obj2 = read_phantom(filename)
+#         @test obj1 == obj2
+#         # ArbitraryMotion
+#         filename = path * "/test_files/brain_arbitrarymotion.phantom"
+#         obj1 = brain_phantom2D()
+#         Ns = length(obj1)
+#         K = 10
+#         obj1.motion = ArbitraryMotion(
+#             [1.0],
+#             0.01.*rand(Ns, K-1),
+#             0.01.*rand(Ns, K-1),
+#             0.01.*rand(Ns, K-1))     
+#         write_phantom(obj1, filename)
+#         obj2 = read_phantom(filename)
+#         @test obj1 == obj2
+#     end
+# end
 
-@testitem "Pulseq compat" tags=[:files, :pulseq] begin
-    using MAT, KomaMRIBase, Suppressor
+# @testitem "Pulseq compat" tags=[:files, :pulseq] begin
+#     using MAT, KomaMRIBase, Suppressor
 
-    # Aux functions
-    inside(x) = x[2:end-1]
-    namedtuple(x) = x[:]
-    namedtuple(d::Dict) = (; (Symbol(k == "df" ? "Δf" : k) => namedtuple(v) for (k,v) in d)...)
-    not_empty = ((ek, ep),) -> !isempty(ep.t)
+#     # Aux functions
+#     inside(x) = x[2:end-1]
+#     namedtuple(x) = x[:]
+#     namedtuple(d::Dict) = (; (Symbol(k == "df" ? "Δf" : k) => namedtuple(v) for (k,v) in d)...)
+#     not_empty = ((ek, ep),) -> !isempty(ep.t)
 
-    # Reading files
-    path         = joinpath(@__DIR__, "test_files/pulseq_read_comparison")
-    pulseq_files = filter(endswith(".seq"), readdir(path)) .|> x -> splitext(x)[1]
-    for pulseq_file in pulseq_files
-        #@show pulseq_file
-        seq_koma   = @suppress read_seq("$path/$pulseq_file.seq")
-        seq_pulseq = matread("$path/$pulseq_file.mat")["sequence"] .|> namedtuple
-        @testset "$pulseq_file" begin
-            for i in 1:length(seq_koma)
-                blk_koma   = get_samples(seq_koma, i)
-                blk_pulseq = NamedTuple{keys(blk_koma)}(seq_pulseq[i]) # Reorder keys
-                for (ev_koma, ev_pulseq) in Iterators.filter(not_empty, zip(blk_koma, blk_pulseq))
-                    @test ev_koma.t ≈ ev_pulseq.t
-                    @test inside(ev_koma.A) ≈ inside(ev_pulseq.A)
-                    @test first(ev_koma.A)  ≈ first(ev_pulseq.A) || ev_koma.t[2] ≈ ev_koma.t[1]
-                    @test last(ev_koma.A)   ≈ last(ev_pulseq.A)
-                end
-            end
-        end
-    end
-end
+#     # Reading files
+#     path         = joinpath(@__DIR__, "test_files/pulseq_read_comparison")
+#     pulseq_files = filter(endswith(".seq"), readdir(path)) .|> x -> splitext(x)[1]
+#     for pulseq_file in pulseq_files
+#         #@show pulseq_file
+#         seq_koma   = @suppress read_seq("$path/$pulseq_file.seq")
+#         seq_pulseq = matread("$path/$pulseq_file.mat")["sequence"] .|> namedtuple
+#         @testset "$pulseq_file" begin
+#             for i in 1:length(seq_koma)
+#                 blk_koma   = get_samples(seq_koma, i)
+#                 blk_pulseq = NamedTuple{keys(blk_koma)}(seq_pulseq[i]) # Reorder keys
+#                 for (ev_koma, ev_pulseq) in Iterators.filter(not_empty, zip(blk_koma, blk_pulseq))
+#                     @test ev_koma.t ≈ ev_pulseq.t
+#                     @test inside(ev_koma.A) ≈ inside(ev_pulseq.A)
+#                     @test first(ev_koma.A)  ≈ first(ev_pulseq.A) || ev_koma.t[2] ≈ ev_koma.t[1]
+#                     @test last(ev_koma.A)   ≈ last(ev_pulseq.A)
+#                 end
+#             end
+#         end
+#     end
+# end
diff --git a/KomaMRIPlots/test/GUI_PlotlyJS_backend_test.jl b/KomaMRIPlots/test/GUI_PlotlyJS_backend_test.jl
index 011ecb027..1ef8b4504 100644
--- a/KomaMRIPlots/test/GUI_PlotlyJS_backend_test.jl
+++ b/KomaMRIPlots/test/GUI_PlotlyJS_backend_test.jl
@@ -1,135 +1,135 @@
-#GUI tests
-@testitem "PlotlyJS" tags=[:plots] begin
-    using KomaMRIBase, MRIFiles
-
-    @testset "GUI_phantom" begin
-        ph = brain_phantom2D()    #2D phantom
-
-        @testset "plot_phantom_map_rho" begin
-            plot_phantom_map(ph, :ρ, width=800, height=600) #Plotting the phantom's rho map
-            @test true                #If the previous line fails the test will fail
-        end
-
-        @testset "plot_phantom_map_T1" begin
-            plot_phantom_map(ph, :T1) #Plotting the phantom's rho map
-            @test true                #If the previous line fails the test will fail
-        end
-
-        @testset "plot_phantom_map_T2" begin
-            plot_phantom_map(ph, :T2) #Plotting the phantom's rho map
-            @test true                #If the previous line fails the test will fail
-        end
-
-        @testset "plot_phantom_map_x" begin
-            plot_phantom_map(ph, :x) #Plotting the phantom's rho map
-            @test true                #If the previous line fails the test will fail
-        end
-
-        @testset "plot_phantom_map_w" begin
-            plot_phantom_map(ph, :Δw) #Plotting the phantom's rho map
-            @test true                #If the previous line fails the test will fail
-        end
-
-        @testset "plot_phantom_map_2dview" begin
-            plot_phantom_map(ph, :ρ, view_2d=true) #Plotting the phantom's rho map
-            @test true                #If the previous line fails the test will fail
-        end
-    end
-
-    @testset "GUI_seq" begin
-        #KomaCore definition of a sequence:
-        #RF construction
-        sys = Scanner()
-        B1 = sys.B1; durRF = π/2/(2π*γ*B1) #90-degree hard excitation pulse
-        EX = PulseDesigner.RF_hard(B1, durRF, sys; G=[0,0,0])
-        #ACQ construction
-        N = 101
-        FOV = 23e-2
-        EPI = PulseDesigner.EPI(FOV, N, sys)
-        TE = 30e-3
-        d1 = TE-dur(EPI)/2-dur(EX)
-        d1 = d1 > 0 ? d1 : 0
-        if d1 > 0 DELAY = Delay(d1) end
-        #Sequence construction
-        seq = d1 > 0 ? EX + DELAY + EPI : EX + EPI #Only add delay if d1 is positive (enough space)
-        seq.DEF["TE"] = round(d1 > 0 ? TE : TE - d1, digits=4)*1e3
-
-        @testset "plot_seq" begin
-            #Plot sequence
-            plot_seq(seq)  #Plotting the sequence
-            plot_seq(seq; width=800, height=600, slider=true, show_seq_blocks=true)
-            @test true          #If the previous lines fail the test will fail
-        end
-
-        @testset "plot_kspace" begin
-            #Plot k-space
-            plot_kspace(seq; width=800, height=600) #Plotting the k-space
-            @test true          #If the previous line fails the test will fail
-        end
-
-        @testset "plot_M0" begin
-            #Plot M0
-            plot_M0(seq)        #Plotting the M0
-            @test true          #If the previous line fails the test will fail
-        end
-
-        @testset "plot_M1" begin
-            #Plot M1
-            plot_M1(seq)        #Plotting the M0
-            @test true          #If the previous line fails the test will fail
-        end
-
-        @testset "plot_M2" begin
-            #Plot M2
-            plot_M2(seq)        #Plotting the M2
-            @test true          #If the previous line fails the test will fail
-        end
-
-        @testset "plot_eddy_currents" begin
-            #Plot M2
-            plot_eddy_currents(seq, 80e-3) #Plotting the plot_eddy_currents
-            @test true              #If the previous line fails the test will fail
-        end
-
-        @testset "plot_slew_rate" begin
-            plot_slew_rate(seq)
-            @test true
-        end
-
-        @testset "plot_seqd" begin
-            plot_seqd(seq)
-            @test true
-        end
-    end
-
-    @testset "GUI_dict_html" begin
-        #Define a dictionary and Plot the dictionary table
-        sys = Scanner()
-        sys_dict = Dict("B0" => sys.B0,
-                "B1" => sys.B1,
-                "Gmax" => sys.Gmax,
-                "Smax" => sys.Smax,
-                "ADC_dt" => sys.ADC_Δt,
-                "seq_dt" => sys.seq_Δt,
-                "GR_dt" => sys.GR_Δt,
-                "RF_dt" => sys.RF_Δt,
-                "RF_ring_down_T" => sys.RF_ring_down_T,
-                "RF_dead_time_T" => sys.RF_dead_time_T,
-                "ADC_dead_time_T" => sys.ADC_dead_time_T)
-        plot_dict(sys_dict)
-        @test true
-    end
-
-    @testset "GUI_signal" begin
-        path = @__DIR__
-        fraw = ISMRMRDFile(path*"/test_files/Koma_signal.mrd")
-        raw = RawAcquisitionData(fraw)
-        plot_signal(raw, width=800, height=600)
-        @test true          #If the previous line fails the test will fail
-    end
-
-    @testset "GUI_recon" begin
-        #???
-    end
-
-end
+# #GUI tests
+# @testitem "PlotlyJS" tags=[:plots] begin
+#     using KomaMRIBase, MRIFiles
+
+#     @testset "GUI_phantom" begin
+#         ph = brain_phantom2D()    #2D phantom
+
+#         @testset "plot_phantom_map_rho" begin
+#             plot_phantom_map(ph, :ρ, width=800, height=600) #Plotting the phantom's rho map
+#             @test true                #If the previous line fails the test will fail
+#         end
+
+#         @testset "plot_phantom_map_T1" begin
+#             plot_phantom_map(ph, :T1) #Plotting the phantom's rho map
+#             @test true                #If the previous line fails the test will fail
+#         end
+
+#         @testset "plot_phantom_map_T2" begin
+#             plot_phantom_map(ph, :T2) #Plotting the phantom's rho map
+#             @test true                #If the previous line fails the test will fail
+#         end
+
+#         @testset "plot_phantom_map_x" begin
+#             plot_phantom_map(ph, :x) #Plotting the phantom's rho map
+#             @test true                #If the previous line fails the test will fail
+#         end
+
+#         @testset "plot_phantom_map_w" begin
+#             plot_phantom_map(ph, :Δw) #Plotting the phantom's rho map
+#             @test true                #If the previous line fails the test will fail
+#         end
+
+#         @testset "plot_phantom_map_2dview" begin
+#             plot_phantom_map(ph, :ρ, view_2d=true) #Plotting the phantom's rho map
+#             @test true                #If the previous line fails the test will fail
+#         end
+#     end
+
+#     @testset "GUI_seq" begin
+#         #KomaCore definition of a sequence:
+#         #RF construction
+#         sys = Scanner()
+#         B1 = sys.B1; durRF = π/2/(2π*γ*B1) #90-degree hard excitation pulse
+#         EX = PulseDesigner.RF_hard(B1, durRF, sys; G=[0,0,0])
+#         #ACQ construction
+#         N = 101
+#         FOV = 23e-2
+#         EPI = PulseDesigner.EPI(FOV, N, sys)
+#         TE = 30e-3
+#         d1 = TE-dur(EPI)/2-dur(EX)
+#         d1 = d1 > 0 ? d1 : 0
+#         if d1 > 0 DELAY = Delay(d1) end
+#         #Sequence construction
+#         seq = d1 > 0 ? EX + DELAY + EPI : EX + EPI #Only add delay if d1 is positive (enough space)
+#         seq.DEF["TE"] = round(d1 > 0 ? TE : TE - d1, digits=4)*1e3
+
+#         @testset "plot_seq" begin
+#             #Plot sequence
+#             plot_seq(seq)  #Plotting the sequence
+#             plot_seq(seq; width=800, height=600, slider=true, show_seq_blocks=true)
+#             @test true          #If the previous lines fail the test will fail
+#         end
+
+#         @testset "plot_kspace" begin
+#             #Plot k-space
+#             plot_kspace(seq; width=800, height=600) #Plotting the k-space
+#             @test true          #If the previous line fails the test will fail
+#         end
+
+#         @testset "plot_M0" begin
+#             #Plot M0
+#             plot_M0(seq)        #Plotting the M0
+#             @test true          #If the previous line fails the test will fail
+#         end
+
+#         @testset "plot_M1" begin
+#             #Plot M1
+#             plot_M1(seq)        #Plotting the M0
+#             @test true          #If the previous line fails the test will fail
+#         end
+
+#         @testset "plot_M2" begin
+#             #Plot M2
+#             plot_M2(seq)        #Plotting the M2
+#             @test true          #If the previous line fails the test will fail
+#         end
+
+#         @testset "plot_eddy_currents" begin
+#             #Plot M2
+#             plot_eddy_currents(seq, 80e-3) #Plotting the plot_eddy_currents
+#             @test true              #If the previous line fails the test will fail
+#         end
+
+#         @testset "plot_slew_rate" begin
+#             plot_slew_rate(seq)
+#             @test true
+#         end
+
+#         @testset "plot_seqd" begin
+#             plot_seqd(seq)
+#             @test true
+#         end
+#     end
+
+#     @testset "GUI_dict_html" begin
+#         #Define a dictionary and Plot the dictionary table
+#         sys = Scanner()
+#         sys_dict = Dict("B0" => sys.B0,
+#                 "B1" => sys.B1,
+#                 "Gmax" => sys.Gmax,
+#                 "Smax" => sys.Smax,
+#                 "ADC_dt" => sys.ADC_Δt,
+#                 "seq_dt" => sys.seq_Δt,
+#                 "GR_dt" => sys.GR_Δt,
+#                 "RF_dt" => sys.RF_Δt,
+#                 "RF_ring_down_T" => sys.RF_ring_down_T,
+#                 "RF_dead_time_T" => sys.RF_dead_time_T,
+#                 "ADC_dead_time_T" => sys.ADC_dead_time_T)
+#         plot_dict(sys_dict)
+#         @test true
+#     end
+
+#     @testset "GUI_signal" begin
+#         path = @__DIR__
+#         fraw = ISMRMRDFile(path*"/test_files/Koma_signal.mrd")
+#         raw = RawAcquisitionData(fraw)
+#         plot_signal(raw, width=800, height=600)
+#         @test true          #If the previous line fails the test will fail
+#     end
+
+#     @testset "GUI_recon" begin
+#         #???
+#     end
+
+# end
diff --git a/KomaMRIPlots/test/GUI_PlutoPlotly_backend_test.jl b/KomaMRIPlots/test/GUI_PlutoPlotly_backend_test.jl
index 4d63016b3..f90cc53a7 100644
--- a/KomaMRIPlots/test/GUI_PlutoPlotly_backend_test.jl
+++ b/KomaMRIPlots/test/GUI_PlutoPlotly_backend_test.jl
@@ -1,29 +1,29 @@
-@testitem "PlutoPlotly" tags=[:plots] begin
-    using KomaMRIBase, PlutoPlotly #Testing package extension
+# @testitem "PlutoPlotly" tags=[:plots] begin
+#     using KomaMRIBase, PlutoPlotly #Testing package extension
 
-    @testset "GUI_seq_PlutoPlotly" begin
-        #KomaCore definition of a sequence:
-        #RF construction
-        sys = Scanner()
-        B1 = sys.B1; durRF = π/2/(2π*γ*B1) #90-degree hard excitation pulse
-        EX = PulseDesigner.RF_hard(B1, durRF, sys; G=[0,0,0])
-        #ACQ construction
-        N = 101
-        FOV = 23e-2
-        EPI = PulseDesigner.EPI(FOV, N, sys)
-        TE = 30e-3
-        d1 = TE-dur(EPI)/2-dur(EX)
-        d1 = d1 > 0 ? d1 : 0
-        if d1 > 0 DELAY = Delay(d1) end
-        #Sequence construction
-        seq = d1 > 0 ? EX + DELAY + EPI : EX + EPI #Only add delay if d1 is positive (enough space)
-        seq.DEF["TE"] = round(d1 > 0 ? TE : TE - d1, digits=4)*1e3
+#     @testset "GUI_seq_PlutoPlotly" begin
+#         #KomaCore definition of a sequence:
+#         #RF construction
+#         sys = Scanner()
+#         B1 = sys.B1; durRF = π/2/(2π*γ*B1) #90-degree hard excitation pulse
+#         EX = PulseDesigner.RF_hard(B1, durRF, sys; G=[0,0,0])
+#         #ACQ construction
+#         N = 101
+#         FOV = 23e-2
+#         EPI = PulseDesigner.EPI(FOV, N, sys)
+#         TE = 30e-3
+#         d1 = TE-dur(EPI)/2-dur(EX)
+#         d1 = d1 > 0 ? d1 : 0
+#         if d1 > 0 DELAY = Delay(d1) end
+#         #Sequence construction
+#         seq = d1 > 0 ? EX + DELAY + EPI : EX + EPI #Only add delay if d1 is positive (enough space)
+#         seq.DEF["TE"] = round(d1 > 0 ? TE : TE - d1, digits=4)*1e3
 
-        @testset "plot_seq_PlutoPlotly" begin
-            #Plot sequence
-            plot_seq(seq)  #Plotting the sequence
-            plot_seq(seq; width=800, height=600, slider=true, show_seq_blocks=true)
-            @test true          #If the previous lines fail the test will fail
-        end
-    end
-end
+#         @testset "plot_seq_PlutoPlotly" begin
+#             #Plot sequence
+#             plot_seq(seq)  #Plotting the sequence
+#             plot_seq(seq; width=800, height=600, slider=true, show_seq_blocks=true)
+#             @test true          #If the previous lines fail the test will fail
+#         end
+#     end
+# end
diff --git a/test/runtests.jl b/test/runtests.jl
index 9806ff246..47f4c8a3a 100644
--- a/test/runtests.jl
+++ b/test/runtests.jl
@@ -1,132 +1,132 @@
-using TestItems, TestItemRunner
+# using TestItems, TestItemRunner
 
-@run_package_tests filter=ti->!(:skipci in ti.tags)&&(:koma in ti.tags) #verbose=true
+# @run_package_tests filter=ti->!(:skipci in ti.tags)&&(:koma in ti.tags) #verbose=true
 
-# include("../KomaMRICore/test/runtests.jl")
-# include("../KomaMRIPlots/test/runtests.jl")
+# # include("../KomaMRICore/test/runtests.jl")
+# # include("../KomaMRIPlots/test/runtests.jl")
 
-@testitem "MRIReco recon" tags=[:koma] begin
-    #Sanity check 1
-    A = rand(5,5,3)
-    B = KomaMRI.fftc(KomaMRI.ifftc(A))
-    @test A ≈ B
+# @testitem "MRIReco recon" tags=[:koma] begin
+#     #Sanity check 1
+#     A = rand(5,5,3)
+#     B = KomaMRI.fftc(KomaMRI.ifftc(A))
+#     @test A ≈ B
     
-    #Sanity check 2
-    B = KomaMRI.ifftc(KomaMRI.fftc(A))
-    @test A ≈ B
+#     #Sanity check 2
+#     B = KomaMRI.ifftc(KomaMRI.fftc(A))
+#     @test A ≈ B
 
-    #MRIReco.jl
-    path = @__DIR__
-    fraw = ISMRMRDFile(path*"/test_files/Koma_signal.mrd")
-    raw = RawAcquisitionData(fraw)
-    acq = AcquisitionData(raw)
+#     #MRIReco.jl
+#     path = @__DIR__
+#     fraw = ISMRMRDFile(path*"/test_files/Koma_signal.mrd")
+#     raw = RawAcquisitionData(fraw)
+#     acq = AcquisitionData(raw)
 
-    @testset "MRIReco_direct" begin
-        Nx, Ny = raw.params["reconSize"][1:2]
-        recParams = Dict{Symbol,Any}(:reco=>"direct", :reconSize=>(Nx,Ny), :densityWeighting=>true)
-        img = reconstruction(acq, recParams)
-        @test true                #If the previous line fails the test will fail
-    end
+#     @testset "MRIReco_direct" begin
+#         Nx, Ny = raw.params["reconSize"][1:2]
+#         recParams = Dict{Symbol,Any}(:reco=>"direct", :reconSize=>(Nx,Ny), :densityWeighting=>true)
+#         img = reconstruction(acq, recParams)
+#         @test true                #If the previous line fails the test will fail
+#     end
 
-    #Test MRIReco regularized recon (with a λ)
-    @testset "MRIReco_standard" begin
-        #???
-    end
+#     #Test MRIReco regularized recon (with a λ)
+#     @testset "MRIReco_standard" begin
+#         #???
+#     end
 
-end
+# end
 
-@testitem "KomaUI" tags=[:koma] begin
+# @testitem "KomaUI" tags=[:koma] begin
 
-    using Blink
+#     using Blink
 
-    # Opens UI
-    w = KomaUI(return_window=true) 
+#     # Opens UI
+#     w = KomaUI(return_window=true) 
 
-    @testset "Open UI" begin
-        @test "index" == @js w document.getElementById("content").dataset.content
-    end
+#     @testset "Open UI" begin
+#         @test "index" == @js w document.getElementById("content").dataset.content
+#     end
 
-    @testset "PulsesGUI" begin
-        @js w document.getElementById("button_pulses_seq").click()
-        @test "sequence" == @js w document.getElementById("content").dataset.content
+#     @testset "PulsesGUI" begin
+#         @js w document.getElementById("button_pulses_seq").click()
+#         @test "sequence" == @js w document.getElementById("content").dataset.content
 
-        @js w document.getElementById("button_pulses_kspace").click()
-        @test "kspace" == @js w document.getElementById("content").dataset.content
+#         @js w document.getElementById("button_pulses_kspace").click()
+#         @test "kspace" == @js w document.getElementById("content").dataset.content
 
-        @js w document.getElementById("button_pulses_M0").click()
-        @test "m0" == @js w document.getElementById("content").dataset.content
+#         @js w document.getElementById("button_pulses_M0").click()
+#         @test "m0" == @js w document.getElementById("content").dataset.content
 
-        @js w document.getElementById("button_pulses_M1").click()
-        @test "m1" == @js w document.getElementById("content").dataset.content
+#         @js w document.getElementById("button_pulses_M1").click()
+#         @test "m1" == @js w document.getElementById("content").dataset.content
 
-        @js w document.getElementById("button_pulses_M2").click()
-        @test "m2" == @js w document.getElementById("content").dataset.content
-    end
+#         @js w document.getElementById("button_pulses_M2").click()
+#         @test "m2" == @js w document.getElementById("content").dataset.content
+#     end
 
-    @testset "PhantomGUI" begin
-        @js w document.getElementById("button_phantom").click()
-        @test "phantom" == @js w document.getElementById("content").dataset.content
-    end
+#     @testset "PhantomGUI" begin
+#         @js w document.getElementById("button_phantom").click()
+#         @test "phantom" == @js w document.getElementById("content").dataset.content
+#     end
 
-    @testset "ParamsGUI" begin
-        @js w document.getElementById("button_scanner").click()
-        @test "scanneparams" == @js w document.getElementById("content").dataset.content
+#     @testset "ParamsGUI" begin
+#         @js w document.getElementById("button_scanner").click()
+#         @test "scanneparams" == @js w document.getElementById("content").dataset.content
 
-        @js w document.getElementById("button_sim_params").click()
-        @test "simparams" == @js w document.getElementById("content").dataset.content
+#         @js w document.getElementById("button_sim_params").click()
+#         @test "simparams" == @js w document.getElementById("content").dataset.content
 
-        @js w document.getElementById("button_rec_params").click()
-        @test "recparams" == @js w document.getElementById("content").dataset.content
-    end
+#         @js w document.getElementById("button_rec_params").click()
+#         @test "recparams" == @js w document.getElementById("content").dataset.content
+#     end
 
-    @testset "Simulation" begin
-        @js w document.getElementById("simulate!").click()
-        @test "sig" == @js w document.getElementById("content").dataset.content
-    end
+#     @testset "Simulation" begin
+#         @js w document.getElementById("simulate!").click()
+#         @test "sig" == @js w document.getElementById("content").dataset.content
+#     end
 
-    @testset "SignalGUI" begin
-        @js w document.getElementById("button_sig").click()
-        @test "sig" == @js w document.getElementById("content").dataset.content
-    end
+#     @testset "SignalGUI" begin
+#         @js w document.getElementById("button_sig").click()
+#         @test "sig" == @js w document.getElementById("content").dataset.content
+#     end
 
-    @testset "Reconstruction" begin
-        @js w document.getElementById("recon!").click()
-        @test "absi" == @js w document.getElementById("content").dataset.content
-    end
+#     @testset "Reconstruction" begin
+#         @js w document.getElementById("recon!").click()
+#         @test "absi" == @js w document.getElementById("content").dataset.content
+#     end
 
-    @testset "ReconGUI" begin
-        @js w document.getElementById("button_reconstruction_absI").click()
-        @test "absi" == @js w document.getElementById("content").dataset.content
+#     @testset "ReconGUI" begin
+#         @js w document.getElementById("button_reconstruction_absI").click()
+#         @test "absi" == @js w document.getElementById("content").dataset.content
 
-        @js w document.getElementById("button_reconstruction_angI").click()
-        @test "angi" == @js w document.getElementById("content").dataset.content
+#         @js w document.getElementById("button_reconstruction_angI").click()
+#         @test "angi" == @js w document.getElementById("content").dataset.content
 
-        @js w document.getElementById("button_reconstruction_absK").click()
-        @test "absk" == @js w document.getElementById("content").dataset.content
-    end
+#         @js w document.getElementById("button_reconstruction_absK").click()
+#         @test "absk" == @js w document.getElementById("content").dataset.content
+#     end
 
-    @testset "ExportToMAT" begin
-        @js w document.getElementById("button_matfolder").click()
-        @test "matfolder" == @js w document.getElementById("content").dataset.content
+#     @testset "ExportToMAT" begin
+#         @js w document.getElementById("button_matfolder").click()
+#         @test "matfolder" == @js w document.getElementById("content").dataset.content
 
-        @js w document.getElementById("button_matfolderseq").click()
-        @test "matfolderseq" == @js w document.getElementById("content").dataset.content
+#         @js w document.getElementById("button_matfolderseq").click()
+#         @test "matfolderseq" == @js w document.getElementById("content").dataset.content
 
-        @js w document.getElementById("button_matfolderpha").click()
-        @test "matfolderpha" == @js w document.getElementById("content").dataset.content
+#         @js w document.getElementById("button_matfolderpha").click()
+#         @test "matfolderpha" == @js w document.getElementById("content").dataset.content
 
-        @js w document.getElementById("button_matfoldersca").click()
-        @test "matfoldersca" == @js w document.getElementById("content").dataset.content
+#         @js w document.getElementById("button_matfoldersca").click()
+#         @test "matfoldersca" == @js w document.getElementById("content").dataset.content
 
-        @js w document.getElementById("button_matfolderraw").click()
-        @test "matfolderraw" == @js w document.getElementById("content").dataset.content
+#         @js w document.getElementById("button_matfolderraw").click()
+#         @test "matfolderraw" == @js w document.getElementById("content").dataset.content
 
-        @js w document.getElementById("button_matfolderima").click()
-        @test "matfolderima" == @js w document.getElementById("content").dataset.content
-    end
+#         @js w document.getElementById("button_matfolderima").click()
+#         @test "matfolderima" == @js w document.getElementById("content").dataset.content
+#     end
 
-    if !isnothing(w)
-        close(w)
-    end
+#     if !isnothing(w)
+#         close(w)
+#     end
 
-end
+# end

From cc42132a6759b93618fa4563ebcce08715ebe367 Mon Sep 17 00:00:00 2001
From: Pablo Villacorta Aylagas <pablo.villacorta@uva.es>
Date: Wed, 1 May 2024 14:13:33 +0200
Subject: [PATCH 07/51] Revert comments

---
 KomaMRIBase/test/runtests.jl                  | 1118 ++++++++--------
 KomaMRICore/test/runtests.jl                  | 1190 ++++++++---------
 KomaMRIFiles/test/runtests.jl                 |  230 ++--
 .../test/GUI_PlotlyJS_backend_test.jl         |  270 ++--
 .../test/GUI_PlutoPlotly_backend_test.jl      |   54 +-
 test/runtests.jl                              |  194 +--
 6 files changed, 1528 insertions(+), 1528 deletions(-)

diff --git a/KomaMRIBase/test/runtests.jl b/KomaMRIBase/test/runtests.jl
index f15bfaca2..555e0f438 100644
--- a/KomaMRIBase/test/runtests.jl
+++ b/KomaMRIBase/test/runtests.jl
@@ -1,559 +1,559 @@
-using TestItems, TestItemRunner
-
-@run_package_tests filter=t_start->!(:skipci in t_start.tags)&&(:base in t_start.tags) #verbose=true
-
-@testitem "Sequence" tags=[:base] begin
-    @testset "Init" begin
-        sys = Scanner()
-        B1 = sys.B1; durRF = π/2/(2π*γ*B1) #90-degree hard excitation pulse
-        EX = PulseDesigner.RF_hard(B1, durRF, sys; G=[0.0,0.0,0.0])
-        @test dur(EX) ≈ durRF #RF length matches what is supposed to be
-
-        #ACQ construction
-        N = 101
-        FOV = 23e-2
-        EPI = PulseDesigner.EPI(FOV, N, sys)
-        TE = 30e-3
-        d1 = TE-dur(EPI)/2-dur(EX)
-        d1 = d1 > 0 ? d1 : 0.0
-        if d1 > 0 DELAY = Delay(d1) end
-
-        #Sequence construction
-        seq = d1 > 0 ? EX + DELAY + EPI : EX + EPI #Only add delay if d1 is positive (enough space)
-        seq.DEF["TE"] = round(d1 > 0 ? TE : TE - d1, digits=4)*1e3
-        @test dur(seq) ≈ dur(EX) + d1 + dur(EPI) #Sequence duration matches what is supposed to be
-    end
-
-    @testset "Rot_and_Concat" begin
-        # Rotation 2D case
-        A1, A2, T, t = rand(4)
-        s = Sequence([Grad(A1,T);
-                    Grad(A2,T)])
-        θ = π*t
-        R = rotz(θ)
-        s2 = R*s #Matrix-Matrix{Grad} multiplication
-        GR2 = R*s.GR.A #Matrix-vector multiplication
-        @test s2.GR.A ≈ GR2
-        # Rotation 3D case
-        T, t1, t2, t3 = rand(4)
-        N = 100
-        GR = [Grad(rand(),T) for i=1:3, j=1:N]
-        s = Sequence(GR)
-        α, β, γ = π*t1, π*t2, π*t3
-        Rx = rotx(α)
-        Ry = roty(β)
-        Rz = rotz(γ)
-        R = Rx*Ry*Rz
-        s2 = R*s #Matrix-Matrix{Grad} multiplication
-        GR2 = R*s.GR.A #Matrix-vector multiplication
-        @test s2.GR.A ≈ GR2
-
-        # Concatenation of sequences
-        A1, A2, A3, T1 = rand(4)
-        s1 = Sequence([Grad(A1,T1);
-                    Grad(A2,T1)],
-                        [RF(A3,T1)])
-        B1, B2, B3, T2 = rand(4)
-        s2 = Sequence([Grad(B1,T2);
-                    Grad(B2,T2)],
-                        [RF(B3,T2)])
-        s = s1 + s2
-        @test s.GR.A ≈ [s1.GR.A s2.GR.A]
-        @test s.RF.A ≈ [s1.RF.A s2.RF.A]
-        @test s.ADC.N ≈ [s1.ADC.N ; s2.ADC.N]
-    end
-
-    @testset "Grad" begin
-        #Testing gradient concatenation, breakes in some Julia versions
-        A1, A2, T = rand(3)
-        g1, g2 = Grad(A1,T), Grad(A2,T)
-        GR = [g1;g2;;]
-        GR2 = reshape([g1;g2],:,1)
-        @test GR.A ≈ GR2.A
-
-        #Sanity checks of contructors (A [T], T[s], rise[s], fall[s], delay[s])
-        A, T = 0.1, 1e-3
-        grad = Grad(A, T)
-
-        A, T = rand(2)
-        g1, g2 = Grad(A,T), Grad(A,T,0.0,0.0,0.0)
-        @test g1 ≈ g2
-
-        A, T, ζ = rand(3)
-        g1, g2 = Grad(A,T,ζ), Grad(A,T,ζ,ζ,0.0)
-        @test g1 ≈ g2
-
-        A, T, delay, ζ = rand(4)
-        g1, g2 = Grad(A,T,ζ,delay), Grad(A,T,ζ,ζ,delay)
-        @test g1 ≈ g2
-
-        # Test construction with shape function
-        T, N = 1e-3, 100
-        f = t -> sin(π*t / T)
-        gradw = Grad(f, T, N)
-        @test gradw.A ≈ f.(range(0.0, T; length=N))
-
-        # Test Grad operations
-        α = 3
-        gradt = α * grad
-        @test size(grad, 1) == 1
-        @test gradt.A ≈ α * grad.A
-        gradt = grad * α
-        @test gradt.A ≈ α * grad.A
-        gradt = grad / α
-        @test gradt.A ≈ grad.A / α
-        grads = grad + gradt
-        @test grads.A ≈ grad.A + gradt.A
-        A1, A2, A3 = 0.1, 0.2, 0.3
-        v1 = [Grad(A1,T); Grad(A2,T); Grad(A3,T)]
-        v2 = [Grad(A2,T); Grad(A3,T); Grad(A1,T)]
-        v3 = v1 + v2
-        @test [v3[i].A for i=1:length(v3)] ≈ [v1[i].A + v2[i].A for i=1:length(v1)]
-        gradr = grad - gradt
-        @test gradr.A ≈ grad.A - gradt.A
-        gradt = -grad
-        @test gradt.A ≈ -grad.A
-        vc = vcat(v1, v2)
-        @test [vc[1,j].A for j=1:length(v1)] ≈ [v1[i].A for i=1:length(v1)]
-        @test [vc[2,j].A for j=1:length(v2)] ≈ [v2[i].A for i=1:length(v2)]
-        vc = vcat(v1, v2, v3)
-        @test [vc[1,j].A for j=1:length(v1)] ≈ [v1[i].A for i=1:length(v1)]
-        @test [vc[2,j].A for j=1:length(v2)] ≈ [v2[i].A for i=1:length(v2)]
-        @test [vc[3,j].A for j=1:length(v3)] ≈ [v3[i].A for i=1:length(v3)]
-        delay, rise, T, fall = 1e-6, 2e-6, 10e-3, 3e-6
-        gr = Grad(A, T, rise, fall, delay)
-        @test dur(gr) ≈ delay + rise + T + fall
-        T1, T2, T3 = 1e-3, 2e-3, 3e-3
-        vt = [Grad(A1,T1); Grad(A2,T2); Grad(A3,T3)]
-        @test dur(vt) ≈ [maximum([T1, T2, T3])]
-
-        # Just checking to ensure that show() doesn't get stuck and that it is covered
-        show(IOBuffer(), "text/plain", grad)
-        @test true
-
-    end
-
-    @testset "RF" begin
-        #Testing gradient concatenation, breakes in some Julia versions
-        A1, A2, T = rand(3)
-        r1, r2 = RF(A1,T), RF(A2,T)
-        R = [r1;r2;;]
-        R2 = reshape([r1;r2],:,1)
-        @test R.A ≈ R2.A
-
-        #Sanity checks of constructors (A [T], T [s], Δf[Hz], delay [s])
-        A, T = rand(2)
-        r1, r2 = RF(A,T), RF(A,T,0.0,0.0)
-        @test r1 ≈ r2
-
-        A, T, Δf = rand(3)
-        r1, r2 = RF(A,T,Δf), RF(A,T,Δf,0.0)
-        @test r1 ≈ r2
-
-        # Just checking to ensure that show() doesn't get stuck and that it is covered
-        show(IOBuffer(), "text/plain", r1)
-        @test true
-
-        # Test Grad operations
-        B1x, B1y, T = rand(3)
-        A = B1x + im*B1y
-        α = Complex(rand())
-        rf = RF(A, T)
-        rft = α * rf
-        @test size(rf, 1) == 1
-        @test rft.A ≈ α * rf.A
-        @test dur(rf) ≈ rf.T
-        B1x, B1y, B2x, B2y, B3x, B3y, T1, T2, T3 = rand(9)
-        rf1, rf2, rf3 = RF(B1x + im*B1y, T1), RF(B1x + im*B1y, T2), RF(B3x + im*B3y, T3)
-        rv = [rf1; rf2; rf3]
-        @test dur(rv) ≈ sum(dur.(rv))
-
-    end
-
-    @testset "Delay" begin
-
-        # Test delay construction
-        T = 1e-3
-        delay = Delay(T)
-        @test delay.T ≈ T
-
-        # Test delay construction error for negative values
-        err = Nothing
-        try Delay(-T) catch err end
-        @test err isa ErrorException
-
-        # Just checking to ensure that show() doesn't get stuck and that it is covered
-        show(IOBuffer(), "text/plain", delay)
-        @test true
-
-        # Test addition of a delay to a sequence
-        seq = Sequence([Grad(0.0, 0.0)])
-        ds = delay + seq
-        @test dur(ds[1]) ≈ delay.T && dur(ds[2]) ≈ .0
-        sd = seq + delay
-        @test dur(sd[1]) ≈ .0 && dur(sd[2]) ≈ delay.T
-
-    end
-    @testset "ADC" begin
-
-        # Test ADC construction
-        N, T, delay, Δf, ϕ  = 64, 1e-3, 2e-3, 1e-6, .25*π
-        adc = ADC(N, T, delay, Δf, ϕ)
-
-        adc1, adc2 = ADC(N, T), ADC(N,T,0,0,0)
-        @test adc1 ≈ adc2
-
-        adc1, adc2 = ADC(N, T, delay), ADC(N, T, delay, 0, 0)
-        @test adc1 ≈ adc2
-
-        adc1, adc2 = ADC(N, T, delay, Δf, ϕ), ADC(N, T, delay, Δf, ϕ)
-        @test adc1 ≈ adc2
-
-        # Test ADC construction errors for negative values
-        err = Nothing
-        try ADC(N, -T) catch err end
-        @test err isa ErrorException
-        try ADC(N, -T,  delay) catch err end
-        @test err isa ErrorException
-        try ADC(N,  T, -delay) catch err end
-        @test err isa ErrorException
-        try ADC(N, -T, -delay) catch err end
-        @test err isa ErrorException
-        try ADC(N, -T,  delay, Δf, ϕ) catch err end
-        @test err isa ErrorException
-        try ADC(N,  T, -delay, Δf, ϕ) catch err end
-        @test err isa ErrorException
-        try ADC(N, -T, -delay, Δf, ϕ) catch err end
-        @test err isa ErrorException
-
-        # Test ADC getproperties
-        Nb, Tb, delayb, Δfb, ϕb  = 128, 2e-3, 4e-3, 2e-6, .125*π
-        adb = ADC(Nb, Tb, delayb, Δfb, ϕb)
-        adcs = [adc, adb]
-        @test adcs.N ≈ [adc.N, adb.N] && adcs.T ≈ [adc.T, adb.T] && adcs.delay ≈ [adc.delay, adb.delay]
-        @test adcs.Δf ≈ [adc.Δf, adb.Δf] && adcs.ϕ ≈ [adc.ϕ, adb.ϕ] && adcs.dur ≈ [adc.T + adc.delay, adb.T + adb.delay]
-
-    end
-
-    @testset "DiscreteSequence" begin
-        path = joinpath(@__DIR__, "test_files")
-        seq = PulseDesigner.EPI_example()
-        sampling_params = KomaMRIBase.default_sampling_params()
-        t, Δt = KomaMRIBase.get_variable_times(seq; Δt=sampling_params["Δt"], Δt_rf=sampling_params["Δt_rf"])
-        seqd = KomaMRIBase.discretize(seq)
-        i1, i2 = rand(1:Int(floor(0.5*length(seqd)))), rand(Int(ceil(0.5*length(seqd))):length(seqd))
-        @test seqd[i1].t ≈ [t[i1]]
-        @test seqd[i1:i2-1].t ≈ t[i1:i2]
-
-        T, N = 1.0, 4
-        seq = RF(1.0e-6, 1.0)
-        seq += Sequence([Grad(1.0e-3, 1.0)])
-        seq += ADC(N, 1.0)
-        sampling_params = KomaMRIBase.default_sampling_params()
-        sampling_params["Δt"], sampling_params["Δt_rf"] = T/N, T/N
-        seqd1 = KomaMRIBase.discretize(seq[1]; sampling_params)
-        seqd2 = KomaMRIBase.discretize(seq[2]; sampling_params)
-        seqd3 = KomaMRIBase.discretize(seq[3]; sampling_params)
-        # Block 1
-        @test is_RF_on(seq[1]) == is_RF_on(seqd1)
-        @test is_GR_on(seq[1]) == is_GR_on(seqd1)
-        @test is_ADC_on(seq[1]) == is_ADC_on(seqd1)
-        # Block 2
-        @test is_RF_on(seq[2]) == is_RF_on(seqd2)
-        @test is_GR_on(seq[2]) == is_GR_on(seqd2)
-        @test is_ADC_on(seq[2]) == is_ADC_on(seqd2)
-        # Block 3
-        @test is_RF_on(seq[3]) == is_RF_on(seqd3)
-        @test is_GR_on(seq[3]) == is_GR_on(seqd3)
-        @test is_ADC_on(seq[3]) == is_ADC_on(seqd3)
-        @test KomaMRIBase.is_GR_off(seqd) ==  !KomaMRIBase.is_GR_on(seqd)
-        @test KomaMRIBase.is_RF_off(seqd) ==  !KomaMRIBase.is_RF_on(seqd)
-        @test KomaMRIBase.is_ADC_off(seqd) == !KomaMRIBase.is_ADC_on(seqd)
-    end
-
-    @testset "SequenceFunctions" begin
-        path = joinpath(@__DIR__, "test_files")
-        seq = PulseDesigner.EPI_example()
-        t, Δt = KomaMRIBase.get_variable_times(seq; Δt=1)
-        t_adc =  KomaMRIBase.get_adc_sampling_times(seq)
-        M2, M2_adc = KomaMRIBase.get_slew_rate(seq)
-        M2eddy, M2eddy_adc = KomaMRIBase.get_eddy_currents(seq)
-        Gx, Gy, Gz = KomaMRIBase.get_grads(seq, t)
-        Gmx, Gmy, Gmz = KomaMRIBase.get_grads(seq, reshape(t, 1, :))
-        @test reshape(Gmx, :, 1) ≈ Gx && reshape(Gmy, :, 1) ≈ Gy && reshape(Gmz, :, 1) ≈ Gz
-        @test is_ADC_on(seq) == is_ADC_on(seq, t)
-        @test is_RF_on(seq) == is_RF_on(seq, t)
-        @test KomaMRIBase.is_Delay(seq) == !(is_GR_on(seq) || is_RF_on(seq) || is_ADC_on(seq))
-        @test size(M2, 1) == length(Δt) && size(M2_adc, 1) == length(t_adc)
-        @test size(M2eddy, 1) == length(Δt) && size(M2eddy_adc, 1) == length(t_adc)
-
-        # Just checking to ensure that show() doesn't get stuck and that it is covered
-        show(IOBuffer(), "text/plain", seq)
-        @test true
-
-        α = rand()
-        c = α + im*rand()
-        x = seq
-        y = PulseDesigner.EPI_example()
-        z = x + y
-        @test z.GR.A ≈ [x.GR  y.GR].A && z.RF.A ≈ [x.RF y.RF].A && z.ADC.N ≈ [x.ADC; y.ADC].N
-        z = x - y
-        @test z.GR.A ≈ [x.GR  -y.GR].A
-        z = -x
-        @test z.GR.A ≈ -x.GR.A
-        z = x * α
-        @test z.GR.A ≈ α*x.GR.A
-        z = α * x
-        @test z.GR.A ≈ α*x.GR.A
-        z = x * c
-        @test z.RF.A ≈ c*x.RF.A
-        z = c * x
-        @test z.RF.A ≈ c*x.RF.A
-        z = x / α
-        @test z.GR.A ≈ x.GR.A/α
-        @test size(y) == size(y.GR[1,:])
-        z = x + x.GR[3,1]
-        @test z.GR.A[1, end] ≈ x.GR[3,1].A
-        z = x.GR[3,1] + x
-        @test z.GR.A[1, 1] ≈ x.GR[3,1].A
-        z = x + x.RF[1,1]
-        @test z.RF.A[1, end] ≈ x.RF[1,1].A
-        z = x.RF[1,1] + x
-        @test z.RF.A[1, 1] ≈ x.RF[1,1].A
-        z = x + x.ADC[3,1]
-        @test z.ADC.N[end] ≈ x.ADC[3,1].N
-        z = x.ADC[3,1] + x
-        @test z.ADC.N[1] ≈ x.ADC[3,1].N
-    end
-
-end
-
-@testitem "PulseDesigner" tags=[:base] begin
-    @testset "RF_sinc" begin
-        sys = Scanner()
-        B1 = 23.4e-6 # For 90 deg flip angle
-        Trf = 1e-3
-        rf = PulseDesigner.RF_sinc(B1, Trf, sys; TBP=4)
-        @test round(KomaMRIBase.get_flip_angles(rf)[1]) ≈ 90
-    end
-    @testset "Spiral" begin
-        sys = Scanner()
-        sys.Smax = 150    # [mT/m/ms]
-        sys.Gmax = 500e-3 # [T/m]
-        sys.GR_Δt = 4e-6  # [s]
-        FOV = 0.2       # [m]
-        N = 80          # Reconstructed image N×N
-        Nint = 8
-        λ = 2.1
-        spiral = PulseDesigner.spiral_base(FOV, N, sys; λ=λ, BW=120e3, Nint)
-        # Look at the k_space generated
-        @test spiral(0).DEF["λ"] ≈ λ
-    end
-    @testset "Radial" begin
-        sys = Scanner()
-        N = 80
-        Nspokes = ceil(Int64, π/2 * N ) #Nyquist in the radial direction
-        FOV = 0.2
-        spoke = PulseDesigner.radial_base(FOV, N, sys)
-        @test spoke.DEF["Δθ"] ≈ π / Nspokes
-    end
-end
-
-@testitem "Phantom" tags = [:base] begin
-    using Suppressor
-    # Test phantom struct creation
-    name = "Bulks"
-    x = [-2e-3; -1e-3; 0.0; 1e-3; 2e-3]
-    y = [-4e-3; -2e-3; 0.0; 2e-3; 4e-3]
-    z = [-6e-3; -3e-3; 0.0; 3e-3; 6e-3]
-    ρ = [0.2; 0.4; 0.6; 0.8; 1.0]
-    T1 = [0.9; 0.9; 0.5; 0.25; 0.4]
-    T2 = [0.09; 0.05; 0.04; 0.07; 0.005]
-    T2s = [0.1; 0.06; 0.05; 0.08; 0.015]
-    Δw = [-2e-6; -1e-6; 0.0; 1e-6; 2e-6]
-    Dλ1 = [-4e-6; -2e-6; 0.0; 2e-6; 4e-6]
-    Dλ2 = [-6e-6; -3e-6; 0.0; 3e-6; 6e-6]
-    Dθ = [-8e-6; -4e-6; 0.0; 4e-6; 8e-6]
-    obj1 = Phantom(name=name, x=x, y=y, z=z, ρ=ρ, T1=T1, T2=T2, T2s=T2s, Δw=Δw, Dλ1=Dλ1, Dλ2=Dλ2, Dθ=Dθ)
-    obj2 = Phantom(name=name, x=x, y=y, z=z, ρ=ρ, T1=T1, T2=T2, T2s=T2s, Δw=Δw, Dλ1=Dλ1, Dλ2=Dλ2, Dθ=Dθ)
-    @test obj1 == obj2
-
-    # Test size and length definitions of a phantom
-    @test size(obj1) == size(ρ)
-    @test length(obj1) == length(ρ)
-
-    # Test obtaining spin psositions 
-    @testset "SimpleMotion" begin
-        ph = Phantom(x=[1.0], y=[1.0])
-        t_start=0.0; t_end=1.0 
-        t = collect(range(t_start, t_end, 11))
-        period = 2.0
-        asymmetry = 0.5
-        # Translation
-        dx, dy, dz = [1.0, 0.0, 0.0]
-        vx, vy, vz = [dx, dy, dz] ./ (t_end - t_start)
-        translation = SimpleMotion([Translation(dx, dy, dz, t_start, t_end)])
-        xt, yt, zt = get_spin_coords(translation, ph.x, ph.y, ph.z, t')
-        @test xt == ph.x .+ vx.*t'
-        @test yt == ph.y .+ vy.*t'
-        @test zt == ph.z .+ vz.*t'
-        # PeriodicTranslation
-        periodictranslation = SimpleMotion([PeriodicTranslation(dx, dy, dz, period, asymmetry)])
-        xt, yt, zt = get_spin_coords(periodictranslation, ph.x, ph.y, ph.z, t')
-        @test xt == ph.x .+ vx.*t'
-        @test yt == ph.y .+ vy.*t'
-        @test zt == ph.z .+ vz.*t'
-        # Rotation (2D)
-        pitch = 0.0
-        roll = 0.0
-        yaw = 45.0
-        rotation = SimpleMotion([Rotation(pitch, roll, yaw, t_start, t_end)])
-        xt, yt, zt = get_spin_coords(rotation, ph.x, ph.y, ph.z, t')
-        @test xt[:,end] == ph.x .* cosd(yaw) - ph.y .* sind(yaw)
-        @test yt[:,end] == ph.x .* sind(yaw) + ph.y .* cosd(yaw)
-        @test zt[:,end] == ph.z
-        # PeriodicRotation (2D)
-        periodicrotation = SimpleMotion([PeriodicRotation(pitch, roll, yaw, period, asymmetry)])
-        xt, yt, zt = get_spin_coords(periodicrotation, ph.x, ph.y, ph.z, t')
-        @test xt[:,end] == ph.x .* cosd(yaw) - ph.y .* sind(yaw)
-        @test yt[:,end] == ph.x .* sind(yaw) + ph.y .* cosd(yaw)
-        @test zt[:,end] == ph.z
-        # HeartBeat
-        circumferential_strain = -0.1
-        radial_strain = 0.0
-        longitudinal_strain = -0.1
-        heartbeat = SimpleMotion([HeartBeat(circumferential_strain, radial_strain, longitudinal_strain, t_start, t_end)])
-        xt, yt, zt = get_spin_coords(heartbeat, ph.x, ph.y, ph.z, t')
-        r = sqrt.(ph.x .^ 2 + ph.y .^ 2)
-        θ = atan.(ph.y, ph.x)
-        @test xt[:,end] == ph.x .* (1 .+ circumferential_strain * maximum(r) .* cos.(θ))
-        @test yt[:,end] == ph.y .* (1 .+ circumferential_strain * maximum(r) .* sin.(θ))
-        @test zt[:,end] == ph.z .* (1 .+ longitudinal_strain)
-        # PeriodicHeartBeat
-        periodicheartbeat = SimpleMotion([PeriodicHeartBeat(circumferential_strain, radial_strain, longitudinal_strain, period, asymmetry)])
-        xt, yt, zt = get_spin_coords(heartbeat, ph.x, ph.y, ph.z, t')
-        @test xt[:,end] == ph.x .* (1 .+ circumferential_strain * maximum(r) .* cos.(θ))
-        @test yt[:,end] == ph.y .* (1 .+ circumferential_strain * maximum(r) .* sin.(θ))
-        @test zt[:,end] == ph.z .* (1 .+ longitudinal_strain)
-    end
-    @testset "ArbitraryMotion" begin
-        ph = Phantom(x=[1.0], y=[1.0])
-        Ns = length(ph)
-        period_durations = [1.0]
-        num_pieces = 10
-        dx = dy = dz = rand(Ns, num_pieces - 1)
-        arbitrarymotion = @suppress ArbitraryMotion(period_durations, dx, dy, dz)
-        t = times(arbitrarymotion)
-        xt, yt, zt = get_spin_coords(arbitrarymotion, ph.x, ph.y, ph.z, t')
-        @test xt[:,2:end-1] == ph.x .+ dx
-        @test yt[:,2:end-1] == ph.y .+ dy
-        @test zt[:,2:end-1] == ph.z .+ dz
-    end
-
-    simplemotion = SimpleMotion([
-        PeriodicTranslation(dx=0.05, dy=0.05, dz=0.0, period=0.5, asymmetry=0.5),
-        Rotation(pitch=0.0, roll=0.0, yaw=π / 2, t_start=0.05, t_end=0.5),
-    ])
-
-    Ns = length(obj1)
-    K = 10
-    arbitrarymotion = @suppress ArbitraryMotion([1.0], 0.01 .* rand(Ns, K - 1), 0.01 .* rand(Ns, K - 1), 0.01 .* rand(Ns, K - 1))
-
-    # Test phantom subset
-    obs1 = Phantom(
-        name,
-        x,
-        y,
-        z,
-        ρ,
-        T1,
-        T2,
-        T2s,
-        Δw,
-        Dλ1,
-        Dλ2,
-        Dθ,
-        simplemotion
-    )
-    rng = 1:2:5
-    obs2 = Phantom(
-        name,
-        x[rng],
-        y[rng],
-        z[rng],
-        ρ[rng],
-        T1[rng],
-        T2[rng],
-        T2s[rng],
-        Δw[rng],
-        Dλ1[rng],
-        Dλ2[rng],
-        Dθ[rng],
-        simplemotion[rng],
-    )
-    @test obs1[rng] == obs2
-    @test @view(obs1[rng]) == obs2
-
-    obs1.motion = arbitrarymotion
-    obs2.motion = arbitrarymotion[rng]
-    @test obs1[rng] == obs2
-    # @test @view(obs1[rng]) == obs2
-
-    # Test addition of phantoms
-    oba = Phantom(
-        name,
-        [x; x[rng]],
-        [y; y[rng]],
-        [z; z[rng]],
-        [ρ; ρ[rng]],
-        [T1; T1[rng]],
-        [T2; T2[rng]],
-        [T2s; T2s[rng]],
-        [Δw; Δw[rng]],
-        [Dλ1; Dλ1[rng]],
-        [Dλ2; Dλ2[rng]],
-        [Dθ; Dθ[rng]],
-        [obs1.motion; obs2.motion]
-    )
-    @test obs1 + obs2 == oba
-
-    # Test scalar multiplication of a phantom
-    c = 7
-    obc = Phantom(name=name, x=x, y=y, z=z, ρ=c*ρ, T1=T1, T2=T2, T2s=T2s, Δw=Δw, Dλ1=Dλ1, Dλ2=Dλ2, Dθ=Dθ)
-    @test c * obj1 == obc
-
-    #Test brain phantom 2D
-    ph = brain_phantom2D()
-    @test ph.name == "brain2D_axial"
-    @test KomaMRIBase.get_dims(ph) == Bool[1, 1, 0]
-
-    #Test brain phantom 3D
-    ph = brain_phantom3D()
-    @test ph.name == "brain3D"
-    @test KomaMRIBase.get_dims(ph) == Bool[1, 1, 1]
-
-    #Test pelvis phantom 2D
-    ph = pelvis_phantom2D()
-    @test ph.name == "pelvis2D"
-    @test KomaMRIBase.get_dims(ph) == Bool[1, 1, 0]
-
-    #Test heart phantom
-    ph = heart_phantom()
-    @test ph.name == "LeftVentricle"
-    @test KomaMRIBase.get_dims(ph) == Bool[1, 1, 0]
-end
-
-@testitem "Scanner" tags=[:base] begin
-    B0, B1, Gmax, Smax = 1.5, 10e-6, 60e-3, 500
-    ADC_Δt, seq_Δt, GR_Δt, RF_Δt = 2e-6, 1e-5, 1e-5, 1e-6
-    RF_ring_down_T, RF_dead_time_T, ADC_dead_time_T = 20e-6, 100e-6, 10e-6
-    sys = Scanner(B0, B1, Gmax, Smax, ADC_Δt, seq_Δt, GR_Δt, RF_Δt, RF_ring_down_T, RF_dead_time_T, ADC_dead_time_T)
-    @test sys.B0 ≈ B0 && sys.B1 ≈ B1 && sys.Gmax ≈ Gmax && sys.Smax ≈ Smax
-end
-
-@testitem "TrapezoidalIntegration" tags=[:base] begin
-    dt = Float64[1 1 1 1]
-    x  = Float64[0 1 2 1 0]
-    @test KomaMRIBase.trapz(dt, x)[1] ≈ 4 #Triangle area = bh/2, with b = 4 and h = 2
-    @test KomaMRIBase.cumtrapz(dt, x) ≈ [0.5 2 3.5 4]
-end
+# using TestItems, TestItemRunner
+
+# @run_package_tests filter=t_start->!(:skipci in t_start.tags)&&(:base in t_start.tags) #verbose=true
+
+# @testitem "Sequence" tags=[:base] begin
+#     @testset "Init" begin
+#         sys = Scanner()
+#         B1 = sys.B1; durRF = π/2/(2π*γ*B1) #90-degree hard excitation pulse
+#         EX = PulseDesigner.RF_hard(B1, durRF, sys; G=[0.0,0.0,0.0])
+#         @test dur(EX) ≈ durRF #RF length matches what is supposed to be
+
+#         #ACQ construction
+#         N = 101
+#         FOV = 23e-2
+#         EPI = PulseDesigner.EPI(FOV, N, sys)
+#         TE = 30e-3
+#         d1 = TE-dur(EPI)/2-dur(EX)
+#         d1 = d1 > 0 ? d1 : 0.0
+#         if d1 > 0 DELAY = Delay(d1) end
+
+#         #Sequence construction
+#         seq = d1 > 0 ? EX + DELAY + EPI : EX + EPI #Only add delay if d1 is positive (enough space)
+#         seq.DEF["TE"] = round(d1 > 0 ? TE : TE - d1, digits=4)*1e3
+#         @test dur(seq) ≈ dur(EX) + d1 + dur(EPI) #Sequence duration matches what is supposed to be
+#     end
+
+#     @testset "Rot_and_Concat" begin
+#         # Rotation 2D case
+#         A1, A2, T, t = rand(4)
+#         s = Sequence([Grad(A1,T);
+#                     Grad(A2,T)])
+#         θ = π*t
+#         R = rotz(θ)
+#         s2 = R*s #Matrix-Matrix{Grad} multiplication
+#         GR2 = R*s.GR.A #Matrix-vector multiplication
+#         @test s2.GR.A ≈ GR2
+#         # Rotation 3D case
+#         T, t1, t2, t3 = rand(4)
+#         N = 100
+#         GR = [Grad(rand(),T) for i=1:3, j=1:N]
+#         s = Sequence(GR)
+#         α, β, γ = π*t1, π*t2, π*t3
+#         Rx = rotx(α)
+#         Ry = roty(β)
+#         Rz = rotz(γ)
+#         R = Rx*Ry*Rz
+#         s2 = R*s #Matrix-Matrix{Grad} multiplication
+#         GR2 = R*s.GR.A #Matrix-vector multiplication
+#         @test s2.GR.A ≈ GR2
+
+#         # Concatenation of sequences
+#         A1, A2, A3, T1 = rand(4)
+#         s1 = Sequence([Grad(A1,T1);
+#                     Grad(A2,T1)],
+#                         [RF(A3,T1)])
+#         B1, B2, B3, T2 = rand(4)
+#         s2 = Sequence([Grad(B1,T2);
+#                     Grad(B2,T2)],
+#                         [RF(B3,T2)])
+#         s = s1 + s2
+#         @test s.GR.A ≈ [s1.GR.A s2.GR.A]
+#         @test s.RF.A ≈ [s1.RF.A s2.RF.A]
+#         @test s.ADC.N ≈ [s1.ADC.N ; s2.ADC.N]
+#     end
+
+#     @testset "Grad" begin
+#         #Testing gradient concatenation, breakes in some Julia versions
+#         A1, A2, T = rand(3)
+#         g1, g2 = Grad(A1,T), Grad(A2,T)
+#         GR = [g1;g2;;]
+#         GR2 = reshape([g1;g2],:,1)
+#         @test GR.A ≈ GR2.A
+
+#         #Sanity checks of contructors (A [T], T[s], rise[s], fall[s], delay[s])
+#         A, T = 0.1, 1e-3
+#         grad = Grad(A, T)
+
+#         A, T = rand(2)
+#         g1, g2 = Grad(A,T), Grad(A,T,0.0,0.0,0.0)
+#         @test g1 ≈ g2
+
+#         A, T, ζ = rand(3)
+#         g1, g2 = Grad(A,T,ζ), Grad(A,T,ζ,ζ,0.0)
+#         @test g1 ≈ g2
+
+#         A, T, delay, ζ = rand(4)
+#         g1, g2 = Grad(A,T,ζ,delay), Grad(A,T,ζ,ζ,delay)
+#         @test g1 ≈ g2
+
+#         # Test construction with shape function
+#         T, N = 1e-3, 100
+#         f = t -> sin(π*t / T)
+#         gradw = Grad(f, T, N)
+#         @test gradw.A ≈ f.(range(0.0, T; length=N))
+
+#         # Test Grad operations
+#         α = 3
+#         gradt = α * grad
+#         @test size(grad, 1) == 1
+#         @test gradt.A ≈ α * grad.A
+#         gradt = grad * α
+#         @test gradt.A ≈ α * grad.A
+#         gradt = grad / α
+#         @test gradt.A ≈ grad.A / α
+#         grads = grad + gradt
+#         @test grads.A ≈ grad.A + gradt.A
+#         A1, A2, A3 = 0.1, 0.2, 0.3
+#         v1 = [Grad(A1,T); Grad(A2,T); Grad(A3,T)]
+#         v2 = [Grad(A2,T); Grad(A3,T); Grad(A1,T)]
+#         v3 = v1 + v2
+#         @test [v3[i].A for i=1:length(v3)] ≈ [v1[i].A + v2[i].A for i=1:length(v1)]
+#         gradr = grad - gradt
+#         @test gradr.A ≈ grad.A - gradt.A
+#         gradt = -grad
+#         @test gradt.A ≈ -grad.A
+#         vc = vcat(v1, v2)
+#         @test [vc[1,j].A for j=1:length(v1)] ≈ [v1[i].A for i=1:length(v1)]
+#         @test [vc[2,j].A for j=1:length(v2)] ≈ [v2[i].A for i=1:length(v2)]
+#         vc = vcat(v1, v2, v3)
+#         @test [vc[1,j].A for j=1:length(v1)] ≈ [v1[i].A for i=1:length(v1)]
+#         @test [vc[2,j].A for j=1:length(v2)] ≈ [v2[i].A for i=1:length(v2)]
+#         @test [vc[3,j].A for j=1:length(v3)] ≈ [v3[i].A for i=1:length(v3)]
+#         delay, rise, T, fall = 1e-6, 2e-6, 10e-3, 3e-6
+#         gr = Grad(A, T, rise, fall, delay)
+#         @test dur(gr) ≈ delay + rise + T + fall
+#         T1, T2, T3 = 1e-3, 2e-3, 3e-3
+#         vt = [Grad(A1,T1); Grad(A2,T2); Grad(A3,T3)]
+#         @test dur(vt) ≈ [maximum([T1, T2, T3])]
+
+#         # Just checking to ensure that show() doesn't get stuck and that it is covered
+#         show(IOBuffer(), "text/plain", grad)
+#         @test true
+
+#     end
+
+#     @testset "RF" begin
+#         #Testing gradient concatenation, breakes in some Julia versions
+#         A1, A2, T = rand(3)
+#         r1, r2 = RF(A1,T), RF(A2,T)
+#         R = [r1;r2;;]
+#         R2 = reshape([r1;r2],:,1)
+#         @test R.A ≈ R2.A
+
+#         #Sanity checks of constructors (A [T], T [s], Δf[Hz], delay [s])
+#         A, T = rand(2)
+#         r1, r2 = RF(A,T), RF(A,T,0.0,0.0)
+#         @test r1 ≈ r2
+
+#         A, T, Δf = rand(3)
+#         r1, r2 = RF(A,T,Δf), RF(A,T,Δf,0.0)
+#         @test r1 ≈ r2
+
+#         # Just checking to ensure that show() doesn't get stuck and that it is covered
+#         show(IOBuffer(), "text/plain", r1)
+#         @test true
+
+#         # Test Grad operations
+#         B1x, B1y, T = rand(3)
+#         A = B1x + im*B1y
+#         α = Complex(rand())
+#         rf = RF(A, T)
+#         rft = α * rf
+#         @test size(rf, 1) == 1
+#         @test rft.A ≈ α * rf.A
+#         @test dur(rf) ≈ rf.T
+#         B1x, B1y, B2x, B2y, B3x, B3y, T1, T2, T3 = rand(9)
+#         rf1, rf2, rf3 = RF(B1x + im*B1y, T1), RF(B1x + im*B1y, T2), RF(B3x + im*B3y, T3)
+#         rv = [rf1; rf2; rf3]
+#         @test dur(rv) ≈ sum(dur.(rv))
+
+#     end
+
+#     @testset "Delay" begin
+
+#         # Test delay construction
+#         T = 1e-3
+#         delay = Delay(T)
+#         @test delay.T ≈ T
+
+#         # Test delay construction error for negative values
+#         err = Nothing
+#         try Delay(-T) catch err end
+#         @test err isa ErrorException
+
+#         # Just checking to ensure that show() doesn't get stuck and that it is covered
+#         show(IOBuffer(), "text/plain", delay)
+#         @test true
+
+#         # Test addition of a delay to a sequence
+#         seq = Sequence([Grad(0.0, 0.0)])
+#         ds = delay + seq
+#         @test dur(ds[1]) ≈ delay.T && dur(ds[2]) ≈ .0
+#         sd = seq + delay
+#         @test dur(sd[1]) ≈ .0 && dur(sd[2]) ≈ delay.T
+
+#     end
+#     @testset "ADC" begin
+
+#         # Test ADC construction
+#         N, T, delay, Δf, ϕ  = 64, 1e-3, 2e-3, 1e-6, .25*π
+#         adc = ADC(N, T, delay, Δf, ϕ)
+
+#         adc1, adc2 = ADC(N, T), ADC(N,T,0,0,0)
+#         @test adc1 ≈ adc2
+
+#         adc1, adc2 = ADC(N, T, delay), ADC(N, T, delay, 0, 0)
+#         @test adc1 ≈ adc2
+
+#         adc1, adc2 = ADC(N, T, delay, Δf, ϕ), ADC(N, T, delay, Δf, ϕ)
+#         @test adc1 ≈ adc2
+
+#         # Test ADC construction errors for negative values
+#         err = Nothing
+#         try ADC(N, -T) catch err end
+#         @test err isa ErrorException
+#         try ADC(N, -T,  delay) catch err end
+#         @test err isa ErrorException
+#         try ADC(N,  T, -delay) catch err end
+#         @test err isa ErrorException
+#         try ADC(N, -T, -delay) catch err end
+#         @test err isa ErrorException
+#         try ADC(N, -T,  delay, Δf, ϕ) catch err end
+#         @test err isa ErrorException
+#         try ADC(N,  T, -delay, Δf, ϕ) catch err end
+#         @test err isa ErrorException
+#         try ADC(N, -T, -delay, Δf, ϕ) catch err end
+#         @test err isa ErrorException
+
+#         # Test ADC getproperties
+#         Nb, Tb, delayb, Δfb, ϕb  = 128, 2e-3, 4e-3, 2e-6, .125*π
+#         adb = ADC(Nb, Tb, delayb, Δfb, ϕb)
+#         adcs = [adc, adb]
+#         @test adcs.N ≈ [adc.N, adb.N] && adcs.T ≈ [adc.T, adb.T] && adcs.delay ≈ [adc.delay, adb.delay]
+#         @test adcs.Δf ≈ [adc.Δf, adb.Δf] && adcs.ϕ ≈ [adc.ϕ, adb.ϕ] && adcs.dur ≈ [adc.T + adc.delay, adb.T + adb.delay]
+
+#     end
+
+#     @testset "DiscreteSequence" begin
+#         path = joinpath(@__DIR__, "test_files")
+#         seq = PulseDesigner.EPI_example()
+#         sampling_params = KomaMRIBase.default_sampling_params()
+#         t, Δt = KomaMRIBase.get_variable_times(seq; Δt=sampling_params["Δt"], Δt_rf=sampling_params["Δt_rf"])
+#         seqd = KomaMRIBase.discretize(seq)
+#         i1, i2 = rand(1:Int(floor(0.5*length(seqd)))), rand(Int(ceil(0.5*length(seqd))):length(seqd))
+#         @test seqd[i1].t ≈ [t[i1]]
+#         @test seqd[i1:i2-1].t ≈ t[i1:i2]
+
+#         T, N = 1.0, 4
+#         seq = RF(1.0e-6, 1.0)
+#         seq += Sequence([Grad(1.0e-3, 1.0)])
+#         seq += ADC(N, 1.0)
+#         sampling_params = KomaMRIBase.default_sampling_params()
+#         sampling_params["Δt"], sampling_params["Δt_rf"] = T/N, T/N
+#         seqd1 = KomaMRIBase.discretize(seq[1]; sampling_params)
+#         seqd2 = KomaMRIBase.discretize(seq[2]; sampling_params)
+#         seqd3 = KomaMRIBase.discretize(seq[3]; sampling_params)
+#         # Block 1
+#         @test is_RF_on(seq[1]) == is_RF_on(seqd1)
+#         @test is_GR_on(seq[1]) == is_GR_on(seqd1)
+#         @test is_ADC_on(seq[1]) == is_ADC_on(seqd1)
+#         # Block 2
+#         @test is_RF_on(seq[2]) == is_RF_on(seqd2)
+#         @test is_GR_on(seq[2]) == is_GR_on(seqd2)
+#         @test is_ADC_on(seq[2]) == is_ADC_on(seqd2)
+#         # Block 3
+#         @test is_RF_on(seq[3]) == is_RF_on(seqd3)
+#         @test is_GR_on(seq[3]) == is_GR_on(seqd3)
+#         @test is_ADC_on(seq[3]) == is_ADC_on(seqd3)
+#         @test KomaMRIBase.is_GR_off(seqd) ==  !KomaMRIBase.is_GR_on(seqd)
+#         @test KomaMRIBase.is_RF_off(seqd) ==  !KomaMRIBase.is_RF_on(seqd)
+#         @test KomaMRIBase.is_ADC_off(seqd) == !KomaMRIBase.is_ADC_on(seqd)
+#     end
+
+#     @testset "SequenceFunctions" begin
+#         path = joinpath(@__DIR__, "test_files")
+#         seq = PulseDesigner.EPI_example()
+#         t, Δt = KomaMRIBase.get_variable_times(seq; Δt=1)
+#         t_adc =  KomaMRIBase.get_adc_sampling_times(seq)
+#         M2, M2_adc = KomaMRIBase.get_slew_rate(seq)
+#         M2eddy, M2eddy_adc = KomaMRIBase.get_eddy_currents(seq)
+#         Gx, Gy, Gz = KomaMRIBase.get_grads(seq, t)
+#         Gmx, Gmy, Gmz = KomaMRIBase.get_grads(seq, reshape(t, 1, :))
+#         @test reshape(Gmx, :, 1) ≈ Gx && reshape(Gmy, :, 1) ≈ Gy && reshape(Gmz, :, 1) ≈ Gz
+#         @test is_ADC_on(seq) == is_ADC_on(seq, t)
+#         @test is_RF_on(seq) == is_RF_on(seq, t)
+#         @test KomaMRIBase.is_Delay(seq) == !(is_GR_on(seq) || is_RF_on(seq) || is_ADC_on(seq))
+#         @test size(M2, 1) == length(Δt) && size(M2_adc, 1) == length(t_adc)
+#         @test size(M2eddy, 1) == length(Δt) && size(M2eddy_adc, 1) == length(t_adc)
+
+#         # Just checking to ensure that show() doesn't get stuck and that it is covered
+#         show(IOBuffer(), "text/plain", seq)
+#         @test true
+
+#         α = rand()
+#         c = α + im*rand()
+#         x = seq
+#         y = PulseDesigner.EPI_example()
+#         z = x + y
+#         @test z.GR.A ≈ [x.GR  y.GR].A && z.RF.A ≈ [x.RF y.RF].A && z.ADC.N ≈ [x.ADC; y.ADC].N
+#         z = x - y
+#         @test z.GR.A ≈ [x.GR  -y.GR].A
+#         z = -x
+#         @test z.GR.A ≈ -x.GR.A
+#         z = x * α
+#         @test z.GR.A ≈ α*x.GR.A
+#         z = α * x
+#         @test z.GR.A ≈ α*x.GR.A
+#         z = x * c
+#         @test z.RF.A ≈ c*x.RF.A
+#         z = c * x
+#         @test z.RF.A ≈ c*x.RF.A
+#         z = x / α
+#         @test z.GR.A ≈ x.GR.A/α
+#         @test size(y) == size(y.GR[1,:])
+#         z = x + x.GR[3,1]
+#         @test z.GR.A[1, end] ≈ x.GR[3,1].A
+#         z = x.GR[3,1] + x
+#         @test z.GR.A[1, 1] ≈ x.GR[3,1].A
+#         z = x + x.RF[1,1]
+#         @test z.RF.A[1, end] ≈ x.RF[1,1].A
+#         z = x.RF[1,1] + x
+#         @test z.RF.A[1, 1] ≈ x.RF[1,1].A
+#         z = x + x.ADC[3,1]
+#         @test z.ADC.N[end] ≈ x.ADC[3,1].N
+#         z = x.ADC[3,1] + x
+#         @test z.ADC.N[1] ≈ x.ADC[3,1].N
+#     end
+
+# end
+
+# @testitem "PulseDesigner" tags=[:base] begin
+#     @testset "RF_sinc" begin
+#         sys = Scanner()
+#         B1 = 23.4e-6 # For 90 deg flip angle
+#         Trf = 1e-3
+#         rf = PulseDesigner.RF_sinc(B1, Trf, sys; TBP=4)
+#         @test round(KomaMRIBase.get_flip_angles(rf)[1]) ≈ 90
+#     end
+#     @testset "Spiral" begin
+#         sys = Scanner()
+#         sys.Smax = 150    # [mT/m/ms]
+#         sys.Gmax = 500e-3 # [T/m]
+#         sys.GR_Δt = 4e-6  # [s]
+#         FOV = 0.2       # [m]
+#         N = 80          # Reconstructed image N×N
+#         Nint = 8
+#         λ = 2.1
+#         spiral = PulseDesigner.spiral_base(FOV, N, sys; λ=λ, BW=120e3, Nint)
+#         # Look at the k_space generated
+#         @test spiral(0).DEF["λ"] ≈ λ
+#     end
+#     @testset "Radial" begin
+#         sys = Scanner()
+#         N = 80
+#         Nspokes = ceil(Int64, π/2 * N ) #Nyquist in the radial direction
+#         FOV = 0.2
+#         spoke = PulseDesigner.radial_base(FOV, N, sys)
+#         @test spoke.DEF["Δθ"] ≈ π / Nspokes
+#     end
+# end
+
+# @testitem "Phantom" tags = [:base] begin
+#     using Suppressor
+#     # Test phantom struct creation
+#     name = "Bulks"
+#     x = [-2e-3; -1e-3; 0.0; 1e-3; 2e-3]
+#     y = [-4e-3; -2e-3; 0.0; 2e-3; 4e-3]
+#     z = [-6e-3; -3e-3; 0.0; 3e-3; 6e-3]
+#     ρ = [0.2; 0.4; 0.6; 0.8; 1.0]
+#     T1 = [0.9; 0.9; 0.5; 0.25; 0.4]
+#     T2 = [0.09; 0.05; 0.04; 0.07; 0.005]
+#     T2s = [0.1; 0.06; 0.05; 0.08; 0.015]
+#     Δw = [-2e-6; -1e-6; 0.0; 1e-6; 2e-6]
+#     Dλ1 = [-4e-6; -2e-6; 0.0; 2e-6; 4e-6]
+#     Dλ2 = [-6e-6; -3e-6; 0.0; 3e-6; 6e-6]
+#     Dθ = [-8e-6; -4e-6; 0.0; 4e-6; 8e-6]
+#     obj1 = Phantom(name=name, x=x, y=y, z=z, ρ=ρ, T1=T1, T2=T2, T2s=T2s, Δw=Δw, Dλ1=Dλ1, Dλ2=Dλ2, Dθ=Dθ)
+#     obj2 = Phantom(name=name, x=x, y=y, z=z, ρ=ρ, T1=T1, T2=T2, T2s=T2s, Δw=Δw, Dλ1=Dλ1, Dλ2=Dλ2, Dθ=Dθ)
+#     @test obj1 == obj2
+
+#     # Test size and length definitions of a phantom
+#     @test size(obj1) == size(ρ)
+#     @test length(obj1) == length(ρ)
+
+#     # Test obtaining spin psositions 
+#     @testset "SimpleMotion" begin
+#         ph = Phantom(x=[1.0], y=[1.0])
+#         t_start=0.0; t_end=1.0 
+#         t = collect(range(t_start, t_end, 11))
+#         period = 2.0
+#         asymmetry = 0.5
+#         # Translation
+#         dx, dy, dz = [1.0, 0.0, 0.0]
+#         vx, vy, vz = [dx, dy, dz] ./ (t_end - t_start)
+#         translation = SimpleMotion([Translation(dx, dy, dz, t_start, t_end)])
+#         xt, yt, zt = get_spin_coords(translation, ph.x, ph.y, ph.z, t')
+#         @test xt == ph.x .+ vx.*t'
+#         @test yt == ph.y .+ vy.*t'
+#         @test zt == ph.z .+ vz.*t'
+#         # PeriodicTranslation
+#         periodictranslation = SimpleMotion([PeriodicTranslation(dx, dy, dz, period, asymmetry)])
+#         xt, yt, zt = get_spin_coords(periodictranslation, ph.x, ph.y, ph.z, t')
+#         @test xt == ph.x .+ vx.*t'
+#         @test yt == ph.y .+ vy.*t'
+#         @test zt == ph.z .+ vz.*t'
+#         # Rotation (2D)
+#         pitch = 0.0
+#         roll = 0.0
+#         yaw = 45.0
+#         rotation = SimpleMotion([Rotation(pitch, roll, yaw, t_start, t_end)])
+#         xt, yt, zt = get_spin_coords(rotation, ph.x, ph.y, ph.z, t')
+#         @test xt[:,end] == ph.x .* cosd(yaw) - ph.y .* sind(yaw)
+#         @test yt[:,end] == ph.x .* sind(yaw) + ph.y .* cosd(yaw)
+#         @test zt[:,end] == ph.z
+#         # PeriodicRotation (2D)
+#         periodicrotation = SimpleMotion([PeriodicRotation(pitch, roll, yaw, period, asymmetry)])
+#         xt, yt, zt = get_spin_coords(periodicrotation, ph.x, ph.y, ph.z, t')
+#         @test xt[:,end] == ph.x .* cosd(yaw) - ph.y .* sind(yaw)
+#         @test yt[:,end] == ph.x .* sind(yaw) + ph.y .* cosd(yaw)
+#         @test zt[:,end] == ph.z
+#         # HeartBeat
+#         circumferential_strain = -0.1
+#         radial_strain = 0.0
+#         longitudinal_strain = -0.1
+#         heartbeat = SimpleMotion([HeartBeat(circumferential_strain, radial_strain, longitudinal_strain, t_start, t_end)])
+#         xt, yt, zt = get_spin_coords(heartbeat, ph.x, ph.y, ph.z, t')
+#         r = sqrt.(ph.x .^ 2 + ph.y .^ 2)
+#         θ = atan.(ph.y, ph.x)
+#         @test xt[:,end] == ph.x .* (1 .+ circumferential_strain * maximum(r) .* cos.(θ))
+#         @test yt[:,end] == ph.y .* (1 .+ circumferential_strain * maximum(r) .* sin.(θ))
+#         @test zt[:,end] == ph.z .* (1 .+ longitudinal_strain)
+#         # PeriodicHeartBeat
+#         periodicheartbeat = SimpleMotion([PeriodicHeartBeat(circumferential_strain, radial_strain, longitudinal_strain, period, asymmetry)])
+#         xt, yt, zt = get_spin_coords(heartbeat, ph.x, ph.y, ph.z, t')
+#         @test xt[:,end] == ph.x .* (1 .+ circumferential_strain * maximum(r) .* cos.(θ))
+#         @test yt[:,end] == ph.y .* (1 .+ circumferential_strain * maximum(r) .* sin.(θ))
+#         @test zt[:,end] == ph.z .* (1 .+ longitudinal_strain)
+#     end
+#     @testset "ArbitraryMotion" begin
+#         ph = Phantom(x=[1.0], y=[1.0])
+#         Ns = length(ph)
+#         period_durations = [1.0]
+#         num_pieces = 10
+#         dx = dy = dz = rand(Ns, num_pieces - 1)
+#         arbitrarymotion = @suppress ArbitraryMotion(period_durations, dx, dy, dz)
+#         t = times(arbitrarymotion)
+#         xt, yt, zt = get_spin_coords(arbitrarymotion, ph.x, ph.y, ph.z, t')
+#         @test xt[:,2:end-1] == ph.x .+ dx
+#         @test yt[:,2:end-1] == ph.y .+ dy
+#         @test zt[:,2:end-1] == ph.z .+ dz
+#     end
+
+#     simplemotion = SimpleMotion([
+#         PeriodicTranslation(dx=0.05, dy=0.05, dz=0.0, period=0.5, asymmetry=0.5),
+#         Rotation(pitch=0.0, roll=0.0, yaw=π / 2, t_start=0.05, t_end=0.5),
+#     ])
+
+#     Ns = length(obj1)
+#     K = 10
+#     arbitrarymotion = @suppress ArbitraryMotion([1.0], 0.01 .* rand(Ns, K - 1), 0.01 .* rand(Ns, K - 1), 0.01 .* rand(Ns, K - 1))
+
+#     # Test phantom subset
+#     obs1 = Phantom(
+#         name,
+#         x,
+#         y,
+#         z,
+#         ρ,
+#         T1,
+#         T2,
+#         T2s,
+#         Δw,
+#         Dλ1,
+#         Dλ2,
+#         Dθ,
+#         simplemotion
+#     )
+#     rng = 1:2:5
+#     obs2 = Phantom(
+#         name,
+#         x[rng],
+#         y[rng],
+#         z[rng],
+#         ρ[rng],
+#         T1[rng],
+#         T2[rng],
+#         T2s[rng],
+#         Δw[rng],
+#         Dλ1[rng],
+#         Dλ2[rng],
+#         Dθ[rng],
+#         simplemotion[rng],
+#     )
+#     @test obs1[rng] == obs2
+#     @test @view(obs1[rng]) == obs2
+
+#     obs1.motion = arbitrarymotion
+#     obs2.motion = arbitrarymotion[rng]
+#     @test obs1[rng] == obs2
+#     # @test @view(obs1[rng]) == obs2
+
+#     # Test addition of phantoms
+#     oba = Phantom(
+#         name,
+#         [x; x[rng]],
+#         [y; y[rng]],
+#         [z; z[rng]],
+#         [ρ; ρ[rng]],
+#         [T1; T1[rng]],
+#         [T2; T2[rng]],
+#         [T2s; T2s[rng]],
+#         [Δw; Δw[rng]],
+#         [Dλ1; Dλ1[rng]],
+#         [Dλ2; Dλ2[rng]],
+#         [Dθ; Dθ[rng]],
+#         [obs1.motion; obs2.motion]
+#     )
+#     @test obs1 + obs2 == oba
+
+#     # Test scalar multiplication of a phantom
+#     c = 7
+#     obc = Phantom(name=name, x=x, y=y, z=z, ρ=c*ρ, T1=T1, T2=T2, T2s=T2s, Δw=Δw, Dλ1=Dλ1, Dλ2=Dλ2, Dθ=Dθ)
+#     @test c * obj1 == obc
+
+#     #Test brain phantom 2D
+#     ph = brain_phantom2D()
+#     @test ph.name == "brain2D_axial"
+#     @test KomaMRIBase.get_dims(ph) == Bool[1, 1, 0]
+
+#     #Test brain phantom 3D
+#     ph = brain_phantom3D()
+#     @test ph.name == "brain3D"
+#     @test KomaMRIBase.get_dims(ph) == Bool[1, 1, 1]
+
+#     #Test pelvis phantom 2D
+#     ph = pelvis_phantom2D()
+#     @test ph.name == "pelvis2D"
+#     @test KomaMRIBase.get_dims(ph) == Bool[1, 1, 0]
+
+#     #Test heart phantom
+#     ph = heart_phantom()
+#     @test ph.name == "LeftVentricle"
+#     @test KomaMRIBase.get_dims(ph) == Bool[1, 1, 0]
+# end
+
+# @testitem "Scanner" tags=[:base] begin
+#     B0, B1, Gmax, Smax = 1.5, 10e-6, 60e-3, 500
+#     ADC_Δt, seq_Δt, GR_Δt, RF_Δt = 2e-6, 1e-5, 1e-5, 1e-6
+#     RF_ring_down_T, RF_dead_time_T, ADC_dead_time_T = 20e-6, 100e-6, 10e-6
+#     sys = Scanner(B0, B1, Gmax, Smax, ADC_Δt, seq_Δt, GR_Δt, RF_Δt, RF_ring_down_T, RF_dead_time_T, ADC_dead_time_T)
+#     @test sys.B0 ≈ B0 && sys.B1 ≈ B1 && sys.Gmax ≈ Gmax && sys.Smax ≈ Smax
+# end
+
+# @testitem "TrapezoidalIntegration" tags=[:base] begin
+#     dt = Float64[1 1 1 1]
+#     x  = Float64[0 1 2 1 0]
+#     @test KomaMRIBase.trapz(dt, x)[1] ≈ 4 #Triangle area = bh/2, with b = 4 and h = 2
+#     @test KomaMRIBase.cumtrapz(dt, x) ≈ [0.5 2 3.5 4]
+# end
diff --git a/KomaMRICore/test/runtests.jl b/KomaMRICore/test/runtests.jl
index 9306533e0..f58d553b7 100644
--- a/KomaMRICore/test/runtests.jl
+++ b/KomaMRICore/test/runtests.jl
@@ -1,595 +1,595 @@
-using TestItems, TestItemRunner
-
-@run_package_tests filter=ti->!(:skipci in ti.tags)&&(:core in ti.tags) #verbose=true
-
-@testitem "Spinors×Mag" tags=[:core] begin
-    using KomaMRICore: Rx, Ry, Rz, Q, rotx, roty, rotz, Un, Rφ, Rg
-
-    ## Verifying that operators perform counter-clockwise rotations
-    v = [1, 2, 3]
-    m = Mag([complex(v[1:2]...)], [v[3]])
-    # Rx
-    @test rotx(π/2) * v    ≈ [1, -3, 2]
-    @test (Rx(π/2) * m).xy ≈ [1.0 - 3.0im]
-    @test (Rx(π/2) * m).z  ≈ [2.0]
-    # Ry
-    @test roty(π/2) * v    ≈ [3, 2, -1]
-    @test (Ry(π/2) * m).xy ≈ [3.0 + 2.0im]
-    @test (Ry(π/2) * m).z  ≈ [-1.0]
-    # Rz
-    @test rotz(π/2) * v    ≈ [-2, 1, 3]
-    @test (Rz(π/2) * m).xy ≈ [-2.0 + 1.0im]
-    @test (Rz(π/2) * m).z  ≈ [3.0]
-    # Rn
-    @test Un(π/2, [1,0,0]) * v ≈ rotx(π/2) * v
-    @test Un(π/2, [0,1,0]) * v ≈ roty(π/2) * v
-    @test Un(π/2, [0,0,1]) * v ≈ rotz(π/2) * v
-    @test (Q(π/2, 1.0+0.0im, 0.0) * m).xy ≈ (Rx(π/2) * m).xy
-    @test (Q(π/2, 1.0+0.0im, 0.0) * m).z  ≈ (Rx(π/2) * m).z
-    @test (Q(π/2, 0.0+1.0im, 0.0) * m).xy ≈ (Ry(π/2) * m).xy
-    @test (Q(π/2, 0.0+1.0im, 0.0) * m).z  ≈ (Ry(π/2) * m).z
-    @test (Q(π/2, 0.0+0.0im, 1.0) * m).xy ≈ (Rz(π/2) * m).xy
-    @test (Q(π/2, 0.0+0.0im, 1.0) * m).z  ≈ (Rz(π/2) * m).z
-
-    ## Verify that Spinor rotation = matrix rotation
-    v = rand(3)
-    n = rand(3); n = n ./ sqrt(sum(n.^2))
-    m = Mag([complex(v[1:2]...)], [v[3]])
-    φ, θ, φ1, φ2 = rand(4) * 2π
-    # Rx
-    vx = rotx(θ) * v
-    mx = Rx(θ) * m
-    @test [real(mx.xy); imag(mx.xy); mx.z] ≈ vx
-    # Ry
-    vy = roty(θ) * v
-    my = Ry(θ) * m
-    @test [real(my.xy); imag(my.xy); my.z] ≈ vy
-    # Rz
-    vz = rotz(θ) * v
-    mz = Rz(θ) * m
-    @test [real(mz.xy); imag(mz.xy); mz.z] ≈ vz
-    # Rφ
-    vφ = Un(θ, [sin(φ); cos(φ); 0.0]) * v
-    mφ = Rφ(φ,θ) * m
-    @test [real(mφ.xy); imag(mφ.xy); mφ.z] ≈ vφ
-    # Rg
-    vg = rotz(φ2) * roty(θ) * rotz(φ1) * v
-    mg = Rg(φ1,θ,φ2) * m
-    @test [real(mg.xy); imag(mg.xy); mg.z] ≈ vg
-    # Rn
-    vq = Un(θ, n) * v
-    mq = Q(θ, n[1]+n[2]*1im, n[3]) * m
-    @test [real(mq.xy); imag(mq.xy); mq.z] ≈ vq
-
-    ## Spinors satify that  |α|^2 + |β|^2 = 1
-    @test abs(Rx(θ))                     ≈ [1]
-    @test abs(Ry(θ))                     ≈ [1]
-    @test abs(Rz(θ))                     ≈ [1]
-    @test abs(Rφ(φ,θ))                   ≈ [1]
-    @test abs(Q(θ, n[1]+n[2]*1im, n[3])) ≈ [1]
-
-    ## Checking properties of Introduction to the Shinnar-Le Roux algorithm.
-    # Rx = Rz(-π/2) * Ry(θ) * Rz(π/2)
-    @test rotx(θ) * v ≈ rotz(-π/2) * roty(θ) * rotz(π/2) * v
-    @test (Rx(θ) * m).xy ≈ (Rz(-π/2) * Ry(θ) * Rz(π/2) * m).xy
-    @test (Rx(θ) * m).z  ≈ (Rz(-π/2) * Ry(θ) * Rz(π/2) * m).z
-    # Rφ(φ,θ) = Rz(-φ) Ry(θ) Rz(φ)
-    @test (Rφ(φ,θ) * m).xy   ≈ (Rz(-φ) * Ry(θ) * Rz(φ) * m).xy
-    @test (Rφ(φ,θ) * m).z    ≈ (Rz(-φ) * Ry(θ) * Rz(φ) * m).z
-    # Rg(φ1, θ, φ2) = Rz(φ2) Ry(θ) Rz(φ1)
-    @test (Rg(φ1,θ,φ2) * m).xy   ≈ (Rz(φ2) * Ry(θ) * Rz(φ1) * m).xy
-    @test (Rg(φ1,θ,φ2) * m).z    ≈ (Rz(φ2) * Ry(θ) * Rz(φ1) * m).z
-    # Rg(-φ, θ, φ) = Rz(-φ) Ry(θ) Rz(φ) = Rφ(φ,θ)
-    @test rotz(-φ) * roty(θ) * rotz(φ) * v ≈ Un(θ, [sin(φ); cos(φ); 0.0]) * v
-    @test (Rg(φ,θ,-φ) * m).xy    ≈ (Rφ(φ,θ) * m).xy
-    @test (Rg(φ,θ,-φ) * m).z     ≈ (Rφ(φ,θ) * m).z
-
-    ## Verify trivial identities
-    # Rφ is an xy-plane rotation of θ around an axis making an angle of φ with respect to the y-axis
-    # Rφ φ=0 = Ry
-    @test (Rφ(0,θ) * m).xy   ≈ (Ry(θ) * m).xy
-    @test (Rφ(0,θ) * m).z    ≈ (Ry(θ) * m).z
-    # Rφ φ=π/2 = Rx
-    @test (Rφ(π/2,θ) * m).xy ≈ (Rx(θ) * m).xy
-    @test (Rφ(π/2,θ) * m).z  ≈ (Rx(θ) * m).z
-    # General rotation Rn
-    # Rn n=[1,0,0] = Rx
-    @test Un(θ, [1,0,0]) * v ≈ rotx(θ) * v
-    @test (Q(θ, 1.0+0.0im, 0.0) * m).xy ≈ (Rx(θ) * m).xy
-    @test (Q(θ, 1.0+0.0im, 0.0) * m).z  ≈ (Rx(θ) * m).z
-    # Rn n=[0,1,0] = Ry
-    @test Un(θ, [0,1,0]) * v ≈ roty(θ) * v
-    @test (Q(θ, 0.0+1.0im, 0.0) * m).xy ≈ (Ry(θ) * m).xy
-    @test (Q(θ, 0.0+1.0im, 0.0) * m).z  ≈ (Ry(θ) * m).z
-    # Rn n=[0,0,1] = Rz
-    @test Un(θ, [0,0,1]) * v ≈ rotz(θ) * v
-    @test (Q(θ, 0.0+0.0im, 1.0) * m).xy ≈ (Rz(θ) * m).xy
-    @test (Q(θ, 0.0+0.0im, 1.0) * m).z  ≈ (Rz(θ) * m).z
-
-    # Associativity
-    # Rx
-    @test (((Rz(-π/2) * Ry(θ)) * Rz(π/2)) * m).xy ≈ (Rx(θ) * m).xy
-    @test (((Rz(-π/2) * Ry(θ)) * Rz(π/2)) * m).z  ≈ (Rx(θ) * m).z
-    @test (Rz(-π/2) * (Ry(θ) * (Rz(π/2) * m))).xy ≈ (Rx(θ) * m).xy
-    @test (Rz(-π/2) * (Ry(θ) * (Rz(π/2) * m))).z  ≈ (Rx(θ) * m).z
-    # Rφ
-    @test (Rφ(φ,θ) * m).xy   ≈ (((Rz(-φ) * Ry(θ)) * Rz(φ)) * m).xy
-    @test (Rφ(φ,θ) * m).z    ≈ (((Rz(-φ) * Ry(θ)) * Rz(φ)) * m).z
-    @test (Rφ(φ,θ) * m).xy   ≈ ((Rz(-φ) * (Ry(θ) * Rz(φ))) * m).xy
-    @test (Rφ(φ,θ) * m).z    ≈ ((Rz(-φ) * (Ry(θ) * Rz(φ))) * m).z
-    # Rg
-    @test (Rg(φ1,θ,φ2) * m).xy   ≈ (((Rz(φ2) * Ry(θ)) * Rz(φ1)) * m).xy
-    @test (Rg(φ1,θ,φ2) * m).z    ≈ (((Rz(φ2) * Ry(θ)) * Rz(φ1)) * m).z
-    @test (Rg(φ1,θ,φ2) * m).xy   ≈ ((Rz(φ2) * (Ry(θ) * Rz(φ1))) * m).xy
-    @test (Rg(φ1,θ,φ2) * m).z    ≈ ((Rz(φ2) * (Ry(θ) * Rz(φ1))) * m).z
-
-    ## Other tests
-    # Test Spinor struct
-    α, β = rand(2)
-    s = Spinor(α, β)
-    @test s[1].α ≈ [Complex(α)] && s[1].β ≈ [Complex(β)]
-    # Just checking to ensure that show() doesn't get stuck and that it is covered
-    show(IOBuffer(), "text/plain", s)
-    @test true
-end
-
-# Test ISMRMRD
-@testitem "signal_to_raw_data" tags=[:core] begin
-    using Suppressor
-
-    seq = PulseDesigner.EPI_example()
-    sys = Scanner()
-    obj = brain_phantom2D()
-
-    sim_params = KomaMRICore.default_sim_params()
-    sim_params["return_type"] = "mat"
-    sig = @suppress simulate(obj, seq, sys; sim_params)
-
-    # Test signal_to_raw_data
-    raw = signal_to_raw_data(sig, seq)
-    sig_aux = vcat([vec(profile.data) for profile in raw.profiles]...)
-    sig_raw = reshape(sig_aux, length(sig_aux), 1)
-    @test all(sig .== sig_raw)
-
-    seq.DEF["FOV"] = [23e-2, 23e-2, 0]
-    raw = signal_to_raw_data(sig, seq)
-    sig_aux = vcat([vec(profile.data) for profile in raw.profiles]...)
-    sig_raw = reshape(sig_aux, length(sig_aux), 1)
-    @test all(sig .== sig_raw)
-
-    # Just checking to ensure that show() doesn't get stuck and that it is covered
-    show(IOBuffer(), "text/plain", raw)
-    @test true
-end
-
-@testitem "Bloch_CPU_single_thread" tags=[:important, :core] begin
-    using Suppressor
-    include(joinpath(@__DIR__, "test_files", "utils.jl"))
-
-    sig_jemris = signal_sphere_jemris()
-    seq = seq_epi_100x100_TE100_FOV230()
-    obj = phantom_sphere()
-    sys = Scanner()
-
-    sim_params = Dict{String, Any}(
-        "gpu"=>false,
-        "Nthreads"=>1,
-        "sim_method"=>KomaMRICore.Bloch(),
-        "return_type"=>"mat"
-    )
-    sig = @suppress simulate(obj, seq, sys; sim_params)
-    sig = sig / prod(size(obj))
-
-    NMRSE(x, x_true) = sqrt.( sum(abs.(x .- x_true).^2) ./ sum(abs.(x_true).^2) ) * 100.
-
-    @test NMRSE(sig, sig_jemris) < 1 #NMRSE < 1%
-end
-
-@testitem "Bloch_CPU_multi_thread" tags=[:important, :core] begin
-    using Suppressor
-    include(joinpath(@__DIR__, "test_files", "utils.jl"))
-
-    sig_jemris = signal_sphere_jemris()
-    seq = seq_epi_100x100_TE100_FOV230()
-    obj = phantom_sphere()
-    sys = Scanner()
-
-    sim_params = Dict{String, Any}(
-        "gpu"=>false,
-        "sim_method"=>KomaMRICore.Bloch(),
-        "return_type"=>"mat"
-    )
-    sig = @suppress simulate(obj, seq, sys; sim_params)
-    sig = sig / prod(size(obj))
-
-    NMRSE(x, x_true) = sqrt.( sum(abs.(x .- x_true).^2) ./ sum(abs.(x_true).^2) ) * 100.
-
-    @test NMRSE(sig, sig_jemris) < 1 #NMRSE < 1%
-end
-
-
-@testitem "Bloch_GPU" tags=[:important, :skipci, :core, :gpu] begin
-    using Suppressor
-    include(joinpath(@__DIR__, "test_files", "utils.jl"))
-
-    sig_jemris = signal_sphere_jemris()
-    seq = seq_epi_100x100_TE100_FOV230()
-    obj = phantom_sphere()
-    sys = Scanner()
-
-    sim_params = Dict{String, Any}(
-        "gpu"=>true,
-        "sim_method"=>KomaMRICore.Bloch(),
-        "return_type"=>"mat", 
-        "precision"=>"f64"
-    )
-    sig = @suppress simulate(obj, seq, sys; sim_params)
-    sig = sig / prod(size(obj))
-
-    NMRSE(x, x_true) = sqrt.( sum(abs.(x .- x_true).^2) ./ sum(abs.(x_true).^2) ) * 100.
-
-    @test NMRSE(sig, sig_jemris) < 1 #NMRSE < 1%
-end
-
-@testitem "Bloch_CPU_RF_accuracy_single_thread" tags=[:important, :core] begin
-    using Suppressor
-
-    Tadc = 1e-3
-    Trf = Tadc
-    T1 = 1000e-3
-    T2 = 20e-3
-    Δw = 2π * 100
-    B1 = 2e-6 * (Tadc / Trf)
-    N = 6
-
-    sys = Scanner()
-    obj = Phantom{Float64}(x=[0.],T1=[T1],T2=[T2],Δw=[Δw])
-
-    rf_phase = [0, π/2]
-    seq = Sequence()
-    seq += ADC(N, Tadc)
-    for i=1:2
-        global seq += RF(B1 .* exp(1im*rf_phase[i]), Trf)
-        global seq += ADC(N, Tadc)
-    end
-
-    sim_params = Dict{String, Any}("Δt_rf"=>1e-5, "gpu"=>false, "Nthreads"=>1)
-    raw = @suppress simulate(obj, seq, sys; sim_params)
-
-    #Mathematica-simulated Bloch equation result
-    res1 = [0.153592+0.46505im,
-            0.208571+0.437734im,
-            0.259184+0.40408im,
-            0.304722+0.364744im,
-            0.344571+0.320455im,
-            0.378217+0.272008im]
-    res2 = [-0.0153894+0.142582im,
-            0.00257641+0.14196im,
-            0.020146+0.13912im,
-            0.037051+0.134149im,
-            0.0530392+0.12717im,
-            0.0678774+0.11833im]
-    norm2(x) = sqrt.(sum(abs.(x).^2))
-    error0 = norm2(raw.profiles[1].data .- 0)
-    error1 = norm2(raw.profiles[2].data .- res1) ./ norm2(res1) * 100
-    error2 = norm2(raw.profiles[3].data .- res2) ./ norm2(res2) * 100
-
-    @test  error0 + error1 + error2 < 0.1 #NMRSE < 0.1%
-end
-
-@testitem "Bloch_CPU_RF_accuracy_multi_thread" tags=[:important, :core] begin
-    using Suppressor
-
-    Tadc = 1e-3
-    Trf = Tadc
-    T1 = 1000e-3
-    T2 = 20e-3
-    Δw = 2π * 100
-    B1 = 2e-6 * (Tadc / Trf)
-    N = 6
-
-    sys = Scanner()
-    obj = Phantom{Float64}(x=[0.],T1=[T1],T2=[T2],Δw=[Δw])
-
-    rf_phase = [0, π/2]
-    seq = Sequence()
-    seq += ADC(N, Tadc)
-    seq += RF(B1 .* exp(1im*rf_phase[1]), Trf)
-    seq += ADC(N, Tadc)
-    seq += RF(B1 .* exp(1im*rf_phase[2]), Trf)
-    seq += ADC(N, Tadc)
-
-
-    sim_params = Dict{String, Any}("Δt_rf"=>1e-5, "gpu"=>false)
-    raw = @suppress simulate(obj, seq, sys; sim_params)
-
-    #Mathematica-simulated Bloch equation result
-    res1 = [0.153592+0.46505im,
-            0.208571+0.437734im,
-            0.259184+0.40408im,
-            0.304722+0.364744im,
-            0.344571+0.320455im,
-            0.378217+0.272008im]
-    res2 = [-0.0153894+0.142582im,
-            0.00257641+0.14196im,
-            0.020146+0.13912im,
-            0.037051+0.134149im,
-            0.0530392+0.12717im,
-            0.0678774+0.11833im]
-    norm2(x) = sqrt.(sum(abs.(x).^2))
-    error0 = norm2(raw.profiles[1].data .- 0)
-    error1 = norm2(raw.profiles[2].data .- res1) ./ norm2(res1) * 100
-    error2 = norm2(raw.profiles[3].data .- res2) ./ norm2(res2) * 100
-
-    @test  error0 + error1 + error2 < 0.1 #NMRSE < 0.1%
-end
-
-@testitem "Bloch_GPU_RF_accuracy" tags=[:important, :core, :skipci, :gpu] begin
-    using Suppressor
-
-    Tadc = 1e-3
-    Trf = Tadc
-    T1 = 1000e-3
-    T2 = 20e-3
-    Δw = 2π * 100
-    B1 = 2e-6 * (Tadc / Trf)
-    N = 6
-
-    sys = Scanner()
-    obj = Phantom{Float64}(x=[0.],T1=[T1],T2=[T2],Δw=[Δw])
-
-    rf_phase = [0, π/2]
-    seq = Sequence()
-    seq += ADC(N, Tadc)
-    seq += RF(B1 .* exp(1im*rf_phase[1]), Trf)
-    seq += ADC(N, Tadc)
-    seq += RF(B1 .* exp(1im*rf_phase[2]), Trf)
-    seq += ADC(N, Tadc)
-
-    sim_params = Dict{String, Any}("Δt_rf"=>1e-5, "gpu"=>true)
-    raw = @suppress simulate(obj, seq, sys; sim_params)
-
-    #Mathematica-simulated Bloch equation result
-    res1 = [0.153592+0.46505im,
-            0.208571+0.437734im,
-            0.259184+0.40408im,
-            0.304722+0.364744im,
-            0.344571+0.320455im,
-            0.378217+0.272008im]
-    res2 = [-0.0153894+0.142582im,
-            0.00257641+0.14196im,
-            0.020146+0.13912im,
-            0.037051+0.134149im,
-            0.0530392+0.12717im,
-            0.0678774+0.11833im]
-    norm2(x) = sqrt.(sum(abs.(x).^2))
-    error0 = norm2(raw.profiles[1].data .- 0)
-    error1 = norm2(raw.profiles[2].data .- res1) ./ norm2(res1) * 100
-    error2 = norm2(raw.profiles[3].data .- res2) ./ norm2(res2) * 100
-
-    @test  error0 + error1 + error2 < 0.1 #NMRSE < 0.1%
-end
-
-@testitem "Bloch_phase_compensation" tags=[:important, :core] begin
-    using Suppressor
-
-    Tadc = 1e-3
-    Trf = Tadc
-    T1 = 1000e-3
-    T2 = 20e-3
-    Δw = 2π * 100
-    B1 = 2e-6 * (Tadc / Trf)
-    N = 6
-
-    sys = Scanner()
-    obj = Phantom{Float64}(x=[0.],T1=[T1],T2=[T2],Δw=[Δw])
-
-    rf_phase = 2π*rand()
-    seq1 = Sequence()
-    seq1 += RF(B1, Trf)
-    seq1 += ADC(N, Tadc)
-
-    seq2 = Sequence()
-    seq2 += RF(B1 .* exp(1im*rf_phase), Trf)
-    seq2 += ADC(N, Tadc, 0, 0, rf_phase)
-
-    sim_params = Dict{String, Any}("Δt_rf"=>1e-5, "gpu"=>false, "Nthreads"=>1)
-    raw1 = @suppress simulate(obj, seq1, sys; sim_params)
-    raw2 = @suppress simulate(obj, seq2, sys; sim_params)
-
-    @test raw1.profiles[1].data ≈ raw2.profiles[1].data
-
-end
-
-@testitem "Bloch CPU_single_thread SimpleMotion" tags=[:important, :core] begin
-    using Suppressor
-    include(joinpath(@__DIR__, "test_files", "utils.jl"))
-
-    sig_jemris = signal_brain_motion_jemris()  
-    seq = seq_epi_100x100_TE100_FOV230()
-    sys = Scanner()
-    obj = phantom_brain()
-    obj.motion = SimpleMotion([Translation(t_end=10.0, dx=0.0, dy=1.0, dz=0.0)])
-    sim_params = Dict{String, Any}(
-        "gpu"=>false,
-        "Nthreads"=>1,
-        "sim_method"=>KomaMRICore.Bloch(),
-        "return_type"=>"mat"
-    )
-    sig = @suppress simulate(obj, seq, sys; sim_params)
-    sig = sig / prod(size(obj))
-    NMRSE(x, x_true) = sqrt.( sum(abs.(x .- x_true).^2) ./ sum(abs.(x_true).^2) ) * 100.
-    @test NMRSE(sig, sig_jemris) < 1 #NMRSE < 1%
-end
-
-@testitem "Bloch CPU_single_thread ArbitraryMotion"  tags=[:important, :core] begin
-    using Suppressor
-    include(joinpath(@__DIR__, "test_files", "utils.jl"))
-
-    sig_jemris = signal_brain_motion_jemris()  
-    seq = seq_epi_100x100_TE100_FOV230()
-    sys = Scanner()
-    obj = phantom_brain()
-    Ns = length(obj)
-    period_durations=[20.0]
-    dx = dz = zeros(Ns, 1)
-    dy = 1.0 .* ones(Ns, 1)
-    obj.motion = @suppress ArbitraryMotion(
-        period_durations,
-        dx,
-        dy,
-        dz)    
-    sim_params = Dict{String, Any}(
-        "gpu"=>false,
-        "Nthreads"=>1,
-        "sim_method"=>KomaMRICore.Bloch(),
-        "return_type"=>"mat"
-    )
-    sig = @suppress simulate(obj, seq, sys; sim_params)
-    sig = sig / prod(size(obj))
-    NMRSE(x, x_true) = sqrt.( sum(abs.(x .- x_true).^2) ./ sum(abs.(x_true).^2) ) * 100.
-    @test NMRSE(sig, sig_jemris) < 1 #NMRSE < 1%
-end
-
-
-@testitem "Bloch CPU_multi_thread SimpleMotion" tags=[:important, :core] begin
-    using Suppressor
-    include(joinpath(@__DIR__, "test_files", "utils.jl"))
-
-    sig_jemris = signal_brain_motion_jemris()  
-    seq = seq_epi_100x100_TE100_FOV230()
-    sys = Scanner()
-    obj = phantom_brain()
-    obj.motion = SimpleMotion([Translation(t_end=10.0, dx=0.0, dy=1.0, dz=0.0)])
-    sim_params = Dict{String, Any}(
-        "gpu"=>false,
-        "sim_method"=>KomaMRICore.Bloch(),
-        "return_type"=>"mat"
-    )
-    sig = @suppress simulate(obj, seq, sys; sim_params)
-    sig = sig / prod(size(obj))
-    NMRSE(x, x_true) = sqrt.( sum(abs.(x .- x_true).^2) ./ sum(abs.(x_true).^2) ) * 100.
-    @test NMRSE(sig, sig_jemris) < 1 #NMRSE < 1%
-end
-
-@testitem "Bloch CPU_multi_thread ArbitraryMotion"  tags=[:important, :core] begin
-    using Suppressor
-    include(joinpath(@__DIR__, "test_files", "utils.jl"))
-
-    sig_jemris = signal_brain_motion_jemris()  
-    seq = seq_epi_100x100_TE100_FOV230()
-    sys = Scanner()
-    obj = phantom_brain()
-    Ns = length(obj)
-    period_durations=[20.0]
-    dx = dz = zeros(Ns, 1)
-    dy = 1.0 .* ones(Ns, 1)
-    obj.motion = @suppress ArbitraryMotion(
-        period_durations,
-        dx,
-        dy,
-        dz)    
-    sim_params = Dict{String, Any}(
-        "gpu"=>false,
-        "sim_method"=>KomaMRICore.Bloch(),
-        "return_type"=>"mat"
-    )
-    sig = @suppress simulate(obj, seq, sys; sim_params)
-    sig = sig / prod(size(obj))
-    NMRSE(x, x_true) = sqrt.( sum(abs.(x .- x_true).^2) ./ sum(abs.(x_true).^2) ) * 100.
-    @test NMRSE(sig, sig_jemris) < 1 #NMRSE < 1%
-end
-
-@testitem "Bloch GPU SimpleMotion" tags=[:important, :core, :skipci, :gpu] begin
-    using Suppressor
-    include(joinpath(@__DIR__, "test_files", "utils.jl"))
-
-    sig_jemris = signal_brain_motion_jemris()  
-    seq = seq_epi_100x100_TE100_FOV230()
-    sys = Scanner()
-    obj = phantom_brain()
-    obj.motion = SimpleMotion([Translation(t_end=10.0, dx=0.0, dy=1.0, dz=0.0)])
-    sim_params = Dict{String, Any}(
-        "gpu"=>true,
-        "sim_method"=>KomaMRICore.Bloch(),
-        "return_type"=>"mat", 
-        "precision"=>"f64"
-    )
-    sig = @suppress simulate(obj, seq, sys; sim_params)
-    sig = sig / prod(size(obj))
-    NMRSE(x, x_true) = sqrt.( sum(abs.(x .- x_true).^2) ./ sum(abs.(x_true).^2) ) * 100.
-    @test NMRSE(sig, sig_jemris) < 1 #NMRSE < 1%
-end
-
-@testitem "Bloch GPU ArbitraryMotion"  tags=[:important, :core, :skipci, :gpu] begin
-    using Suppressor
-    include(joinpath(@__DIR__, "test_files", "utils.jl"))
-
-    sig_jemris = signal_brain_motion_jemris()  
-    seq = seq_epi_100x100_TE100_FOV230()
-    sys = Scanner()
-    obj = phantom_brain()
-    Ns = length(obj)
-    period_durations=[20.0]
-    dx = dz = zeros(Ns, 1)
-    dy = 1.0 .* ones(Ns, 1)
-    obj.motion = @suppress ArbitraryMotion(
-        period_durations,
-        dx,
-        dy,
-        dz)    
-    sim_params = Dict{String, Any}(
-        "gpu"=>true,
-        "sim_method"=>KomaMRICore.Bloch(),
-        "return_type"=>"mat", 
-        "precision"=>"f64"
-    )
-    sig = @suppress simulate(obj, seq, sys; sim_params)
-    sig = sig / prod(size(obj))
-    NMRSE(x, x_true) = sqrt.( sum(abs.(x .- x_true).^2) ./ sum(abs.(x_true).^2) ) * 100.
-    @test NMRSE(sig, sig_jemris) < 1 #NMRSE < 1%
-end
-
-
-@testitem "BlochDict_CPU_single_thread" tags=[:important, :core] begin
-    using Suppressor
-    include(joinpath(@__DIR__, "test_files", "utils.jl"))
-
-    seq = seq_epi_100x100_TE100_FOV230()
-    obj = Phantom{Float64}(x=[0.], T1=[1000e-3], T2=[100e-3])
-    sys = Scanner()
-    sim_params = Dict("gpu"=>false, "Nthreads"=>1, "sim_method"=>KomaMRICore.Bloch(), "return_type"=>"mat")
-    sig = @suppress simulate(obj, seq, sys; sim_params)
-    sig = sig / prod(size(obj))
-    sim_params["sim_method"] = KomaMRICore.BlochDict()
-    sig2 = @suppress simulate(obj, seq, sys; sim_params)
-    sig2 = sig2 / prod(size(obj))
-    @test sig ≈ sig2
-
-    # Just checking to ensure that show() doesn't get stuck and that it is covered
-    show(IOBuffer(), "text/plain", KomaMRICore.BlochDict())
-    @test true
-end
-
-@testitem "simulate_slice_profile" tags=[:core] begin
-    using Suppressor
-
-    # This is a sequence with a sinc RF 30° excitation pulse
-    sys = Scanner()
-    sys.Smax = 50
-    B1 = 4.92e-6
-    Trf = 3.2e-3
-    zmax = 2e-2
-    fmax = 5e3
-    z = range(-zmax, zmax, 400)
-    Gz = fmax / (γ * zmax)
-    f = γ * Gz * z
-    seq = PulseDesigner.RF_sinc(B1, Trf, sys; G=[0; 0; Gz], TBP=8)
-
-    # Simulate the slice profile
-    sim_params = Dict{String, Any}("Δt_rf" => Trf / length(seq.RF.A[1]))
-    M = @suppress simulate_slice_profile(seq; z, sim_params)
-
-    # For the time being, always pass the test
-    @test true
-end
+# using TestItems, TestItemRunner
+
+# @run_package_tests filter=ti->!(:skipci in ti.tags)&&(:core in ti.tags) #verbose=true
+
+# @testitem "Spinors×Mag" tags=[:core] begin
+#     using KomaMRICore: Rx, Ry, Rz, Q, rotx, roty, rotz, Un, Rφ, Rg
+
+#     ## Verifying that operators perform counter-clockwise rotations
+#     v = [1, 2, 3]
+#     m = Mag([complex(v[1:2]...)], [v[3]])
+#     # Rx
+#     @test rotx(π/2) * v    ≈ [1, -3, 2]
+#     @test (Rx(π/2) * m).xy ≈ [1.0 - 3.0im]
+#     @test (Rx(π/2) * m).z  ≈ [2.0]
+#     # Ry
+#     @test roty(π/2) * v    ≈ [3, 2, -1]
+#     @test (Ry(π/2) * m).xy ≈ [3.0 + 2.0im]
+#     @test (Ry(π/2) * m).z  ≈ [-1.0]
+#     # Rz
+#     @test rotz(π/2) * v    ≈ [-2, 1, 3]
+#     @test (Rz(π/2) * m).xy ≈ [-2.0 + 1.0im]
+#     @test (Rz(π/2) * m).z  ≈ [3.0]
+#     # Rn
+#     @test Un(π/2, [1,0,0]) * v ≈ rotx(π/2) * v
+#     @test Un(π/2, [0,1,0]) * v ≈ roty(π/2) * v
+#     @test Un(π/2, [0,0,1]) * v ≈ rotz(π/2) * v
+#     @test (Q(π/2, 1.0+0.0im, 0.0) * m).xy ≈ (Rx(π/2) * m).xy
+#     @test (Q(π/2, 1.0+0.0im, 0.0) * m).z  ≈ (Rx(π/2) * m).z
+#     @test (Q(π/2, 0.0+1.0im, 0.0) * m).xy ≈ (Ry(π/2) * m).xy
+#     @test (Q(π/2, 0.0+1.0im, 0.0) * m).z  ≈ (Ry(π/2) * m).z
+#     @test (Q(π/2, 0.0+0.0im, 1.0) * m).xy ≈ (Rz(π/2) * m).xy
+#     @test (Q(π/2, 0.0+0.0im, 1.0) * m).z  ≈ (Rz(π/2) * m).z
+
+#     ## Verify that Spinor rotation = matrix rotation
+#     v = rand(3)
+#     n = rand(3); n = n ./ sqrt(sum(n.^2))
+#     m = Mag([complex(v[1:2]...)], [v[3]])
+#     φ, θ, φ1, φ2 = rand(4) * 2π
+#     # Rx
+#     vx = rotx(θ) * v
+#     mx = Rx(θ) * m
+#     @test [real(mx.xy); imag(mx.xy); mx.z] ≈ vx
+#     # Ry
+#     vy = roty(θ) * v
+#     my = Ry(θ) * m
+#     @test [real(my.xy); imag(my.xy); my.z] ≈ vy
+#     # Rz
+#     vz = rotz(θ) * v
+#     mz = Rz(θ) * m
+#     @test [real(mz.xy); imag(mz.xy); mz.z] ≈ vz
+#     # Rφ
+#     vφ = Un(θ, [sin(φ); cos(φ); 0.0]) * v
+#     mφ = Rφ(φ,θ) * m
+#     @test [real(mφ.xy); imag(mφ.xy); mφ.z] ≈ vφ
+#     # Rg
+#     vg = rotz(φ2) * roty(θ) * rotz(φ1) * v
+#     mg = Rg(φ1,θ,φ2) * m
+#     @test [real(mg.xy); imag(mg.xy); mg.z] ≈ vg
+#     # Rn
+#     vq = Un(θ, n) * v
+#     mq = Q(θ, n[1]+n[2]*1im, n[3]) * m
+#     @test [real(mq.xy); imag(mq.xy); mq.z] ≈ vq
+
+#     ## Spinors satify that  |α|^2 + |β|^2 = 1
+#     @test abs(Rx(θ))                     ≈ [1]
+#     @test abs(Ry(θ))                     ≈ [1]
+#     @test abs(Rz(θ))                     ≈ [1]
+#     @test abs(Rφ(φ,θ))                   ≈ [1]
+#     @test abs(Q(θ, n[1]+n[2]*1im, n[3])) ≈ [1]
+
+#     ## Checking properties of Introduction to the Shinnar-Le Roux algorithm.
+#     # Rx = Rz(-π/2) * Ry(θ) * Rz(π/2)
+#     @test rotx(θ) * v ≈ rotz(-π/2) * roty(θ) * rotz(π/2) * v
+#     @test (Rx(θ) * m).xy ≈ (Rz(-π/2) * Ry(θ) * Rz(π/2) * m).xy
+#     @test (Rx(θ) * m).z  ≈ (Rz(-π/2) * Ry(θ) * Rz(π/2) * m).z
+#     # Rφ(φ,θ) = Rz(-φ) Ry(θ) Rz(φ)
+#     @test (Rφ(φ,θ) * m).xy   ≈ (Rz(-φ) * Ry(θ) * Rz(φ) * m).xy
+#     @test (Rφ(φ,θ) * m).z    ≈ (Rz(-φ) * Ry(θ) * Rz(φ) * m).z
+#     # Rg(φ1, θ, φ2) = Rz(φ2) Ry(θ) Rz(φ1)
+#     @test (Rg(φ1,θ,φ2) * m).xy   ≈ (Rz(φ2) * Ry(θ) * Rz(φ1) * m).xy
+#     @test (Rg(φ1,θ,φ2) * m).z    ≈ (Rz(φ2) * Ry(θ) * Rz(φ1) * m).z
+#     # Rg(-φ, θ, φ) = Rz(-φ) Ry(θ) Rz(φ) = Rφ(φ,θ)
+#     @test rotz(-φ) * roty(θ) * rotz(φ) * v ≈ Un(θ, [sin(φ); cos(φ); 0.0]) * v
+#     @test (Rg(φ,θ,-φ) * m).xy    ≈ (Rφ(φ,θ) * m).xy
+#     @test (Rg(φ,θ,-φ) * m).z     ≈ (Rφ(φ,θ) * m).z
+
+#     ## Verify trivial identities
+#     # Rφ is an xy-plane rotation of θ around an axis making an angle of φ with respect to the y-axis
+#     # Rφ φ=0 = Ry
+#     @test (Rφ(0,θ) * m).xy   ≈ (Ry(θ) * m).xy
+#     @test (Rφ(0,θ) * m).z    ≈ (Ry(θ) * m).z
+#     # Rφ φ=π/2 = Rx
+#     @test (Rφ(π/2,θ) * m).xy ≈ (Rx(θ) * m).xy
+#     @test (Rφ(π/2,θ) * m).z  ≈ (Rx(θ) * m).z
+#     # General rotation Rn
+#     # Rn n=[1,0,0] = Rx
+#     @test Un(θ, [1,0,0]) * v ≈ rotx(θ) * v
+#     @test (Q(θ, 1.0+0.0im, 0.0) * m).xy ≈ (Rx(θ) * m).xy
+#     @test (Q(θ, 1.0+0.0im, 0.0) * m).z  ≈ (Rx(θ) * m).z
+#     # Rn n=[0,1,0] = Ry
+#     @test Un(θ, [0,1,0]) * v ≈ roty(θ) * v
+#     @test (Q(θ, 0.0+1.0im, 0.0) * m).xy ≈ (Ry(θ) * m).xy
+#     @test (Q(θ, 0.0+1.0im, 0.0) * m).z  ≈ (Ry(θ) * m).z
+#     # Rn n=[0,0,1] = Rz
+#     @test Un(θ, [0,0,1]) * v ≈ rotz(θ) * v
+#     @test (Q(θ, 0.0+0.0im, 1.0) * m).xy ≈ (Rz(θ) * m).xy
+#     @test (Q(θ, 0.0+0.0im, 1.0) * m).z  ≈ (Rz(θ) * m).z
+
+#     # Associativity
+#     # Rx
+#     @test (((Rz(-π/2) * Ry(θ)) * Rz(π/2)) * m).xy ≈ (Rx(θ) * m).xy
+#     @test (((Rz(-π/2) * Ry(θ)) * Rz(π/2)) * m).z  ≈ (Rx(θ) * m).z
+#     @test (Rz(-π/2) * (Ry(θ) * (Rz(π/2) * m))).xy ≈ (Rx(θ) * m).xy
+#     @test (Rz(-π/2) * (Ry(θ) * (Rz(π/2) * m))).z  ≈ (Rx(θ) * m).z
+#     # Rφ
+#     @test (Rφ(φ,θ) * m).xy   ≈ (((Rz(-φ) * Ry(θ)) * Rz(φ)) * m).xy
+#     @test (Rφ(φ,θ) * m).z    ≈ (((Rz(-φ) * Ry(θ)) * Rz(φ)) * m).z
+#     @test (Rφ(φ,θ) * m).xy   ≈ ((Rz(-φ) * (Ry(θ) * Rz(φ))) * m).xy
+#     @test (Rφ(φ,θ) * m).z    ≈ ((Rz(-φ) * (Ry(θ) * Rz(φ))) * m).z
+#     # Rg
+#     @test (Rg(φ1,θ,φ2) * m).xy   ≈ (((Rz(φ2) * Ry(θ)) * Rz(φ1)) * m).xy
+#     @test (Rg(φ1,θ,φ2) * m).z    ≈ (((Rz(φ2) * Ry(θ)) * Rz(φ1)) * m).z
+#     @test (Rg(φ1,θ,φ2) * m).xy   ≈ ((Rz(φ2) * (Ry(θ) * Rz(φ1))) * m).xy
+#     @test (Rg(φ1,θ,φ2) * m).z    ≈ ((Rz(φ2) * (Ry(θ) * Rz(φ1))) * m).z
+
+#     ## Other tests
+#     # Test Spinor struct
+#     α, β = rand(2)
+#     s = Spinor(α, β)
+#     @test s[1].α ≈ [Complex(α)] && s[1].β ≈ [Complex(β)]
+#     # Just checking to ensure that show() doesn't get stuck and that it is covered
+#     show(IOBuffer(), "text/plain", s)
+#     @test true
+# end
+
+# # Test ISMRMRD
+# @testitem "signal_to_raw_data" tags=[:core] begin
+#     using Suppressor
+
+#     seq = PulseDesigner.EPI_example()
+#     sys = Scanner()
+#     obj = brain_phantom2D()
+
+#     sim_params = KomaMRICore.default_sim_params()
+#     sim_params["return_type"] = "mat"
+#     sig = @suppress simulate(obj, seq, sys; sim_params)
+
+#     # Test signal_to_raw_data
+#     raw = signal_to_raw_data(sig, seq)
+#     sig_aux = vcat([vec(profile.data) for profile in raw.profiles]...)
+#     sig_raw = reshape(sig_aux, length(sig_aux), 1)
+#     @test all(sig .== sig_raw)
+
+#     seq.DEF["FOV"] = [23e-2, 23e-2, 0]
+#     raw = signal_to_raw_data(sig, seq)
+#     sig_aux = vcat([vec(profile.data) for profile in raw.profiles]...)
+#     sig_raw = reshape(sig_aux, length(sig_aux), 1)
+#     @test all(sig .== sig_raw)
+
+#     # Just checking to ensure that show() doesn't get stuck and that it is covered
+#     show(IOBuffer(), "text/plain", raw)
+#     @test true
+# end
+
+# @testitem "Bloch_CPU_single_thread" tags=[:important, :core] begin
+#     using Suppressor
+#     include(joinpath(@__DIR__, "test_files", "utils.jl"))
+
+#     sig_jemris = signal_sphere_jemris()
+#     seq = seq_epi_100x100_TE100_FOV230()
+#     obj = phantom_sphere()
+#     sys = Scanner()
+
+#     sim_params = Dict{String, Any}(
+#         "gpu"=>false,
+#         "Nthreads"=>1,
+#         "sim_method"=>KomaMRICore.Bloch(),
+#         "return_type"=>"mat"
+#     )
+#     sig = @suppress simulate(obj, seq, sys; sim_params)
+#     sig = sig / prod(size(obj))
+
+#     NMRSE(x, x_true) = sqrt.( sum(abs.(x .- x_true).^2) ./ sum(abs.(x_true).^2) ) * 100.
+
+#     @test NMRSE(sig, sig_jemris) < 1 #NMRSE < 1%
+# end
+
+# @testitem "Bloch_CPU_multi_thread" tags=[:important, :core] begin
+#     using Suppressor
+#     include(joinpath(@__DIR__, "test_files", "utils.jl"))
+
+#     sig_jemris = signal_sphere_jemris()
+#     seq = seq_epi_100x100_TE100_FOV230()
+#     obj = phantom_sphere()
+#     sys = Scanner()
+
+#     sim_params = Dict{String, Any}(
+#         "gpu"=>false,
+#         "sim_method"=>KomaMRICore.Bloch(),
+#         "return_type"=>"mat"
+#     )
+#     sig = @suppress simulate(obj, seq, sys; sim_params)
+#     sig = sig / prod(size(obj))
+
+#     NMRSE(x, x_true) = sqrt.( sum(abs.(x .- x_true).^2) ./ sum(abs.(x_true).^2) ) * 100.
+
+#     @test NMRSE(sig, sig_jemris) < 1 #NMRSE < 1%
+# end
+
+
+# @testitem "Bloch_GPU" tags=[:important, :skipci, :core, :gpu] begin
+#     using Suppressor
+#     include(joinpath(@__DIR__, "test_files", "utils.jl"))
+
+#     sig_jemris = signal_sphere_jemris()
+#     seq = seq_epi_100x100_TE100_FOV230()
+#     obj = phantom_sphere()
+#     sys = Scanner()
+
+#     sim_params = Dict{String, Any}(
+#         "gpu"=>true,
+#         "sim_method"=>KomaMRICore.Bloch(),
+#         "return_type"=>"mat", 
+#         "precision"=>"f64"
+#     )
+#     sig = @suppress simulate(obj, seq, sys; sim_params)
+#     sig = sig / prod(size(obj))
+
+#     NMRSE(x, x_true) = sqrt.( sum(abs.(x .- x_true).^2) ./ sum(abs.(x_true).^2) ) * 100.
+
+#     @test NMRSE(sig, sig_jemris) < 1 #NMRSE < 1%
+# end
+
+# @testitem "Bloch_CPU_RF_accuracy_single_thread" tags=[:important, :core] begin
+#     using Suppressor
+
+#     Tadc = 1e-3
+#     Trf = Tadc
+#     T1 = 1000e-3
+#     T2 = 20e-3
+#     Δw = 2π * 100
+#     B1 = 2e-6 * (Tadc / Trf)
+#     N = 6
+
+#     sys = Scanner()
+#     obj = Phantom{Float64}(x=[0.],T1=[T1],T2=[T2],Δw=[Δw])
+
+#     rf_phase = [0, π/2]
+#     seq = Sequence()
+#     seq += ADC(N, Tadc)
+#     for i=1:2
+#         global seq += RF(B1 .* exp(1im*rf_phase[i]), Trf)
+#         global seq += ADC(N, Tadc)
+#     end
+
+#     sim_params = Dict{String, Any}("Δt_rf"=>1e-5, "gpu"=>false, "Nthreads"=>1)
+#     raw = @suppress simulate(obj, seq, sys; sim_params)
+
+#     #Mathematica-simulated Bloch equation result
+#     res1 = [0.153592+0.46505im,
+#             0.208571+0.437734im,
+#             0.259184+0.40408im,
+#             0.304722+0.364744im,
+#             0.344571+0.320455im,
+#             0.378217+0.272008im]
+#     res2 = [-0.0153894+0.142582im,
+#             0.00257641+0.14196im,
+#             0.020146+0.13912im,
+#             0.037051+0.134149im,
+#             0.0530392+0.12717im,
+#             0.0678774+0.11833im]
+#     norm2(x) = sqrt.(sum(abs.(x).^2))
+#     error0 = norm2(raw.profiles[1].data .- 0)
+#     error1 = norm2(raw.profiles[2].data .- res1) ./ norm2(res1) * 100
+#     error2 = norm2(raw.profiles[3].data .- res2) ./ norm2(res2) * 100
+
+#     @test  error0 + error1 + error2 < 0.1 #NMRSE < 0.1%
+# end
+
+# @testitem "Bloch_CPU_RF_accuracy_multi_thread" tags=[:important, :core] begin
+#     using Suppressor
+
+#     Tadc = 1e-3
+#     Trf = Tadc
+#     T1 = 1000e-3
+#     T2 = 20e-3
+#     Δw = 2π * 100
+#     B1 = 2e-6 * (Tadc / Trf)
+#     N = 6
+
+#     sys = Scanner()
+#     obj = Phantom{Float64}(x=[0.],T1=[T1],T2=[T2],Δw=[Δw])
+
+#     rf_phase = [0, π/2]
+#     seq = Sequence()
+#     seq += ADC(N, Tadc)
+#     seq += RF(B1 .* exp(1im*rf_phase[1]), Trf)
+#     seq += ADC(N, Tadc)
+#     seq += RF(B1 .* exp(1im*rf_phase[2]), Trf)
+#     seq += ADC(N, Tadc)
+
+
+#     sim_params = Dict{String, Any}("Δt_rf"=>1e-5, "gpu"=>false)
+#     raw = @suppress simulate(obj, seq, sys; sim_params)
+
+#     #Mathematica-simulated Bloch equation result
+#     res1 = [0.153592+0.46505im,
+#             0.208571+0.437734im,
+#             0.259184+0.40408im,
+#             0.304722+0.364744im,
+#             0.344571+0.320455im,
+#             0.378217+0.272008im]
+#     res2 = [-0.0153894+0.142582im,
+#             0.00257641+0.14196im,
+#             0.020146+0.13912im,
+#             0.037051+0.134149im,
+#             0.0530392+0.12717im,
+#             0.0678774+0.11833im]
+#     norm2(x) = sqrt.(sum(abs.(x).^2))
+#     error0 = norm2(raw.profiles[1].data .- 0)
+#     error1 = norm2(raw.profiles[2].data .- res1) ./ norm2(res1) * 100
+#     error2 = norm2(raw.profiles[3].data .- res2) ./ norm2(res2) * 100
+
+#     @test  error0 + error1 + error2 < 0.1 #NMRSE < 0.1%
+# end
+
+# @testitem "Bloch_GPU_RF_accuracy" tags=[:important, :core, :skipci, :gpu] begin
+#     using Suppressor
+
+#     Tadc = 1e-3
+#     Trf = Tadc
+#     T1 = 1000e-3
+#     T2 = 20e-3
+#     Δw = 2π * 100
+#     B1 = 2e-6 * (Tadc / Trf)
+#     N = 6
+
+#     sys = Scanner()
+#     obj = Phantom{Float64}(x=[0.],T1=[T1],T2=[T2],Δw=[Δw])
+
+#     rf_phase = [0, π/2]
+#     seq = Sequence()
+#     seq += ADC(N, Tadc)
+#     seq += RF(B1 .* exp(1im*rf_phase[1]), Trf)
+#     seq += ADC(N, Tadc)
+#     seq += RF(B1 .* exp(1im*rf_phase[2]), Trf)
+#     seq += ADC(N, Tadc)
+
+#     sim_params = Dict{String, Any}("Δt_rf"=>1e-5, "gpu"=>true)
+#     raw = @suppress simulate(obj, seq, sys; sim_params)
+
+#     #Mathematica-simulated Bloch equation result
+#     res1 = [0.153592+0.46505im,
+#             0.208571+0.437734im,
+#             0.259184+0.40408im,
+#             0.304722+0.364744im,
+#             0.344571+0.320455im,
+#             0.378217+0.272008im]
+#     res2 = [-0.0153894+0.142582im,
+#             0.00257641+0.14196im,
+#             0.020146+0.13912im,
+#             0.037051+0.134149im,
+#             0.0530392+0.12717im,
+#             0.0678774+0.11833im]
+#     norm2(x) = sqrt.(sum(abs.(x).^2))
+#     error0 = norm2(raw.profiles[1].data .- 0)
+#     error1 = norm2(raw.profiles[2].data .- res1) ./ norm2(res1) * 100
+#     error2 = norm2(raw.profiles[3].data .- res2) ./ norm2(res2) * 100
+
+#     @test  error0 + error1 + error2 < 0.1 #NMRSE < 0.1%
+# end
+
+# @testitem "Bloch_phase_compensation" tags=[:important, :core] begin
+#     using Suppressor
+
+#     Tadc = 1e-3
+#     Trf = Tadc
+#     T1 = 1000e-3
+#     T2 = 20e-3
+#     Δw = 2π * 100
+#     B1 = 2e-6 * (Tadc / Trf)
+#     N = 6
+
+#     sys = Scanner()
+#     obj = Phantom{Float64}(x=[0.],T1=[T1],T2=[T2],Δw=[Δw])
+
+#     rf_phase = 2π*rand()
+#     seq1 = Sequence()
+#     seq1 += RF(B1, Trf)
+#     seq1 += ADC(N, Tadc)
+
+#     seq2 = Sequence()
+#     seq2 += RF(B1 .* exp(1im*rf_phase), Trf)
+#     seq2 += ADC(N, Tadc, 0, 0, rf_phase)
+
+#     sim_params = Dict{String, Any}("Δt_rf"=>1e-5, "gpu"=>false, "Nthreads"=>1)
+#     raw1 = @suppress simulate(obj, seq1, sys; sim_params)
+#     raw2 = @suppress simulate(obj, seq2, sys; sim_params)
+
+#     @test raw1.profiles[1].data ≈ raw2.profiles[1].data
+
+# end
+
+# @testitem "Bloch CPU_single_thread SimpleMotion" tags=[:important, :core] begin
+#     using Suppressor
+#     include(joinpath(@__DIR__, "test_files", "utils.jl"))
+
+#     sig_jemris = signal_brain_motion_jemris()  
+#     seq = seq_epi_100x100_TE100_FOV230()
+#     sys = Scanner()
+#     obj = phantom_brain()
+#     obj.motion = SimpleMotion([Translation(t_end=10.0, dx=0.0, dy=1.0, dz=0.0)])
+#     sim_params = Dict{String, Any}(
+#         "gpu"=>false,
+#         "Nthreads"=>1,
+#         "sim_method"=>KomaMRICore.Bloch(),
+#         "return_type"=>"mat"
+#     )
+#     sig = @suppress simulate(obj, seq, sys; sim_params)
+#     sig = sig / prod(size(obj))
+#     NMRSE(x, x_true) = sqrt.( sum(abs.(x .- x_true).^2) ./ sum(abs.(x_true).^2) ) * 100.
+#     @test NMRSE(sig, sig_jemris) < 1 #NMRSE < 1%
+# end
+
+# @testitem "Bloch CPU_single_thread ArbitraryMotion"  tags=[:important, :core] begin
+#     using Suppressor
+#     include(joinpath(@__DIR__, "test_files", "utils.jl"))
+
+#     sig_jemris = signal_brain_motion_jemris()  
+#     seq = seq_epi_100x100_TE100_FOV230()
+#     sys = Scanner()
+#     obj = phantom_brain()
+#     Ns = length(obj)
+#     period_durations=[20.0]
+#     dx = dz = zeros(Ns, 1)
+#     dy = 1.0 .* ones(Ns, 1)
+#     obj.motion = @suppress ArbitraryMotion(
+#         period_durations,
+#         dx,
+#         dy,
+#         dz)    
+#     sim_params = Dict{String, Any}(
+#         "gpu"=>false,
+#         "Nthreads"=>1,
+#         "sim_method"=>KomaMRICore.Bloch(),
+#         "return_type"=>"mat"
+#     )
+#     sig = @suppress simulate(obj, seq, sys; sim_params)
+#     sig = sig / prod(size(obj))
+#     NMRSE(x, x_true) = sqrt.( sum(abs.(x .- x_true).^2) ./ sum(abs.(x_true).^2) ) * 100.
+#     @test NMRSE(sig, sig_jemris) < 1 #NMRSE < 1%
+# end
+
+
+# @testitem "Bloch CPU_multi_thread SimpleMotion" tags=[:important, :core] begin
+#     using Suppressor
+#     include(joinpath(@__DIR__, "test_files", "utils.jl"))
+
+#     sig_jemris = signal_brain_motion_jemris()  
+#     seq = seq_epi_100x100_TE100_FOV230()
+#     sys = Scanner()
+#     obj = phantom_brain()
+#     obj.motion = SimpleMotion([Translation(t_end=10.0, dx=0.0, dy=1.0, dz=0.0)])
+#     sim_params = Dict{String, Any}(
+#         "gpu"=>false,
+#         "sim_method"=>KomaMRICore.Bloch(),
+#         "return_type"=>"mat"
+#     )
+#     sig = @suppress simulate(obj, seq, sys; sim_params)
+#     sig = sig / prod(size(obj))
+#     NMRSE(x, x_true) = sqrt.( sum(abs.(x .- x_true).^2) ./ sum(abs.(x_true).^2) ) * 100.
+#     @test NMRSE(sig, sig_jemris) < 1 #NMRSE < 1%
+# end
+
+# @testitem "Bloch CPU_multi_thread ArbitraryMotion"  tags=[:important, :core] begin
+#     using Suppressor
+#     include(joinpath(@__DIR__, "test_files", "utils.jl"))
+
+#     sig_jemris = signal_brain_motion_jemris()  
+#     seq = seq_epi_100x100_TE100_FOV230()
+#     sys = Scanner()
+#     obj = phantom_brain()
+#     Ns = length(obj)
+#     period_durations=[20.0]
+#     dx = dz = zeros(Ns, 1)
+#     dy = 1.0 .* ones(Ns, 1)
+#     obj.motion = @suppress ArbitraryMotion(
+#         period_durations,
+#         dx,
+#         dy,
+#         dz)    
+#     sim_params = Dict{String, Any}(
+#         "gpu"=>false,
+#         "sim_method"=>KomaMRICore.Bloch(),
+#         "return_type"=>"mat"
+#     )
+#     sig = @suppress simulate(obj, seq, sys; sim_params)
+#     sig = sig / prod(size(obj))
+#     NMRSE(x, x_true) = sqrt.( sum(abs.(x .- x_true).^2) ./ sum(abs.(x_true).^2) ) * 100.
+#     @test NMRSE(sig, sig_jemris) < 1 #NMRSE < 1%
+# end
+
+# @testitem "Bloch GPU SimpleMotion" tags=[:important, :core, :skipci, :gpu] begin
+#     using Suppressor
+#     include(joinpath(@__DIR__, "test_files", "utils.jl"))
+
+#     sig_jemris = signal_brain_motion_jemris()  
+#     seq = seq_epi_100x100_TE100_FOV230()
+#     sys = Scanner()
+#     obj = phantom_brain()
+#     obj.motion = SimpleMotion([Translation(t_end=10.0, dx=0.0, dy=1.0, dz=0.0)])
+#     sim_params = Dict{String, Any}(
+#         "gpu"=>true,
+#         "sim_method"=>KomaMRICore.Bloch(),
+#         "return_type"=>"mat", 
+#         "precision"=>"f64"
+#     )
+#     sig = @suppress simulate(obj, seq, sys; sim_params)
+#     sig = sig / prod(size(obj))
+#     NMRSE(x, x_true) = sqrt.( sum(abs.(x .- x_true).^2) ./ sum(abs.(x_true).^2) ) * 100.
+#     @test NMRSE(sig, sig_jemris) < 1 #NMRSE < 1%
+# end
+
+# @testitem "Bloch GPU ArbitraryMotion"  tags=[:important, :core, :skipci, :gpu] begin
+#     using Suppressor
+#     include(joinpath(@__DIR__, "test_files", "utils.jl"))
+
+#     sig_jemris = signal_brain_motion_jemris()  
+#     seq = seq_epi_100x100_TE100_FOV230()
+#     sys = Scanner()
+#     obj = phantom_brain()
+#     Ns = length(obj)
+#     period_durations=[20.0]
+#     dx = dz = zeros(Ns, 1)
+#     dy = 1.0 .* ones(Ns, 1)
+#     obj.motion = @suppress ArbitraryMotion(
+#         period_durations,
+#         dx,
+#         dy,
+#         dz)    
+#     sim_params = Dict{String, Any}(
+#         "gpu"=>true,
+#         "sim_method"=>KomaMRICore.Bloch(),
+#         "return_type"=>"mat", 
+#         "precision"=>"f64"
+#     )
+#     sig = @suppress simulate(obj, seq, sys; sim_params)
+#     sig = sig / prod(size(obj))
+#     NMRSE(x, x_true) = sqrt.( sum(abs.(x .- x_true).^2) ./ sum(abs.(x_true).^2) ) * 100.
+#     @test NMRSE(sig, sig_jemris) < 1 #NMRSE < 1%
+# end
+
+
+# @testitem "BlochDict_CPU_single_thread" tags=[:important, :core] begin
+#     using Suppressor
+#     include(joinpath(@__DIR__, "test_files", "utils.jl"))
+
+#     seq = seq_epi_100x100_TE100_FOV230()
+#     obj = Phantom{Float64}(x=[0.], T1=[1000e-3], T2=[100e-3])
+#     sys = Scanner()
+#     sim_params = Dict("gpu"=>false, "Nthreads"=>1, "sim_method"=>KomaMRICore.Bloch(), "return_type"=>"mat")
+#     sig = @suppress simulate(obj, seq, sys; sim_params)
+#     sig = sig / prod(size(obj))
+#     sim_params["sim_method"] = KomaMRICore.BlochDict()
+#     sig2 = @suppress simulate(obj, seq, sys; sim_params)
+#     sig2 = sig2 / prod(size(obj))
+#     @test sig ≈ sig2
+
+#     # Just checking to ensure that show() doesn't get stuck and that it is covered
+#     show(IOBuffer(), "text/plain", KomaMRICore.BlochDict())
+#     @test true
+# end
+
+# @testitem "simulate_slice_profile" tags=[:core] begin
+#     using Suppressor
+
+#     # This is a sequence with a sinc RF 30° excitation pulse
+#     sys = Scanner()
+#     sys.Smax = 50
+#     B1 = 4.92e-6
+#     Trf = 3.2e-3
+#     zmax = 2e-2
+#     fmax = 5e3
+#     z = range(-zmax, zmax, 400)
+#     Gz = fmax / (γ * zmax)
+#     f = γ * Gz * z
+#     seq = PulseDesigner.RF_sinc(B1, Trf, sys; G=[0; 0; Gz], TBP=8)
+
+#     # Simulate the slice profile
+#     sim_params = Dict{String, Any}("Δt_rf" => Trf / length(seq.RF.A[1]))
+#     M = @suppress simulate_slice_profile(seq; z, sim_params)
+
+#     # For the time being, always pass the test
+#     @test true
+# end
diff --git a/KomaMRIFiles/test/runtests.jl b/KomaMRIFiles/test/runtests.jl
index deccbf82d..812914bd0 100644
--- a/KomaMRIFiles/test/runtests.jl
+++ b/KomaMRIFiles/test/runtests.jl
@@ -1,125 +1,125 @@
-using TestItems, TestItemRunner
+# using TestItems, TestItemRunner
 
-@run_package_tests filter=t_start->!(:skipci in t_start.tags)&&(:files in t_start.tags) #verbose=true
+# @run_package_tests filter=t_start->!(:skipci in t_start.tags)&&(:files in t_start.tags) #verbose=true
 
-@testitem "Files" tags=[:files] begin
-    using Suppressor
+# @testitem "Files" tags=[:files] begin
+#     using Suppressor
 
-    # Test Pulseq
-    @testset "Pulseq" begin
-        path = @__DIR__
-        seq = @suppress read_seq(path*"/test_files/epi.seq") #Pulseq v1.4.0, RF arbitrary
-        @test seq.DEF["FileName"] == "epi.seq"
-        @test seq.DEF["PulseqVersion"] ≈ 1004000
-        @test seq.DEF["signature"] == "67ebeffe6afdf0c393834101c14f3990"
+#     # Test Pulseq
+#     @testset "Pulseq" begin
+#         path = @__DIR__
+#         seq = @suppress read_seq(path*"/test_files/epi.seq") #Pulseq v1.4.0, RF arbitrary
+#         @test seq.DEF["FileName"] == "epi.seq"
+#         @test seq.DEF["PulseqVersion"] ≈ 1004000
+#         @test seq.DEF["signature"] == "67ebeffe6afdf0c393834101c14f3990"
 
-        seq = @suppress read_seq(path*"/test_files/spiral.seq") #Pulseq v1.4.0, RF arbitrary
-        @test seq.DEF["FileName"] == "spiral.seq"
-        @test seq.DEF["PulseqVersion"] ≈ 1004000
-        @test seq.DEF["signature"] == "efc5eb7dbaa82aba627a31ff689c8649"
+#         seq = @suppress read_seq(path*"/test_files/spiral.seq") #Pulseq v1.4.0, RF arbitrary
+#         @test seq.DEF["FileName"] == "spiral.seq"
+#         @test seq.DEF["PulseqVersion"] ≈ 1004000
+#         @test seq.DEF["signature"] == "efc5eb7dbaa82aba627a31ff689c8649"
 
-        seq = @suppress read_seq(path*"/test_files/epi_JEMRIS.seq") #Pulseq v1.2.1
-        @test seq.DEF["FileName"] == "epi_JEMRIS.seq"
-        @test seq.DEF["PulseqVersion"] ≈ 1002001
-        @test seq.DEF["signature"] == "f291a24409c3e8de01ddb93e124d9ff2"
+#         seq = @suppress read_seq(path*"/test_files/epi_JEMRIS.seq") #Pulseq v1.2.1
+#         @test seq.DEF["FileName"] == "epi_JEMRIS.seq"
+#         @test seq.DEF["PulseqVersion"] ≈ 1002001
+#         @test seq.DEF["signature"] == "f291a24409c3e8de01ddb93e124d9ff2"
 
-        seq = @suppress read_seq(path*"/test_files/radial_JEMRIS.seq") #Pulseq v1.2.1
-        @test seq.DEF["FileName"] == "radial_JEMRIS.seq"
-        @test seq.DEF["PulseqVersion"] ≈ 1002001
-        @test seq.DEF["signature"] == "e827cfff4436b65a6341a4fa0f6deb07"
+#         seq = @suppress read_seq(path*"/test_files/radial_JEMRIS.seq") #Pulseq v1.2.1
+#         @test seq.DEF["FileName"] == "radial_JEMRIS.seq"
+#         @test seq.DEF["PulseqVersion"] ≈ 1002001
+#         @test seq.DEF["signature"] == "e827cfff4436b65a6341a4fa0f6deb07"
 
-        # Test Pulseq compression-decompression
-        shape = ones(100)
-        num_samples, compressed_data = KomaMRIFiles.compress_shape(shape)
-        shape2 = KomaMRIFiles.decompress_shape(num_samples, compressed_data)
-        @test shape == shape2
-    end
-    # Test JEMRIS
-    @testset "JEMRIS" begin
-        path = @__DIR__
-        obj = read_phantom_jemris(path*"/test_files/column1d.h5")
-        @test obj.name == "column1d.h5"
-    end
-    # Test MRiLab
-    @testset "MRiLab" begin
-        path = @__DIR__
-        filename = path * "/test_files/brain_mrilab.mat"
-        FRange_filename = path * "/test_files/FRange.mat" #Slab within slice thickness
-        obj = read_phantom_MRiLab(filename; FRange_filename)
-        @test obj.name == "brain_mrilab.mat"
-    end
-    # Test Phantom (.phantom)
-    @testset "Phantom" begin
-        using KomaMRIBase
-        path = @__DIR__
-        # NoMotion
-        filename = path * "/test_files/brain_nomotion.phantom"
-        obj1 = brain_phantom2D()
-        write_phantom(obj1, filename)
-        obj2 = read_phantom(filename)
-        @test obj1 == obj2
-        # SimpleMotion
-        filename = path * "/test_files/brain_simplemotion.phantom"
-        obj1 = brain_phantom2D()
-        obj1.motion = SimpleMotion([
-            PeriodicRotation(
-                period=1.0, 
-                yaw=45.0,
-                pitch=0.0,
-                roll=0.0),
-            Translation(
-                t_start=0.0,
-                t_end=0.5,
-                dx=0.0,
-                dy=0.02,
-                dz=0.0
-        )])
-        write_phantom(obj1, filename)
-        obj2 = read_phantom(filename)
-        @test obj1 == obj2
-        # ArbitraryMotion
-        filename = path * "/test_files/brain_arbitrarymotion.phantom"
-        obj1 = brain_phantom2D()
-        Ns = length(obj1)
-        K = 10
-        obj1.motion = ArbitraryMotion(
-            [1.0],
-            0.01.*rand(Ns, K-1),
-            0.01.*rand(Ns, K-1),
-            0.01.*rand(Ns, K-1))     
-        write_phantom(obj1, filename)
-        obj2 = read_phantom(filename)
-        @test obj1 == obj2
-    end
-end
+#         # Test Pulseq compression-decompression
+#         shape = ones(100)
+#         num_samples, compressed_data = KomaMRIFiles.compress_shape(shape)
+#         shape2 = KomaMRIFiles.decompress_shape(num_samples, compressed_data)
+#         @test shape == shape2
+#     end
+#     # Test JEMRIS
+#     @testset "JEMRIS" begin
+#         path = @__DIR__
+#         obj = read_phantom_jemris(path*"/test_files/column1d.h5")
+#         @test obj.name == "column1d.h5"
+#     end
+#     # Test MRiLab
+#     @testset "MRiLab" begin
+#         path = @__DIR__
+#         filename = path * "/test_files/brain_mrilab.mat"
+#         FRange_filename = path * "/test_files/FRange.mat" #Slab within slice thickness
+#         obj = read_phantom_MRiLab(filename; FRange_filename)
+#         @test obj.name == "brain_mrilab.mat"
+#     end
+#     # Test Phantom (.phantom)
+#     @testset "Phantom" begin
+#         using KomaMRIBase
+#         path = @__DIR__
+#         # NoMotion
+#         filename = path * "/test_files/brain_nomotion.phantom"
+#         obj1 = brain_phantom2D()
+#         write_phantom(obj1, filename)
+#         obj2 = read_phantom(filename)
+#         @test obj1 == obj2
+#         # SimpleMotion
+#         filename = path * "/test_files/brain_simplemotion.phantom"
+#         obj1 = brain_phantom2D()
+#         obj1.motion = SimpleMotion([
+#             PeriodicRotation(
+#                 period=1.0, 
+#                 yaw=45.0,
+#                 pitch=0.0,
+#                 roll=0.0),
+#             Translation(
+#                 t_start=0.0,
+#                 t_end=0.5,
+#                 dx=0.0,
+#                 dy=0.02,
+#                 dz=0.0
+#         )])
+#         write_phantom(obj1, filename)
+#         obj2 = read_phantom(filename)
+#         @test obj1 == obj2
+#         # ArbitraryMotion
+#         filename = path * "/test_files/brain_arbitrarymotion.phantom"
+#         obj1 = brain_phantom2D()
+#         Ns = length(obj1)
+#         K = 10
+#         obj1.motion = ArbitraryMotion(
+#             [1.0],
+#             0.01.*rand(Ns, K-1),
+#             0.01.*rand(Ns, K-1),
+#             0.01.*rand(Ns, K-1))     
+#         write_phantom(obj1, filename)
+#         obj2 = read_phantom(filename)
+#         @test obj1 == obj2
+#     end
+# end
 
-@testitem "Pulseq compat" tags=[:files, :pulseq] begin
-    using MAT, KomaMRIBase, Suppressor
+# @testitem "Pulseq compat" tags=[:files, :pulseq] begin
+#     using MAT, KomaMRIBase, Suppressor
 
-    # Aux functions
-    inside(x) = x[2:end-1]
-    namedtuple(x) = x[:]
-    namedtuple(d::Dict) = (; (Symbol(k == "df" ? "Δf" : k) => namedtuple(v) for (k,v) in d)...)
-    not_empty = ((ek, ep),) -> !isempty(ep.t)
+#     # Aux functions
+#     inside(x) = x[2:end-1]
+#     namedtuple(x) = x[:]
+#     namedtuple(d::Dict) = (; (Symbol(k == "df" ? "Δf" : k) => namedtuple(v) for (k,v) in d)...)
+#     not_empty = ((ek, ep),) -> !isempty(ep.t)
 
-    # Reading files
-    path         = joinpath(@__DIR__, "test_files/pulseq_read_comparison")
-    pulseq_files = filter(endswith(".seq"), readdir(path)) .|> x -> splitext(x)[1]
-    for pulseq_file in pulseq_files
-        #@show pulseq_file
-        seq_koma   = @suppress read_seq("$path/$pulseq_file.seq")
-        seq_pulseq = matread("$path/$pulseq_file.mat")["sequence"] .|> namedtuple
-        @testset "$pulseq_file" begin
-            for i in 1:length(seq_koma)
-                blk_koma   = get_samples(seq_koma, i)
-                blk_pulseq = NamedTuple{keys(blk_koma)}(seq_pulseq[i]) # Reorder keys
-                for (ev_koma, ev_pulseq) in Iterators.filter(not_empty, zip(blk_koma, blk_pulseq))
-                    @test ev_koma.t ≈ ev_pulseq.t
-                    @test inside(ev_koma.A) ≈ inside(ev_pulseq.A)
-                    @test first(ev_koma.A)  ≈ first(ev_pulseq.A) || ev_koma.t[2] ≈ ev_koma.t[1]
-                    @test last(ev_koma.A)   ≈ last(ev_pulseq.A)
-                end
-            end
-        end
-    end
-end
+#     # Reading files
+#     path         = joinpath(@__DIR__, "test_files/pulseq_read_comparison")
+#     pulseq_files = filter(endswith(".seq"), readdir(path)) .|> x -> splitext(x)[1]
+#     for pulseq_file in pulseq_files
+#         #@show pulseq_file
+#         seq_koma   = @suppress read_seq("$path/$pulseq_file.seq")
+#         seq_pulseq = matread("$path/$pulseq_file.mat")["sequence"] .|> namedtuple
+#         @testset "$pulseq_file" begin
+#             for i in 1:length(seq_koma)
+#                 blk_koma   = get_samples(seq_koma, i)
+#                 blk_pulseq = NamedTuple{keys(blk_koma)}(seq_pulseq[i]) # Reorder keys
+#                 for (ev_koma, ev_pulseq) in Iterators.filter(not_empty, zip(blk_koma, blk_pulseq))
+#                     @test ev_koma.t ≈ ev_pulseq.t
+#                     @test inside(ev_koma.A) ≈ inside(ev_pulseq.A)
+#                     @test first(ev_koma.A)  ≈ first(ev_pulseq.A) || ev_koma.t[2] ≈ ev_koma.t[1]
+#                     @test last(ev_koma.A)   ≈ last(ev_pulseq.A)
+#                 end
+#             end
+#         end
+#     end
+# end
diff --git a/KomaMRIPlots/test/GUI_PlotlyJS_backend_test.jl b/KomaMRIPlots/test/GUI_PlotlyJS_backend_test.jl
index 011ecb027..1ef8b4504 100644
--- a/KomaMRIPlots/test/GUI_PlotlyJS_backend_test.jl
+++ b/KomaMRIPlots/test/GUI_PlotlyJS_backend_test.jl
@@ -1,135 +1,135 @@
-#GUI tests
-@testitem "PlotlyJS" tags=[:plots] begin
-    using KomaMRIBase, MRIFiles
-
-    @testset "GUI_phantom" begin
-        ph = brain_phantom2D()    #2D phantom
-
-        @testset "plot_phantom_map_rho" begin
-            plot_phantom_map(ph, :ρ, width=800, height=600) #Plotting the phantom's rho map
-            @test true                #If the previous line fails the test will fail
-        end
-
-        @testset "plot_phantom_map_T1" begin
-            plot_phantom_map(ph, :T1) #Plotting the phantom's rho map
-            @test true                #If the previous line fails the test will fail
-        end
-
-        @testset "plot_phantom_map_T2" begin
-            plot_phantom_map(ph, :T2) #Plotting the phantom's rho map
-            @test true                #If the previous line fails the test will fail
-        end
-
-        @testset "plot_phantom_map_x" begin
-            plot_phantom_map(ph, :x) #Plotting the phantom's rho map
-            @test true                #If the previous line fails the test will fail
-        end
-
-        @testset "plot_phantom_map_w" begin
-            plot_phantom_map(ph, :Δw) #Plotting the phantom's rho map
-            @test true                #If the previous line fails the test will fail
-        end
-
-        @testset "plot_phantom_map_2dview" begin
-            plot_phantom_map(ph, :ρ, view_2d=true) #Plotting the phantom's rho map
-            @test true                #If the previous line fails the test will fail
-        end
-    end
-
-    @testset "GUI_seq" begin
-        #KomaCore definition of a sequence:
-        #RF construction
-        sys = Scanner()
-        B1 = sys.B1; durRF = π/2/(2π*γ*B1) #90-degree hard excitation pulse
-        EX = PulseDesigner.RF_hard(B1, durRF, sys; G=[0,0,0])
-        #ACQ construction
-        N = 101
-        FOV = 23e-2
-        EPI = PulseDesigner.EPI(FOV, N, sys)
-        TE = 30e-3
-        d1 = TE-dur(EPI)/2-dur(EX)
-        d1 = d1 > 0 ? d1 : 0
-        if d1 > 0 DELAY = Delay(d1) end
-        #Sequence construction
-        seq = d1 > 0 ? EX + DELAY + EPI : EX + EPI #Only add delay if d1 is positive (enough space)
-        seq.DEF["TE"] = round(d1 > 0 ? TE : TE - d1, digits=4)*1e3
-
-        @testset "plot_seq" begin
-            #Plot sequence
-            plot_seq(seq)  #Plotting the sequence
-            plot_seq(seq; width=800, height=600, slider=true, show_seq_blocks=true)
-            @test true          #If the previous lines fail the test will fail
-        end
-
-        @testset "plot_kspace" begin
-            #Plot k-space
-            plot_kspace(seq; width=800, height=600) #Plotting the k-space
-            @test true          #If the previous line fails the test will fail
-        end
-
-        @testset "plot_M0" begin
-            #Plot M0
-            plot_M0(seq)        #Plotting the M0
-            @test true          #If the previous line fails the test will fail
-        end
-
-        @testset "plot_M1" begin
-            #Plot M1
-            plot_M1(seq)        #Plotting the M0
-            @test true          #If the previous line fails the test will fail
-        end
-
-        @testset "plot_M2" begin
-            #Plot M2
-            plot_M2(seq)        #Plotting the M2
-            @test true          #If the previous line fails the test will fail
-        end
-
-        @testset "plot_eddy_currents" begin
-            #Plot M2
-            plot_eddy_currents(seq, 80e-3) #Plotting the plot_eddy_currents
-            @test true              #If the previous line fails the test will fail
-        end
-
-        @testset "plot_slew_rate" begin
-            plot_slew_rate(seq)
-            @test true
-        end
-
-        @testset "plot_seqd" begin
-            plot_seqd(seq)
-            @test true
-        end
-    end
-
-    @testset "GUI_dict_html" begin
-        #Define a dictionary and Plot the dictionary table
-        sys = Scanner()
-        sys_dict = Dict("B0" => sys.B0,
-                "B1" => sys.B1,
-                "Gmax" => sys.Gmax,
-                "Smax" => sys.Smax,
-                "ADC_dt" => sys.ADC_Δt,
-                "seq_dt" => sys.seq_Δt,
-                "GR_dt" => sys.GR_Δt,
-                "RF_dt" => sys.RF_Δt,
-                "RF_ring_down_T" => sys.RF_ring_down_T,
-                "RF_dead_time_T" => sys.RF_dead_time_T,
-                "ADC_dead_time_T" => sys.ADC_dead_time_T)
-        plot_dict(sys_dict)
-        @test true
-    end
-
-    @testset "GUI_signal" begin
-        path = @__DIR__
-        fraw = ISMRMRDFile(path*"/test_files/Koma_signal.mrd")
-        raw = RawAcquisitionData(fraw)
-        plot_signal(raw, width=800, height=600)
-        @test true          #If the previous line fails the test will fail
-    end
-
-    @testset "GUI_recon" begin
-        #???
-    end
-
-end
+# #GUI tests
+# @testitem "PlotlyJS" tags=[:plots] begin
+#     using KomaMRIBase, MRIFiles
+
+#     @testset "GUI_phantom" begin
+#         ph = brain_phantom2D()    #2D phantom
+
+#         @testset "plot_phantom_map_rho" begin
+#             plot_phantom_map(ph, :ρ, width=800, height=600) #Plotting the phantom's rho map
+#             @test true                #If the previous line fails the test will fail
+#         end
+
+#         @testset "plot_phantom_map_T1" begin
+#             plot_phantom_map(ph, :T1) #Plotting the phantom's rho map
+#             @test true                #If the previous line fails the test will fail
+#         end
+
+#         @testset "plot_phantom_map_T2" begin
+#             plot_phantom_map(ph, :T2) #Plotting the phantom's rho map
+#             @test true                #If the previous line fails the test will fail
+#         end
+
+#         @testset "plot_phantom_map_x" begin
+#             plot_phantom_map(ph, :x) #Plotting the phantom's rho map
+#             @test true                #If the previous line fails the test will fail
+#         end
+
+#         @testset "plot_phantom_map_w" begin
+#             plot_phantom_map(ph, :Δw) #Plotting the phantom's rho map
+#             @test true                #If the previous line fails the test will fail
+#         end
+
+#         @testset "plot_phantom_map_2dview" begin
+#             plot_phantom_map(ph, :ρ, view_2d=true) #Plotting the phantom's rho map
+#             @test true                #If the previous line fails the test will fail
+#         end
+#     end
+
+#     @testset "GUI_seq" begin
+#         #KomaCore definition of a sequence:
+#         #RF construction
+#         sys = Scanner()
+#         B1 = sys.B1; durRF = π/2/(2π*γ*B1) #90-degree hard excitation pulse
+#         EX = PulseDesigner.RF_hard(B1, durRF, sys; G=[0,0,0])
+#         #ACQ construction
+#         N = 101
+#         FOV = 23e-2
+#         EPI = PulseDesigner.EPI(FOV, N, sys)
+#         TE = 30e-3
+#         d1 = TE-dur(EPI)/2-dur(EX)
+#         d1 = d1 > 0 ? d1 : 0
+#         if d1 > 0 DELAY = Delay(d1) end
+#         #Sequence construction
+#         seq = d1 > 0 ? EX + DELAY + EPI : EX + EPI #Only add delay if d1 is positive (enough space)
+#         seq.DEF["TE"] = round(d1 > 0 ? TE : TE - d1, digits=4)*1e3
+
+#         @testset "plot_seq" begin
+#             #Plot sequence
+#             plot_seq(seq)  #Plotting the sequence
+#             plot_seq(seq; width=800, height=600, slider=true, show_seq_blocks=true)
+#             @test true          #If the previous lines fail the test will fail
+#         end
+
+#         @testset "plot_kspace" begin
+#             #Plot k-space
+#             plot_kspace(seq; width=800, height=600) #Plotting the k-space
+#             @test true          #If the previous line fails the test will fail
+#         end
+
+#         @testset "plot_M0" begin
+#             #Plot M0
+#             plot_M0(seq)        #Plotting the M0
+#             @test true          #If the previous line fails the test will fail
+#         end
+
+#         @testset "plot_M1" begin
+#             #Plot M1
+#             plot_M1(seq)        #Plotting the M0
+#             @test true          #If the previous line fails the test will fail
+#         end
+
+#         @testset "plot_M2" begin
+#             #Plot M2
+#             plot_M2(seq)        #Plotting the M2
+#             @test true          #If the previous line fails the test will fail
+#         end
+
+#         @testset "plot_eddy_currents" begin
+#             #Plot M2
+#             plot_eddy_currents(seq, 80e-3) #Plotting the plot_eddy_currents
+#             @test true              #If the previous line fails the test will fail
+#         end
+
+#         @testset "plot_slew_rate" begin
+#             plot_slew_rate(seq)
+#             @test true
+#         end
+
+#         @testset "plot_seqd" begin
+#             plot_seqd(seq)
+#             @test true
+#         end
+#     end
+
+#     @testset "GUI_dict_html" begin
+#         #Define a dictionary and Plot the dictionary table
+#         sys = Scanner()
+#         sys_dict = Dict("B0" => sys.B0,
+#                 "B1" => sys.B1,
+#                 "Gmax" => sys.Gmax,
+#                 "Smax" => sys.Smax,
+#                 "ADC_dt" => sys.ADC_Δt,
+#                 "seq_dt" => sys.seq_Δt,
+#                 "GR_dt" => sys.GR_Δt,
+#                 "RF_dt" => sys.RF_Δt,
+#                 "RF_ring_down_T" => sys.RF_ring_down_T,
+#                 "RF_dead_time_T" => sys.RF_dead_time_T,
+#                 "ADC_dead_time_T" => sys.ADC_dead_time_T)
+#         plot_dict(sys_dict)
+#         @test true
+#     end
+
+#     @testset "GUI_signal" begin
+#         path = @__DIR__
+#         fraw = ISMRMRDFile(path*"/test_files/Koma_signal.mrd")
+#         raw = RawAcquisitionData(fraw)
+#         plot_signal(raw, width=800, height=600)
+#         @test true          #If the previous line fails the test will fail
+#     end
+
+#     @testset "GUI_recon" begin
+#         #???
+#     end
+
+# end
diff --git a/KomaMRIPlots/test/GUI_PlutoPlotly_backend_test.jl b/KomaMRIPlots/test/GUI_PlutoPlotly_backend_test.jl
index 4d63016b3..f90cc53a7 100644
--- a/KomaMRIPlots/test/GUI_PlutoPlotly_backend_test.jl
+++ b/KomaMRIPlots/test/GUI_PlutoPlotly_backend_test.jl
@@ -1,29 +1,29 @@
-@testitem "PlutoPlotly" tags=[:plots] begin
-    using KomaMRIBase, PlutoPlotly #Testing package extension
+# @testitem "PlutoPlotly" tags=[:plots] begin
+#     using KomaMRIBase, PlutoPlotly #Testing package extension
 
-    @testset "GUI_seq_PlutoPlotly" begin
-        #KomaCore definition of a sequence:
-        #RF construction
-        sys = Scanner()
-        B1 = sys.B1; durRF = π/2/(2π*γ*B1) #90-degree hard excitation pulse
-        EX = PulseDesigner.RF_hard(B1, durRF, sys; G=[0,0,0])
-        #ACQ construction
-        N = 101
-        FOV = 23e-2
-        EPI = PulseDesigner.EPI(FOV, N, sys)
-        TE = 30e-3
-        d1 = TE-dur(EPI)/2-dur(EX)
-        d1 = d1 > 0 ? d1 : 0
-        if d1 > 0 DELAY = Delay(d1) end
-        #Sequence construction
-        seq = d1 > 0 ? EX + DELAY + EPI : EX + EPI #Only add delay if d1 is positive (enough space)
-        seq.DEF["TE"] = round(d1 > 0 ? TE : TE - d1, digits=4)*1e3
+#     @testset "GUI_seq_PlutoPlotly" begin
+#         #KomaCore definition of a sequence:
+#         #RF construction
+#         sys = Scanner()
+#         B1 = sys.B1; durRF = π/2/(2π*γ*B1) #90-degree hard excitation pulse
+#         EX = PulseDesigner.RF_hard(B1, durRF, sys; G=[0,0,0])
+#         #ACQ construction
+#         N = 101
+#         FOV = 23e-2
+#         EPI = PulseDesigner.EPI(FOV, N, sys)
+#         TE = 30e-3
+#         d1 = TE-dur(EPI)/2-dur(EX)
+#         d1 = d1 > 0 ? d1 : 0
+#         if d1 > 0 DELAY = Delay(d1) end
+#         #Sequence construction
+#         seq = d1 > 0 ? EX + DELAY + EPI : EX + EPI #Only add delay if d1 is positive (enough space)
+#         seq.DEF["TE"] = round(d1 > 0 ? TE : TE - d1, digits=4)*1e3
 
-        @testset "plot_seq_PlutoPlotly" begin
-            #Plot sequence
-            plot_seq(seq)  #Plotting the sequence
-            plot_seq(seq; width=800, height=600, slider=true, show_seq_blocks=true)
-            @test true          #If the previous lines fail the test will fail
-        end
-    end
-end
+#         @testset "plot_seq_PlutoPlotly" begin
+#             #Plot sequence
+#             plot_seq(seq)  #Plotting the sequence
+#             plot_seq(seq; width=800, height=600, slider=true, show_seq_blocks=true)
+#             @test true          #If the previous lines fail the test will fail
+#         end
+#     end
+# end
diff --git a/test/runtests.jl b/test/runtests.jl
index 9806ff246..47f4c8a3a 100644
--- a/test/runtests.jl
+++ b/test/runtests.jl
@@ -1,132 +1,132 @@
-using TestItems, TestItemRunner
+# using TestItems, TestItemRunner
 
-@run_package_tests filter=ti->!(:skipci in ti.tags)&&(:koma in ti.tags) #verbose=true
+# @run_package_tests filter=ti->!(:skipci in ti.tags)&&(:koma in ti.tags) #verbose=true
 
-# include("../KomaMRICore/test/runtests.jl")
-# include("../KomaMRIPlots/test/runtests.jl")
+# # include("../KomaMRICore/test/runtests.jl")
+# # include("../KomaMRIPlots/test/runtests.jl")
 
-@testitem "MRIReco recon" tags=[:koma] begin
-    #Sanity check 1
-    A = rand(5,5,3)
-    B = KomaMRI.fftc(KomaMRI.ifftc(A))
-    @test A ≈ B
+# @testitem "MRIReco recon" tags=[:koma] begin
+#     #Sanity check 1
+#     A = rand(5,5,3)
+#     B = KomaMRI.fftc(KomaMRI.ifftc(A))
+#     @test A ≈ B
     
-    #Sanity check 2
-    B = KomaMRI.ifftc(KomaMRI.fftc(A))
-    @test A ≈ B
+#     #Sanity check 2
+#     B = KomaMRI.ifftc(KomaMRI.fftc(A))
+#     @test A ≈ B
 
-    #MRIReco.jl
-    path = @__DIR__
-    fraw = ISMRMRDFile(path*"/test_files/Koma_signal.mrd")
-    raw = RawAcquisitionData(fraw)
-    acq = AcquisitionData(raw)
+#     #MRIReco.jl
+#     path = @__DIR__
+#     fraw = ISMRMRDFile(path*"/test_files/Koma_signal.mrd")
+#     raw = RawAcquisitionData(fraw)
+#     acq = AcquisitionData(raw)
 
-    @testset "MRIReco_direct" begin
-        Nx, Ny = raw.params["reconSize"][1:2]
-        recParams = Dict{Symbol,Any}(:reco=>"direct", :reconSize=>(Nx,Ny), :densityWeighting=>true)
-        img = reconstruction(acq, recParams)
-        @test true                #If the previous line fails the test will fail
-    end
+#     @testset "MRIReco_direct" begin
+#         Nx, Ny = raw.params["reconSize"][1:2]
+#         recParams = Dict{Symbol,Any}(:reco=>"direct", :reconSize=>(Nx,Ny), :densityWeighting=>true)
+#         img = reconstruction(acq, recParams)
+#         @test true                #If the previous line fails the test will fail
+#     end
 
-    #Test MRIReco regularized recon (with a λ)
-    @testset "MRIReco_standard" begin
-        #???
-    end
+#     #Test MRIReco regularized recon (with a λ)
+#     @testset "MRIReco_standard" begin
+#         #???
+#     end
 
-end
+# end
 
-@testitem "KomaUI" tags=[:koma] begin
+# @testitem "KomaUI" tags=[:koma] begin
 
-    using Blink
+#     using Blink
 
-    # Opens UI
-    w = KomaUI(return_window=true) 
+#     # Opens UI
+#     w = KomaUI(return_window=true) 
 
-    @testset "Open UI" begin
-        @test "index" == @js w document.getElementById("content").dataset.content
-    end
+#     @testset "Open UI" begin
+#         @test "index" == @js w document.getElementById("content").dataset.content
+#     end
 
-    @testset "PulsesGUI" begin
-        @js w document.getElementById("button_pulses_seq").click()
-        @test "sequence" == @js w document.getElementById("content").dataset.content
+#     @testset "PulsesGUI" begin
+#         @js w document.getElementById("button_pulses_seq").click()
+#         @test "sequence" == @js w document.getElementById("content").dataset.content
 
-        @js w document.getElementById("button_pulses_kspace").click()
-        @test "kspace" == @js w document.getElementById("content").dataset.content
+#         @js w document.getElementById("button_pulses_kspace").click()
+#         @test "kspace" == @js w document.getElementById("content").dataset.content
 
-        @js w document.getElementById("button_pulses_M0").click()
-        @test "m0" == @js w document.getElementById("content").dataset.content
+#         @js w document.getElementById("button_pulses_M0").click()
+#         @test "m0" == @js w document.getElementById("content").dataset.content
 
-        @js w document.getElementById("button_pulses_M1").click()
-        @test "m1" == @js w document.getElementById("content").dataset.content
+#         @js w document.getElementById("button_pulses_M1").click()
+#         @test "m1" == @js w document.getElementById("content").dataset.content
 
-        @js w document.getElementById("button_pulses_M2").click()
-        @test "m2" == @js w document.getElementById("content").dataset.content
-    end
+#         @js w document.getElementById("button_pulses_M2").click()
+#         @test "m2" == @js w document.getElementById("content").dataset.content
+#     end
 
-    @testset "PhantomGUI" begin
-        @js w document.getElementById("button_phantom").click()
-        @test "phantom" == @js w document.getElementById("content").dataset.content
-    end
+#     @testset "PhantomGUI" begin
+#         @js w document.getElementById("button_phantom").click()
+#         @test "phantom" == @js w document.getElementById("content").dataset.content
+#     end
 
-    @testset "ParamsGUI" begin
-        @js w document.getElementById("button_scanner").click()
-        @test "scanneparams" == @js w document.getElementById("content").dataset.content
+#     @testset "ParamsGUI" begin
+#         @js w document.getElementById("button_scanner").click()
+#         @test "scanneparams" == @js w document.getElementById("content").dataset.content
 
-        @js w document.getElementById("button_sim_params").click()
-        @test "simparams" == @js w document.getElementById("content").dataset.content
+#         @js w document.getElementById("button_sim_params").click()
+#         @test "simparams" == @js w document.getElementById("content").dataset.content
 
-        @js w document.getElementById("button_rec_params").click()
-        @test "recparams" == @js w document.getElementById("content").dataset.content
-    end
+#         @js w document.getElementById("button_rec_params").click()
+#         @test "recparams" == @js w document.getElementById("content").dataset.content
+#     end
 
-    @testset "Simulation" begin
-        @js w document.getElementById("simulate!").click()
-        @test "sig" == @js w document.getElementById("content").dataset.content
-    end
+#     @testset "Simulation" begin
+#         @js w document.getElementById("simulate!").click()
+#         @test "sig" == @js w document.getElementById("content").dataset.content
+#     end
 
-    @testset "SignalGUI" begin
-        @js w document.getElementById("button_sig").click()
-        @test "sig" == @js w document.getElementById("content").dataset.content
-    end
+#     @testset "SignalGUI" begin
+#         @js w document.getElementById("button_sig").click()
+#         @test "sig" == @js w document.getElementById("content").dataset.content
+#     end
 
-    @testset "Reconstruction" begin
-        @js w document.getElementById("recon!").click()
-        @test "absi" == @js w document.getElementById("content").dataset.content
-    end
+#     @testset "Reconstruction" begin
+#         @js w document.getElementById("recon!").click()
+#         @test "absi" == @js w document.getElementById("content").dataset.content
+#     end
 
-    @testset "ReconGUI" begin
-        @js w document.getElementById("button_reconstruction_absI").click()
-        @test "absi" == @js w document.getElementById("content").dataset.content
+#     @testset "ReconGUI" begin
+#         @js w document.getElementById("button_reconstruction_absI").click()
+#         @test "absi" == @js w document.getElementById("content").dataset.content
 
-        @js w document.getElementById("button_reconstruction_angI").click()
-        @test "angi" == @js w document.getElementById("content").dataset.content
+#         @js w document.getElementById("button_reconstruction_angI").click()
+#         @test "angi" == @js w document.getElementById("content").dataset.content
 
-        @js w document.getElementById("button_reconstruction_absK").click()
-        @test "absk" == @js w document.getElementById("content").dataset.content
-    end
+#         @js w document.getElementById("button_reconstruction_absK").click()
+#         @test "absk" == @js w document.getElementById("content").dataset.content
+#     end
 
-    @testset "ExportToMAT" begin
-        @js w document.getElementById("button_matfolder").click()
-        @test "matfolder" == @js w document.getElementById("content").dataset.content
+#     @testset "ExportToMAT" begin
+#         @js w document.getElementById("button_matfolder").click()
+#         @test "matfolder" == @js w document.getElementById("content").dataset.content
 
-        @js w document.getElementById("button_matfolderseq").click()
-        @test "matfolderseq" == @js w document.getElementById("content").dataset.content
+#         @js w document.getElementById("button_matfolderseq").click()
+#         @test "matfolderseq" == @js w document.getElementById("content").dataset.content
 
-        @js w document.getElementById("button_matfolderpha").click()
-        @test "matfolderpha" == @js w document.getElementById("content").dataset.content
+#         @js w document.getElementById("button_matfolderpha").click()
+#         @test "matfolderpha" == @js w document.getElementById("content").dataset.content
 
-        @js w document.getElementById("button_matfoldersca").click()
-        @test "matfoldersca" == @js w document.getElementById("content").dataset.content
+#         @js w document.getElementById("button_matfoldersca").click()
+#         @test "matfoldersca" == @js w document.getElementById("content").dataset.content
 
-        @js w document.getElementById("button_matfolderraw").click()
-        @test "matfolderraw" == @js w document.getElementById("content").dataset.content
+#         @js w document.getElementById("button_matfolderraw").click()
+#         @test "matfolderraw" == @js w document.getElementById("content").dataset.content
 
-        @js w document.getElementById("button_matfolderima").click()
-        @test "matfolderima" == @js w document.getElementById("content").dataset.content
-    end
+#         @js w document.getElementById("button_matfolderima").click()
+#         @test "matfolderima" == @js w document.getElementById("content").dataset.content
+#     end
 
-    if !isnothing(w)
-        close(w)
-    end
+#     if !isnothing(w)
+#         close(w)
+#     end
 
-end
+# end

From 04c7c2f1ed21802cfc4b2ab5ce37328792348ebd Mon Sep 17 00:00:00 2001
From: Pablo Villacorta Aylagas <pablo.villacorta@uva.es>
Date: Wed, 1 May 2024 14:16:19 +0200
Subject: [PATCH 08/51] Revert comments

---
 KomaMRIBase/test/runtests.jl                  | 1118 ++++++++--------
 KomaMRICore/test/runtests.jl                  | 1190 ++++++++---------
 KomaMRIFiles/test/runtests.jl                 |  230 ++--
 .../test/GUI_PlotlyJS_backend_test.jl         |  270 ++--
 .../test/GUI_PlutoPlotly_backend_test.jl      |   54 +-
 test/runtests.jl                              |  194 +--
 6 files changed, 1528 insertions(+), 1528 deletions(-)

diff --git a/KomaMRIBase/test/runtests.jl b/KomaMRIBase/test/runtests.jl
index f15bfaca2..555e0f438 100644
--- a/KomaMRIBase/test/runtests.jl
+++ b/KomaMRIBase/test/runtests.jl
@@ -1,559 +1,559 @@
-using TestItems, TestItemRunner
-
-@run_package_tests filter=t_start->!(:skipci in t_start.tags)&&(:base in t_start.tags) #verbose=true
-
-@testitem "Sequence" tags=[:base] begin
-    @testset "Init" begin
-        sys = Scanner()
-        B1 = sys.B1; durRF = π/2/(2π*γ*B1) #90-degree hard excitation pulse
-        EX = PulseDesigner.RF_hard(B1, durRF, sys; G=[0.0,0.0,0.0])
-        @test dur(EX) ≈ durRF #RF length matches what is supposed to be
-
-        #ACQ construction
-        N = 101
-        FOV = 23e-2
-        EPI = PulseDesigner.EPI(FOV, N, sys)
-        TE = 30e-3
-        d1 = TE-dur(EPI)/2-dur(EX)
-        d1 = d1 > 0 ? d1 : 0.0
-        if d1 > 0 DELAY = Delay(d1) end
-
-        #Sequence construction
-        seq = d1 > 0 ? EX + DELAY + EPI : EX + EPI #Only add delay if d1 is positive (enough space)
-        seq.DEF["TE"] = round(d1 > 0 ? TE : TE - d1, digits=4)*1e3
-        @test dur(seq) ≈ dur(EX) + d1 + dur(EPI) #Sequence duration matches what is supposed to be
-    end
-
-    @testset "Rot_and_Concat" begin
-        # Rotation 2D case
-        A1, A2, T, t = rand(4)
-        s = Sequence([Grad(A1,T);
-                    Grad(A2,T)])
-        θ = π*t
-        R = rotz(θ)
-        s2 = R*s #Matrix-Matrix{Grad} multiplication
-        GR2 = R*s.GR.A #Matrix-vector multiplication
-        @test s2.GR.A ≈ GR2
-        # Rotation 3D case
-        T, t1, t2, t3 = rand(4)
-        N = 100
-        GR = [Grad(rand(),T) for i=1:3, j=1:N]
-        s = Sequence(GR)
-        α, β, γ = π*t1, π*t2, π*t3
-        Rx = rotx(α)
-        Ry = roty(β)
-        Rz = rotz(γ)
-        R = Rx*Ry*Rz
-        s2 = R*s #Matrix-Matrix{Grad} multiplication
-        GR2 = R*s.GR.A #Matrix-vector multiplication
-        @test s2.GR.A ≈ GR2
-
-        # Concatenation of sequences
-        A1, A2, A3, T1 = rand(4)
-        s1 = Sequence([Grad(A1,T1);
-                    Grad(A2,T1)],
-                        [RF(A3,T1)])
-        B1, B2, B3, T2 = rand(4)
-        s2 = Sequence([Grad(B1,T2);
-                    Grad(B2,T2)],
-                        [RF(B3,T2)])
-        s = s1 + s2
-        @test s.GR.A ≈ [s1.GR.A s2.GR.A]
-        @test s.RF.A ≈ [s1.RF.A s2.RF.A]
-        @test s.ADC.N ≈ [s1.ADC.N ; s2.ADC.N]
-    end
-
-    @testset "Grad" begin
-        #Testing gradient concatenation, breakes in some Julia versions
-        A1, A2, T = rand(3)
-        g1, g2 = Grad(A1,T), Grad(A2,T)
-        GR = [g1;g2;;]
-        GR2 = reshape([g1;g2],:,1)
-        @test GR.A ≈ GR2.A
-
-        #Sanity checks of contructors (A [T], T[s], rise[s], fall[s], delay[s])
-        A, T = 0.1, 1e-3
-        grad = Grad(A, T)
-
-        A, T = rand(2)
-        g1, g2 = Grad(A,T), Grad(A,T,0.0,0.0,0.0)
-        @test g1 ≈ g2
-
-        A, T, ζ = rand(3)
-        g1, g2 = Grad(A,T,ζ), Grad(A,T,ζ,ζ,0.0)
-        @test g1 ≈ g2
-
-        A, T, delay, ζ = rand(4)
-        g1, g2 = Grad(A,T,ζ,delay), Grad(A,T,ζ,ζ,delay)
-        @test g1 ≈ g2
-
-        # Test construction with shape function
-        T, N = 1e-3, 100
-        f = t -> sin(π*t / T)
-        gradw = Grad(f, T, N)
-        @test gradw.A ≈ f.(range(0.0, T; length=N))
-
-        # Test Grad operations
-        α = 3
-        gradt = α * grad
-        @test size(grad, 1) == 1
-        @test gradt.A ≈ α * grad.A
-        gradt = grad * α
-        @test gradt.A ≈ α * grad.A
-        gradt = grad / α
-        @test gradt.A ≈ grad.A / α
-        grads = grad + gradt
-        @test grads.A ≈ grad.A + gradt.A
-        A1, A2, A3 = 0.1, 0.2, 0.3
-        v1 = [Grad(A1,T); Grad(A2,T); Grad(A3,T)]
-        v2 = [Grad(A2,T); Grad(A3,T); Grad(A1,T)]
-        v3 = v1 + v2
-        @test [v3[i].A for i=1:length(v3)] ≈ [v1[i].A + v2[i].A for i=1:length(v1)]
-        gradr = grad - gradt
-        @test gradr.A ≈ grad.A - gradt.A
-        gradt = -grad
-        @test gradt.A ≈ -grad.A
-        vc = vcat(v1, v2)
-        @test [vc[1,j].A for j=1:length(v1)] ≈ [v1[i].A for i=1:length(v1)]
-        @test [vc[2,j].A for j=1:length(v2)] ≈ [v2[i].A for i=1:length(v2)]
-        vc = vcat(v1, v2, v3)
-        @test [vc[1,j].A for j=1:length(v1)] ≈ [v1[i].A for i=1:length(v1)]
-        @test [vc[2,j].A for j=1:length(v2)] ≈ [v2[i].A for i=1:length(v2)]
-        @test [vc[3,j].A for j=1:length(v3)] ≈ [v3[i].A for i=1:length(v3)]
-        delay, rise, T, fall = 1e-6, 2e-6, 10e-3, 3e-6
-        gr = Grad(A, T, rise, fall, delay)
-        @test dur(gr) ≈ delay + rise + T + fall
-        T1, T2, T3 = 1e-3, 2e-3, 3e-3
-        vt = [Grad(A1,T1); Grad(A2,T2); Grad(A3,T3)]
-        @test dur(vt) ≈ [maximum([T1, T2, T3])]
-
-        # Just checking to ensure that show() doesn't get stuck and that it is covered
-        show(IOBuffer(), "text/plain", grad)
-        @test true
-
-    end
-
-    @testset "RF" begin
-        #Testing gradient concatenation, breakes in some Julia versions
-        A1, A2, T = rand(3)
-        r1, r2 = RF(A1,T), RF(A2,T)
-        R = [r1;r2;;]
-        R2 = reshape([r1;r2],:,1)
-        @test R.A ≈ R2.A
-
-        #Sanity checks of constructors (A [T], T [s], Δf[Hz], delay [s])
-        A, T = rand(2)
-        r1, r2 = RF(A,T), RF(A,T,0.0,0.0)
-        @test r1 ≈ r2
-
-        A, T, Δf = rand(3)
-        r1, r2 = RF(A,T,Δf), RF(A,T,Δf,0.0)
-        @test r1 ≈ r2
-
-        # Just checking to ensure that show() doesn't get stuck and that it is covered
-        show(IOBuffer(), "text/plain", r1)
-        @test true
-
-        # Test Grad operations
-        B1x, B1y, T = rand(3)
-        A = B1x + im*B1y
-        α = Complex(rand())
-        rf = RF(A, T)
-        rft = α * rf
-        @test size(rf, 1) == 1
-        @test rft.A ≈ α * rf.A
-        @test dur(rf) ≈ rf.T
-        B1x, B1y, B2x, B2y, B3x, B3y, T1, T2, T3 = rand(9)
-        rf1, rf2, rf3 = RF(B1x + im*B1y, T1), RF(B1x + im*B1y, T2), RF(B3x + im*B3y, T3)
-        rv = [rf1; rf2; rf3]
-        @test dur(rv) ≈ sum(dur.(rv))
-
-    end
-
-    @testset "Delay" begin
-
-        # Test delay construction
-        T = 1e-3
-        delay = Delay(T)
-        @test delay.T ≈ T
-
-        # Test delay construction error for negative values
-        err = Nothing
-        try Delay(-T) catch err end
-        @test err isa ErrorException
-
-        # Just checking to ensure that show() doesn't get stuck and that it is covered
-        show(IOBuffer(), "text/plain", delay)
-        @test true
-
-        # Test addition of a delay to a sequence
-        seq = Sequence([Grad(0.0, 0.0)])
-        ds = delay + seq
-        @test dur(ds[1]) ≈ delay.T && dur(ds[2]) ≈ .0
-        sd = seq + delay
-        @test dur(sd[1]) ≈ .0 && dur(sd[2]) ≈ delay.T
-
-    end
-    @testset "ADC" begin
-
-        # Test ADC construction
-        N, T, delay, Δf, ϕ  = 64, 1e-3, 2e-3, 1e-6, .25*π
-        adc = ADC(N, T, delay, Δf, ϕ)
-
-        adc1, adc2 = ADC(N, T), ADC(N,T,0,0,0)
-        @test adc1 ≈ adc2
-
-        adc1, adc2 = ADC(N, T, delay), ADC(N, T, delay, 0, 0)
-        @test adc1 ≈ adc2
-
-        adc1, adc2 = ADC(N, T, delay, Δf, ϕ), ADC(N, T, delay, Δf, ϕ)
-        @test adc1 ≈ adc2
-
-        # Test ADC construction errors for negative values
-        err = Nothing
-        try ADC(N, -T) catch err end
-        @test err isa ErrorException
-        try ADC(N, -T,  delay) catch err end
-        @test err isa ErrorException
-        try ADC(N,  T, -delay) catch err end
-        @test err isa ErrorException
-        try ADC(N, -T, -delay) catch err end
-        @test err isa ErrorException
-        try ADC(N, -T,  delay, Δf, ϕ) catch err end
-        @test err isa ErrorException
-        try ADC(N,  T, -delay, Δf, ϕ) catch err end
-        @test err isa ErrorException
-        try ADC(N, -T, -delay, Δf, ϕ) catch err end
-        @test err isa ErrorException
-
-        # Test ADC getproperties
-        Nb, Tb, delayb, Δfb, ϕb  = 128, 2e-3, 4e-3, 2e-6, .125*π
-        adb = ADC(Nb, Tb, delayb, Δfb, ϕb)
-        adcs = [adc, adb]
-        @test adcs.N ≈ [adc.N, adb.N] && adcs.T ≈ [adc.T, adb.T] && adcs.delay ≈ [adc.delay, adb.delay]
-        @test adcs.Δf ≈ [adc.Δf, adb.Δf] && adcs.ϕ ≈ [adc.ϕ, adb.ϕ] && adcs.dur ≈ [adc.T + adc.delay, adb.T + adb.delay]
-
-    end
-
-    @testset "DiscreteSequence" begin
-        path = joinpath(@__DIR__, "test_files")
-        seq = PulseDesigner.EPI_example()
-        sampling_params = KomaMRIBase.default_sampling_params()
-        t, Δt = KomaMRIBase.get_variable_times(seq; Δt=sampling_params["Δt"], Δt_rf=sampling_params["Δt_rf"])
-        seqd = KomaMRIBase.discretize(seq)
-        i1, i2 = rand(1:Int(floor(0.5*length(seqd)))), rand(Int(ceil(0.5*length(seqd))):length(seqd))
-        @test seqd[i1].t ≈ [t[i1]]
-        @test seqd[i1:i2-1].t ≈ t[i1:i2]
-
-        T, N = 1.0, 4
-        seq = RF(1.0e-6, 1.0)
-        seq += Sequence([Grad(1.0e-3, 1.0)])
-        seq += ADC(N, 1.0)
-        sampling_params = KomaMRIBase.default_sampling_params()
-        sampling_params["Δt"], sampling_params["Δt_rf"] = T/N, T/N
-        seqd1 = KomaMRIBase.discretize(seq[1]; sampling_params)
-        seqd2 = KomaMRIBase.discretize(seq[2]; sampling_params)
-        seqd3 = KomaMRIBase.discretize(seq[3]; sampling_params)
-        # Block 1
-        @test is_RF_on(seq[1]) == is_RF_on(seqd1)
-        @test is_GR_on(seq[1]) == is_GR_on(seqd1)
-        @test is_ADC_on(seq[1]) == is_ADC_on(seqd1)
-        # Block 2
-        @test is_RF_on(seq[2]) == is_RF_on(seqd2)
-        @test is_GR_on(seq[2]) == is_GR_on(seqd2)
-        @test is_ADC_on(seq[2]) == is_ADC_on(seqd2)
-        # Block 3
-        @test is_RF_on(seq[3]) == is_RF_on(seqd3)
-        @test is_GR_on(seq[3]) == is_GR_on(seqd3)
-        @test is_ADC_on(seq[3]) == is_ADC_on(seqd3)
-        @test KomaMRIBase.is_GR_off(seqd) ==  !KomaMRIBase.is_GR_on(seqd)
-        @test KomaMRIBase.is_RF_off(seqd) ==  !KomaMRIBase.is_RF_on(seqd)
-        @test KomaMRIBase.is_ADC_off(seqd) == !KomaMRIBase.is_ADC_on(seqd)
-    end
-
-    @testset "SequenceFunctions" begin
-        path = joinpath(@__DIR__, "test_files")
-        seq = PulseDesigner.EPI_example()
-        t, Δt = KomaMRIBase.get_variable_times(seq; Δt=1)
-        t_adc =  KomaMRIBase.get_adc_sampling_times(seq)
-        M2, M2_adc = KomaMRIBase.get_slew_rate(seq)
-        M2eddy, M2eddy_adc = KomaMRIBase.get_eddy_currents(seq)
-        Gx, Gy, Gz = KomaMRIBase.get_grads(seq, t)
-        Gmx, Gmy, Gmz = KomaMRIBase.get_grads(seq, reshape(t, 1, :))
-        @test reshape(Gmx, :, 1) ≈ Gx && reshape(Gmy, :, 1) ≈ Gy && reshape(Gmz, :, 1) ≈ Gz
-        @test is_ADC_on(seq) == is_ADC_on(seq, t)
-        @test is_RF_on(seq) == is_RF_on(seq, t)
-        @test KomaMRIBase.is_Delay(seq) == !(is_GR_on(seq) || is_RF_on(seq) || is_ADC_on(seq))
-        @test size(M2, 1) == length(Δt) && size(M2_adc, 1) == length(t_adc)
-        @test size(M2eddy, 1) == length(Δt) && size(M2eddy_adc, 1) == length(t_adc)
-
-        # Just checking to ensure that show() doesn't get stuck and that it is covered
-        show(IOBuffer(), "text/plain", seq)
-        @test true
-
-        α = rand()
-        c = α + im*rand()
-        x = seq
-        y = PulseDesigner.EPI_example()
-        z = x + y
-        @test z.GR.A ≈ [x.GR  y.GR].A && z.RF.A ≈ [x.RF y.RF].A && z.ADC.N ≈ [x.ADC; y.ADC].N
-        z = x - y
-        @test z.GR.A ≈ [x.GR  -y.GR].A
-        z = -x
-        @test z.GR.A ≈ -x.GR.A
-        z = x * α
-        @test z.GR.A ≈ α*x.GR.A
-        z = α * x
-        @test z.GR.A ≈ α*x.GR.A
-        z = x * c
-        @test z.RF.A ≈ c*x.RF.A
-        z = c * x
-        @test z.RF.A ≈ c*x.RF.A
-        z = x / α
-        @test z.GR.A ≈ x.GR.A/α
-        @test size(y) == size(y.GR[1,:])
-        z = x + x.GR[3,1]
-        @test z.GR.A[1, end] ≈ x.GR[3,1].A
-        z = x.GR[3,1] + x
-        @test z.GR.A[1, 1] ≈ x.GR[3,1].A
-        z = x + x.RF[1,1]
-        @test z.RF.A[1, end] ≈ x.RF[1,1].A
-        z = x.RF[1,1] + x
-        @test z.RF.A[1, 1] ≈ x.RF[1,1].A
-        z = x + x.ADC[3,1]
-        @test z.ADC.N[end] ≈ x.ADC[3,1].N
-        z = x.ADC[3,1] + x
-        @test z.ADC.N[1] ≈ x.ADC[3,1].N
-    end
-
-end
-
-@testitem "PulseDesigner" tags=[:base] begin
-    @testset "RF_sinc" begin
-        sys = Scanner()
-        B1 = 23.4e-6 # For 90 deg flip angle
-        Trf = 1e-3
-        rf = PulseDesigner.RF_sinc(B1, Trf, sys; TBP=4)
-        @test round(KomaMRIBase.get_flip_angles(rf)[1]) ≈ 90
-    end
-    @testset "Spiral" begin
-        sys = Scanner()
-        sys.Smax = 150    # [mT/m/ms]
-        sys.Gmax = 500e-3 # [T/m]
-        sys.GR_Δt = 4e-6  # [s]
-        FOV = 0.2       # [m]
-        N = 80          # Reconstructed image N×N
-        Nint = 8
-        λ = 2.1
-        spiral = PulseDesigner.spiral_base(FOV, N, sys; λ=λ, BW=120e3, Nint)
-        # Look at the k_space generated
-        @test spiral(0).DEF["λ"] ≈ λ
-    end
-    @testset "Radial" begin
-        sys = Scanner()
-        N = 80
-        Nspokes = ceil(Int64, π/2 * N ) #Nyquist in the radial direction
-        FOV = 0.2
-        spoke = PulseDesigner.radial_base(FOV, N, sys)
-        @test spoke.DEF["Δθ"] ≈ π / Nspokes
-    end
-end
-
-@testitem "Phantom" tags = [:base] begin
-    using Suppressor
-    # Test phantom struct creation
-    name = "Bulks"
-    x = [-2e-3; -1e-3; 0.0; 1e-3; 2e-3]
-    y = [-4e-3; -2e-3; 0.0; 2e-3; 4e-3]
-    z = [-6e-3; -3e-3; 0.0; 3e-3; 6e-3]
-    ρ = [0.2; 0.4; 0.6; 0.8; 1.0]
-    T1 = [0.9; 0.9; 0.5; 0.25; 0.4]
-    T2 = [0.09; 0.05; 0.04; 0.07; 0.005]
-    T2s = [0.1; 0.06; 0.05; 0.08; 0.015]
-    Δw = [-2e-6; -1e-6; 0.0; 1e-6; 2e-6]
-    Dλ1 = [-4e-6; -2e-6; 0.0; 2e-6; 4e-6]
-    Dλ2 = [-6e-6; -3e-6; 0.0; 3e-6; 6e-6]
-    Dθ = [-8e-6; -4e-6; 0.0; 4e-6; 8e-6]
-    obj1 = Phantom(name=name, x=x, y=y, z=z, ρ=ρ, T1=T1, T2=T2, T2s=T2s, Δw=Δw, Dλ1=Dλ1, Dλ2=Dλ2, Dθ=Dθ)
-    obj2 = Phantom(name=name, x=x, y=y, z=z, ρ=ρ, T1=T1, T2=T2, T2s=T2s, Δw=Δw, Dλ1=Dλ1, Dλ2=Dλ2, Dθ=Dθ)
-    @test obj1 == obj2
-
-    # Test size and length definitions of a phantom
-    @test size(obj1) == size(ρ)
-    @test length(obj1) == length(ρ)
-
-    # Test obtaining spin psositions 
-    @testset "SimpleMotion" begin
-        ph = Phantom(x=[1.0], y=[1.0])
-        t_start=0.0; t_end=1.0 
-        t = collect(range(t_start, t_end, 11))
-        period = 2.0
-        asymmetry = 0.5
-        # Translation
-        dx, dy, dz = [1.0, 0.0, 0.0]
-        vx, vy, vz = [dx, dy, dz] ./ (t_end - t_start)
-        translation = SimpleMotion([Translation(dx, dy, dz, t_start, t_end)])
-        xt, yt, zt = get_spin_coords(translation, ph.x, ph.y, ph.z, t')
-        @test xt == ph.x .+ vx.*t'
-        @test yt == ph.y .+ vy.*t'
-        @test zt == ph.z .+ vz.*t'
-        # PeriodicTranslation
-        periodictranslation = SimpleMotion([PeriodicTranslation(dx, dy, dz, period, asymmetry)])
-        xt, yt, zt = get_spin_coords(periodictranslation, ph.x, ph.y, ph.z, t')
-        @test xt == ph.x .+ vx.*t'
-        @test yt == ph.y .+ vy.*t'
-        @test zt == ph.z .+ vz.*t'
-        # Rotation (2D)
-        pitch = 0.0
-        roll = 0.0
-        yaw = 45.0
-        rotation = SimpleMotion([Rotation(pitch, roll, yaw, t_start, t_end)])
-        xt, yt, zt = get_spin_coords(rotation, ph.x, ph.y, ph.z, t')
-        @test xt[:,end] == ph.x .* cosd(yaw) - ph.y .* sind(yaw)
-        @test yt[:,end] == ph.x .* sind(yaw) + ph.y .* cosd(yaw)
-        @test zt[:,end] == ph.z
-        # PeriodicRotation (2D)
-        periodicrotation = SimpleMotion([PeriodicRotation(pitch, roll, yaw, period, asymmetry)])
-        xt, yt, zt = get_spin_coords(periodicrotation, ph.x, ph.y, ph.z, t')
-        @test xt[:,end] == ph.x .* cosd(yaw) - ph.y .* sind(yaw)
-        @test yt[:,end] == ph.x .* sind(yaw) + ph.y .* cosd(yaw)
-        @test zt[:,end] == ph.z
-        # HeartBeat
-        circumferential_strain = -0.1
-        radial_strain = 0.0
-        longitudinal_strain = -0.1
-        heartbeat = SimpleMotion([HeartBeat(circumferential_strain, radial_strain, longitudinal_strain, t_start, t_end)])
-        xt, yt, zt = get_spin_coords(heartbeat, ph.x, ph.y, ph.z, t')
-        r = sqrt.(ph.x .^ 2 + ph.y .^ 2)
-        θ = atan.(ph.y, ph.x)
-        @test xt[:,end] == ph.x .* (1 .+ circumferential_strain * maximum(r) .* cos.(θ))
-        @test yt[:,end] == ph.y .* (1 .+ circumferential_strain * maximum(r) .* sin.(θ))
-        @test zt[:,end] == ph.z .* (1 .+ longitudinal_strain)
-        # PeriodicHeartBeat
-        periodicheartbeat = SimpleMotion([PeriodicHeartBeat(circumferential_strain, radial_strain, longitudinal_strain, period, asymmetry)])
-        xt, yt, zt = get_spin_coords(heartbeat, ph.x, ph.y, ph.z, t')
-        @test xt[:,end] == ph.x .* (1 .+ circumferential_strain * maximum(r) .* cos.(θ))
-        @test yt[:,end] == ph.y .* (1 .+ circumferential_strain * maximum(r) .* sin.(θ))
-        @test zt[:,end] == ph.z .* (1 .+ longitudinal_strain)
-    end
-    @testset "ArbitraryMotion" begin
-        ph = Phantom(x=[1.0], y=[1.0])
-        Ns = length(ph)
-        period_durations = [1.0]
-        num_pieces = 10
-        dx = dy = dz = rand(Ns, num_pieces - 1)
-        arbitrarymotion = @suppress ArbitraryMotion(period_durations, dx, dy, dz)
-        t = times(arbitrarymotion)
-        xt, yt, zt = get_spin_coords(arbitrarymotion, ph.x, ph.y, ph.z, t')
-        @test xt[:,2:end-1] == ph.x .+ dx
-        @test yt[:,2:end-1] == ph.y .+ dy
-        @test zt[:,2:end-1] == ph.z .+ dz
-    end
-
-    simplemotion = SimpleMotion([
-        PeriodicTranslation(dx=0.05, dy=0.05, dz=0.0, period=0.5, asymmetry=0.5),
-        Rotation(pitch=0.0, roll=0.0, yaw=π / 2, t_start=0.05, t_end=0.5),
-    ])
-
-    Ns = length(obj1)
-    K = 10
-    arbitrarymotion = @suppress ArbitraryMotion([1.0], 0.01 .* rand(Ns, K - 1), 0.01 .* rand(Ns, K - 1), 0.01 .* rand(Ns, K - 1))
-
-    # Test phantom subset
-    obs1 = Phantom(
-        name,
-        x,
-        y,
-        z,
-        ρ,
-        T1,
-        T2,
-        T2s,
-        Δw,
-        Dλ1,
-        Dλ2,
-        Dθ,
-        simplemotion
-    )
-    rng = 1:2:5
-    obs2 = Phantom(
-        name,
-        x[rng],
-        y[rng],
-        z[rng],
-        ρ[rng],
-        T1[rng],
-        T2[rng],
-        T2s[rng],
-        Δw[rng],
-        Dλ1[rng],
-        Dλ2[rng],
-        Dθ[rng],
-        simplemotion[rng],
-    )
-    @test obs1[rng] == obs2
-    @test @view(obs1[rng]) == obs2
-
-    obs1.motion = arbitrarymotion
-    obs2.motion = arbitrarymotion[rng]
-    @test obs1[rng] == obs2
-    # @test @view(obs1[rng]) == obs2
-
-    # Test addition of phantoms
-    oba = Phantom(
-        name,
-        [x; x[rng]],
-        [y; y[rng]],
-        [z; z[rng]],
-        [ρ; ρ[rng]],
-        [T1; T1[rng]],
-        [T2; T2[rng]],
-        [T2s; T2s[rng]],
-        [Δw; Δw[rng]],
-        [Dλ1; Dλ1[rng]],
-        [Dλ2; Dλ2[rng]],
-        [Dθ; Dθ[rng]],
-        [obs1.motion; obs2.motion]
-    )
-    @test obs1 + obs2 == oba
-
-    # Test scalar multiplication of a phantom
-    c = 7
-    obc = Phantom(name=name, x=x, y=y, z=z, ρ=c*ρ, T1=T1, T2=T2, T2s=T2s, Δw=Δw, Dλ1=Dλ1, Dλ2=Dλ2, Dθ=Dθ)
-    @test c * obj1 == obc
-
-    #Test brain phantom 2D
-    ph = brain_phantom2D()
-    @test ph.name == "brain2D_axial"
-    @test KomaMRIBase.get_dims(ph) == Bool[1, 1, 0]
-
-    #Test brain phantom 3D
-    ph = brain_phantom3D()
-    @test ph.name == "brain3D"
-    @test KomaMRIBase.get_dims(ph) == Bool[1, 1, 1]
-
-    #Test pelvis phantom 2D
-    ph = pelvis_phantom2D()
-    @test ph.name == "pelvis2D"
-    @test KomaMRIBase.get_dims(ph) == Bool[1, 1, 0]
-
-    #Test heart phantom
-    ph = heart_phantom()
-    @test ph.name == "LeftVentricle"
-    @test KomaMRIBase.get_dims(ph) == Bool[1, 1, 0]
-end
-
-@testitem "Scanner" tags=[:base] begin
-    B0, B1, Gmax, Smax = 1.5, 10e-6, 60e-3, 500
-    ADC_Δt, seq_Δt, GR_Δt, RF_Δt = 2e-6, 1e-5, 1e-5, 1e-6
-    RF_ring_down_T, RF_dead_time_T, ADC_dead_time_T = 20e-6, 100e-6, 10e-6
-    sys = Scanner(B0, B1, Gmax, Smax, ADC_Δt, seq_Δt, GR_Δt, RF_Δt, RF_ring_down_T, RF_dead_time_T, ADC_dead_time_T)
-    @test sys.B0 ≈ B0 && sys.B1 ≈ B1 && sys.Gmax ≈ Gmax && sys.Smax ≈ Smax
-end
-
-@testitem "TrapezoidalIntegration" tags=[:base] begin
-    dt = Float64[1 1 1 1]
-    x  = Float64[0 1 2 1 0]
-    @test KomaMRIBase.trapz(dt, x)[1] ≈ 4 #Triangle area = bh/2, with b = 4 and h = 2
-    @test KomaMRIBase.cumtrapz(dt, x) ≈ [0.5 2 3.5 4]
-end
+# using TestItems, TestItemRunner
+
+# @run_package_tests filter=t_start->!(:skipci in t_start.tags)&&(:base in t_start.tags) #verbose=true
+
+# @testitem "Sequence" tags=[:base] begin
+#     @testset "Init" begin
+#         sys = Scanner()
+#         B1 = sys.B1; durRF = π/2/(2π*γ*B1) #90-degree hard excitation pulse
+#         EX = PulseDesigner.RF_hard(B1, durRF, sys; G=[0.0,0.0,0.0])
+#         @test dur(EX) ≈ durRF #RF length matches what is supposed to be
+
+#         #ACQ construction
+#         N = 101
+#         FOV = 23e-2
+#         EPI = PulseDesigner.EPI(FOV, N, sys)
+#         TE = 30e-3
+#         d1 = TE-dur(EPI)/2-dur(EX)
+#         d1 = d1 > 0 ? d1 : 0.0
+#         if d1 > 0 DELAY = Delay(d1) end
+
+#         #Sequence construction
+#         seq = d1 > 0 ? EX + DELAY + EPI : EX + EPI #Only add delay if d1 is positive (enough space)
+#         seq.DEF["TE"] = round(d1 > 0 ? TE : TE - d1, digits=4)*1e3
+#         @test dur(seq) ≈ dur(EX) + d1 + dur(EPI) #Sequence duration matches what is supposed to be
+#     end
+
+#     @testset "Rot_and_Concat" begin
+#         # Rotation 2D case
+#         A1, A2, T, t = rand(4)
+#         s = Sequence([Grad(A1,T);
+#                     Grad(A2,T)])
+#         θ = π*t
+#         R = rotz(θ)
+#         s2 = R*s #Matrix-Matrix{Grad} multiplication
+#         GR2 = R*s.GR.A #Matrix-vector multiplication
+#         @test s2.GR.A ≈ GR2
+#         # Rotation 3D case
+#         T, t1, t2, t3 = rand(4)
+#         N = 100
+#         GR = [Grad(rand(),T) for i=1:3, j=1:N]
+#         s = Sequence(GR)
+#         α, β, γ = π*t1, π*t2, π*t3
+#         Rx = rotx(α)
+#         Ry = roty(β)
+#         Rz = rotz(γ)
+#         R = Rx*Ry*Rz
+#         s2 = R*s #Matrix-Matrix{Grad} multiplication
+#         GR2 = R*s.GR.A #Matrix-vector multiplication
+#         @test s2.GR.A ≈ GR2
+
+#         # Concatenation of sequences
+#         A1, A2, A3, T1 = rand(4)
+#         s1 = Sequence([Grad(A1,T1);
+#                     Grad(A2,T1)],
+#                         [RF(A3,T1)])
+#         B1, B2, B3, T2 = rand(4)
+#         s2 = Sequence([Grad(B1,T2);
+#                     Grad(B2,T2)],
+#                         [RF(B3,T2)])
+#         s = s1 + s2
+#         @test s.GR.A ≈ [s1.GR.A s2.GR.A]
+#         @test s.RF.A ≈ [s1.RF.A s2.RF.A]
+#         @test s.ADC.N ≈ [s1.ADC.N ; s2.ADC.N]
+#     end
+
+#     @testset "Grad" begin
+#         #Testing gradient concatenation, breakes in some Julia versions
+#         A1, A2, T = rand(3)
+#         g1, g2 = Grad(A1,T), Grad(A2,T)
+#         GR = [g1;g2;;]
+#         GR2 = reshape([g1;g2],:,1)
+#         @test GR.A ≈ GR2.A
+
+#         #Sanity checks of contructors (A [T], T[s], rise[s], fall[s], delay[s])
+#         A, T = 0.1, 1e-3
+#         grad = Grad(A, T)
+
+#         A, T = rand(2)
+#         g1, g2 = Grad(A,T), Grad(A,T,0.0,0.0,0.0)
+#         @test g1 ≈ g2
+
+#         A, T, ζ = rand(3)
+#         g1, g2 = Grad(A,T,ζ), Grad(A,T,ζ,ζ,0.0)
+#         @test g1 ≈ g2
+
+#         A, T, delay, ζ = rand(4)
+#         g1, g2 = Grad(A,T,ζ,delay), Grad(A,T,ζ,ζ,delay)
+#         @test g1 ≈ g2
+
+#         # Test construction with shape function
+#         T, N = 1e-3, 100
+#         f = t -> sin(π*t / T)
+#         gradw = Grad(f, T, N)
+#         @test gradw.A ≈ f.(range(0.0, T; length=N))
+
+#         # Test Grad operations
+#         α = 3
+#         gradt = α * grad
+#         @test size(grad, 1) == 1
+#         @test gradt.A ≈ α * grad.A
+#         gradt = grad * α
+#         @test gradt.A ≈ α * grad.A
+#         gradt = grad / α
+#         @test gradt.A ≈ grad.A / α
+#         grads = grad + gradt
+#         @test grads.A ≈ grad.A + gradt.A
+#         A1, A2, A3 = 0.1, 0.2, 0.3
+#         v1 = [Grad(A1,T); Grad(A2,T); Grad(A3,T)]
+#         v2 = [Grad(A2,T); Grad(A3,T); Grad(A1,T)]
+#         v3 = v1 + v2
+#         @test [v3[i].A for i=1:length(v3)] ≈ [v1[i].A + v2[i].A for i=1:length(v1)]
+#         gradr = grad - gradt
+#         @test gradr.A ≈ grad.A - gradt.A
+#         gradt = -grad
+#         @test gradt.A ≈ -grad.A
+#         vc = vcat(v1, v2)
+#         @test [vc[1,j].A for j=1:length(v1)] ≈ [v1[i].A for i=1:length(v1)]
+#         @test [vc[2,j].A for j=1:length(v2)] ≈ [v2[i].A for i=1:length(v2)]
+#         vc = vcat(v1, v2, v3)
+#         @test [vc[1,j].A for j=1:length(v1)] ≈ [v1[i].A for i=1:length(v1)]
+#         @test [vc[2,j].A for j=1:length(v2)] ≈ [v2[i].A for i=1:length(v2)]
+#         @test [vc[3,j].A for j=1:length(v3)] ≈ [v3[i].A for i=1:length(v3)]
+#         delay, rise, T, fall = 1e-6, 2e-6, 10e-3, 3e-6
+#         gr = Grad(A, T, rise, fall, delay)
+#         @test dur(gr) ≈ delay + rise + T + fall
+#         T1, T2, T3 = 1e-3, 2e-3, 3e-3
+#         vt = [Grad(A1,T1); Grad(A2,T2); Grad(A3,T3)]
+#         @test dur(vt) ≈ [maximum([T1, T2, T3])]
+
+#         # Just checking to ensure that show() doesn't get stuck and that it is covered
+#         show(IOBuffer(), "text/plain", grad)
+#         @test true
+
+#     end
+
+#     @testset "RF" begin
+#         #Testing gradient concatenation, breakes in some Julia versions
+#         A1, A2, T = rand(3)
+#         r1, r2 = RF(A1,T), RF(A2,T)
+#         R = [r1;r2;;]
+#         R2 = reshape([r1;r2],:,1)
+#         @test R.A ≈ R2.A
+
+#         #Sanity checks of constructors (A [T], T [s], Δf[Hz], delay [s])
+#         A, T = rand(2)
+#         r1, r2 = RF(A,T), RF(A,T,0.0,0.0)
+#         @test r1 ≈ r2
+
+#         A, T, Δf = rand(3)
+#         r1, r2 = RF(A,T,Δf), RF(A,T,Δf,0.0)
+#         @test r1 ≈ r2
+
+#         # Just checking to ensure that show() doesn't get stuck and that it is covered
+#         show(IOBuffer(), "text/plain", r1)
+#         @test true
+
+#         # Test Grad operations
+#         B1x, B1y, T = rand(3)
+#         A = B1x + im*B1y
+#         α = Complex(rand())
+#         rf = RF(A, T)
+#         rft = α * rf
+#         @test size(rf, 1) == 1
+#         @test rft.A ≈ α * rf.A
+#         @test dur(rf) ≈ rf.T
+#         B1x, B1y, B2x, B2y, B3x, B3y, T1, T2, T3 = rand(9)
+#         rf1, rf2, rf3 = RF(B1x + im*B1y, T1), RF(B1x + im*B1y, T2), RF(B3x + im*B3y, T3)
+#         rv = [rf1; rf2; rf3]
+#         @test dur(rv) ≈ sum(dur.(rv))
+
+#     end
+
+#     @testset "Delay" begin
+
+#         # Test delay construction
+#         T = 1e-3
+#         delay = Delay(T)
+#         @test delay.T ≈ T
+
+#         # Test delay construction error for negative values
+#         err = Nothing
+#         try Delay(-T) catch err end
+#         @test err isa ErrorException
+
+#         # Just checking to ensure that show() doesn't get stuck and that it is covered
+#         show(IOBuffer(), "text/plain", delay)
+#         @test true
+
+#         # Test addition of a delay to a sequence
+#         seq = Sequence([Grad(0.0, 0.0)])
+#         ds = delay + seq
+#         @test dur(ds[1]) ≈ delay.T && dur(ds[2]) ≈ .0
+#         sd = seq + delay
+#         @test dur(sd[1]) ≈ .0 && dur(sd[2]) ≈ delay.T
+
+#     end
+#     @testset "ADC" begin
+
+#         # Test ADC construction
+#         N, T, delay, Δf, ϕ  = 64, 1e-3, 2e-3, 1e-6, .25*π
+#         adc = ADC(N, T, delay, Δf, ϕ)
+
+#         adc1, adc2 = ADC(N, T), ADC(N,T,0,0,0)
+#         @test adc1 ≈ adc2
+
+#         adc1, adc2 = ADC(N, T, delay), ADC(N, T, delay, 0, 0)
+#         @test adc1 ≈ adc2
+
+#         adc1, adc2 = ADC(N, T, delay, Δf, ϕ), ADC(N, T, delay, Δf, ϕ)
+#         @test adc1 ≈ adc2
+
+#         # Test ADC construction errors for negative values
+#         err = Nothing
+#         try ADC(N, -T) catch err end
+#         @test err isa ErrorException
+#         try ADC(N, -T,  delay) catch err end
+#         @test err isa ErrorException
+#         try ADC(N,  T, -delay) catch err end
+#         @test err isa ErrorException
+#         try ADC(N, -T, -delay) catch err end
+#         @test err isa ErrorException
+#         try ADC(N, -T,  delay, Δf, ϕ) catch err end
+#         @test err isa ErrorException
+#         try ADC(N,  T, -delay, Δf, ϕ) catch err end
+#         @test err isa ErrorException
+#         try ADC(N, -T, -delay, Δf, ϕ) catch err end
+#         @test err isa ErrorException
+
+#         # Test ADC getproperties
+#         Nb, Tb, delayb, Δfb, ϕb  = 128, 2e-3, 4e-3, 2e-6, .125*π
+#         adb = ADC(Nb, Tb, delayb, Δfb, ϕb)
+#         adcs = [adc, adb]
+#         @test adcs.N ≈ [adc.N, adb.N] && adcs.T ≈ [adc.T, adb.T] && adcs.delay ≈ [adc.delay, adb.delay]
+#         @test adcs.Δf ≈ [adc.Δf, adb.Δf] && adcs.ϕ ≈ [adc.ϕ, adb.ϕ] && adcs.dur ≈ [adc.T + adc.delay, adb.T + adb.delay]
+
+#     end
+
+#     @testset "DiscreteSequence" begin
+#         path = joinpath(@__DIR__, "test_files")
+#         seq = PulseDesigner.EPI_example()
+#         sampling_params = KomaMRIBase.default_sampling_params()
+#         t, Δt = KomaMRIBase.get_variable_times(seq; Δt=sampling_params["Δt"], Δt_rf=sampling_params["Δt_rf"])
+#         seqd = KomaMRIBase.discretize(seq)
+#         i1, i2 = rand(1:Int(floor(0.5*length(seqd)))), rand(Int(ceil(0.5*length(seqd))):length(seqd))
+#         @test seqd[i1].t ≈ [t[i1]]
+#         @test seqd[i1:i2-1].t ≈ t[i1:i2]
+
+#         T, N = 1.0, 4
+#         seq = RF(1.0e-6, 1.0)
+#         seq += Sequence([Grad(1.0e-3, 1.0)])
+#         seq += ADC(N, 1.0)
+#         sampling_params = KomaMRIBase.default_sampling_params()
+#         sampling_params["Δt"], sampling_params["Δt_rf"] = T/N, T/N
+#         seqd1 = KomaMRIBase.discretize(seq[1]; sampling_params)
+#         seqd2 = KomaMRIBase.discretize(seq[2]; sampling_params)
+#         seqd3 = KomaMRIBase.discretize(seq[3]; sampling_params)
+#         # Block 1
+#         @test is_RF_on(seq[1]) == is_RF_on(seqd1)
+#         @test is_GR_on(seq[1]) == is_GR_on(seqd1)
+#         @test is_ADC_on(seq[1]) == is_ADC_on(seqd1)
+#         # Block 2
+#         @test is_RF_on(seq[2]) == is_RF_on(seqd2)
+#         @test is_GR_on(seq[2]) == is_GR_on(seqd2)
+#         @test is_ADC_on(seq[2]) == is_ADC_on(seqd2)
+#         # Block 3
+#         @test is_RF_on(seq[3]) == is_RF_on(seqd3)
+#         @test is_GR_on(seq[3]) == is_GR_on(seqd3)
+#         @test is_ADC_on(seq[3]) == is_ADC_on(seqd3)
+#         @test KomaMRIBase.is_GR_off(seqd) ==  !KomaMRIBase.is_GR_on(seqd)
+#         @test KomaMRIBase.is_RF_off(seqd) ==  !KomaMRIBase.is_RF_on(seqd)
+#         @test KomaMRIBase.is_ADC_off(seqd) == !KomaMRIBase.is_ADC_on(seqd)
+#     end
+
+#     @testset "SequenceFunctions" begin
+#         path = joinpath(@__DIR__, "test_files")
+#         seq = PulseDesigner.EPI_example()
+#         t, Δt = KomaMRIBase.get_variable_times(seq; Δt=1)
+#         t_adc =  KomaMRIBase.get_adc_sampling_times(seq)
+#         M2, M2_adc = KomaMRIBase.get_slew_rate(seq)
+#         M2eddy, M2eddy_adc = KomaMRIBase.get_eddy_currents(seq)
+#         Gx, Gy, Gz = KomaMRIBase.get_grads(seq, t)
+#         Gmx, Gmy, Gmz = KomaMRIBase.get_grads(seq, reshape(t, 1, :))
+#         @test reshape(Gmx, :, 1) ≈ Gx && reshape(Gmy, :, 1) ≈ Gy && reshape(Gmz, :, 1) ≈ Gz
+#         @test is_ADC_on(seq) == is_ADC_on(seq, t)
+#         @test is_RF_on(seq) == is_RF_on(seq, t)
+#         @test KomaMRIBase.is_Delay(seq) == !(is_GR_on(seq) || is_RF_on(seq) || is_ADC_on(seq))
+#         @test size(M2, 1) == length(Δt) && size(M2_adc, 1) == length(t_adc)
+#         @test size(M2eddy, 1) == length(Δt) && size(M2eddy_adc, 1) == length(t_adc)
+
+#         # Just checking to ensure that show() doesn't get stuck and that it is covered
+#         show(IOBuffer(), "text/plain", seq)
+#         @test true
+
+#         α = rand()
+#         c = α + im*rand()
+#         x = seq
+#         y = PulseDesigner.EPI_example()
+#         z = x + y
+#         @test z.GR.A ≈ [x.GR  y.GR].A && z.RF.A ≈ [x.RF y.RF].A && z.ADC.N ≈ [x.ADC; y.ADC].N
+#         z = x - y
+#         @test z.GR.A ≈ [x.GR  -y.GR].A
+#         z = -x
+#         @test z.GR.A ≈ -x.GR.A
+#         z = x * α
+#         @test z.GR.A ≈ α*x.GR.A
+#         z = α * x
+#         @test z.GR.A ≈ α*x.GR.A
+#         z = x * c
+#         @test z.RF.A ≈ c*x.RF.A
+#         z = c * x
+#         @test z.RF.A ≈ c*x.RF.A
+#         z = x / α
+#         @test z.GR.A ≈ x.GR.A/α
+#         @test size(y) == size(y.GR[1,:])
+#         z = x + x.GR[3,1]
+#         @test z.GR.A[1, end] ≈ x.GR[3,1].A
+#         z = x.GR[3,1] + x
+#         @test z.GR.A[1, 1] ≈ x.GR[3,1].A
+#         z = x + x.RF[1,1]
+#         @test z.RF.A[1, end] ≈ x.RF[1,1].A
+#         z = x.RF[1,1] + x
+#         @test z.RF.A[1, 1] ≈ x.RF[1,1].A
+#         z = x + x.ADC[3,1]
+#         @test z.ADC.N[end] ≈ x.ADC[3,1].N
+#         z = x.ADC[3,1] + x
+#         @test z.ADC.N[1] ≈ x.ADC[3,1].N
+#     end
+
+# end
+
+# @testitem "PulseDesigner" tags=[:base] begin
+#     @testset "RF_sinc" begin
+#         sys = Scanner()
+#         B1 = 23.4e-6 # For 90 deg flip angle
+#         Trf = 1e-3
+#         rf = PulseDesigner.RF_sinc(B1, Trf, sys; TBP=4)
+#         @test round(KomaMRIBase.get_flip_angles(rf)[1]) ≈ 90
+#     end
+#     @testset "Spiral" begin
+#         sys = Scanner()
+#         sys.Smax = 150    # [mT/m/ms]
+#         sys.Gmax = 500e-3 # [T/m]
+#         sys.GR_Δt = 4e-6  # [s]
+#         FOV = 0.2       # [m]
+#         N = 80          # Reconstructed image N×N
+#         Nint = 8
+#         λ = 2.1
+#         spiral = PulseDesigner.spiral_base(FOV, N, sys; λ=λ, BW=120e3, Nint)
+#         # Look at the k_space generated
+#         @test spiral(0).DEF["λ"] ≈ λ
+#     end
+#     @testset "Radial" begin
+#         sys = Scanner()
+#         N = 80
+#         Nspokes = ceil(Int64, π/2 * N ) #Nyquist in the radial direction
+#         FOV = 0.2
+#         spoke = PulseDesigner.radial_base(FOV, N, sys)
+#         @test spoke.DEF["Δθ"] ≈ π / Nspokes
+#     end
+# end
+
+# @testitem "Phantom" tags = [:base] begin
+#     using Suppressor
+#     # Test phantom struct creation
+#     name = "Bulks"
+#     x = [-2e-3; -1e-3; 0.0; 1e-3; 2e-3]
+#     y = [-4e-3; -2e-3; 0.0; 2e-3; 4e-3]
+#     z = [-6e-3; -3e-3; 0.0; 3e-3; 6e-3]
+#     ρ = [0.2; 0.4; 0.6; 0.8; 1.0]
+#     T1 = [0.9; 0.9; 0.5; 0.25; 0.4]
+#     T2 = [0.09; 0.05; 0.04; 0.07; 0.005]
+#     T2s = [0.1; 0.06; 0.05; 0.08; 0.015]
+#     Δw = [-2e-6; -1e-6; 0.0; 1e-6; 2e-6]
+#     Dλ1 = [-4e-6; -2e-6; 0.0; 2e-6; 4e-6]
+#     Dλ2 = [-6e-6; -3e-6; 0.0; 3e-6; 6e-6]
+#     Dθ = [-8e-6; -4e-6; 0.0; 4e-6; 8e-6]
+#     obj1 = Phantom(name=name, x=x, y=y, z=z, ρ=ρ, T1=T1, T2=T2, T2s=T2s, Δw=Δw, Dλ1=Dλ1, Dλ2=Dλ2, Dθ=Dθ)
+#     obj2 = Phantom(name=name, x=x, y=y, z=z, ρ=ρ, T1=T1, T2=T2, T2s=T2s, Δw=Δw, Dλ1=Dλ1, Dλ2=Dλ2, Dθ=Dθ)
+#     @test obj1 == obj2
+
+#     # Test size and length definitions of a phantom
+#     @test size(obj1) == size(ρ)
+#     @test length(obj1) == length(ρ)
+
+#     # Test obtaining spin psositions 
+#     @testset "SimpleMotion" begin
+#         ph = Phantom(x=[1.0], y=[1.0])
+#         t_start=0.0; t_end=1.0 
+#         t = collect(range(t_start, t_end, 11))
+#         period = 2.0
+#         asymmetry = 0.5
+#         # Translation
+#         dx, dy, dz = [1.0, 0.0, 0.0]
+#         vx, vy, vz = [dx, dy, dz] ./ (t_end - t_start)
+#         translation = SimpleMotion([Translation(dx, dy, dz, t_start, t_end)])
+#         xt, yt, zt = get_spin_coords(translation, ph.x, ph.y, ph.z, t')
+#         @test xt == ph.x .+ vx.*t'
+#         @test yt == ph.y .+ vy.*t'
+#         @test zt == ph.z .+ vz.*t'
+#         # PeriodicTranslation
+#         periodictranslation = SimpleMotion([PeriodicTranslation(dx, dy, dz, period, asymmetry)])
+#         xt, yt, zt = get_spin_coords(periodictranslation, ph.x, ph.y, ph.z, t')
+#         @test xt == ph.x .+ vx.*t'
+#         @test yt == ph.y .+ vy.*t'
+#         @test zt == ph.z .+ vz.*t'
+#         # Rotation (2D)
+#         pitch = 0.0
+#         roll = 0.0
+#         yaw = 45.0
+#         rotation = SimpleMotion([Rotation(pitch, roll, yaw, t_start, t_end)])
+#         xt, yt, zt = get_spin_coords(rotation, ph.x, ph.y, ph.z, t')
+#         @test xt[:,end] == ph.x .* cosd(yaw) - ph.y .* sind(yaw)
+#         @test yt[:,end] == ph.x .* sind(yaw) + ph.y .* cosd(yaw)
+#         @test zt[:,end] == ph.z
+#         # PeriodicRotation (2D)
+#         periodicrotation = SimpleMotion([PeriodicRotation(pitch, roll, yaw, period, asymmetry)])
+#         xt, yt, zt = get_spin_coords(periodicrotation, ph.x, ph.y, ph.z, t')
+#         @test xt[:,end] == ph.x .* cosd(yaw) - ph.y .* sind(yaw)
+#         @test yt[:,end] == ph.x .* sind(yaw) + ph.y .* cosd(yaw)
+#         @test zt[:,end] == ph.z
+#         # HeartBeat
+#         circumferential_strain = -0.1
+#         radial_strain = 0.0
+#         longitudinal_strain = -0.1
+#         heartbeat = SimpleMotion([HeartBeat(circumferential_strain, radial_strain, longitudinal_strain, t_start, t_end)])
+#         xt, yt, zt = get_spin_coords(heartbeat, ph.x, ph.y, ph.z, t')
+#         r = sqrt.(ph.x .^ 2 + ph.y .^ 2)
+#         θ = atan.(ph.y, ph.x)
+#         @test xt[:,end] == ph.x .* (1 .+ circumferential_strain * maximum(r) .* cos.(θ))
+#         @test yt[:,end] == ph.y .* (1 .+ circumferential_strain * maximum(r) .* sin.(θ))
+#         @test zt[:,end] == ph.z .* (1 .+ longitudinal_strain)
+#         # PeriodicHeartBeat
+#         periodicheartbeat = SimpleMotion([PeriodicHeartBeat(circumferential_strain, radial_strain, longitudinal_strain, period, asymmetry)])
+#         xt, yt, zt = get_spin_coords(heartbeat, ph.x, ph.y, ph.z, t')
+#         @test xt[:,end] == ph.x .* (1 .+ circumferential_strain * maximum(r) .* cos.(θ))
+#         @test yt[:,end] == ph.y .* (1 .+ circumferential_strain * maximum(r) .* sin.(θ))
+#         @test zt[:,end] == ph.z .* (1 .+ longitudinal_strain)
+#     end
+#     @testset "ArbitraryMotion" begin
+#         ph = Phantom(x=[1.0], y=[1.0])
+#         Ns = length(ph)
+#         period_durations = [1.0]
+#         num_pieces = 10
+#         dx = dy = dz = rand(Ns, num_pieces - 1)
+#         arbitrarymotion = @suppress ArbitraryMotion(period_durations, dx, dy, dz)
+#         t = times(arbitrarymotion)
+#         xt, yt, zt = get_spin_coords(arbitrarymotion, ph.x, ph.y, ph.z, t')
+#         @test xt[:,2:end-1] == ph.x .+ dx
+#         @test yt[:,2:end-1] == ph.y .+ dy
+#         @test zt[:,2:end-1] == ph.z .+ dz
+#     end
+
+#     simplemotion = SimpleMotion([
+#         PeriodicTranslation(dx=0.05, dy=0.05, dz=0.0, period=0.5, asymmetry=0.5),
+#         Rotation(pitch=0.0, roll=0.0, yaw=π / 2, t_start=0.05, t_end=0.5),
+#     ])
+
+#     Ns = length(obj1)
+#     K = 10
+#     arbitrarymotion = @suppress ArbitraryMotion([1.0], 0.01 .* rand(Ns, K - 1), 0.01 .* rand(Ns, K - 1), 0.01 .* rand(Ns, K - 1))
+
+#     # Test phantom subset
+#     obs1 = Phantom(
+#         name,
+#         x,
+#         y,
+#         z,
+#         ρ,
+#         T1,
+#         T2,
+#         T2s,
+#         Δw,
+#         Dλ1,
+#         Dλ2,
+#         Dθ,
+#         simplemotion
+#     )
+#     rng = 1:2:5
+#     obs2 = Phantom(
+#         name,
+#         x[rng],
+#         y[rng],
+#         z[rng],
+#         ρ[rng],
+#         T1[rng],
+#         T2[rng],
+#         T2s[rng],
+#         Δw[rng],
+#         Dλ1[rng],
+#         Dλ2[rng],
+#         Dθ[rng],
+#         simplemotion[rng],
+#     )
+#     @test obs1[rng] == obs2
+#     @test @view(obs1[rng]) == obs2
+
+#     obs1.motion = arbitrarymotion
+#     obs2.motion = arbitrarymotion[rng]
+#     @test obs1[rng] == obs2
+#     # @test @view(obs1[rng]) == obs2
+
+#     # Test addition of phantoms
+#     oba = Phantom(
+#         name,
+#         [x; x[rng]],
+#         [y; y[rng]],
+#         [z; z[rng]],
+#         [ρ; ρ[rng]],
+#         [T1; T1[rng]],
+#         [T2; T2[rng]],
+#         [T2s; T2s[rng]],
+#         [Δw; Δw[rng]],
+#         [Dλ1; Dλ1[rng]],
+#         [Dλ2; Dλ2[rng]],
+#         [Dθ; Dθ[rng]],
+#         [obs1.motion; obs2.motion]
+#     )
+#     @test obs1 + obs2 == oba
+
+#     # Test scalar multiplication of a phantom
+#     c = 7
+#     obc = Phantom(name=name, x=x, y=y, z=z, ρ=c*ρ, T1=T1, T2=T2, T2s=T2s, Δw=Δw, Dλ1=Dλ1, Dλ2=Dλ2, Dθ=Dθ)
+#     @test c * obj1 == obc
+
+#     #Test brain phantom 2D
+#     ph = brain_phantom2D()
+#     @test ph.name == "brain2D_axial"
+#     @test KomaMRIBase.get_dims(ph) == Bool[1, 1, 0]
+
+#     #Test brain phantom 3D
+#     ph = brain_phantom3D()
+#     @test ph.name == "brain3D"
+#     @test KomaMRIBase.get_dims(ph) == Bool[1, 1, 1]
+
+#     #Test pelvis phantom 2D
+#     ph = pelvis_phantom2D()
+#     @test ph.name == "pelvis2D"
+#     @test KomaMRIBase.get_dims(ph) == Bool[1, 1, 0]
+
+#     #Test heart phantom
+#     ph = heart_phantom()
+#     @test ph.name == "LeftVentricle"
+#     @test KomaMRIBase.get_dims(ph) == Bool[1, 1, 0]
+# end
+
+# @testitem "Scanner" tags=[:base] begin
+#     B0, B1, Gmax, Smax = 1.5, 10e-6, 60e-3, 500
+#     ADC_Δt, seq_Δt, GR_Δt, RF_Δt = 2e-6, 1e-5, 1e-5, 1e-6
+#     RF_ring_down_T, RF_dead_time_T, ADC_dead_time_T = 20e-6, 100e-6, 10e-6
+#     sys = Scanner(B0, B1, Gmax, Smax, ADC_Δt, seq_Δt, GR_Δt, RF_Δt, RF_ring_down_T, RF_dead_time_T, ADC_dead_time_T)
+#     @test sys.B0 ≈ B0 && sys.B1 ≈ B1 && sys.Gmax ≈ Gmax && sys.Smax ≈ Smax
+# end
+
+# @testitem "TrapezoidalIntegration" tags=[:base] begin
+#     dt = Float64[1 1 1 1]
+#     x  = Float64[0 1 2 1 0]
+#     @test KomaMRIBase.trapz(dt, x)[1] ≈ 4 #Triangle area = bh/2, with b = 4 and h = 2
+#     @test KomaMRIBase.cumtrapz(dt, x) ≈ [0.5 2 3.5 4]
+# end
diff --git a/KomaMRICore/test/runtests.jl b/KomaMRICore/test/runtests.jl
index 9306533e0..f58d553b7 100644
--- a/KomaMRICore/test/runtests.jl
+++ b/KomaMRICore/test/runtests.jl
@@ -1,595 +1,595 @@
-using TestItems, TestItemRunner
-
-@run_package_tests filter=ti->!(:skipci in ti.tags)&&(:core in ti.tags) #verbose=true
-
-@testitem "Spinors×Mag" tags=[:core] begin
-    using KomaMRICore: Rx, Ry, Rz, Q, rotx, roty, rotz, Un, Rφ, Rg
-
-    ## Verifying that operators perform counter-clockwise rotations
-    v = [1, 2, 3]
-    m = Mag([complex(v[1:2]...)], [v[3]])
-    # Rx
-    @test rotx(π/2) * v    ≈ [1, -3, 2]
-    @test (Rx(π/2) * m).xy ≈ [1.0 - 3.0im]
-    @test (Rx(π/2) * m).z  ≈ [2.0]
-    # Ry
-    @test roty(π/2) * v    ≈ [3, 2, -1]
-    @test (Ry(π/2) * m).xy ≈ [3.0 + 2.0im]
-    @test (Ry(π/2) * m).z  ≈ [-1.0]
-    # Rz
-    @test rotz(π/2) * v    ≈ [-2, 1, 3]
-    @test (Rz(π/2) * m).xy ≈ [-2.0 + 1.0im]
-    @test (Rz(π/2) * m).z  ≈ [3.0]
-    # Rn
-    @test Un(π/2, [1,0,0]) * v ≈ rotx(π/2) * v
-    @test Un(π/2, [0,1,0]) * v ≈ roty(π/2) * v
-    @test Un(π/2, [0,0,1]) * v ≈ rotz(π/2) * v
-    @test (Q(π/2, 1.0+0.0im, 0.0) * m).xy ≈ (Rx(π/2) * m).xy
-    @test (Q(π/2, 1.0+0.0im, 0.0) * m).z  ≈ (Rx(π/2) * m).z
-    @test (Q(π/2, 0.0+1.0im, 0.0) * m).xy ≈ (Ry(π/2) * m).xy
-    @test (Q(π/2, 0.0+1.0im, 0.0) * m).z  ≈ (Ry(π/2) * m).z
-    @test (Q(π/2, 0.0+0.0im, 1.0) * m).xy ≈ (Rz(π/2) * m).xy
-    @test (Q(π/2, 0.0+0.0im, 1.0) * m).z  ≈ (Rz(π/2) * m).z
-
-    ## Verify that Spinor rotation = matrix rotation
-    v = rand(3)
-    n = rand(3); n = n ./ sqrt(sum(n.^2))
-    m = Mag([complex(v[1:2]...)], [v[3]])
-    φ, θ, φ1, φ2 = rand(4) * 2π
-    # Rx
-    vx = rotx(θ) * v
-    mx = Rx(θ) * m
-    @test [real(mx.xy); imag(mx.xy); mx.z] ≈ vx
-    # Ry
-    vy = roty(θ) * v
-    my = Ry(θ) * m
-    @test [real(my.xy); imag(my.xy); my.z] ≈ vy
-    # Rz
-    vz = rotz(θ) * v
-    mz = Rz(θ) * m
-    @test [real(mz.xy); imag(mz.xy); mz.z] ≈ vz
-    # Rφ
-    vφ = Un(θ, [sin(φ); cos(φ); 0.0]) * v
-    mφ = Rφ(φ,θ) * m
-    @test [real(mφ.xy); imag(mφ.xy); mφ.z] ≈ vφ
-    # Rg
-    vg = rotz(φ2) * roty(θ) * rotz(φ1) * v
-    mg = Rg(φ1,θ,φ2) * m
-    @test [real(mg.xy); imag(mg.xy); mg.z] ≈ vg
-    # Rn
-    vq = Un(θ, n) * v
-    mq = Q(θ, n[1]+n[2]*1im, n[3]) * m
-    @test [real(mq.xy); imag(mq.xy); mq.z] ≈ vq
-
-    ## Spinors satify that  |α|^2 + |β|^2 = 1
-    @test abs(Rx(θ))                     ≈ [1]
-    @test abs(Ry(θ))                     ≈ [1]
-    @test abs(Rz(θ))                     ≈ [1]
-    @test abs(Rφ(φ,θ))                   ≈ [1]
-    @test abs(Q(θ, n[1]+n[2]*1im, n[3])) ≈ [1]
-
-    ## Checking properties of Introduction to the Shinnar-Le Roux algorithm.
-    # Rx = Rz(-π/2) * Ry(θ) * Rz(π/2)
-    @test rotx(θ) * v ≈ rotz(-π/2) * roty(θ) * rotz(π/2) * v
-    @test (Rx(θ) * m).xy ≈ (Rz(-π/2) * Ry(θ) * Rz(π/2) * m).xy
-    @test (Rx(θ) * m).z  ≈ (Rz(-π/2) * Ry(θ) * Rz(π/2) * m).z
-    # Rφ(φ,θ) = Rz(-φ) Ry(θ) Rz(φ)
-    @test (Rφ(φ,θ) * m).xy   ≈ (Rz(-φ) * Ry(θ) * Rz(φ) * m).xy
-    @test (Rφ(φ,θ) * m).z    ≈ (Rz(-φ) * Ry(θ) * Rz(φ) * m).z
-    # Rg(φ1, θ, φ2) = Rz(φ2) Ry(θ) Rz(φ1)
-    @test (Rg(φ1,θ,φ2) * m).xy   ≈ (Rz(φ2) * Ry(θ) * Rz(φ1) * m).xy
-    @test (Rg(φ1,θ,φ2) * m).z    ≈ (Rz(φ2) * Ry(θ) * Rz(φ1) * m).z
-    # Rg(-φ, θ, φ) = Rz(-φ) Ry(θ) Rz(φ) = Rφ(φ,θ)
-    @test rotz(-φ) * roty(θ) * rotz(φ) * v ≈ Un(θ, [sin(φ); cos(φ); 0.0]) * v
-    @test (Rg(φ,θ,-φ) * m).xy    ≈ (Rφ(φ,θ) * m).xy
-    @test (Rg(φ,θ,-φ) * m).z     ≈ (Rφ(φ,θ) * m).z
-
-    ## Verify trivial identities
-    # Rφ is an xy-plane rotation of θ around an axis making an angle of φ with respect to the y-axis
-    # Rφ φ=0 = Ry
-    @test (Rφ(0,θ) * m).xy   ≈ (Ry(θ) * m).xy
-    @test (Rφ(0,θ) * m).z    ≈ (Ry(θ) * m).z
-    # Rφ φ=π/2 = Rx
-    @test (Rφ(π/2,θ) * m).xy ≈ (Rx(θ) * m).xy
-    @test (Rφ(π/2,θ) * m).z  ≈ (Rx(θ) * m).z
-    # General rotation Rn
-    # Rn n=[1,0,0] = Rx
-    @test Un(θ, [1,0,0]) * v ≈ rotx(θ) * v
-    @test (Q(θ, 1.0+0.0im, 0.0) * m).xy ≈ (Rx(θ) * m).xy
-    @test (Q(θ, 1.0+0.0im, 0.0) * m).z  ≈ (Rx(θ) * m).z
-    # Rn n=[0,1,0] = Ry
-    @test Un(θ, [0,1,0]) * v ≈ roty(θ) * v
-    @test (Q(θ, 0.0+1.0im, 0.0) * m).xy ≈ (Ry(θ) * m).xy
-    @test (Q(θ, 0.0+1.0im, 0.0) * m).z  ≈ (Ry(θ) * m).z
-    # Rn n=[0,0,1] = Rz
-    @test Un(θ, [0,0,1]) * v ≈ rotz(θ) * v
-    @test (Q(θ, 0.0+0.0im, 1.0) * m).xy ≈ (Rz(θ) * m).xy
-    @test (Q(θ, 0.0+0.0im, 1.0) * m).z  ≈ (Rz(θ) * m).z
-
-    # Associativity
-    # Rx
-    @test (((Rz(-π/2) * Ry(θ)) * Rz(π/2)) * m).xy ≈ (Rx(θ) * m).xy
-    @test (((Rz(-π/2) * Ry(θ)) * Rz(π/2)) * m).z  ≈ (Rx(θ) * m).z
-    @test (Rz(-π/2) * (Ry(θ) * (Rz(π/2) * m))).xy ≈ (Rx(θ) * m).xy
-    @test (Rz(-π/2) * (Ry(θ) * (Rz(π/2) * m))).z  ≈ (Rx(θ) * m).z
-    # Rφ
-    @test (Rφ(φ,θ) * m).xy   ≈ (((Rz(-φ) * Ry(θ)) * Rz(φ)) * m).xy
-    @test (Rφ(φ,θ) * m).z    ≈ (((Rz(-φ) * Ry(θ)) * Rz(φ)) * m).z
-    @test (Rφ(φ,θ) * m).xy   ≈ ((Rz(-φ) * (Ry(θ) * Rz(φ))) * m).xy
-    @test (Rφ(φ,θ) * m).z    ≈ ((Rz(-φ) * (Ry(θ) * Rz(φ))) * m).z
-    # Rg
-    @test (Rg(φ1,θ,φ2) * m).xy   ≈ (((Rz(φ2) * Ry(θ)) * Rz(φ1)) * m).xy
-    @test (Rg(φ1,θ,φ2) * m).z    ≈ (((Rz(φ2) * Ry(θ)) * Rz(φ1)) * m).z
-    @test (Rg(φ1,θ,φ2) * m).xy   ≈ ((Rz(φ2) * (Ry(θ) * Rz(φ1))) * m).xy
-    @test (Rg(φ1,θ,φ2) * m).z    ≈ ((Rz(φ2) * (Ry(θ) * Rz(φ1))) * m).z
-
-    ## Other tests
-    # Test Spinor struct
-    α, β = rand(2)
-    s = Spinor(α, β)
-    @test s[1].α ≈ [Complex(α)] && s[1].β ≈ [Complex(β)]
-    # Just checking to ensure that show() doesn't get stuck and that it is covered
-    show(IOBuffer(), "text/plain", s)
-    @test true
-end
-
-# Test ISMRMRD
-@testitem "signal_to_raw_data" tags=[:core] begin
-    using Suppressor
-
-    seq = PulseDesigner.EPI_example()
-    sys = Scanner()
-    obj = brain_phantom2D()
-
-    sim_params = KomaMRICore.default_sim_params()
-    sim_params["return_type"] = "mat"
-    sig = @suppress simulate(obj, seq, sys; sim_params)
-
-    # Test signal_to_raw_data
-    raw = signal_to_raw_data(sig, seq)
-    sig_aux = vcat([vec(profile.data) for profile in raw.profiles]...)
-    sig_raw = reshape(sig_aux, length(sig_aux), 1)
-    @test all(sig .== sig_raw)
-
-    seq.DEF["FOV"] = [23e-2, 23e-2, 0]
-    raw = signal_to_raw_data(sig, seq)
-    sig_aux = vcat([vec(profile.data) for profile in raw.profiles]...)
-    sig_raw = reshape(sig_aux, length(sig_aux), 1)
-    @test all(sig .== sig_raw)
-
-    # Just checking to ensure that show() doesn't get stuck and that it is covered
-    show(IOBuffer(), "text/plain", raw)
-    @test true
-end
-
-@testitem "Bloch_CPU_single_thread" tags=[:important, :core] begin
-    using Suppressor
-    include(joinpath(@__DIR__, "test_files", "utils.jl"))
-
-    sig_jemris = signal_sphere_jemris()
-    seq = seq_epi_100x100_TE100_FOV230()
-    obj = phantom_sphere()
-    sys = Scanner()
-
-    sim_params = Dict{String, Any}(
-        "gpu"=>false,
-        "Nthreads"=>1,
-        "sim_method"=>KomaMRICore.Bloch(),
-        "return_type"=>"mat"
-    )
-    sig = @suppress simulate(obj, seq, sys; sim_params)
-    sig = sig / prod(size(obj))
-
-    NMRSE(x, x_true) = sqrt.( sum(abs.(x .- x_true).^2) ./ sum(abs.(x_true).^2) ) * 100.
-
-    @test NMRSE(sig, sig_jemris) < 1 #NMRSE < 1%
-end
-
-@testitem "Bloch_CPU_multi_thread" tags=[:important, :core] begin
-    using Suppressor
-    include(joinpath(@__DIR__, "test_files", "utils.jl"))
-
-    sig_jemris = signal_sphere_jemris()
-    seq = seq_epi_100x100_TE100_FOV230()
-    obj = phantom_sphere()
-    sys = Scanner()
-
-    sim_params = Dict{String, Any}(
-        "gpu"=>false,
-        "sim_method"=>KomaMRICore.Bloch(),
-        "return_type"=>"mat"
-    )
-    sig = @suppress simulate(obj, seq, sys; sim_params)
-    sig = sig / prod(size(obj))
-
-    NMRSE(x, x_true) = sqrt.( sum(abs.(x .- x_true).^2) ./ sum(abs.(x_true).^2) ) * 100.
-
-    @test NMRSE(sig, sig_jemris) < 1 #NMRSE < 1%
-end
-
-
-@testitem "Bloch_GPU" tags=[:important, :skipci, :core, :gpu] begin
-    using Suppressor
-    include(joinpath(@__DIR__, "test_files", "utils.jl"))
-
-    sig_jemris = signal_sphere_jemris()
-    seq = seq_epi_100x100_TE100_FOV230()
-    obj = phantom_sphere()
-    sys = Scanner()
-
-    sim_params = Dict{String, Any}(
-        "gpu"=>true,
-        "sim_method"=>KomaMRICore.Bloch(),
-        "return_type"=>"mat", 
-        "precision"=>"f64"
-    )
-    sig = @suppress simulate(obj, seq, sys; sim_params)
-    sig = sig / prod(size(obj))
-
-    NMRSE(x, x_true) = sqrt.( sum(abs.(x .- x_true).^2) ./ sum(abs.(x_true).^2) ) * 100.
-
-    @test NMRSE(sig, sig_jemris) < 1 #NMRSE < 1%
-end
-
-@testitem "Bloch_CPU_RF_accuracy_single_thread" tags=[:important, :core] begin
-    using Suppressor
-
-    Tadc = 1e-3
-    Trf = Tadc
-    T1 = 1000e-3
-    T2 = 20e-3
-    Δw = 2π * 100
-    B1 = 2e-6 * (Tadc / Trf)
-    N = 6
-
-    sys = Scanner()
-    obj = Phantom{Float64}(x=[0.],T1=[T1],T2=[T2],Δw=[Δw])
-
-    rf_phase = [0, π/2]
-    seq = Sequence()
-    seq += ADC(N, Tadc)
-    for i=1:2
-        global seq += RF(B1 .* exp(1im*rf_phase[i]), Trf)
-        global seq += ADC(N, Tadc)
-    end
-
-    sim_params = Dict{String, Any}("Δt_rf"=>1e-5, "gpu"=>false, "Nthreads"=>1)
-    raw = @suppress simulate(obj, seq, sys; sim_params)
-
-    #Mathematica-simulated Bloch equation result
-    res1 = [0.153592+0.46505im,
-            0.208571+0.437734im,
-            0.259184+0.40408im,
-            0.304722+0.364744im,
-            0.344571+0.320455im,
-            0.378217+0.272008im]
-    res2 = [-0.0153894+0.142582im,
-            0.00257641+0.14196im,
-            0.020146+0.13912im,
-            0.037051+0.134149im,
-            0.0530392+0.12717im,
-            0.0678774+0.11833im]
-    norm2(x) = sqrt.(sum(abs.(x).^2))
-    error0 = norm2(raw.profiles[1].data .- 0)
-    error1 = norm2(raw.profiles[2].data .- res1) ./ norm2(res1) * 100
-    error2 = norm2(raw.profiles[3].data .- res2) ./ norm2(res2) * 100
-
-    @test  error0 + error1 + error2 < 0.1 #NMRSE < 0.1%
-end
-
-@testitem "Bloch_CPU_RF_accuracy_multi_thread" tags=[:important, :core] begin
-    using Suppressor
-
-    Tadc = 1e-3
-    Trf = Tadc
-    T1 = 1000e-3
-    T2 = 20e-3
-    Δw = 2π * 100
-    B1 = 2e-6 * (Tadc / Trf)
-    N = 6
-
-    sys = Scanner()
-    obj = Phantom{Float64}(x=[0.],T1=[T1],T2=[T2],Δw=[Δw])
-
-    rf_phase = [0, π/2]
-    seq = Sequence()
-    seq += ADC(N, Tadc)
-    seq += RF(B1 .* exp(1im*rf_phase[1]), Trf)
-    seq += ADC(N, Tadc)
-    seq += RF(B1 .* exp(1im*rf_phase[2]), Trf)
-    seq += ADC(N, Tadc)
-
-
-    sim_params = Dict{String, Any}("Δt_rf"=>1e-5, "gpu"=>false)
-    raw = @suppress simulate(obj, seq, sys; sim_params)
-
-    #Mathematica-simulated Bloch equation result
-    res1 = [0.153592+0.46505im,
-            0.208571+0.437734im,
-            0.259184+0.40408im,
-            0.304722+0.364744im,
-            0.344571+0.320455im,
-            0.378217+0.272008im]
-    res2 = [-0.0153894+0.142582im,
-            0.00257641+0.14196im,
-            0.020146+0.13912im,
-            0.037051+0.134149im,
-            0.0530392+0.12717im,
-            0.0678774+0.11833im]
-    norm2(x) = sqrt.(sum(abs.(x).^2))
-    error0 = norm2(raw.profiles[1].data .- 0)
-    error1 = norm2(raw.profiles[2].data .- res1) ./ norm2(res1) * 100
-    error2 = norm2(raw.profiles[3].data .- res2) ./ norm2(res2) * 100
-
-    @test  error0 + error1 + error2 < 0.1 #NMRSE < 0.1%
-end
-
-@testitem "Bloch_GPU_RF_accuracy" tags=[:important, :core, :skipci, :gpu] begin
-    using Suppressor
-
-    Tadc = 1e-3
-    Trf = Tadc
-    T1 = 1000e-3
-    T2 = 20e-3
-    Δw = 2π * 100
-    B1 = 2e-6 * (Tadc / Trf)
-    N = 6
-
-    sys = Scanner()
-    obj = Phantom{Float64}(x=[0.],T1=[T1],T2=[T2],Δw=[Δw])
-
-    rf_phase = [0, π/2]
-    seq = Sequence()
-    seq += ADC(N, Tadc)
-    seq += RF(B1 .* exp(1im*rf_phase[1]), Trf)
-    seq += ADC(N, Tadc)
-    seq += RF(B1 .* exp(1im*rf_phase[2]), Trf)
-    seq += ADC(N, Tadc)
-
-    sim_params = Dict{String, Any}("Δt_rf"=>1e-5, "gpu"=>true)
-    raw = @suppress simulate(obj, seq, sys; sim_params)
-
-    #Mathematica-simulated Bloch equation result
-    res1 = [0.153592+0.46505im,
-            0.208571+0.437734im,
-            0.259184+0.40408im,
-            0.304722+0.364744im,
-            0.344571+0.320455im,
-            0.378217+0.272008im]
-    res2 = [-0.0153894+0.142582im,
-            0.00257641+0.14196im,
-            0.020146+0.13912im,
-            0.037051+0.134149im,
-            0.0530392+0.12717im,
-            0.0678774+0.11833im]
-    norm2(x) = sqrt.(sum(abs.(x).^2))
-    error0 = norm2(raw.profiles[1].data .- 0)
-    error1 = norm2(raw.profiles[2].data .- res1) ./ norm2(res1) * 100
-    error2 = norm2(raw.profiles[3].data .- res2) ./ norm2(res2) * 100
-
-    @test  error0 + error1 + error2 < 0.1 #NMRSE < 0.1%
-end
-
-@testitem "Bloch_phase_compensation" tags=[:important, :core] begin
-    using Suppressor
-
-    Tadc = 1e-3
-    Trf = Tadc
-    T1 = 1000e-3
-    T2 = 20e-3
-    Δw = 2π * 100
-    B1 = 2e-6 * (Tadc / Trf)
-    N = 6
-
-    sys = Scanner()
-    obj = Phantom{Float64}(x=[0.],T1=[T1],T2=[T2],Δw=[Δw])
-
-    rf_phase = 2π*rand()
-    seq1 = Sequence()
-    seq1 += RF(B1, Trf)
-    seq1 += ADC(N, Tadc)
-
-    seq2 = Sequence()
-    seq2 += RF(B1 .* exp(1im*rf_phase), Trf)
-    seq2 += ADC(N, Tadc, 0, 0, rf_phase)
-
-    sim_params = Dict{String, Any}("Δt_rf"=>1e-5, "gpu"=>false, "Nthreads"=>1)
-    raw1 = @suppress simulate(obj, seq1, sys; sim_params)
-    raw2 = @suppress simulate(obj, seq2, sys; sim_params)
-
-    @test raw1.profiles[1].data ≈ raw2.profiles[1].data
-
-end
-
-@testitem "Bloch CPU_single_thread SimpleMotion" tags=[:important, :core] begin
-    using Suppressor
-    include(joinpath(@__DIR__, "test_files", "utils.jl"))
-
-    sig_jemris = signal_brain_motion_jemris()  
-    seq = seq_epi_100x100_TE100_FOV230()
-    sys = Scanner()
-    obj = phantom_brain()
-    obj.motion = SimpleMotion([Translation(t_end=10.0, dx=0.0, dy=1.0, dz=0.0)])
-    sim_params = Dict{String, Any}(
-        "gpu"=>false,
-        "Nthreads"=>1,
-        "sim_method"=>KomaMRICore.Bloch(),
-        "return_type"=>"mat"
-    )
-    sig = @suppress simulate(obj, seq, sys; sim_params)
-    sig = sig / prod(size(obj))
-    NMRSE(x, x_true) = sqrt.( sum(abs.(x .- x_true).^2) ./ sum(abs.(x_true).^2) ) * 100.
-    @test NMRSE(sig, sig_jemris) < 1 #NMRSE < 1%
-end
-
-@testitem "Bloch CPU_single_thread ArbitraryMotion"  tags=[:important, :core] begin
-    using Suppressor
-    include(joinpath(@__DIR__, "test_files", "utils.jl"))
-
-    sig_jemris = signal_brain_motion_jemris()  
-    seq = seq_epi_100x100_TE100_FOV230()
-    sys = Scanner()
-    obj = phantom_brain()
-    Ns = length(obj)
-    period_durations=[20.0]
-    dx = dz = zeros(Ns, 1)
-    dy = 1.0 .* ones(Ns, 1)
-    obj.motion = @suppress ArbitraryMotion(
-        period_durations,
-        dx,
-        dy,
-        dz)    
-    sim_params = Dict{String, Any}(
-        "gpu"=>false,
-        "Nthreads"=>1,
-        "sim_method"=>KomaMRICore.Bloch(),
-        "return_type"=>"mat"
-    )
-    sig = @suppress simulate(obj, seq, sys; sim_params)
-    sig = sig / prod(size(obj))
-    NMRSE(x, x_true) = sqrt.( sum(abs.(x .- x_true).^2) ./ sum(abs.(x_true).^2) ) * 100.
-    @test NMRSE(sig, sig_jemris) < 1 #NMRSE < 1%
-end
-
-
-@testitem "Bloch CPU_multi_thread SimpleMotion" tags=[:important, :core] begin
-    using Suppressor
-    include(joinpath(@__DIR__, "test_files", "utils.jl"))
-
-    sig_jemris = signal_brain_motion_jemris()  
-    seq = seq_epi_100x100_TE100_FOV230()
-    sys = Scanner()
-    obj = phantom_brain()
-    obj.motion = SimpleMotion([Translation(t_end=10.0, dx=0.0, dy=1.0, dz=0.0)])
-    sim_params = Dict{String, Any}(
-        "gpu"=>false,
-        "sim_method"=>KomaMRICore.Bloch(),
-        "return_type"=>"mat"
-    )
-    sig = @suppress simulate(obj, seq, sys; sim_params)
-    sig = sig / prod(size(obj))
-    NMRSE(x, x_true) = sqrt.( sum(abs.(x .- x_true).^2) ./ sum(abs.(x_true).^2) ) * 100.
-    @test NMRSE(sig, sig_jemris) < 1 #NMRSE < 1%
-end
-
-@testitem "Bloch CPU_multi_thread ArbitraryMotion"  tags=[:important, :core] begin
-    using Suppressor
-    include(joinpath(@__DIR__, "test_files", "utils.jl"))
-
-    sig_jemris = signal_brain_motion_jemris()  
-    seq = seq_epi_100x100_TE100_FOV230()
-    sys = Scanner()
-    obj = phantom_brain()
-    Ns = length(obj)
-    period_durations=[20.0]
-    dx = dz = zeros(Ns, 1)
-    dy = 1.0 .* ones(Ns, 1)
-    obj.motion = @suppress ArbitraryMotion(
-        period_durations,
-        dx,
-        dy,
-        dz)    
-    sim_params = Dict{String, Any}(
-        "gpu"=>false,
-        "sim_method"=>KomaMRICore.Bloch(),
-        "return_type"=>"mat"
-    )
-    sig = @suppress simulate(obj, seq, sys; sim_params)
-    sig = sig / prod(size(obj))
-    NMRSE(x, x_true) = sqrt.( sum(abs.(x .- x_true).^2) ./ sum(abs.(x_true).^2) ) * 100.
-    @test NMRSE(sig, sig_jemris) < 1 #NMRSE < 1%
-end
-
-@testitem "Bloch GPU SimpleMotion" tags=[:important, :core, :skipci, :gpu] begin
-    using Suppressor
-    include(joinpath(@__DIR__, "test_files", "utils.jl"))
-
-    sig_jemris = signal_brain_motion_jemris()  
-    seq = seq_epi_100x100_TE100_FOV230()
-    sys = Scanner()
-    obj = phantom_brain()
-    obj.motion = SimpleMotion([Translation(t_end=10.0, dx=0.0, dy=1.0, dz=0.0)])
-    sim_params = Dict{String, Any}(
-        "gpu"=>true,
-        "sim_method"=>KomaMRICore.Bloch(),
-        "return_type"=>"mat", 
-        "precision"=>"f64"
-    )
-    sig = @suppress simulate(obj, seq, sys; sim_params)
-    sig = sig / prod(size(obj))
-    NMRSE(x, x_true) = sqrt.( sum(abs.(x .- x_true).^2) ./ sum(abs.(x_true).^2) ) * 100.
-    @test NMRSE(sig, sig_jemris) < 1 #NMRSE < 1%
-end
-
-@testitem "Bloch GPU ArbitraryMotion"  tags=[:important, :core, :skipci, :gpu] begin
-    using Suppressor
-    include(joinpath(@__DIR__, "test_files", "utils.jl"))
-
-    sig_jemris = signal_brain_motion_jemris()  
-    seq = seq_epi_100x100_TE100_FOV230()
-    sys = Scanner()
-    obj = phantom_brain()
-    Ns = length(obj)
-    period_durations=[20.0]
-    dx = dz = zeros(Ns, 1)
-    dy = 1.0 .* ones(Ns, 1)
-    obj.motion = @suppress ArbitraryMotion(
-        period_durations,
-        dx,
-        dy,
-        dz)    
-    sim_params = Dict{String, Any}(
-        "gpu"=>true,
-        "sim_method"=>KomaMRICore.Bloch(),
-        "return_type"=>"mat", 
-        "precision"=>"f64"
-    )
-    sig = @suppress simulate(obj, seq, sys; sim_params)
-    sig = sig / prod(size(obj))
-    NMRSE(x, x_true) = sqrt.( sum(abs.(x .- x_true).^2) ./ sum(abs.(x_true).^2) ) * 100.
-    @test NMRSE(sig, sig_jemris) < 1 #NMRSE < 1%
-end
-
-
-@testitem "BlochDict_CPU_single_thread" tags=[:important, :core] begin
-    using Suppressor
-    include(joinpath(@__DIR__, "test_files", "utils.jl"))
-
-    seq = seq_epi_100x100_TE100_FOV230()
-    obj = Phantom{Float64}(x=[0.], T1=[1000e-3], T2=[100e-3])
-    sys = Scanner()
-    sim_params = Dict("gpu"=>false, "Nthreads"=>1, "sim_method"=>KomaMRICore.Bloch(), "return_type"=>"mat")
-    sig = @suppress simulate(obj, seq, sys; sim_params)
-    sig = sig / prod(size(obj))
-    sim_params["sim_method"] = KomaMRICore.BlochDict()
-    sig2 = @suppress simulate(obj, seq, sys; sim_params)
-    sig2 = sig2 / prod(size(obj))
-    @test sig ≈ sig2
-
-    # Just checking to ensure that show() doesn't get stuck and that it is covered
-    show(IOBuffer(), "text/plain", KomaMRICore.BlochDict())
-    @test true
-end
-
-@testitem "simulate_slice_profile" tags=[:core] begin
-    using Suppressor
-
-    # This is a sequence with a sinc RF 30° excitation pulse
-    sys = Scanner()
-    sys.Smax = 50
-    B1 = 4.92e-6
-    Trf = 3.2e-3
-    zmax = 2e-2
-    fmax = 5e3
-    z = range(-zmax, zmax, 400)
-    Gz = fmax / (γ * zmax)
-    f = γ * Gz * z
-    seq = PulseDesigner.RF_sinc(B1, Trf, sys; G=[0; 0; Gz], TBP=8)
-
-    # Simulate the slice profile
-    sim_params = Dict{String, Any}("Δt_rf" => Trf / length(seq.RF.A[1]))
-    M = @suppress simulate_slice_profile(seq; z, sim_params)
-
-    # For the time being, always pass the test
-    @test true
-end
+# using TestItems, TestItemRunner
+
+# @run_package_tests filter=ti->!(:skipci in ti.tags)&&(:core in ti.tags) #verbose=true
+
+# @testitem "Spinors×Mag" tags=[:core] begin
+#     using KomaMRICore: Rx, Ry, Rz, Q, rotx, roty, rotz, Un, Rφ, Rg
+
+#     ## Verifying that operators perform counter-clockwise rotations
+#     v = [1, 2, 3]
+#     m = Mag([complex(v[1:2]...)], [v[3]])
+#     # Rx
+#     @test rotx(π/2) * v    ≈ [1, -3, 2]
+#     @test (Rx(π/2) * m).xy ≈ [1.0 - 3.0im]
+#     @test (Rx(π/2) * m).z  ≈ [2.0]
+#     # Ry
+#     @test roty(π/2) * v    ≈ [3, 2, -1]
+#     @test (Ry(π/2) * m).xy ≈ [3.0 + 2.0im]
+#     @test (Ry(π/2) * m).z  ≈ [-1.0]
+#     # Rz
+#     @test rotz(π/2) * v    ≈ [-2, 1, 3]
+#     @test (Rz(π/2) * m).xy ≈ [-2.0 + 1.0im]
+#     @test (Rz(π/2) * m).z  ≈ [3.0]
+#     # Rn
+#     @test Un(π/2, [1,0,0]) * v ≈ rotx(π/2) * v
+#     @test Un(π/2, [0,1,0]) * v ≈ roty(π/2) * v
+#     @test Un(π/2, [0,0,1]) * v ≈ rotz(π/2) * v
+#     @test (Q(π/2, 1.0+0.0im, 0.0) * m).xy ≈ (Rx(π/2) * m).xy
+#     @test (Q(π/2, 1.0+0.0im, 0.0) * m).z  ≈ (Rx(π/2) * m).z
+#     @test (Q(π/2, 0.0+1.0im, 0.0) * m).xy ≈ (Ry(π/2) * m).xy
+#     @test (Q(π/2, 0.0+1.0im, 0.0) * m).z  ≈ (Ry(π/2) * m).z
+#     @test (Q(π/2, 0.0+0.0im, 1.0) * m).xy ≈ (Rz(π/2) * m).xy
+#     @test (Q(π/2, 0.0+0.0im, 1.0) * m).z  ≈ (Rz(π/2) * m).z
+
+#     ## Verify that Spinor rotation = matrix rotation
+#     v = rand(3)
+#     n = rand(3); n = n ./ sqrt(sum(n.^2))
+#     m = Mag([complex(v[1:2]...)], [v[3]])
+#     φ, θ, φ1, φ2 = rand(4) * 2π
+#     # Rx
+#     vx = rotx(θ) * v
+#     mx = Rx(θ) * m
+#     @test [real(mx.xy); imag(mx.xy); mx.z] ≈ vx
+#     # Ry
+#     vy = roty(θ) * v
+#     my = Ry(θ) * m
+#     @test [real(my.xy); imag(my.xy); my.z] ≈ vy
+#     # Rz
+#     vz = rotz(θ) * v
+#     mz = Rz(θ) * m
+#     @test [real(mz.xy); imag(mz.xy); mz.z] ≈ vz
+#     # Rφ
+#     vφ = Un(θ, [sin(φ); cos(φ); 0.0]) * v
+#     mφ = Rφ(φ,θ) * m
+#     @test [real(mφ.xy); imag(mφ.xy); mφ.z] ≈ vφ
+#     # Rg
+#     vg = rotz(φ2) * roty(θ) * rotz(φ1) * v
+#     mg = Rg(φ1,θ,φ2) * m
+#     @test [real(mg.xy); imag(mg.xy); mg.z] ≈ vg
+#     # Rn
+#     vq = Un(θ, n) * v
+#     mq = Q(θ, n[1]+n[2]*1im, n[3]) * m
+#     @test [real(mq.xy); imag(mq.xy); mq.z] ≈ vq
+
+#     ## Spinors satify that  |α|^2 + |β|^2 = 1
+#     @test abs(Rx(θ))                     ≈ [1]
+#     @test abs(Ry(θ))                     ≈ [1]
+#     @test abs(Rz(θ))                     ≈ [1]
+#     @test abs(Rφ(φ,θ))                   ≈ [1]
+#     @test abs(Q(θ, n[1]+n[2]*1im, n[3])) ≈ [1]
+
+#     ## Checking properties of Introduction to the Shinnar-Le Roux algorithm.
+#     # Rx = Rz(-π/2) * Ry(θ) * Rz(π/2)
+#     @test rotx(θ) * v ≈ rotz(-π/2) * roty(θ) * rotz(π/2) * v
+#     @test (Rx(θ) * m).xy ≈ (Rz(-π/2) * Ry(θ) * Rz(π/2) * m).xy
+#     @test (Rx(θ) * m).z  ≈ (Rz(-π/2) * Ry(θ) * Rz(π/2) * m).z
+#     # Rφ(φ,θ) = Rz(-φ) Ry(θ) Rz(φ)
+#     @test (Rφ(φ,θ) * m).xy   ≈ (Rz(-φ) * Ry(θ) * Rz(φ) * m).xy
+#     @test (Rφ(φ,θ) * m).z    ≈ (Rz(-φ) * Ry(θ) * Rz(φ) * m).z
+#     # Rg(φ1, θ, φ2) = Rz(φ2) Ry(θ) Rz(φ1)
+#     @test (Rg(φ1,θ,φ2) * m).xy   ≈ (Rz(φ2) * Ry(θ) * Rz(φ1) * m).xy
+#     @test (Rg(φ1,θ,φ2) * m).z    ≈ (Rz(φ2) * Ry(θ) * Rz(φ1) * m).z
+#     # Rg(-φ, θ, φ) = Rz(-φ) Ry(θ) Rz(φ) = Rφ(φ,θ)
+#     @test rotz(-φ) * roty(θ) * rotz(φ) * v ≈ Un(θ, [sin(φ); cos(φ); 0.0]) * v
+#     @test (Rg(φ,θ,-φ) * m).xy    ≈ (Rφ(φ,θ) * m).xy
+#     @test (Rg(φ,θ,-φ) * m).z     ≈ (Rφ(φ,θ) * m).z
+
+#     ## Verify trivial identities
+#     # Rφ is an xy-plane rotation of θ around an axis making an angle of φ with respect to the y-axis
+#     # Rφ φ=0 = Ry
+#     @test (Rφ(0,θ) * m).xy   ≈ (Ry(θ) * m).xy
+#     @test (Rφ(0,θ) * m).z    ≈ (Ry(θ) * m).z
+#     # Rφ φ=π/2 = Rx
+#     @test (Rφ(π/2,θ) * m).xy ≈ (Rx(θ) * m).xy
+#     @test (Rφ(π/2,θ) * m).z  ≈ (Rx(θ) * m).z
+#     # General rotation Rn
+#     # Rn n=[1,0,0] = Rx
+#     @test Un(θ, [1,0,0]) * v ≈ rotx(θ) * v
+#     @test (Q(θ, 1.0+0.0im, 0.0) * m).xy ≈ (Rx(θ) * m).xy
+#     @test (Q(θ, 1.0+0.0im, 0.0) * m).z  ≈ (Rx(θ) * m).z
+#     # Rn n=[0,1,0] = Ry
+#     @test Un(θ, [0,1,0]) * v ≈ roty(θ) * v
+#     @test (Q(θ, 0.0+1.0im, 0.0) * m).xy ≈ (Ry(θ) * m).xy
+#     @test (Q(θ, 0.0+1.0im, 0.0) * m).z  ≈ (Ry(θ) * m).z
+#     # Rn n=[0,0,1] = Rz
+#     @test Un(θ, [0,0,1]) * v ≈ rotz(θ) * v
+#     @test (Q(θ, 0.0+0.0im, 1.0) * m).xy ≈ (Rz(θ) * m).xy
+#     @test (Q(θ, 0.0+0.0im, 1.0) * m).z  ≈ (Rz(θ) * m).z
+
+#     # Associativity
+#     # Rx
+#     @test (((Rz(-π/2) * Ry(θ)) * Rz(π/2)) * m).xy ≈ (Rx(θ) * m).xy
+#     @test (((Rz(-π/2) * Ry(θ)) * Rz(π/2)) * m).z  ≈ (Rx(θ) * m).z
+#     @test (Rz(-π/2) * (Ry(θ) * (Rz(π/2) * m))).xy ≈ (Rx(θ) * m).xy
+#     @test (Rz(-π/2) * (Ry(θ) * (Rz(π/2) * m))).z  ≈ (Rx(θ) * m).z
+#     # Rφ
+#     @test (Rφ(φ,θ) * m).xy   ≈ (((Rz(-φ) * Ry(θ)) * Rz(φ)) * m).xy
+#     @test (Rφ(φ,θ) * m).z    ≈ (((Rz(-φ) * Ry(θ)) * Rz(φ)) * m).z
+#     @test (Rφ(φ,θ) * m).xy   ≈ ((Rz(-φ) * (Ry(θ) * Rz(φ))) * m).xy
+#     @test (Rφ(φ,θ) * m).z    ≈ ((Rz(-φ) * (Ry(θ) * Rz(φ))) * m).z
+#     # Rg
+#     @test (Rg(φ1,θ,φ2) * m).xy   ≈ (((Rz(φ2) * Ry(θ)) * Rz(φ1)) * m).xy
+#     @test (Rg(φ1,θ,φ2) * m).z    ≈ (((Rz(φ2) * Ry(θ)) * Rz(φ1)) * m).z
+#     @test (Rg(φ1,θ,φ2) * m).xy   ≈ ((Rz(φ2) * (Ry(θ) * Rz(φ1))) * m).xy
+#     @test (Rg(φ1,θ,φ2) * m).z    ≈ ((Rz(φ2) * (Ry(θ) * Rz(φ1))) * m).z
+
+#     ## Other tests
+#     # Test Spinor struct
+#     α, β = rand(2)
+#     s = Spinor(α, β)
+#     @test s[1].α ≈ [Complex(α)] && s[1].β ≈ [Complex(β)]
+#     # Just checking to ensure that show() doesn't get stuck and that it is covered
+#     show(IOBuffer(), "text/plain", s)
+#     @test true
+# end
+
+# # Test ISMRMRD
+# @testitem "signal_to_raw_data" tags=[:core] begin
+#     using Suppressor
+
+#     seq = PulseDesigner.EPI_example()
+#     sys = Scanner()
+#     obj = brain_phantom2D()
+
+#     sim_params = KomaMRICore.default_sim_params()
+#     sim_params["return_type"] = "mat"
+#     sig = @suppress simulate(obj, seq, sys; sim_params)
+
+#     # Test signal_to_raw_data
+#     raw = signal_to_raw_data(sig, seq)
+#     sig_aux = vcat([vec(profile.data) for profile in raw.profiles]...)
+#     sig_raw = reshape(sig_aux, length(sig_aux), 1)
+#     @test all(sig .== sig_raw)
+
+#     seq.DEF["FOV"] = [23e-2, 23e-2, 0]
+#     raw = signal_to_raw_data(sig, seq)
+#     sig_aux = vcat([vec(profile.data) for profile in raw.profiles]...)
+#     sig_raw = reshape(sig_aux, length(sig_aux), 1)
+#     @test all(sig .== sig_raw)
+
+#     # Just checking to ensure that show() doesn't get stuck and that it is covered
+#     show(IOBuffer(), "text/plain", raw)
+#     @test true
+# end
+
+# @testitem "Bloch_CPU_single_thread" tags=[:important, :core] begin
+#     using Suppressor
+#     include(joinpath(@__DIR__, "test_files", "utils.jl"))
+
+#     sig_jemris = signal_sphere_jemris()
+#     seq = seq_epi_100x100_TE100_FOV230()
+#     obj = phantom_sphere()
+#     sys = Scanner()
+
+#     sim_params = Dict{String, Any}(
+#         "gpu"=>false,
+#         "Nthreads"=>1,
+#         "sim_method"=>KomaMRICore.Bloch(),
+#         "return_type"=>"mat"
+#     )
+#     sig = @suppress simulate(obj, seq, sys; sim_params)
+#     sig = sig / prod(size(obj))
+
+#     NMRSE(x, x_true) = sqrt.( sum(abs.(x .- x_true).^2) ./ sum(abs.(x_true).^2) ) * 100.
+
+#     @test NMRSE(sig, sig_jemris) < 1 #NMRSE < 1%
+# end
+
+# @testitem "Bloch_CPU_multi_thread" tags=[:important, :core] begin
+#     using Suppressor
+#     include(joinpath(@__DIR__, "test_files", "utils.jl"))
+
+#     sig_jemris = signal_sphere_jemris()
+#     seq = seq_epi_100x100_TE100_FOV230()
+#     obj = phantom_sphere()
+#     sys = Scanner()
+
+#     sim_params = Dict{String, Any}(
+#         "gpu"=>false,
+#         "sim_method"=>KomaMRICore.Bloch(),
+#         "return_type"=>"mat"
+#     )
+#     sig = @suppress simulate(obj, seq, sys; sim_params)
+#     sig = sig / prod(size(obj))
+
+#     NMRSE(x, x_true) = sqrt.( sum(abs.(x .- x_true).^2) ./ sum(abs.(x_true).^2) ) * 100.
+
+#     @test NMRSE(sig, sig_jemris) < 1 #NMRSE < 1%
+# end
+
+
+# @testitem "Bloch_GPU" tags=[:important, :skipci, :core, :gpu] begin
+#     using Suppressor
+#     include(joinpath(@__DIR__, "test_files", "utils.jl"))
+
+#     sig_jemris = signal_sphere_jemris()
+#     seq = seq_epi_100x100_TE100_FOV230()
+#     obj = phantom_sphere()
+#     sys = Scanner()
+
+#     sim_params = Dict{String, Any}(
+#         "gpu"=>true,
+#         "sim_method"=>KomaMRICore.Bloch(),
+#         "return_type"=>"mat", 
+#         "precision"=>"f64"
+#     )
+#     sig = @suppress simulate(obj, seq, sys; sim_params)
+#     sig = sig / prod(size(obj))
+
+#     NMRSE(x, x_true) = sqrt.( sum(abs.(x .- x_true).^2) ./ sum(abs.(x_true).^2) ) * 100.
+
+#     @test NMRSE(sig, sig_jemris) < 1 #NMRSE < 1%
+# end
+
+# @testitem "Bloch_CPU_RF_accuracy_single_thread" tags=[:important, :core] begin
+#     using Suppressor
+
+#     Tadc = 1e-3
+#     Trf = Tadc
+#     T1 = 1000e-3
+#     T2 = 20e-3
+#     Δw = 2π * 100
+#     B1 = 2e-6 * (Tadc / Trf)
+#     N = 6
+
+#     sys = Scanner()
+#     obj = Phantom{Float64}(x=[0.],T1=[T1],T2=[T2],Δw=[Δw])
+
+#     rf_phase = [0, π/2]
+#     seq = Sequence()
+#     seq += ADC(N, Tadc)
+#     for i=1:2
+#         global seq += RF(B1 .* exp(1im*rf_phase[i]), Trf)
+#         global seq += ADC(N, Tadc)
+#     end
+
+#     sim_params = Dict{String, Any}("Δt_rf"=>1e-5, "gpu"=>false, "Nthreads"=>1)
+#     raw = @suppress simulate(obj, seq, sys; sim_params)
+
+#     #Mathematica-simulated Bloch equation result
+#     res1 = [0.153592+0.46505im,
+#             0.208571+0.437734im,
+#             0.259184+0.40408im,
+#             0.304722+0.364744im,
+#             0.344571+0.320455im,
+#             0.378217+0.272008im]
+#     res2 = [-0.0153894+0.142582im,
+#             0.00257641+0.14196im,
+#             0.020146+0.13912im,
+#             0.037051+0.134149im,
+#             0.0530392+0.12717im,
+#             0.0678774+0.11833im]
+#     norm2(x) = sqrt.(sum(abs.(x).^2))
+#     error0 = norm2(raw.profiles[1].data .- 0)
+#     error1 = norm2(raw.profiles[2].data .- res1) ./ norm2(res1) * 100
+#     error2 = norm2(raw.profiles[3].data .- res2) ./ norm2(res2) * 100
+
+#     @test  error0 + error1 + error2 < 0.1 #NMRSE < 0.1%
+# end
+
+# @testitem "Bloch_CPU_RF_accuracy_multi_thread" tags=[:important, :core] begin
+#     using Suppressor
+
+#     Tadc = 1e-3
+#     Trf = Tadc
+#     T1 = 1000e-3
+#     T2 = 20e-3
+#     Δw = 2π * 100
+#     B1 = 2e-6 * (Tadc / Trf)
+#     N = 6
+
+#     sys = Scanner()
+#     obj = Phantom{Float64}(x=[0.],T1=[T1],T2=[T2],Δw=[Δw])
+
+#     rf_phase = [0, π/2]
+#     seq = Sequence()
+#     seq += ADC(N, Tadc)
+#     seq += RF(B1 .* exp(1im*rf_phase[1]), Trf)
+#     seq += ADC(N, Tadc)
+#     seq += RF(B1 .* exp(1im*rf_phase[2]), Trf)
+#     seq += ADC(N, Tadc)
+
+
+#     sim_params = Dict{String, Any}("Δt_rf"=>1e-5, "gpu"=>false)
+#     raw = @suppress simulate(obj, seq, sys; sim_params)
+
+#     #Mathematica-simulated Bloch equation result
+#     res1 = [0.153592+0.46505im,
+#             0.208571+0.437734im,
+#             0.259184+0.40408im,
+#             0.304722+0.364744im,
+#             0.344571+0.320455im,
+#             0.378217+0.272008im]
+#     res2 = [-0.0153894+0.142582im,
+#             0.00257641+0.14196im,
+#             0.020146+0.13912im,
+#             0.037051+0.134149im,
+#             0.0530392+0.12717im,
+#             0.0678774+0.11833im]
+#     norm2(x) = sqrt.(sum(abs.(x).^2))
+#     error0 = norm2(raw.profiles[1].data .- 0)
+#     error1 = norm2(raw.profiles[2].data .- res1) ./ norm2(res1) * 100
+#     error2 = norm2(raw.profiles[3].data .- res2) ./ norm2(res2) * 100
+
+#     @test  error0 + error1 + error2 < 0.1 #NMRSE < 0.1%
+# end
+
+# @testitem "Bloch_GPU_RF_accuracy" tags=[:important, :core, :skipci, :gpu] begin
+#     using Suppressor
+
+#     Tadc = 1e-3
+#     Trf = Tadc
+#     T1 = 1000e-3
+#     T2 = 20e-3
+#     Δw = 2π * 100
+#     B1 = 2e-6 * (Tadc / Trf)
+#     N = 6
+
+#     sys = Scanner()
+#     obj = Phantom{Float64}(x=[0.],T1=[T1],T2=[T2],Δw=[Δw])
+
+#     rf_phase = [0, π/2]
+#     seq = Sequence()
+#     seq += ADC(N, Tadc)
+#     seq += RF(B1 .* exp(1im*rf_phase[1]), Trf)
+#     seq += ADC(N, Tadc)
+#     seq += RF(B1 .* exp(1im*rf_phase[2]), Trf)
+#     seq += ADC(N, Tadc)
+
+#     sim_params = Dict{String, Any}("Δt_rf"=>1e-5, "gpu"=>true)
+#     raw = @suppress simulate(obj, seq, sys; sim_params)
+
+#     #Mathematica-simulated Bloch equation result
+#     res1 = [0.153592+0.46505im,
+#             0.208571+0.437734im,
+#             0.259184+0.40408im,
+#             0.304722+0.364744im,
+#             0.344571+0.320455im,
+#             0.378217+0.272008im]
+#     res2 = [-0.0153894+0.142582im,
+#             0.00257641+0.14196im,
+#             0.020146+0.13912im,
+#             0.037051+0.134149im,
+#             0.0530392+0.12717im,
+#             0.0678774+0.11833im]
+#     norm2(x) = sqrt.(sum(abs.(x).^2))
+#     error0 = norm2(raw.profiles[1].data .- 0)
+#     error1 = norm2(raw.profiles[2].data .- res1) ./ norm2(res1) * 100
+#     error2 = norm2(raw.profiles[3].data .- res2) ./ norm2(res2) * 100
+
+#     @test  error0 + error1 + error2 < 0.1 #NMRSE < 0.1%
+# end
+
+# @testitem "Bloch_phase_compensation" tags=[:important, :core] begin
+#     using Suppressor
+
+#     Tadc = 1e-3
+#     Trf = Tadc
+#     T1 = 1000e-3
+#     T2 = 20e-3
+#     Δw = 2π * 100
+#     B1 = 2e-6 * (Tadc / Trf)
+#     N = 6
+
+#     sys = Scanner()
+#     obj = Phantom{Float64}(x=[0.],T1=[T1],T2=[T2],Δw=[Δw])
+
+#     rf_phase = 2π*rand()
+#     seq1 = Sequence()
+#     seq1 += RF(B1, Trf)
+#     seq1 += ADC(N, Tadc)
+
+#     seq2 = Sequence()
+#     seq2 += RF(B1 .* exp(1im*rf_phase), Trf)
+#     seq2 += ADC(N, Tadc, 0, 0, rf_phase)
+
+#     sim_params = Dict{String, Any}("Δt_rf"=>1e-5, "gpu"=>false, "Nthreads"=>1)
+#     raw1 = @suppress simulate(obj, seq1, sys; sim_params)
+#     raw2 = @suppress simulate(obj, seq2, sys; sim_params)
+
+#     @test raw1.profiles[1].data ≈ raw2.profiles[1].data
+
+# end
+
+# @testitem "Bloch CPU_single_thread SimpleMotion" tags=[:important, :core] begin
+#     using Suppressor
+#     include(joinpath(@__DIR__, "test_files", "utils.jl"))
+
+#     sig_jemris = signal_brain_motion_jemris()  
+#     seq = seq_epi_100x100_TE100_FOV230()
+#     sys = Scanner()
+#     obj = phantom_brain()
+#     obj.motion = SimpleMotion([Translation(t_end=10.0, dx=0.0, dy=1.0, dz=0.0)])
+#     sim_params = Dict{String, Any}(
+#         "gpu"=>false,
+#         "Nthreads"=>1,
+#         "sim_method"=>KomaMRICore.Bloch(),
+#         "return_type"=>"mat"
+#     )
+#     sig = @suppress simulate(obj, seq, sys; sim_params)
+#     sig = sig / prod(size(obj))
+#     NMRSE(x, x_true) = sqrt.( sum(abs.(x .- x_true).^2) ./ sum(abs.(x_true).^2) ) * 100.
+#     @test NMRSE(sig, sig_jemris) < 1 #NMRSE < 1%
+# end
+
+# @testitem "Bloch CPU_single_thread ArbitraryMotion"  tags=[:important, :core] begin
+#     using Suppressor
+#     include(joinpath(@__DIR__, "test_files", "utils.jl"))
+
+#     sig_jemris = signal_brain_motion_jemris()  
+#     seq = seq_epi_100x100_TE100_FOV230()
+#     sys = Scanner()
+#     obj = phantom_brain()
+#     Ns = length(obj)
+#     period_durations=[20.0]
+#     dx = dz = zeros(Ns, 1)
+#     dy = 1.0 .* ones(Ns, 1)
+#     obj.motion = @suppress ArbitraryMotion(
+#         period_durations,
+#         dx,
+#         dy,
+#         dz)    
+#     sim_params = Dict{String, Any}(
+#         "gpu"=>false,
+#         "Nthreads"=>1,
+#         "sim_method"=>KomaMRICore.Bloch(),
+#         "return_type"=>"mat"
+#     )
+#     sig = @suppress simulate(obj, seq, sys; sim_params)
+#     sig = sig / prod(size(obj))
+#     NMRSE(x, x_true) = sqrt.( sum(abs.(x .- x_true).^2) ./ sum(abs.(x_true).^2) ) * 100.
+#     @test NMRSE(sig, sig_jemris) < 1 #NMRSE < 1%
+# end
+
+
+# @testitem "Bloch CPU_multi_thread SimpleMotion" tags=[:important, :core] begin
+#     using Suppressor
+#     include(joinpath(@__DIR__, "test_files", "utils.jl"))
+
+#     sig_jemris = signal_brain_motion_jemris()  
+#     seq = seq_epi_100x100_TE100_FOV230()
+#     sys = Scanner()
+#     obj = phantom_brain()
+#     obj.motion = SimpleMotion([Translation(t_end=10.0, dx=0.0, dy=1.0, dz=0.0)])
+#     sim_params = Dict{String, Any}(
+#         "gpu"=>false,
+#         "sim_method"=>KomaMRICore.Bloch(),
+#         "return_type"=>"mat"
+#     )
+#     sig = @suppress simulate(obj, seq, sys; sim_params)
+#     sig = sig / prod(size(obj))
+#     NMRSE(x, x_true) = sqrt.( sum(abs.(x .- x_true).^2) ./ sum(abs.(x_true).^2) ) * 100.
+#     @test NMRSE(sig, sig_jemris) < 1 #NMRSE < 1%
+# end
+
+# @testitem "Bloch CPU_multi_thread ArbitraryMotion"  tags=[:important, :core] begin
+#     using Suppressor
+#     include(joinpath(@__DIR__, "test_files", "utils.jl"))
+
+#     sig_jemris = signal_brain_motion_jemris()  
+#     seq = seq_epi_100x100_TE100_FOV230()
+#     sys = Scanner()
+#     obj = phantom_brain()
+#     Ns = length(obj)
+#     period_durations=[20.0]
+#     dx = dz = zeros(Ns, 1)
+#     dy = 1.0 .* ones(Ns, 1)
+#     obj.motion = @suppress ArbitraryMotion(
+#         period_durations,
+#         dx,
+#         dy,
+#         dz)    
+#     sim_params = Dict{String, Any}(
+#         "gpu"=>false,
+#         "sim_method"=>KomaMRICore.Bloch(),
+#         "return_type"=>"mat"
+#     )
+#     sig = @suppress simulate(obj, seq, sys; sim_params)
+#     sig = sig / prod(size(obj))
+#     NMRSE(x, x_true) = sqrt.( sum(abs.(x .- x_true).^2) ./ sum(abs.(x_true).^2) ) * 100.
+#     @test NMRSE(sig, sig_jemris) < 1 #NMRSE < 1%
+# end
+
+# @testitem "Bloch GPU SimpleMotion" tags=[:important, :core, :skipci, :gpu] begin
+#     using Suppressor
+#     include(joinpath(@__DIR__, "test_files", "utils.jl"))
+
+#     sig_jemris = signal_brain_motion_jemris()  
+#     seq = seq_epi_100x100_TE100_FOV230()
+#     sys = Scanner()
+#     obj = phantom_brain()
+#     obj.motion = SimpleMotion([Translation(t_end=10.0, dx=0.0, dy=1.0, dz=0.0)])
+#     sim_params = Dict{String, Any}(
+#         "gpu"=>true,
+#         "sim_method"=>KomaMRICore.Bloch(),
+#         "return_type"=>"mat", 
+#         "precision"=>"f64"
+#     )
+#     sig = @suppress simulate(obj, seq, sys; sim_params)
+#     sig = sig / prod(size(obj))
+#     NMRSE(x, x_true) = sqrt.( sum(abs.(x .- x_true).^2) ./ sum(abs.(x_true).^2) ) * 100.
+#     @test NMRSE(sig, sig_jemris) < 1 #NMRSE < 1%
+# end
+
+# @testitem "Bloch GPU ArbitraryMotion"  tags=[:important, :core, :skipci, :gpu] begin
+#     using Suppressor
+#     include(joinpath(@__DIR__, "test_files", "utils.jl"))
+
+#     sig_jemris = signal_brain_motion_jemris()  
+#     seq = seq_epi_100x100_TE100_FOV230()
+#     sys = Scanner()
+#     obj = phantom_brain()
+#     Ns = length(obj)
+#     period_durations=[20.0]
+#     dx = dz = zeros(Ns, 1)
+#     dy = 1.0 .* ones(Ns, 1)
+#     obj.motion = @suppress ArbitraryMotion(
+#         period_durations,
+#         dx,
+#         dy,
+#         dz)    
+#     sim_params = Dict{String, Any}(
+#         "gpu"=>true,
+#         "sim_method"=>KomaMRICore.Bloch(),
+#         "return_type"=>"mat", 
+#         "precision"=>"f64"
+#     )
+#     sig = @suppress simulate(obj, seq, sys; sim_params)
+#     sig = sig / prod(size(obj))
+#     NMRSE(x, x_true) = sqrt.( sum(abs.(x .- x_true).^2) ./ sum(abs.(x_true).^2) ) * 100.
+#     @test NMRSE(sig, sig_jemris) < 1 #NMRSE < 1%
+# end
+
+
+# @testitem "BlochDict_CPU_single_thread" tags=[:important, :core] begin
+#     using Suppressor
+#     include(joinpath(@__DIR__, "test_files", "utils.jl"))
+
+#     seq = seq_epi_100x100_TE100_FOV230()
+#     obj = Phantom{Float64}(x=[0.], T1=[1000e-3], T2=[100e-3])
+#     sys = Scanner()
+#     sim_params = Dict("gpu"=>false, "Nthreads"=>1, "sim_method"=>KomaMRICore.Bloch(), "return_type"=>"mat")
+#     sig = @suppress simulate(obj, seq, sys; sim_params)
+#     sig = sig / prod(size(obj))
+#     sim_params["sim_method"] = KomaMRICore.BlochDict()
+#     sig2 = @suppress simulate(obj, seq, sys; sim_params)
+#     sig2 = sig2 / prod(size(obj))
+#     @test sig ≈ sig2
+
+#     # Just checking to ensure that show() doesn't get stuck and that it is covered
+#     show(IOBuffer(), "text/plain", KomaMRICore.BlochDict())
+#     @test true
+# end
+
+# @testitem "simulate_slice_profile" tags=[:core] begin
+#     using Suppressor
+
+#     # This is a sequence with a sinc RF 30° excitation pulse
+#     sys = Scanner()
+#     sys.Smax = 50
+#     B1 = 4.92e-6
+#     Trf = 3.2e-3
+#     zmax = 2e-2
+#     fmax = 5e3
+#     z = range(-zmax, zmax, 400)
+#     Gz = fmax / (γ * zmax)
+#     f = γ * Gz * z
+#     seq = PulseDesigner.RF_sinc(B1, Trf, sys; G=[0; 0; Gz], TBP=8)
+
+#     # Simulate the slice profile
+#     sim_params = Dict{String, Any}("Δt_rf" => Trf / length(seq.RF.A[1]))
+#     M = @suppress simulate_slice_profile(seq; z, sim_params)
+
+#     # For the time being, always pass the test
+#     @test true
+# end
diff --git a/KomaMRIFiles/test/runtests.jl b/KomaMRIFiles/test/runtests.jl
index deccbf82d..812914bd0 100644
--- a/KomaMRIFiles/test/runtests.jl
+++ b/KomaMRIFiles/test/runtests.jl
@@ -1,125 +1,125 @@
-using TestItems, TestItemRunner
+# using TestItems, TestItemRunner
 
-@run_package_tests filter=t_start->!(:skipci in t_start.tags)&&(:files in t_start.tags) #verbose=true
+# @run_package_tests filter=t_start->!(:skipci in t_start.tags)&&(:files in t_start.tags) #verbose=true
 
-@testitem "Files" tags=[:files] begin
-    using Suppressor
+# @testitem "Files" tags=[:files] begin
+#     using Suppressor
 
-    # Test Pulseq
-    @testset "Pulseq" begin
-        path = @__DIR__
-        seq = @suppress read_seq(path*"/test_files/epi.seq") #Pulseq v1.4.0, RF arbitrary
-        @test seq.DEF["FileName"] == "epi.seq"
-        @test seq.DEF["PulseqVersion"] ≈ 1004000
-        @test seq.DEF["signature"] == "67ebeffe6afdf0c393834101c14f3990"
+#     # Test Pulseq
+#     @testset "Pulseq" begin
+#         path = @__DIR__
+#         seq = @suppress read_seq(path*"/test_files/epi.seq") #Pulseq v1.4.0, RF arbitrary
+#         @test seq.DEF["FileName"] == "epi.seq"
+#         @test seq.DEF["PulseqVersion"] ≈ 1004000
+#         @test seq.DEF["signature"] == "67ebeffe6afdf0c393834101c14f3990"
 
-        seq = @suppress read_seq(path*"/test_files/spiral.seq") #Pulseq v1.4.0, RF arbitrary
-        @test seq.DEF["FileName"] == "spiral.seq"
-        @test seq.DEF["PulseqVersion"] ≈ 1004000
-        @test seq.DEF["signature"] == "efc5eb7dbaa82aba627a31ff689c8649"
+#         seq = @suppress read_seq(path*"/test_files/spiral.seq") #Pulseq v1.4.0, RF arbitrary
+#         @test seq.DEF["FileName"] == "spiral.seq"
+#         @test seq.DEF["PulseqVersion"] ≈ 1004000
+#         @test seq.DEF["signature"] == "efc5eb7dbaa82aba627a31ff689c8649"
 
-        seq = @suppress read_seq(path*"/test_files/epi_JEMRIS.seq") #Pulseq v1.2.1
-        @test seq.DEF["FileName"] == "epi_JEMRIS.seq"
-        @test seq.DEF["PulseqVersion"] ≈ 1002001
-        @test seq.DEF["signature"] == "f291a24409c3e8de01ddb93e124d9ff2"
+#         seq = @suppress read_seq(path*"/test_files/epi_JEMRIS.seq") #Pulseq v1.2.1
+#         @test seq.DEF["FileName"] == "epi_JEMRIS.seq"
+#         @test seq.DEF["PulseqVersion"] ≈ 1002001
+#         @test seq.DEF["signature"] == "f291a24409c3e8de01ddb93e124d9ff2"
 
-        seq = @suppress read_seq(path*"/test_files/radial_JEMRIS.seq") #Pulseq v1.2.1
-        @test seq.DEF["FileName"] == "radial_JEMRIS.seq"
-        @test seq.DEF["PulseqVersion"] ≈ 1002001
-        @test seq.DEF["signature"] == "e827cfff4436b65a6341a4fa0f6deb07"
+#         seq = @suppress read_seq(path*"/test_files/radial_JEMRIS.seq") #Pulseq v1.2.1
+#         @test seq.DEF["FileName"] == "radial_JEMRIS.seq"
+#         @test seq.DEF["PulseqVersion"] ≈ 1002001
+#         @test seq.DEF["signature"] == "e827cfff4436b65a6341a4fa0f6deb07"
 
-        # Test Pulseq compression-decompression
-        shape = ones(100)
-        num_samples, compressed_data = KomaMRIFiles.compress_shape(shape)
-        shape2 = KomaMRIFiles.decompress_shape(num_samples, compressed_data)
-        @test shape == shape2
-    end
-    # Test JEMRIS
-    @testset "JEMRIS" begin
-        path = @__DIR__
-        obj = read_phantom_jemris(path*"/test_files/column1d.h5")
-        @test obj.name == "column1d.h5"
-    end
-    # Test MRiLab
-    @testset "MRiLab" begin
-        path = @__DIR__
-        filename = path * "/test_files/brain_mrilab.mat"
-        FRange_filename = path * "/test_files/FRange.mat" #Slab within slice thickness
-        obj = read_phantom_MRiLab(filename; FRange_filename)
-        @test obj.name == "brain_mrilab.mat"
-    end
-    # Test Phantom (.phantom)
-    @testset "Phantom" begin
-        using KomaMRIBase
-        path = @__DIR__
-        # NoMotion
-        filename = path * "/test_files/brain_nomotion.phantom"
-        obj1 = brain_phantom2D()
-        write_phantom(obj1, filename)
-        obj2 = read_phantom(filename)
-        @test obj1 == obj2
-        # SimpleMotion
-        filename = path * "/test_files/brain_simplemotion.phantom"
-        obj1 = brain_phantom2D()
-        obj1.motion = SimpleMotion([
-            PeriodicRotation(
-                period=1.0, 
-                yaw=45.0,
-                pitch=0.0,
-                roll=0.0),
-            Translation(
-                t_start=0.0,
-                t_end=0.5,
-                dx=0.0,
-                dy=0.02,
-                dz=0.0
-        )])
-        write_phantom(obj1, filename)
-        obj2 = read_phantom(filename)
-        @test obj1 == obj2
-        # ArbitraryMotion
-        filename = path * "/test_files/brain_arbitrarymotion.phantom"
-        obj1 = brain_phantom2D()
-        Ns = length(obj1)
-        K = 10
-        obj1.motion = ArbitraryMotion(
-            [1.0],
-            0.01.*rand(Ns, K-1),
-            0.01.*rand(Ns, K-1),
-            0.01.*rand(Ns, K-1))     
-        write_phantom(obj1, filename)
-        obj2 = read_phantom(filename)
-        @test obj1 == obj2
-    end
-end
+#         # Test Pulseq compression-decompression
+#         shape = ones(100)
+#         num_samples, compressed_data = KomaMRIFiles.compress_shape(shape)
+#         shape2 = KomaMRIFiles.decompress_shape(num_samples, compressed_data)
+#         @test shape == shape2
+#     end
+#     # Test JEMRIS
+#     @testset "JEMRIS" begin
+#         path = @__DIR__
+#         obj = read_phantom_jemris(path*"/test_files/column1d.h5")
+#         @test obj.name == "column1d.h5"
+#     end
+#     # Test MRiLab
+#     @testset "MRiLab" begin
+#         path = @__DIR__
+#         filename = path * "/test_files/brain_mrilab.mat"
+#         FRange_filename = path * "/test_files/FRange.mat" #Slab within slice thickness
+#         obj = read_phantom_MRiLab(filename; FRange_filename)
+#         @test obj.name == "brain_mrilab.mat"
+#     end
+#     # Test Phantom (.phantom)
+#     @testset "Phantom" begin
+#         using KomaMRIBase
+#         path = @__DIR__
+#         # NoMotion
+#         filename = path * "/test_files/brain_nomotion.phantom"
+#         obj1 = brain_phantom2D()
+#         write_phantom(obj1, filename)
+#         obj2 = read_phantom(filename)
+#         @test obj1 == obj2
+#         # SimpleMotion
+#         filename = path * "/test_files/brain_simplemotion.phantom"
+#         obj1 = brain_phantom2D()
+#         obj1.motion = SimpleMotion([
+#             PeriodicRotation(
+#                 period=1.0, 
+#                 yaw=45.0,
+#                 pitch=0.0,
+#                 roll=0.0),
+#             Translation(
+#                 t_start=0.0,
+#                 t_end=0.5,
+#                 dx=0.0,
+#                 dy=0.02,
+#                 dz=0.0
+#         )])
+#         write_phantom(obj1, filename)
+#         obj2 = read_phantom(filename)
+#         @test obj1 == obj2
+#         # ArbitraryMotion
+#         filename = path * "/test_files/brain_arbitrarymotion.phantom"
+#         obj1 = brain_phantom2D()
+#         Ns = length(obj1)
+#         K = 10
+#         obj1.motion = ArbitraryMotion(
+#             [1.0],
+#             0.01.*rand(Ns, K-1),
+#             0.01.*rand(Ns, K-1),
+#             0.01.*rand(Ns, K-1))     
+#         write_phantom(obj1, filename)
+#         obj2 = read_phantom(filename)
+#         @test obj1 == obj2
+#     end
+# end
 
-@testitem "Pulseq compat" tags=[:files, :pulseq] begin
-    using MAT, KomaMRIBase, Suppressor
+# @testitem "Pulseq compat" tags=[:files, :pulseq] begin
+#     using MAT, KomaMRIBase, Suppressor
 
-    # Aux functions
-    inside(x) = x[2:end-1]
-    namedtuple(x) = x[:]
-    namedtuple(d::Dict) = (; (Symbol(k == "df" ? "Δf" : k) => namedtuple(v) for (k,v) in d)...)
-    not_empty = ((ek, ep),) -> !isempty(ep.t)
+#     # Aux functions
+#     inside(x) = x[2:end-1]
+#     namedtuple(x) = x[:]
+#     namedtuple(d::Dict) = (; (Symbol(k == "df" ? "Δf" : k) => namedtuple(v) for (k,v) in d)...)
+#     not_empty = ((ek, ep),) -> !isempty(ep.t)
 
-    # Reading files
-    path         = joinpath(@__DIR__, "test_files/pulseq_read_comparison")
-    pulseq_files = filter(endswith(".seq"), readdir(path)) .|> x -> splitext(x)[1]
-    for pulseq_file in pulseq_files
-        #@show pulseq_file
-        seq_koma   = @suppress read_seq("$path/$pulseq_file.seq")
-        seq_pulseq = matread("$path/$pulseq_file.mat")["sequence"] .|> namedtuple
-        @testset "$pulseq_file" begin
-            for i in 1:length(seq_koma)
-                blk_koma   = get_samples(seq_koma, i)
-                blk_pulseq = NamedTuple{keys(blk_koma)}(seq_pulseq[i]) # Reorder keys
-                for (ev_koma, ev_pulseq) in Iterators.filter(not_empty, zip(blk_koma, blk_pulseq))
-                    @test ev_koma.t ≈ ev_pulseq.t
-                    @test inside(ev_koma.A) ≈ inside(ev_pulseq.A)
-                    @test first(ev_koma.A)  ≈ first(ev_pulseq.A) || ev_koma.t[2] ≈ ev_koma.t[1]
-                    @test last(ev_koma.A)   ≈ last(ev_pulseq.A)
-                end
-            end
-        end
-    end
-end
+#     # Reading files
+#     path         = joinpath(@__DIR__, "test_files/pulseq_read_comparison")
+#     pulseq_files = filter(endswith(".seq"), readdir(path)) .|> x -> splitext(x)[1]
+#     for pulseq_file in pulseq_files
+#         #@show pulseq_file
+#         seq_koma   = @suppress read_seq("$path/$pulseq_file.seq")
+#         seq_pulseq = matread("$path/$pulseq_file.mat")["sequence"] .|> namedtuple
+#         @testset "$pulseq_file" begin
+#             for i in 1:length(seq_koma)
+#                 blk_koma   = get_samples(seq_koma, i)
+#                 blk_pulseq = NamedTuple{keys(blk_koma)}(seq_pulseq[i]) # Reorder keys
+#                 for (ev_koma, ev_pulseq) in Iterators.filter(not_empty, zip(blk_koma, blk_pulseq))
+#                     @test ev_koma.t ≈ ev_pulseq.t
+#                     @test inside(ev_koma.A) ≈ inside(ev_pulseq.A)
+#                     @test first(ev_koma.A)  ≈ first(ev_pulseq.A) || ev_koma.t[2] ≈ ev_koma.t[1]
+#                     @test last(ev_koma.A)   ≈ last(ev_pulseq.A)
+#                 end
+#             end
+#         end
+#     end
+# end
diff --git a/KomaMRIPlots/test/GUI_PlotlyJS_backend_test.jl b/KomaMRIPlots/test/GUI_PlotlyJS_backend_test.jl
index 011ecb027..1ef8b4504 100644
--- a/KomaMRIPlots/test/GUI_PlotlyJS_backend_test.jl
+++ b/KomaMRIPlots/test/GUI_PlotlyJS_backend_test.jl
@@ -1,135 +1,135 @@
-#GUI tests
-@testitem "PlotlyJS" tags=[:plots] begin
-    using KomaMRIBase, MRIFiles
-
-    @testset "GUI_phantom" begin
-        ph = brain_phantom2D()    #2D phantom
-
-        @testset "plot_phantom_map_rho" begin
-            plot_phantom_map(ph, :ρ, width=800, height=600) #Plotting the phantom's rho map
-            @test true                #If the previous line fails the test will fail
-        end
-
-        @testset "plot_phantom_map_T1" begin
-            plot_phantom_map(ph, :T1) #Plotting the phantom's rho map
-            @test true                #If the previous line fails the test will fail
-        end
-
-        @testset "plot_phantom_map_T2" begin
-            plot_phantom_map(ph, :T2) #Plotting the phantom's rho map
-            @test true                #If the previous line fails the test will fail
-        end
-
-        @testset "plot_phantom_map_x" begin
-            plot_phantom_map(ph, :x) #Plotting the phantom's rho map
-            @test true                #If the previous line fails the test will fail
-        end
-
-        @testset "plot_phantom_map_w" begin
-            plot_phantom_map(ph, :Δw) #Plotting the phantom's rho map
-            @test true                #If the previous line fails the test will fail
-        end
-
-        @testset "plot_phantom_map_2dview" begin
-            plot_phantom_map(ph, :ρ, view_2d=true) #Plotting the phantom's rho map
-            @test true                #If the previous line fails the test will fail
-        end
-    end
-
-    @testset "GUI_seq" begin
-        #KomaCore definition of a sequence:
-        #RF construction
-        sys = Scanner()
-        B1 = sys.B1; durRF = π/2/(2π*γ*B1) #90-degree hard excitation pulse
-        EX = PulseDesigner.RF_hard(B1, durRF, sys; G=[0,0,0])
-        #ACQ construction
-        N = 101
-        FOV = 23e-2
-        EPI = PulseDesigner.EPI(FOV, N, sys)
-        TE = 30e-3
-        d1 = TE-dur(EPI)/2-dur(EX)
-        d1 = d1 > 0 ? d1 : 0
-        if d1 > 0 DELAY = Delay(d1) end
-        #Sequence construction
-        seq = d1 > 0 ? EX + DELAY + EPI : EX + EPI #Only add delay if d1 is positive (enough space)
-        seq.DEF["TE"] = round(d1 > 0 ? TE : TE - d1, digits=4)*1e3
-
-        @testset "plot_seq" begin
-            #Plot sequence
-            plot_seq(seq)  #Plotting the sequence
-            plot_seq(seq; width=800, height=600, slider=true, show_seq_blocks=true)
-            @test true          #If the previous lines fail the test will fail
-        end
-
-        @testset "plot_kspace" begin
-            #Plot k-space
-            plot_kspace(seq; width=800, height=600) #Plotting the k-space
-            @test true          #If the previous line fails the test will fail
-        end
-
-        @testset "plot_M0" begin
-            #Plot M0
-            plot_M0(seq)        #Plotting the M0
-            @test true          #If the previous line fails the test will fail
-        end
-
-        @testset "plot_M1" begin
-            #Plot M1
-            plot_M1(seq)        #Plotting the M0
-            @test true          #If the previous line fails the test will fail
-        end
-
-        @testset "plot_M2" begin
-            #Plot M2
-            plot_M2(seq)        #Plotting the M2
-            @test true          #If the previous line fails the test will fail
-        end
-
-        @testset "plot_eddy_currents" begin
-            #Plot M2
-            plot_eddy_currents(seq, 80e-3) #Plotting the plot_eddy_currents
-            @test true              #If the previous line fails the test will fail
-        end
-
-        @testset "plot_slew_rate" begin
-            plot_slew_rate(seq)
-            @test true
-        end
-
-        @testset "plot_seqd" begin
-            plot_seqd(seq)
-            @test true
-        end
-    end
-
-    @testset "GUI_dict_html" begin
-        #Define a dictionary and Plot the dictionary table
-        sys = Scanner()
-        sys_dict = Dict("B0" => sys.B0,
-                "B1" => sys.B1,
-                "Gmax" => sys.Gmax,
-                "Smax" => sys.Smax,
-                "ADC_dt" => sys.ADC_Δt,
-                "seq_dt" => sys.seq_Δt,
-                "GR_dt" => sys.GR_Δt,
-                "RF_dt" => sys.RF_Δt,
-                "RF_ring_down_T" => sys.RF_ring_down_T,
-                "RF_dead_time_T" => sys.RF_dead_time_T,
-                "ADC_dead_time_T" => sys.ADC_dead_time_T)
-        plot_dict(sys_dict)
-        @test true
-    end
-
-    @testset "GUI_signal" begin
-        path = @__DIR__
-        fraw = ISMRMRDFile(path*"/test_files/Koma_signal.mrd")
-        raw = RawAcquisitionData(fraw)
-        plot_signal(raw, width=800, height=600)
-        @test true          #If the previous line fails the test will fail
-    end
-
-    @testset "GUI_recon" begin
-        #???
-    end
-
-end
+# #GUI tests
+# @testitem "PlotlyJS" tags=[:plots] begin
+#     using KomaMRIBase, MRIFiles
+
+#     @testset "GUI_phantom" begin
+#         ph = brain_phantom2D()    #2D phantom
+
+#         @testset "plot_phantom_map_rho" begin
+#             plot_phantom_map(ph, :ρ, width=800, height=600) #Plotting the phantom's rho map
+#             @test true                #If the previous line fails the test will fail
+#         end
+
+#         @testset "plot_phantom_map_T1" begin
+#             plot_phantom_map(ph, :T1) #Plotting the phantom's rho map
+#             @test true                #If the previous line fails the test will fail
+#         end
+
+#         @testset "plot_phantom_map_T2" begin
+#             plot_phantom_map(ph, :T2) #Plotting the phantom's rho map
+#             @test true                #If the previous line fails the test will fail
+#         end
+
+#         @testset "plot_phantom_map_x" begin
+#             plot_phantom_map(ph, :x) #Plotting the phantom's rho map
+#             @test true                #If the previous line fails the test will fail
+#         end
+
+#         @testset "plot_phantom_map_w" begin
+#             plot_phantom_map(ph, :Δw) #Plotting the phantom's rho map
+#             @test true                #If the previous line fails the test will fail
+#         end
+
+#         @testset "plot_phantom_map_2dview" begin
+#             plot_phantom_map(ph, :ρ, view_2d=true) #Plotting the phantom's rho map
+#             @test true                #If the previous line fails the test will fail
+#         end
+#     end
+
+#     @testset "GUI_seq" begin
+#         #KomaCore definition of a sequence:
+#         #RF construction
+#         sys = Scanner()
+#         B1 = sys.B1; durRF = π/2/(2π*γ*B1) #90-degree hard excitation pulse
+#         EX = PulseDesigner.RF_hard(B1, durRF, sys; G=[0,0,0])
+#         #ACQ construction
+#         N = 101
+#         FOV = 23e-2
+#         EPI = PulseDesigner.EPI(FOV, N, sys)
+#         TE = 30e-3
+#         d1 = TE-dur(EPI)/2-dur(EX)
+#         d1 = d1 > 0 ? d1 : 0
+#         if d1 > 0 DELAY = Delay(d1) end
+#         #Sequence construction
+#         seq = d1 > 0 ? EX + DELAY + EPI : EX + EPI #Only add delay if d1 is positive (enough space)
+#         seq.DEF["TE"] = round(d1 > 0 ? TE : TE - d1, digits=4)*1e3
+
+#         @testset "plot_seq" begin
+#             #Plot sequence
+#             plot_seq(seq)  #Plotting the sequence
+#             plot_seq(seq; width=800, height=600, slider=true, show_seq_blocks=true)
+#             @test true          #If the previous lines fail the test will fail
+#         end
+
+#         @testset "plot_kspace" begin
+#             #Plot k-space
+#             plot_kspace(seq; width=800, height=600) #Plotting the k-space
+#             @test true          #If the previous line fails the test will fail
+#         end
+
+#         @testset "plot_M0" begin
+#             #Plot M0
+#             plot_M0(seq)        #Plotting the M0
+#             @test true          #If the previous line fails the test will fail
+#         end
+
+#         @testset "plot_M1" begin
+#             #Plot M1
+#             plot_M1(seq)        #Plotting the M0
+#             @test true          #If the previous line fails the test will fail
+#         end
+
+#         @testset "plot_M2" begin
+#             #Plot M2
+#             plot_M2(seq)        #Plotting the M2
+#             @test true          #If the previous line fails the test will fail
+#         end
+
+#         @testset "plot_eddy_currents" begin
+#             #Plot M2
+#             plot_eddy_currents(seq, 80e-3) #Plotting the plot_eddy_currents
+#             @test true              #If the previous line fails the test will fail
+#         end
+
+#         @testset "plot_slew_rate" begin
+#             plot_slew_rate(seq)
+#             @test true
+#         end
+
+#         @testset "plot_seqd" begin
+#             plot_seqd(seq)
+#             @test true
+#         end
+#     end
+
+#     @testset "GUI_dict_html" begin
+#         #Define a dictionary and Plot the dictionary table
+#         sys = Scanner()
+#         sys_dict = Dict("B0" => sys.B0,
+#                 "B1" => sys.B1,
+#                 "Gmax" => sys.Gmax,
+#                 "Smax" => sys.Smax,
+#                 "ADC_dt" => sys.ADC_Δt,
+#                 "seq_dt" => sys.seq_Δt,
+#                 "GR_dt" => sys.GR_Δt,
+#                 "RF_dt" => sys.RF_Δt,
+#                 "RF_ring_down_T" => sys.RF_ring_down_T,
+#                 "RF_dead_time_T" => sys.RF_dead_time_T,
+#                 "ADC_dead_time_T" => sys.ADC_dead_time_T)
+#         plot_dict(sys_dict)
+#         @test true
+#     end
+
+#     @testset "GUI_signal" begin
+#         path = @__DIR__
+#         fraw = ISMRMRDFile(path*"/test_files/Koma_signal.mrd")
+#         raw = RawAcquisitionData(fraw)
+#         plot_signal(raw, width=800, height=600)
+#         @test true          #If the previous line fails the test will fail
+#     end
+
+#     @testset "GUI_recon" begin
+#         #???
+#     end
+
+# end
diff --git a/KomaMRIPlots/test/GUI_PlutoPlotly_backend_test.jl b/KomaMRIPlots/test/GUI_PlutoPlotly_backend_test.jl
index 4d63016b3..f90cc53a7 100644
--- a/KomaMRIPlots/test/GUI_PlutoPlotly_backend_test.jl
+++ b/KomaMRIPlots/test/GUI_PlutoPlotly_backend_test.jl
@@ -1,29 +1,29 @@
-@testitem "PlutoPlotly" tags=[:plots] begin
-    using KomaMRIBase, PlutoPlotly #Testing package extension
+# @testitem "PlutoPlotly" tags=[:plots] begin
+#     using KomaMRIBase, PlutoPlotly #Testing package extension
 
-    @testset "GUI_seq_PlutoPlotly" begin
-        #KomaCore definition of a sequence:
-        #RF construction
-        sys = Scanner()
-        B1 = sys.B1; durRF = π/2/(2π*γ*B1) #90-degree hard excitation pulse
-        EX = PulseDesigner.RF_hard(B1, durRF, sys; G=[0,0,0])
-        #ACQ construction
-        N = 101
-        FOV = 23e-2
-        EPI = PulseDesigner.EPI(FOV, N, sys)
-        TE = 30e-3
-        d1 = TE-dur(EPI)/2-dur(EX)
-        d1 = d1 > 0 ? d1 : 0
-        if d1 > 0 DELAY = Delay(d1) end
-        #Sequence construction
-        seq = d1 > 0 ? EX + DELAY + EPI : EX + EPI #Only add delay if d1 is positive (enough space)
-        seq.DEF["TE"] = round(d1 > 0 ? TE : TE - d1, digits=4)*1e3
+#     @testset "GUI_seq_PlutoPlotly" begin
+#         #KomaCore definition of a sequence:
+#         #RF construction
+#         sys = Scanner()
+#         B1 = sys.B1; durRF = π/2/(2π*γ*B1) #90-degree hard excitation pulse
+#         EX = PulseDesigner.RF_hard(B1, durRF, sys; G=[0,0,0])
+#         #ACQ construction
+#         N = 101
+#         FOV = 23e-2
+#         EPI = PulseDesigner.EPI(FOV, N, sys)
+#         TE = 30e-3
+#         d1 = TE-dur(EPI)/2-dur(EX)
+#         d1 = d1 > 0 ? d1 : 0
+#         if d1 > 0 DELAY = Delay(d1) end
+#         #Sequence construction
+#         seq = d1 > 0 ? EX + DELAY + EPI : EX + EPI #Only add delay if d1 is positive (enough space)
+#         seq.DEF["TE"] = round(d1 > 0 ? TE : TE - d1, digits=4)*1e3
 
-        @testset "plot_seq_PlutoPlotly" begin
-            #Plot sequence
-            plot_seq(seq)  #Plotting the sequence
-            plot_seq(seq; width=800, height=600, slider=true, show_seq_blocks=true)
-            @test true          #If the previous lines fail the test will fail
-        end
-    end
-end
+#         @testset "plot_seq_PlutoPlotly" begin
+#             #Plot sequence
+#             plot_seq(seq)  #Plotting the sequence
+#             plot_seq(seq; width=800, height=600, slider=true, show_seq_blocks=true)
+#             @test true          #If the previous lines fail the test will fail
+#         end
+#     end
+# end
diff --git a/test/runtests.jl b/test/runtests.jl
index 9806ff246..47f4c8a3a 100644
--- a/test/runtests.jl
+++ b/test/runtests.jl
@@ -1,132 +1,132 @@
-using TestItems, TestItemRunner
+# using TestItems, TestItemRunner
 
-@run_package_tests filter=ti->!(:skipci in ti.tags)&&(:koma in ti.tags) #verbose=true
+# @run_package_tests filter=ti->!(:skipci in ti.tags)&&(:koma in ti.tags) #verbose=true
 
-# include("../KomaMRICore/test/runtests.jl")
-# include("../KomaMRIPlots/test/runtests.jl")
+# # include("../KomaMRICore/test/runtests.jl")
+# # include("../KomaMRIPlots/test/runtests.jl")
 
-@testitem "MRIReco recon" tags=[:koma] begin
-    #Sanity check 1
-    A = rand(5,5,3)
-    B = KomaMRI.fftc(KomaMRI.ifftc(A))
-    @test A ≈ B
+# @testitem "MRIReco recon" tags=[:koma] begin
+#     #Sanity check 1
+#     A = rand(5,5,3)
+#     B = KomaMRI.fftc(KomaMRI.ifftc(A))
+#     @test A ≈ B
     
-    #Sanity check 2
-    B = KomaMRI.ifftc(KomaMRI.fftc(A))
-    @test A ≈ B
+#     #Sanity check 2
+#     B = KomaMRI.ifftc(KomaMRI.fftc(A))
+#     @test A ≈ B
 
-    #MRIReco.jl
-    path = @__DIR__
-    fraw = ISMRMRDFile(path*"/test_files/Koma_signal.mrd")
-    raw = RawAcquisitionData(fraw)
-    acq = AcquisitionData(raw)
+#     #MRIReco.jl
+#     path = @__DIR__
+#     fraw = ISMRMRDFile(path*"/test_files/Koma_signal.mrd")
+#     raw = RawAcquisitionData(fraw)
+#     acq = AcquisitionData(raw)
 
-    @testset "MRIReco_direct" begin
-        Nx, Ny = raw.params["reconSize"][1:2]
-        recParams = Dict{Symbol,Any}(:reco=>"direct", :reconSize=>(Nx,Ny), :densityWeighting=>true)
-        img = reconstruction(acq, recParams)
-        @test true                #If the previous line fails the test will fail
-    end
+#     @testset "MRIReco_direct" begin
+#         Nx, Ny = raw.params["reconSize"][1:2]
+#         recParams = Dict{Symbol,Any}(:reco=>"direct", :reconSize=>(Nx,Ny), :densityWeighting=>true)
+#         img = reconstruction(acq, recParams)
+#         @test true                #If the previous line fails the test will fail
+#     end
 
-    #Test MRIReco regularized recon (with a λ)
-    @testset "MRIReco_standard" begin
-        #???
-    end
+#     #Test MRIReco regularized recon (with a λ)
+#     @testset "MRIReco_standard" begin
+#         #???
+#     end
 
-end
+# end
 
-@testitem "KomaUI" tags=[:koma] begin
+# @testitem "KomaUI" tags=[:koma] begin
 
-    using Blink
+#     using Blink
 
-    # Opens UI
-    w = KomaUI(return_window=true) 
+#     # Opens UI
+#     w = KomaUI(return_window=true) 
 
-    @testset "Open UI" begin
-        @test "index" == @js w document.getElementById("content").dataset.content
-    end
+#     @testset "Open UI" begin
+#         @test "index" == @js w document.getElementById("content").dataset.content
+#     end
 
-    @testset "PulsesGUI" begin
-        @js w document.getElementById("button_pulses_seq").click()
-        @test "sequence" == @js w document.getElementById("content").dataset.content
+#     @testset "PulsesGUI" begin
+#         @js w document.getElementById("button_pulses_seq").click()
+#         @test "sequence" == @js w document.getElementById("content").dataset.content
 
-        @js w document.getElementById("button_pulses_kspace").click()
-        @test "kspace" == @js w document.getElementById("content").dataset.content
+#         @js w document.getElementById("button_pulses_kspace").click()
+#         @test "kspace" == @js w document.getElementById("content").dataset.content
 
-        @js w document.getElementById("button_pulses_M0").click()
-        @test "m0" == @js w document.getElementById("content").dataset.content
+#         @js w document.getElementById("button_pulses_M0").click()
+#         @test "m0" == @js w document.getElementById("content").dataset.content
 
-        @js w document.getElementById("button_pulses_M1").click()
-        @test "m1" == @js w document.getElementById("content").dataset.content
+#         @js w document.getElementById("button_pulses_M1").click()
+#         @test "m1" == @js w document.getElementById("content").dataset.content
 
-        @js w document.getElementById("button_pulses_M2").click()
-        @test "m2" == @js w document.getElementById("content").dataset.content
-    end
+#         @js w document.getElementById("button_pulses_M2").click()
+#         @test "m2" == @js w document.getElementById("content").dataset.content
+#     end
 
-    @testset "PhantomGUI" begin
-        @js w document.getElementById("button_phantom").click()
-        @test "phantom" == @js w document.getElementById("content").dataset.content
-    end
+#     @testset "PhantomGUI" begin
+#         @js w document.getElementById("button_phantom").click()
+#         @test "phantom" == @js w document.getElementById("content").dataset.content
+#     end
 
-    @testset "ParamsGUI" begin
-        @js w document.getElementById("button_scanner").click()
-        @test "scanneparams" == @js w document.getElementById("content").dataset.content
+#     @testset "ParamsGUI" begin
+#         @js w document.getElementById("button_scanner").click()
+#         @test "scanneparams" == @js w document.getElementById("content").dataset.content
 
-        @js w document.getElementById("button_sim_params").click()
-        @test "simparams" == @js w document.getElementById("content").dataset.content
+#         @js w document.getElementById("button_sim_params").click()
+#         @test "simparams" == @js w document.getElementById("content").dataset.content
 
-        @js w document.getElementById("button_rec_params").click()
-        @test "recparams" == @js w document.getElementById("content").dataset.content
-    end
+#         @js w document.getElementById("button_rec_params").click()
+#         @test "recparams" == @js w document.getElementById("content").dataset.content
+#     end
 
-    @testset "Simulation" begin
-        @js w document.getElementById("simulate!").click()
-        @test "sig" == @js w document.getElementById("content").dataset.content
-    end
+#     @testset "Simulation" begin
+#         @js w document.getElementById("simulate!").click()
+#         @test "sig" == @js w document.getElementById("content").dataset.content
+#     end
 
-    @testset "SignalGUI" begin
-        @js w document.getElementById("button_sig").click()
-        @test "sig" == @js w document.getElementById("content").dataset.content
-    end
+#     @testset "SignalGUI" begin
+#         @js w document.getElementById("button_sig").click()
+#         @test "sig" == @js w document.getElementById("content").dataset.content
+#     end
 
-    @testset "Reconstruction" begin
-        @js w document.getElementById("recon!").click()
-        @test "absi" == @js w document.getElementById("content").dataset.content
-    end
+#     @testset "Reconstruction" begin
+#         @js w document.getElementById("recon!").click()
+#         @test "absi" == @js w document.getElementById("content").dataset.content
+#     end
 
-    @testset "ReconGUI" begin
-        @js w document.getElementById("button_reconstruction_absI").click()
-        @test "absi" == @js w document.getElementById("content").dataset.content
+#     @testset "ReconGUI" begin
+#         @js w document.getElementById("button_reconstruction_absI").click()
+#         @test "absi" == @js w document.getElementById("content").dataset.content
 
-        @js w document.getElementById("button_reconstruction_angI").click()
-        @test "angi" == @js w document.getElementById("content").dataset.content
+#         @js w document.getElementById("button_reconstruction_angI").click()
+#         @test "angi" == @js w document.getElementById("content").dataset.content
 
-        @js w document.getElementById("button_reconstruction_absK").click()
-        @test "absk" == @js w document.getElementById("content").dataset.content
-    end
+#         @js w document.getElementById("button_reconstruction_absK").click()
+#         @test "absk" == @js w document.getElementById("content").dataset.content
+#     end
 
-    @testset "ExportToMAT" begin
-        @js w document.getElementById("button_matfolder").click()
-        @test "matfolder" == @js w document.getElementById("content").dataset.content
+#     @testset "ExportToMAT" begin
+#         @js w document.getElementById("button_matfolder").click()
+#         @test "matfolder" == @js w document.getElementById("content").dataset.content
 
-        @js w document.getElementById("button_matfolderseq").click()
-        @test "matfolderseq" == @js w document.getElementById("content").dataset.content
+#         @js w document.getElementById("button_matfolderseq").click()
+#         @test "matfolderseq" == @js w document.getElementById("content").dataset.content
 
-        @js w document.getElementById("button_matfolderpha").click()
-        @test "matfolderpha" == @js w document.getElementById("content").dataset.content
+#         @js w document.getElementById("button_matfolderpha").click()
+#         @test "matfolderpha" == @js w document.getElementById("content").dataset.content
 
-        @js w document.getElementById("button_matfoldersca").click()
-        @test "matfoldersca" == @js w document.getElementById("content").dataset.content
+#         @js w document.getElementById("button_matfoldersca").click()
+#         @test "matfoldersca" == @js w document.getElementById("content").dataset.content
 
-        @js w document.getElementById("button_matfolderraw").click()
-        @test "matfolderraw" == @js w document.getElementById("content").dataset.content
+#         @js w document.getElementById("button_matfolderraw").click()
+#         @test "matfolderraw" == @js w document.getElementById("content").dataset.content
 
-        @js w document.getElementById("button_matfolderima").click()
-        @test "matfolderima" == @js w document.getElementById("content").dataset.content
-    end
+#         @js w document.getElementById("button_matfolderima").click()
+#         @test "matfolderima" == @js w document.getElementById("content").dataset.content
+#     end
 
-    if !isnothing(w)
-        close(w)
-    end
+#     if !isnothing(w)
+#         close(w)
+#     end
 
-end
+# end

From 86bb9e4e1eefc46e742f31815ba136dee560ae99 Mon Sep 17 00:00:00 2001
From: Pablo Villacorta Aylagas <pablo.villacorta@uva.es>
Date: Wed, 1 May 2024 14:18:35 +0200
Subject: [PATCH 09/51] Revert comments

---
 KomaMRIBase/test/runtests.jl                  | 1118 ++++++++--------
 KomaMRICore/test/runtests.jl                  | 1190 ++++++++---------
 KomaMRIFiles/test/runtests.jl                 |  230 ++--
 .../test/GUI_PlotlyJS_backend_test.jl         |  270 ++--
 .../test/GUI_PlutoPlotly_backend_test.jl      |   54 +-
 test/runtests.jl                              |  194 +--
 6 files changed, 1528 insertions(+), 1528 deletions(-)

diff --git a/KomaMRIBase/test/runtests.jl b/KomaMRIBase/test/runtests.jl
index 555e0f438..f15bfaca2 100644
--- a/KomaMRIBase/test/runtests.jl
+++ b/KomaMRIBase/test/runtests.jl
@@ -1,559 +1,559 @@
-# using TestItems, TestItemRunner
-
-# @run_package_tests filter=t_start->!(:skipci in t_start.tags)&&(:base in t_start.tags) #verbose=true
-
-# @testitem "Sequence" tags=[:base] begin
-#     @testset "Init" begin
-#         sys = Scanner()
-#         B1 = sys.B1; durRF = π/2/(2π*γ*B1) #90-degree hard excitation pulse
-#         EX = PulseDesigner.RF_hard(B1, durRF, sys; G=[0.0,0.0,0.0])
-#         @test dur(EX) ≈ durRF #RF length matches what is supposed to be
-
-#         #ACQ construction
-#         N = 101
-#         FOV = 23e-2
-#         EPI = PulseDesigner.EPI(FOV, N, sys)
-#         TE = 30e-3
-#         d1 = TE-dur(EPI)/2-dur(EX)
-#         d1 = d1 > 0 ? d1 : 0.0
-#         if d1 > 0 DELAY = Delay(d1) end
-
-#         #Sequence construction
-#         seq = d1 > 0 ? EX + DELAY + EPI : EX + EPI #Only add delay if d1 is positive (enough space)
-#         seq.DEF["TE"] = round(d1 > 0 ? TE : TE - d1, digits=4)*1e3
-#         @test dur(seq) ≈ dur(EX) + d1 + dur(EPI) #Sequence duration matches what is supposed to be
-#     end
-
-#     @testset "Rot_and_Concat" begin
-#         # Rotation 2D case
-#         A1, A2, T, t = rand(4)
-#         s = Sequence([Grad(A1,T);
-#                     Grad(A2,T)])
-#         θ = π*t
-#         R = rotz(θ)
-#         s2 = R*s #Matrix-Matrix{Grad} multiplication
-#         GR2 = R*s.GR.A #Matrix-vector multiplication
-#         @test s2.GR.A ≈ GR2
-#         # Rotation 3D case
-#         T, t1, t2, t3 = rand(4)
-#         N = 100
-#         GR = [Grad(rand(),T) for i=1:3, j=1:N]
-#         s = Sequence(GR)
-#         α, β, γ = π*t1, π*t2, π*t3
-#         Rx = rotx(α)
-#         Ry = roty(β)
-#         Rz = rotz(γ)
-#         R = Rx*Ry*Rz
-#         s2 = R*s #Matrix-Matrix{Grad} multiplication
-#         GR2 = R*s.GR.A #Matrix-vector multiplication
-#         @test s2.GR.A ≈ GR2
-
-#         # Concatenation of sequences
-#         A1, A2, A3, T1 = rand(4)
-#         s1 = Sequence([Grad(A1,T1);
-#                     Grad(A2,T1)],
-#                         [RF(A3,T1)])
-#         B1, B2, B3, T2 = rand(4)
-#         s2 = Sequence([Grad(B1,T2);
-#                     Grad(B2,T2)],
-#                         [RF(B3,T2)])
-#         s = s1 + s2
-#         @test s.GR.A ≈ [s1.GR.A s2.GR.A]
-#         @test s.RF.A ≈ [s1.RF.A s2.RF.A]
-#         @test s.ADC.N ≈ [s1.ADC.N ; s2.ADC.N]
-#     end
-
-#     @testset "Grad" begin
-#         #Testing gradient concatenation, breakes in some Julia versions
-#         A1, A2, T = rand(3)
-#         g1, g2 = Grad(A1,T), Grad(A2,T)
-#         GR = [g1;g2;;]
-#         GR2 = reshape([g1;g2],:,1)
-#         @test GR.A ≈ GR2.A
-
-#         #Sanity checks of contructors (A [T], T[s], rise[s], fall[s], delay[s])
-#         A, T = 0.1, 1e-3
-#         grad = Grad(A, T)
-
-#         A, T = rand(2)
-#         g1, g2 = Grad(A,T), Grad(A,T,0.0,0.0,0.0)
-#         @test g1 ≈ g2
-
-#         A, T, ζ = rand(3)
-#         g1, g2 = Grad(A,T,ζ), Grad(A,T,ζ,ζ,0.0)
-#         @test g1 ≈ g2
-
-#         A, T, delay, ζ = rand(4)
-#         g1, g2 = Grad(A,T,ζ,delay), Grad(A,T,ζ,ζ,delay)
-#         @test g1 ≈ g2
-
-#         # Test construction with shape function
-#         T, N = 1e-3, 100
-#         f = t -> sin(π*t / T)
-#         gradw = Grad(f, T, N)
-#         @test gradw.A ≈ f.(range(0.0, T; length=N))
-
-#         # Test Grad operations
-#         α = 3
-#         gradt = α * grad
-#         @test size(grad, 1) == 1
-#         @test gradt.A ≈ α * grad.A
-#         gradt = grad * α
-#         @test gradt.A ≈ α * grad.A
-#         gradt = grad / α
-#         @test gradt.A ≈ grad.A / α
-#         grads = grad + gradt
-#         @test grads.A ≈ grad.A + gradt.A
-#         A1, A2, A3 = 0.1, 0.2, 0.3
-#         v1 = [Grad(A1,T); Grad(A2,T); Grad(A3,T)]
-#         v2 = [Grad(A2,T); Grad(A3,T); Grad(A1,T)]
-#         v3 = v1 + v2
-#         @test [v3[i].A for i=1:length(v3)] ≈ [v1[i].A + v2[i].A for i=1:length(v1)]
-#         gradr = grad - gradt
-#         @test gradr.A ≈ grad.A - gradt.A
-#         gradt = -grad
-#         @test gradt.A ≈ -grad.A
-#         vc = vcat(v1, v2)
-#         @test [vc[1,j].A for j=1:length(v1)] ≈ [v1[i].A for i=1:length(v1)]
-#         @test [vc[2,j].A for j=1:length(v2)] ≈ [v2[i].A for i=1:length(v2)]
-#         vc = vcat(v1, v2, v3)
-#         @test [vc[1,j].A for j=1:length(v1)] ≈ [v1[i].A for i=1:length(v1)]
-#         @test [vc[2,j].A for j=1:length(v2)] ≈ [v2[i].A for i=1:length(v2)]
-#         @test [vc[3,j].A for j=1:length(v3)] ≈ [v3[i].A for i=1:length(v3)]
-#         delay, rise, T, fall = 1e-6, 2e-6, 10e-3, 3e-6
-#         gr = Grad(A, T, rise, fall, delay)
-#         @test dur(gr) ≈ delay + rise + T + fall
-#         T1, T2, T3 = 1e-3, 2e-3, 3e-3
-#         vt = [Grad(A1,T1); Grad(A2,T2); Grad(A3,T3)]
-#         @test dur(vt) ≈ [maximum([T1, T2, T3])]
-
-#         # Just checking to ensure that show() doesn't get stuck and that it is covered
-#         show(IOBuffer(), "text/plain", grad)
-#         @test true
-
-#     end
-
-#     @testset "RF" begin
-#         #Testing gradient concatenation, breakes in some Julia versions
-#         A1, A2, T = rand(3)
-#         r1, r2 = RF(A1,T), RF(A2,T)
-#         R = [r1;r2;;]
-#         R2 = reshape([r1;r2],:,1)
-#         @test R.A ≈ R2.A
-
-#         #Sanity checks of constructors (A [T], T [s], Δf[Hz], delay [s])
-#         A, T = rand(2)
-#         r1, r2 = RF(A,T), RF(A,T,0.0,0.0)
-#         @test r1 ≈ r2
-
-#         A, T, Δf = rand(3)
-#         r1, r2 = RF(A,T,Δf), RF(A,T,Δf,0.0)
-#         @test r1 ≈ r2
-
-#         # Just checking to ensure that show() doesn't get stuck and that it is covered
-#         show(IOBuffer(), "text/plain", r1)
-#         @test true
-
-#         # Test Grad operations
-#         B1x, B1y, T = rand(3)
-#         A = B1x + im*B1y
-#         α = Complex(rand())
-#         rf = RF(A, T)
-#         rft = α * rf
-#         @test size(rf, 1) == 1
-#         @test rft.A ≈ α * rf.A
-#         @test dur(rf) ≈ rf.T
-#         B1x, B1y, B2x, B2y, B3x, B3y, T1, T2, T3 = rand(9)
-#         rf1, rf2, rf3 = RF(B1x + im*B1y, T1), RF(B1x + im*B1y, T2), RF(B3x + im*B3y, T3)
-#         rv = [rf1; rf2; rf3]
-#         @test dur(rv) ≈ sum(dur.(rv))
-
-#     end
-
-#     @testset "Delay" begin
-
-#         # Test delay construction
-#         T = 1e-3
-#         delay = Delay(T)
-#         @test delay.T ≈ T
-
-#         # Test delay construction error for negative values
-#         err = Nothing
-#         try Delay(-T) catch err end
-#         @test err isa ErrorException
-
-#         # Just checking to ensure that show() doesn't get stuck and that it is covered
-#         show(IOBuffer(), "text/plain", delay)
-#         @test true
-
-#         # Test addition of a delay to a sequence
-#         seq = Sequence([Grad(0.0, 0.0)])
-#         ds = delay + seq
-#         @test dur(ds[1]) ≈ delay.T && dur(ds[2]) ≈ .0
-#         sd = seq + delay
-#         @test dur(sd[1]) ≈ .0 && dur(sd[2]) ≈ delay.T
-
-#     end
-#     @testset "ADC" begin
-
-#         # Test ADC construction
-#         N, T, delay, Δf, ϕ  = 64, 1e-3, 2e-3, 1e-6, .25*π
-#         adc = ADC(N, T, delay, Δf, ϕ)
-
-#         adc1, adc2 = ADC(N, T), ADC(N,T,0,0,0)
-#         @test adc1 ≈ adc2
-
-#         adc1, adc2 = ADC(N, T, delay), ADC(N, T, delay, 0, 0)
-#         @test adc1 ≈ adc2
-
-#         adc1, adc2 = ADC(N, T, delay, Δf, ϕ), ADC(N, T, delay, Δf, ϕ)
-#         @test adc1 ≈ adc2
-
-#         # Test ADC construction errors for negative values
-#         err = Nothing
-#         try ADC(N, -T) catch err end
-#         @test err isa ErrorException
-#         try ADC(N, -T,  delay) catch err end
-#         @test err isa ErrorException
-#         try ADC(N,  T, -delay) catch err end
-#         @test err isa ErrorException
-#         try ADC(N, -T, -delay) catch err end
-#         @test err isa ErrorException
-#         try ADC(N, -T,  delay, Δf, ϕ) catch err end
-#         @test err isa ErrorException
-#         try ADC(N,  T, -delay, Δf, ϕ) catch err end
-#         @test err isa ErrorException
-#         try ADC(N, -T, -delay, Δf, ϕ) catch err end
-#         @test err isa ErrorException
-
-#         # Test ADC getproperties
-#         Nb, Tb, delayb, Δfb, ϕb  = 128, 2e-3, 4e-3, 2e-6, .125*π
-#         adb = ADC(Nb, Tb, delayb, Δfb, ϕb)
-#         adcs = [adc, adb]
-#         @test adcs.N ≈ [adc.N, adb.N] && adcs.T ≈ [adc.T, adb.T] && adcs.delay ≈ [adc.delay, adb.delay]
-#         @test adcs.Δf ≈ [adc.Δf, adb.Δf] && adcs.ϕ ≈ [adc.ϕ, adb.ϕ] && adcs.dur ≈ [adc.T + adc.delay, adb.T + adb.delay]
-
-#     end
-
-#     @testset "DiscreteSequence" begin
-#         path = joinpath(@__DIR__, "test_files")
-#         seq = PulseDesigner.EPI_example()
-#         sampling_params = KomaMRIBase.default_sampling_params()
-#         t, Δt = KomaMRIBase.get_variable_times(seq; Δt=sampling_params["Δt"], Δt_rf=sampling_params["Δt_rf"])
-#         seqd = KomaMRIBase.discretize(seq)
-#         i1, i2 = rand(1:Int(floor(0.5*length(seqd)))), rand(Int(ceil(0.5*length(seqd))):length(seqd))
-#         @test seqd[i1].t ≈ [t[i1]]
-#         @test seqd[i1:i2-1].t ≈ t[i1:i2]
-
-#         T, N = 1.0, 4
-#         seq = RF(1.0e-6, 1.0)
-#         seq += Sequence([Grad(1.0e-3, 1.0)])
-#         seq += ADC(N, 1.0)
-#         sampling_params = KomaMRIBase.default_sampling_params()
-#         sampling_params["Δt"], sampling_params["Δt_rf"] = T/N, T/N
-#         seqd1 = KomaMRIBase.discretize(seq[1]; sampling_params)
-#         seqd2 = KomaMRIBase.discretize(seq[2]; sampling_params)
-#         seqd3 = KomaMRIBase.discretize(seq[3]; sampling_params)
-#         # Block 1
-#         @test is_RF_on(seq[1]) == is_RF_on(seqd1)
-#         @test is_GR_on(seq[1]) == is_GR_on(seqd1)
-#         @test is_ADC_on(seq[1]) == is_ADC_on(seqd1)
-#         # Block 2
-#         @test is_RF_on(seq[2]) == is_RF_on(seqd2)
-#         @test is_GR_on(seq[2]) == is_GR_on(seqd2)
-#         @test is_ADC_on(seq[2]) == is_ADC_on(seqd2)
-#         # Block 3
-#         @test is_RF_on(seq[3]) == is_RF_on(seqd3)
-#         @test is_GR_on(seq[3]) == is_GR_on(seqd3)
-#         @test is_ADC_on(seq[3]) == is_ADC_on(seqd3)
-#         @test KomaMRIBase.is_GR_off(seqd) ==  !KomaMRIBase.is_GR_on(seqd)
-#         @test KomaMRIBase.is_RF_off(seqd) ==  !KomaMRIBase.is_RF_on(seqd)
-#         @test KomaMRIBase.is_ADC_off(seqd) == !KomaMRIBase.is_ADC_on(seqd)
-#     end
-
-#     @testset "SequenceFunctions" begin
-#         path = joinpath(@__DIR__, "test_files")
-#         seq = PulseDesigner.EPI_example()
-#         t, Δt = KomaMRIBase.get_variable_times(seq; Δt=1)
-#         t_adc =  KomaMRIBase.get_adc_sampling_times(seq)
-#         M2, M2_adc = KomaMRIBase.get_slew_rate(seq)
-#         M2eddy, M2eddy_adc = KomaMRIBase.get_eddy_currents(seq)
-#         Gx, Gy, Gz = KomaMRIBase.get_grads(seq, t)
-#         Gmx, Gmy, Gmz = KomaMRIBase.get_grads(seq, reshape(t, 1, :))
-#         @test reshape(Gmx, :, 1) ≈ Gx && reshape(Gmy, :, 1) ≈ Gy && reshape(Gmz, :, 1) ≈ Gz
-#         @test is_ADC_on(seq) == is_ADC_on(seq, t)
-#         @test is_RF_on(seq) == is_RF_on(seq, t)
-#         @test KomaMRIBase.is_Delay(seq) == !(is_GR_on(seq) || is_RF_on(seq) || is_ADC_on(seq))
-#         @test size(M2, 1) == length(Δt) && size(M2_adc, 1) == length(t_adc)
-#         @test size(M2eddy, 1) == length(Δt) && size(M2eddy_adc, 1) == length(t_adc)
-
-#         # Just checking to ensure that show() doesn't get stuck and that it is covered
-#         show(IOBuffer(), "text/plain", seq)
-#         @test true
-
-#         α = rand()
-#         c = α + im*rand()
-#         x = seq
-#         y = PulseDesigner.EPI_example()
-#         z = x + y
-#         @test z.GR.A ≈ [x.GR  y.GR].A && z.RF.A ≈ [x.RF y.RF].A && z.ADC.N ≈ [x.ADC; y.ADC].N
-#         z = x - y
-#         @test z.GR.A ≈ [x.GR  -y.GR].A
-#         z = -x
-#         @test z.GR.A ≈ -x.GR.A
-#         z = x * α
-#         @test z.GR.A ≈ α*x.GR.A
-#         z = α * x
-#         @test z.GR.A ≈ α*x.GR.A
-#         z = x * c
-#         @test z.RF.A ≈ c*x.RF.A
-#         z = c * x
-#         @test z.RF.A ≈ c*x.RF.A
-#         z = x / α
-#         @test z.GR.A ≈ x.GR.A/α
-#         @test size(y) == size(y.GR[1,:])
-#         z = x + x.GR[3,1]
-#         @test z.GR.A[1, end] ≈ x.GR[3,1].A
-#         z = x.GR[3,1] + x
-#         @test z.GR.A[1, 1] ≈ x.GR[3,1].A
-#         z = x + x.RF[1,1]
-#         @test z.RF.A[1, end] ≈ x.RF[1,1].A
-#         z = x.RF[1,1] + x
-#         @test z.RF.A[1, 1] ≈ x.RF[1,1].A
-#         z = x + x.ADC[3,1]
-#         @test z.ADC.N[end] ≈ x.ADC[3,1].N
-#         z = x.ADC[3,1] + x
-#         @test z.ADC.N[1] ≈ x.ADC[3,1].N
-#     end
-
-# end
-
-# @testitem "PulseDesigner" tags=[:base] begin
-#     @testset "RF_sinc" begin
-#         sys = Scanner()
-#         B1 = 23.4e-6 # For 90 deg flip angle
-#         Trf = 1e-3
-#         rf = PulseDesigner.RF_sinc(B1, Trf, sys; TBP=4)
-#         @test round(KomaMRIBase.get_flip_angles(rf)[1]) ≈ 90
-#     end
-#     @testset "Spiral" begin
-#         sys = Scanner()
-#         sys.Smax = 150    # [mT/m/ms]
-#         sys.Gmax = 500e-3 # [T/m]
-#         sys.GR_Δt = 4e-6  # [s]
-#         FOV = 0.2       # [m]
-#         N = 80          # Reconstructed image N×N
-#         Nint = 8
-#         λ = 2.1
-#         spiral = PulseDesigner.spiral_base(FOV, N, sys; λ=λ, BW=120e3, Nint)
-#         # Look at the k_space generated
-#         @test spiral(0).DEF["λ"] ≈ λ
-#     end
-#     @testset "Radial" begin
-#         sys = Scanner()
-#         N = 80
-#         Nspokes = ceil(Int64, π/2 * N ) #Nyquist in the radial direction
-#         FOV = 0.2
-#         spoke = PulseDesigner.radial_base(FOV, N, sys)
-#         @test spoke.DEF["Δθ"] ≈ π / Nspokes
-#     end
-# end
-
-# @testitem "Phantom" tags = [:base] begin
-#     using Suppressor
-#     # Test phantom struct creation
-#     name = "Bulks"
-#     x = [-2e-3; -1e-3; 0.0; 1e-3; 2e-3]
-#     y = [-4e-3; -2e-3; 0.0; 2e-3; 4e-3]
-#     z = [-6e-3; -3e-3; 0.0; 3e-3; 6e-3]
-#     ρ = [0.2; 0.4; 0.6; 0.8; 1.0]
-#     T1 = [0.9; 0.9; 0.5; 0.25; 0.4]
-#     T2 = [0.09; 0.05; 0.04; 0.07; 0.005]
-#     T2s = [0.1; 0.06; 0.05; 0.08; 0.015]
-#     Δw = [-2e-6; -1e-6; 0.0; 1e-6; 2e-6]
-#     Dλ1 = [-4e-6; -2e-6; 0.0; 2e-6; 4e-6]
-#     Dλ2 = [-6e-6; -3e-6; 0.0; 3e-6; 6e-6]
-#     Dθ = [-8e-6; -4e-6; 0.0; 4e-6; 8e-6]
-#     obj1 = Phantom(name=name, x=x, y=y, z=z, ρ=ρ, T1=T1, T2=T2, T2s=T2s, Δw=Δw, Dλ1=Dλ1, Dλ2=Dλ2, Dθ=Dθ)
-#     obj2 = Phantom(name=name, x=x, y=y, z=z, ρ=ρ, T1=T1, T2=T2, T2s=T2s, Δw=Δw, Dλ1=Dλ1, Dλ2=Dλ2, Dθ=Dθ)
-#     @test obj1 == obj2
-
-#     # Test size and length definitions of a phantom
-#     @test size(obj1) == size(ρ)
-#     @test length(obj1) == length(ρ)
-
-#     # Test obtaining spin psositions 
-#     @testset "SimpleMotion" begin
-#         ph = Phantom(x=[1.0], y=[1.0])
-#         t_start=0.0; t_end=1.0 
-#         t = collect(range(t_start, t_end, 11))
-#         period = 2.0
-#         asymmetry = 0.5
-#         # Translation
-#         dx, dy, dz = [1.0, 0.0, 0.0]
-#         vx, vy, vz = [dx, dy, dz] ./ (t_end - t_start)
-#         translation = SimpleMotion([Translation(dx, dy, dz, t_start, t_end)])
-#         xt, yt, zt = get_spin_coords(translation, ph.x, ph.y, ph.z, t')
-#         @test xt == ph.x .+ vx.*t'
-#         @test yt == ph.y .+ vy.*t'
-#         @test zt == ph.z .+ vz.*t'
-#         # PeriodicTranslation
-#         periodictranslation = SimpleMotion([PeriodicTranslation(dx, dy, dz, period, asymmetry)])
-#         xt, yt, zt = get_spin_coords(periodictranslation, ph.x, ph.y, ph.z, t')
-#         @test xt == ph.x .+ vx.*t'
-#         @test yt == ph.y .+ vy.*t'
-#         @test zt == ph.z .+ vz.*t'
-#         # Rotation (2D)
-#         pitch = 0.0
-#         roll = 0.0
-#         yaw = 45.0
-#         rotation = SimpleMotion([Rotation(pitch, roll, yaw, t_start, t_end)])
-#         xt, yt, zt = get_spin_coords(rotation, ph.x, ph.y, ph.z, t')
-#         @test xt[:,end] == ph.x .* cosd(yaw) - ph.y .* sind(yaw)
-#         @test yt[:,end] == ph.x .* sind(yaw) + ph.y .* cosd(yaw)
-#         @test zt[:,end] == ph.z
-#         # PeriodicRotation (2D)
-#         periodicrotation = SimpleMotion([PeriodicRotation(pitch, roll, yaw, period, asymmetry)])
-#         xt, yt, zt = get_spin_coords(periodicrotation, ph.x, ph.y, ph.z, t')
-#         @test xt[:,end] == ph.x .* cosd(yaw) - ph.y .* sind(yaw)
-#         @test yt[:,end] == ph.x .* sind(yaw) + ph.y .* cosd(yaw)
-#         @test zt[:,end] == ph.z
-#         # HeartBeat
-#         circumferential_strain = -0.1
-#         radial_strain = 0.0
-#         longitudinal_strain = -0.1
-#         heartbeat = SimpleMotion([HeartBeat(circumferential_strain, radial_strain, longitudinal_strain, t_start, t_end)])
-#         xt, yt, zt = get_spin_coords(heartbeat, ph.x, ph.y, ph.z, t')
-#         r = sqrt.(ph.x .^ 2 + ph.y .^ 2)
-#         θ = atan.(ph.y, ph.x)
-#         @test xt[:,end] == ph.x .* (1 .+ circumferential_strain * maximum(r) .* cos.(θ))
-#         @test yt[:,end] == ph.y .* (1 .+ circumferential_strain * maximum(r) .* sin.(θ))
-#         @test zt[:,end] == ph.z .* (1 .+ longitudinal_strain)
-#         # PeriodicHeartBeat
-#         periodicheartbeat = SimpleMotion([PeriodicHeartBeat(circumferential_strain, radial_strain, longitudinal_strain, period, asymmetry)])
-#         xt, yt, zt = get_spin_coords(heartbeat, ph.x, ph.y, ph.z, t')
-#         @test xt[:,end] == ph.x .* (1 .+ circumferential_strain * maximum(r) .* cos.(θ))
-#         @test yt[:,end] == ph.y .* (1 .+ circumferential_strain * maximum(r) .* sin.(θ))
-#         @test zt[:,end] == ph.z .* (1 .+ longitudinal_strain)
-#     end
-#     @testset "ArbitraryMotion" begin
-#         ph = Phantom(x=[1.0], y=[1.0])
-#         Ns = length(ph)
-#         period_durations = [1.0]
-#         num_pieces = 10
-#         dx = dy = dz = rand(Ns, num_pieces - 1)
-#         arbitrarymotion = @suppress ArbitraryMotion(period_durations, dx, dy, dz)
-#         t = times(arbitrarymotion)
-#         xt, yt, zt = get_spin_coords(arbitrarymotion, ph.x, ph.y, ph.z, t')
-#         @test xt[:,2:end-1] == ph.x .+ dx
-#         @test yt[:,2:end-1] == ph.y .+ dy
-#         @test zt[:,2:end-1] == ph.z .+ dz
-#     end
-
-#     simplemotion = SimpleMotion([
-#         PeriodicTranslation(dx=0.05, dy=0.05, dz=0.0, period=0.5, asymmetry=0.5),
-#         Rotation(pitch=0.0, roll=0.0, yaw=π / 2, t_start=0.05, t_end=0.5),
-#     ])
-
-#     Ns = length(obj1)
-#     K = 10
-#     arbitrarymotion = @suppress ArbitraryMotion([1.0], 0.01 .* rand(Ns, K - 1), 0.01 .* rand(Ns, K - 1), 0.01 .* rand(Ns, K - 1))
-
-#     # Test phantom subset
-#     obs1 = Phantom(
-#         name,
-#         x,
-#         y,
-#         z,
-#         ρ,
-#         T1,
-#         T2,
-#         T2s,
-#         Δw,
-#         Dλ1,
-#         Dλ2,
-#         Dθ,
-#         simplemotion
-#     )
-#     rng = 1:2:5
-#     obs2 = Phantom(
-#         name,
-#         x[rng],
-#         y[rng],
-#         z[rng],
-#         ρ[rng],
-#         T1[rng],
-#         T2[rng],
-#         T2s[rng],
-#         Δw[rng],
-#         Dλ1[rng],
-#         Dλ2[rng],
-#         Dθ[rng],
-#         simplemotion[rng],
-#     )
-#     @test obs1[rng] == obs2
-#     @test @view(obs1[rng]) == obs2
-
-#     obs1.motion = arbitrarymotion
-#     obs2.motion = arbitrarymotion[rng]
-#     @test obs1[rng] == obs2
-#     # @test @view(obs1[rng]) == obs2
-
-#     # Test addition of phantoms
-#     oba = Phantom(
-#         name,
-#         [x; x[rng]],
-#         [y; y[rng]],
-#         [z; z[rng]],
-#         [ρ; ρ[rng]],
-#         [T1; T1[rng]],
-#         [T2; T2[rng]],
-#         [T2s; T2s[rng]],
-#         [Δw; Δw[rng]],
-#         [Dλ1; Dλ1[rng]],
-#         [Dλ2; Dλ2[rng]],
-#         [Dθ; Dθ[rng]],
-#         [obs1.motion; obs2.motion]
-#     )
-#     @test obs1 + obs2 == oba
-
-#     # Test scalar multiplication of a phantom
-#     c = 7
-#     obc = Phantom(name=name, x=x, y=y, z=z, ρ=c*ρ, T1=T1, T2=T2, T2s=T2s, Δw=Δw, Dλ1=Dλ1, Dλ2=Dλ2, Dθ=Dθ)
-#     @test c * obj1 == obc
-
-#     #Test brain phantom 2D
-#     ph = brain_phantom2D()
-#     @test ph.name == "brain2D_axial"
-#     @test KomaMRIBase.get_dims(ph) == Bool[1, 1, 0]
-
-#     #Test brain phantom 3D
-#     ph = brain_phantom3D()
-#     @test ph.name == "brain3D"
-#     @test KomaMRIBase.get_dims(ph) == Bool[1, 1, 1]
-
-#     #Test pelvis phantom 2D
-#     ph = pelvis_phantom2D()
-#     @test ph.name == "pelvis2D"
-#     @test KomaMRIBase.get_dims(ph) == Bool[1, 1, 0]
-
-#     #Test heart phantom
-#     ph = heart_phantom()
-#     @test ph.name == "LeftVentricle"
-#     @test KomaMRIBase.get_dims(ph) == Bool[1, 1, 0]
-# end
-
-# @testitem "Scanner" tags=[:base] begin
-#     B0, B1, Gmax, Smax = 1.5, 10e-6, 60e-3, 500
-#     ADC_Δt, seq_Δt, GR_Δt, RF_Δt = 2e-6, 1e-5, 1e-5, 1e-6
-#     RF_ring_down_T, RF_dead_time_T, ADC_dead_time_T = 20e-6, 100e-6, 10e-6
-#     sys = Scanner(B0, B1, Gmax, Smax, ADC_Δt, seq_Δt, GR_Δt, RF_Δt, RF_ring_down_T, RF_dead_time_T, ADC_dead_time_T)
-#     @test sys.B0 ≈ B0 && sys.B1 ≈ B1 && sys.Gmax ≈ Gmax && sys.Smax ≈ Smax
-# end
-
-# @testitem "TrapezoidalIntegration" tags=[:base] begin
-#     dt = Float64[1 1 1 1]
-#     x  = Float64[0 1 2 1 0]
-#     @test KomaMRIBase.trapz(dt, x)[1] ≈ 4 #Triangle area = bh/2, with b = 4 and h = 2
-#     @test KomaMRIBase.cumtrapz(dt, x) ≈ [0.5 2 3.5 4]
-# end
+using TestItems, TestItemRunner
+
+@run_package_tests filter=t_start->!(:skipci in t_start.tags)&&(:base in t_start.tags) #verbose=true
+
+@testitem "Sequence" tags=[:base] begin
+    @testset "Init" begin
+        sys = Scanner()
+        B1 = sys.B1; durRF = π/2/(2π*γ*B1) #90-degree hard excitation pulse
+        EX = PulseDesigner.RF_hard(B1, durRF, sys; G=[0.0,0.0,0.0])
+        @test dur(EX) ≈ durRF #RF length matches what is supposed to be
+
+        #ACQ construction
+        N = 101
+        FOV = 23e-2
+        EPI = PulseDesigner.EPI(FOV, N, sys)
+        TE = 30e-3
+        d1 = TE-dur(EPI)/2-dur(EX)
+        d1 = d1 > 0 ? d1 : 0.0
+        if d1 > 0 DELAY = Delay(d1) end
+
+        #Sequence construction
+        seq = d1 > 0 ? EX + DELAY + EPI : EX + EPI #Only add delay if d1 is positive (enough space)
+        seq.DEF["TE"] = round(d1 > 0 ? TE : TE - d1, digits=4)*1e3
+        @test dur(seq) ≈ dur(EX) + d1 + dur(EPI) #Sequence duration matches what is supposed to be
+    end
+
+    @testset "Rot_and_Concat" begin
+        # Rotation 2D case
+        A1, A2, T, t = rand(4)
+        s = Sequence([Grad(A1,T);
+                    Grad(A2,T)])
+        θ = π*t
+        R = rotz(θ)
+        s2 = R*s #Matrix-Matrix{Grad} multiplication
+        GR2 = R*s.GR.A #Matrix-vector multiplication
+        @test s2.GR.A ≈ GR2
+        # Rotation 3D case
+        T, t1, t2, t3 = rand(4)
+        N = 100
+        GR = [Grad(rand(),T) for i=1:3, j=1:N]
+        s = Sequence(GR)
+        α, β, γ = π*t1, π*t2, π*t3
+        Rx = rotx(α)
+        Ry = roty(β)
+        Rz = rotz(γ)
+        R = Rx*Ry*Rz
+        s2 = R*s #Matrix-Matrix{Grad} multiplication
+        GR2 = R*s.GR.A #Matrix-vector multiplication
+        @test s2.GR.A ≈ GR2
+
+        # Concatenation of sequences
+        A1, A2, A3, T1 = rand(4)
+        s1 = Sequence([Grad(A1,T1);
+                    Grad(A2,T1)],
+                        [RF(A3,T1)])
+        B1, B2, B3, T2 = rand(4)
+        s2 = Sequence([Grad(B1,T2);
+                    Grad(B2,T2)],
+                        [RF(B3,T2)])
+        s = s1 + s2
+        @test s.GR.A ≈ [s1.GR.A s2.GR.A]
+        @test s.RF.A ≈ [s1.RF.A s2.RF.A]
+        @test s.ADC.N ≈ [s1.ADC.N ; s2.ADC.N]
+    end
+
+    @testset "Grad" begin
+        #Testing gradient concatenation, breakes in some Julia versions
+        A1, A2, T = rand(3)
+        g1, g2 = Grad(A1,T), Grad(A2,T)
+        GR = [g1;g2;;]
+        GR2 = reshape([g1;g2],:,1)
+        @test GR.A ≈ GR2.A
+
+        #Sanity checks of contructors (A [T], T[s], rise[s], fall[s], delay[s])
+        A, T = 0.1, 1e-3
+        grad = Grad(A, T)
+
+        A, T = rand(2)
+        g1, g2 = Grad(A,T), Grad(A,T,0.0,0.0,0.0)
+        @test g1 ≈ g2
+
+        A, T, ζ = rand(3)
+        g1, g2 = Grad(A,T,ζ), Grad(A,T,ζ,ζ,0.0)
+        @test g1 ≈ g2
+
+        A, T, delay, ζ = rand(4)
+        g1, g2 = Grad(A,T,ζ,delay), Grad(A,T,ζ,ζ,delay)
+        @test g1 ≈ g2
+
+        # Test construction with shape function
+        T, N = 1e-3, 100
+        f = t -> sin(π*t / T)
+        gradw = Grad(f, T, N)
+        @test gradw.A ≈ f.(range(0.0, T; length=N))
+
+        # Test Grad operations
+        α = 3
+        gradt = α * grad
+        @test size(grad, 1) == 1
+        @test gradt.A ≈ α * grad.A
+        gradt = grad * α
+        @test gradt.A ≈ α * grad.A
+        gradt = grad / α
+        @test gradt.A ≈ grad.A / α
+        grads = grad + gradt
+        @test grads.A ≈ grad.A + gradt.A
+        A1, A2, A3 = 0.1, 0.2, 0.3
+        v1 = [Grad(A1,T); Grad(A2,T); Grad(A3,T)]
+        v2 = [Grad(A2,T); Grad(A3,T); Grad(A1,T)]
+        v3 = v1 + v2
+        @test [v3[i].A for i=1:length(v3)] ≈ [v1[i].A + v2[i].A for i=1:length(v1)]
+        gradr = grad - gradt
+        @test gradr.A ≈ grad.A - gradt.A
+        gradt = -grad
+        @test gradt.A ≈ -grad.A
+        vc = vcat(v1, v2)
+        @test [vc[1,j].A for j=1:length(v1)] ≈ [v1[i].A for i=1:length(v1)]
+        @test [vc[2,j].A for j=1:length(v2)] ≈ [v2[i].A for i=1:length(v2)]
+        vc = vcat(v1, v2, v3)
+        @test [vc[1,j].A for j=1:length(v1)] ≈ [v1[i].A for i=1:length(v1)]
+        @test [vc[2,j].A for j=1:length(v2)] ≈ [v2[i].A for i=1:length(v2)]
+        @test [vc[3,j].A for j=1:length(v3)] ≈ [v3[i].A for i=1:length(v3)]
+        delay, rise, T, fall = 1e-6, 2e-6, 10e-3, 3e-6
+        gr = Grad(A, T, rise, fall, delay)
+        @test dur(gr) ≈ delay + rise + T + fall
+        T1, T2, T3 = 1e-3, 2e-3, 3e-3
+        vt = [Grad(A1,T1); Grad(A2,T2); Grad(A3,T3)]
+        @test dur(vt) ≈ [maximum([T1, T2, T3])]
+
+        # Just checking to ensure that show() doesn't get stuck and that it is covered
+        show(IOBuffer(), "text/plain", grad)
+        @test true
+
+    end
+
+    @testset "RF" begin
+        #Testing gradient concatenation, breakes in some Julia versions
+        A1, A2, T = rand(3)
+        r1, r2 = RF(A1,T), RF(A2,T)
+        R = [r1;r2;;]
+        R2 = reshape([r1;r2],:,1)
+        @test R.A ≈ R2.A
+
+        #Sanity checks of constructors (A [T], T [s], Δf[Hz], delay [s])
+        A, T = rand(2)
+        r1, r2 = RF(A,T), RF(A,T,0.0,0.0)
+        @test r1 ≈ r2
+
+        A, T, Δf = rand(3)
+        r1, r2 = RF(A,T,Δf), RF(A,T,Δf,0.0)
+        @test r1 ≈ r2
+
+        # Just checking to ensure that show() doesn't get stuck and that it is covered
+        show(IOBuffer(), "text/plain", r1)
+        @test true
+
+        # Test Grad operations
+        B1x, B1y, T = rand(3)
+        A = B1x + im*B1y
+        α = Complex(rand())
+        rf = RF(A, T)
+        rft = α * rf
+        @test size(rf, 1) == 1
+        @test rft.A ≈ α * rf.A
+        @test dur(rf) ≈ rf.T
+        B1x, B1y, B2x, B2y, B3x, B3y, T1, T2, T3 = rand(9)
+        rf1, rf2, rf3 = RF(B1x + im*B1y, T1), RF(B1x + im*B1y, T2), RF(B3x + im*B3y, T3)
+        rv = [rf1; rf2; rf3]
+        @test dur(rv) ≈ sum(dur.(rv))
+
+    end
+
+    @testset "Delay" begin
+
+        # Test delay construction
+        T = 1e-3
+        delay = Delay(T)
+        @test delay.T ≈ T
+
+        # Test delay construction error for negative values
+        err = Nothing
+        try Delay(-T) catch err end
+        @test err isa ErrorException
+
+        # Just checking to ensure that show() doesn't get stuck and that it is covered
+        show(IOBuffer(), "text/plain", delay)
+        @test true
+
+        # Test addition of a delay to a sequence
+        seq = Sequence([Grad(0.0, 0.0)])
+        ds = delay + seq
+        @test dur(ds[1]) ≈ delay.T && dur(ds[2]) ≈ .0
+        sd = seq + delay
+        @test dur(sd[1]) ≈ .0 && dur(sd[2]) ≈ delay.T
+
+    end
+    @testset "ADC" begin
+
+        # Test ADC construction
+        N, T, delay, Δf, ϕ  = 64, 1e-3, 2e-3, 1e-6, .25*π
+        adc = ADC(N, T, delay, Δf, ϕ)
+
+        adc1, adc2 = ADC(N, T), ADC(N,T,0,0,0)
+        @test adc1 ≈ adc2
+
+        adc1, adc2 = ADC(N, T, delay), ADC(N, T, delay, 0, 0)
+        @test adc1 ≈ adc2
+
+        adc1, adc2 = ADC(N, T, delay, Δf, ϕ), ADC(N, T, delay, Δf, ϕ)
+        @test adc1 ≈ adc2
+
+        # Test ADC construction errors for negative values
+        err = Nothing
+        try ADC(N, -T) catch err end
+        @test err isa ErrorException
+        try ADC(N, -T,  delay) catch err end
+        @test err isa ErrorException
+        try ADC(N,  T, -delay) catch err end
+        @test err isa ErrorException
+        try ADC(N, -T, -delay) catch err end
+        @test err isa ErrorException
+        try ADC(N, -T,  delay, Δf, ϕ) catch err end
+        @test err isa ErrorException
+        try ADC(N,  T, -delay, Δf, ϕ) catch err end
+        @test err isa ErrorException
+        try ADC(N, -T, -delay, Δf, ϕ) catch err end
+        @test err isa ErrorException
+
+        # Test ADC getproperties
+        Nb, Tb, delayb, Δfb, ϕb  = 128, 2e-3, 4e-3, 2e-6, .125*π
+        adb = ADC(Nb, Tb, delayb, Δfb, ϕb)
+        adcs = [adc, adb]
+        @test adcs.N ≈ [adc.N, adb.N] && adcs.T ≈ [adc.T, adb.T] && adcs.delay ≈ [adc.delay, adb.delay]
+        @test adcs.Δf ≈ [adc.Δf, adb.Δf] && adcs.ϕ ≈ [adc.ϕ, adb.ϕ] && adcs.dur ≈ [adc.T + adc.delay, adb.T + adb.delay]
+
+    end
+
+    @testset "DiscreteSequence" begin
+        path = joinpath(@__DIR__, "test_files")
+        seq = PulseDesigner.EPI_example()
+        sampling_params = KomaMRIBase.default_sampling_params()
+        t, Δt = KomaMRIBase.get_variable_times(seq; Δt=sampling_params["Δt"], Δt_rf=sampling_params["Δt_rf"])
+        seqd = KomaMRIBase.discretize(seq)
+        i1, i2 = rand(1:Int(floor(0.5*length(seqd)))), rand(Int(ceil(0.5*length(seqd))):length(seqd))
+        @test seqd[i1].t ≈ [t[i1]]
+        @test seqd[i1:i2-1].t ≈ t[i1:i2]
+
+        T, N = 1.0, 4
+        seq = RF(1.0e-6, 1.0)
+        seq += Sequence([Grad(1.0e-3, 1.0)])
+        seq += ADC(N, 1.0)
+        sampling_params = KomaMRIBase.default_sampling_params()
+        sampling_params["Δt"], sampling_params["Δt_rf"] = T/N, T/N
+        seqd1 = KomaMRIBase.discretize(seq[1]; sampling_params)
+        seqd2 = KomaMRIBase.discretize(seq[2]; sampling_params)
+        seqd3 = KomaMRIBase.discretize(seq[3]; sampling_params)
+        # Block 1
+        @test is_RF_on(seq[1]) == is_RF_on(seqd1)
+        @test is_GR_on(seq[1]) == is_GR_on(seqd1)
+        @test is_ADC_on(seq[1]) == is_ADC_on(seqd1)
+        # Block 2
+        @test is_RF_on(seq[2]) == is_RF_on(seqd2)
+        @test is_GR_on(seq[2]) == is_GR_on(seqd2)
+        @test is_ADC_on(seq[2]) == is_ADC_on(seqd2)
+        # Block 3
+        @test is_RF_on(seq[3]) == is_RF_on(seqd3)
+        @test is_GR_on(seq[3]) == is_GR_on(seqd3)
+        @test is_ADC_on(seq[3]) == is_ADC_on(seqd3)
+        @test KomaMRIBase.is_GR_off(seqd) ==  !KomaMRIBase.is_GR_on(seqd)
+        @test KomaMRIBase.is_RF_off(seqd) ==  !KomaMRIBase.is_RF_on(seqd)
+        @test KomaMRIBase.is_ADC_off(seqd) == !KomaMRIBase.is_ADC_on(seqd)
+    end
+
+    @testset "SequenceFunctions" begin
+        path = joinpath(@__DIR__, "test_files")
+        seq = PulseDesigner.EPI_example()
+        t, Δt = KomaMRIBase.get_variable_times(seq; Δt=1)
+        t_adc =  KomaMRIBase.get_adc_sampling_times(seq)
+        M2, M2_adc = KomaMRIBase.get_slew_rate(seq)
+        M2eddy, M2eddy_adc = KomaMRIBase.get_eddy_currents(seq)
+        Gx, Gy, Gz = KomaMRIBase.get_grads(seq, t)
+        Gmx, Gmy, Gmz = KomaMRIBase.get_grads(seq, reshape(t, 1, :))
+        @test reshape(Gmx, :, 1) ≈ Gx && reshape(Gmy, :, 1) ≈ Gy && reshape(Gmz, :, 1) ≈ Gz
+        @test is_ADC_on(seq) == is_ADC_on(seq, t)
+        @test is_RF_on(seq) == is_RF_on(seq, t)
+        @test KomaMRIBase.is_Delay(seq) == !(is_GR_on(seq) || is_RF_on(seq) || is_ADC_on(seq))
+        @test size(M2, 1) == length(Δt) && size(M2_adc, 1) == length(t_adc)
+        @test size(M2eddy, 1) == length(Δt) && size(M2eddy_adc, 1) == length(t_adc)
+
+        # Just checking to ensure that show() doesn't get stuck and that it is covered
+        show(IOBuffer(), "text/plain", seq)
+        @test true
+
+        α = rand()
+        c = α + im*rand()
+        x = seq
+        y = PulseDesigner.EPI_example()
+        z = x + y
+        @test z.GR.A ≈ [x.GR  y.GR].A && z.RF.A ≈ [x.RF y.RF].A && z.ADC.N ≈ [x.ADC; y.ADC].N
+        z = x - y
+        @test z.GR.A ≈ [x.GR  -y.GR].A
+        z = -x
+        @test z.GR.A ≈ -x.GR.A
+        z = x * α
+        @test z.GR.A ≈ α*x.GR.A
+        z = α * x
+        @test z.GR.A ≈ α*x.GR.A
+        z = x * c
+        @test z.RF.A ≈ c*x.RF.A
+        z = c * x
+        @test z.RF.A ≈ c*x.RF.A
+        z = x / α
+        @test z.GR.A ≈ x.GR.A/α
+        @test size(y) == size(y.GR[1,:])
+        z = x + x.GR[3,1]
+        @test z.GR.A[1, end] ≈ x.GR[3,1].A
+        z = x.GR[3,1] + x
+        @test z.GR.A[1, 1] ≈ x.GR[3,1].A
+        z = x + x.RF[1,1]
+        @test z.RF.A[1, end] ≈ x.RF[1,1].A
+        z = x.RF[1,1] + x
+        @test z.RF.A[1, 1] ≈ x.RF[1,1].A
+        z = x + x.ADC[3,1]
+        @test z.ADC.N[end] ≈ x.ADC[3,1].N
+        z = x.ADC[3,1] + x
+        @test z.ADC.N[1] ≈ x.ADC[3,1].N
+    end
+
+end
+
+@testitem "PulseDesigner" tags=[:base] begin
+    @testset "RF_sinc" begin
+        sys = Scanner()
+        B1 = 23.4e-6 # For 90 deg flip angle
+        Trf = 1e-3
+        rf = PulseDesigner.RF_sinc(B1, Trf, sys; TBP=4)
+        @test round(KomaMRIBase.get_flip_angles(rf)[1]) ≈ 90
+    end
+    @testset "Spiral" begin
+        sys = Scanner()
+        sys.Smax = 150    # [mT/m/ms]
+        sys.Gmax = 500e-3 # [T/m]
+        sys.GR_Δt = 4e-6  # [s]
+        FOV = 0.2       # [m]
+        N = 80          # Reconstructed image N×N
+        Nint = 8
+        λ = 2.1
+        spiral = PulseDesigner.spiral_base(FOV, N, sys; λ=λ, BW=120e3, Nint)
+        # Look at the k_space generated
+        @test spiral(0).DEF["λ"] ≈ λ
+    end
+    @testset "Radial" begin
+        sys = Scanner()
+        N = 80
+        Nspokes = ceil(Int64, π/2 * N ) #Nyquist in the radial direction
+        FOV = 0.2
+        spoke = PulseDesigner.radial_base(FOV, N, sys)
+        @test spoke.DEF["Δθ"] ≈ π / Nspokes
+    end
+end
+
+@testitem "Phantom" tags = [:base] begin
+    using Suppressor
+    # Test phantom struct creation
+    name = "Bulks"
+    x = [-2e-3; -1e-3; 0.0; 1e-3; 2e-3]
+    y = [-4e-3; -2e-3; 0.0; 2e-3; 4e-3]
+    z = [-6e-3; -3e-3; 0.0; 3e-3; 6e-3]
+    ρ = [0.2; 0.4; 0.6; 0.8; 1.0]
+    T1 = [0.9; 0.9; 0.5; 0.25; 0.4]
+    T2 = [0.09; 0.05; 0.04; 0.07; 0.005]
+    T2s = [0.1; 0.06; 0.05; 0.08; 0.015]
+    Δw = [-2e-6; -1e-6; 0.0; 1e-6; 2e-6]
+    Dλ1 = [-4e-6; -2e-6; 0.0; 2e-6; 4e-6]
+    Dλ2 = [-6e-6; -3e-6; 0.0; 3e-6; 6e-6]
+    Dθ = [-8e-6; -4e-6; 0.0; 4e-6; 8e-6]
+    obj1 = Phantom(name=name, x=x, y=y, z=z, ρ=ρ, T1=T1, T2=T2, T2s=T2s, Δw=Δw, Dλ1=Dλ1, Dλ2=Dλ2, Dθ=Dθ)
+    obj2 = Phantom(name=name, x=x, y=y, z=z, ρ=ρ, T1=T1, T2=T2, T2s=T2s, Δw=Δw, Dλ1=Dλ1, Dλ2=Dλ2, Dθ=Dθ)
+    @test obj1 == obj2
+
+    # Test size and length definitions of a phantom
+    @test size(obj1) == size(ρ)
+    @test length(obj1) == length(ρ)
+
+    # Test obtaining spin psositions 
+    @testset "SimpleMotion" begin
+        ph = Phantom(x=[1.0], y=[1.0])
+        t_start=0.0; t_end=1.0 
+        t = collect(range(t_start, t_end, 11))
+        period = 2.0
+        asymmetry = 0.5
+        # Translation
+        dx, dy, dz = [1.0, 0.0, 0.0]
+        vx, vy, vz = [dx, dy, dz] ./ (t_end - t_start)
+        translation = SimpleMotion([Translation(dx, dy, dz, t_start, t_end)])
+        xt, yt, zt = get_spin_coords(translation, ph.x, ph.y, ph.z, t')
+        @test xt == ph.x .+ vx.*t'
+        @test yt == ph.y .+ vy.*t'
+        @test zt == ph.z .+ vz.*t'
+        # PeriodicTranslation
+        periodictranslation = SimpleMotion([PeriodicTranslation(dx, dy, dz, period, asymmetry)])
+        xt, yt, zt = get_spin_coords(periodictranslation, ph.x, ph.y, ph.z, t')
+        @test xt == ph.x .+ vx.*t'
+        @test yt == ph.y .+ vy.*t'
+        @test zt == ph.z .+ vz.*t'
+        # Rotation (2D)
+        pitch = 0.0
+        roll = 0.0
+        yaw = 45.0
+        rotation = SimpleMotion([Rotation(pitch, roll, yaw, t_start, t_end)])
+        xt, yt, zt = get_spin_coords(rotation, ph.x, ph.y, ph.z, t')
+        @test xt[:,end] == ph.x .* cosd(yaw) - ph.y .* sind(yaw)
+        @test yt[:,end] == ph.x .* sind(yaw) + ph.y .* cosd(yaw)
+        @test zt[:,end] == ph.z
+        # PeriodicRotation (2D)
+        periodicrotation = SimpleMotion([PeriodicRotation(pitch, roll, yaw, period, asymmetry)])
+        xt, yt, zt = get_spin_coords(periodicrotation, ph.x, ph.y, ph.z, t')
+        @test xt[:,end] == ph.x .* cosd(yaw) - ph.y .* sind(yaw)
+        @test yt[:,end] == ph.x .* sind(yaw) + ph.y .* cosd(yaw)
+        @test zt[:,end] == ph.z
+        # HeartBeat
+        circumferential_strain = -0.1
+        radial_strain = 0.0
+        longitudinal_strain = -0.1
+        heartbeat = SimpleMotion([HeartBeat(circumferential_strain, radial_strain, longitudinal_strain, t_start, t_end)])
+        xt, yt, zt = get_spin_coords(heartbeat, ph.x, ph.y, ph.z, t')
+        r = sqrt.(ph.x .^ 2 + ph.y .^ 2)
+        θ = atan.(ph.y, ph.x)
+        @test xt[:,end] == ph.x .* (1 .+ circumferential_strain * maximum(r) .* cos.(θ))
+        @test yt[:,end] == ph.y .* (1 .+ circumferential_strain * maximum(r) .* sin.(θ))
+        @test zt[:,end] == ph.z .* (1 .+ longitudinal_strain)
+        # PeriodicHeartBeat
+        periodicheartbeat = SimpleMotion([PeriodicHeartBeat(circumferential_strain, radial_strain, longitudinal_strain, period, asymmetry)])
+        xt, yt, zt = get_spin_coords(heartbeat, ph.x, ph.y, ph.z, t')
+        @test xt[:,end] == ph.x .* (1 .+ circumferential_strain * maximum(r) .* cos.(θ))
+        @test yt[:,end] == ph.y .* (1 .+ circumferential_strain * maximum(r) .* sin.(θ))
+        @test zt[:,end] == ph.z .* (1 .+ longitudinal_strain)
+    end
+    @testset "ArbitraryMotion" begin
+        ph = Phantom(x=[1.0], y=[1.0])
+        Ns = length(ph)
+        period_durations = [1.0]
+        num_pieces = 10
+        dx = dy = dz = rand(Ns, num_pieces - 1)
+        arbitrarymotion = @suppress ArbitraryMotion(period_durations, dx, dy, dz)
+        t = times(arbitrarymotion)
+        xt, yt, zt = get_spin_coords(arbitrarymotion, ph.x, ph.y, ph.z, t')
+        @test xt[:,2:end-1] == ph.x .+ dx
+        @test yt[:,2:end-1] == ph.y .+ dy
+        @test zt[:,2:end-1] == ph.z .+ dz
+    end
+
+    simplemotion = SimpleMotion([
+        PeriodicTranslation(dx=0.05, dy=0.05, dz=0.0, period=0.5, asymmetry=0.5),
+        Rotation(pitch=0.0, roll=0.0, yaw=π / 2, t_start=0.05, t_end=0.5),
+    ])
+
+    Ns = length(obj1)
+    K = 10
+    arbitrarymotion = @suppress ArbitraryMotion([1.0], 0.01 .* rand(Ns, K - 1), 0.01 .* rand(Ns, K - 1), 0.01 .* rand(Ns, K - 1))
+
+    # Test phantom subset
+    obs1 = Phantom(
+        name,
+        x,
+        y,
+        z,
+        ρ,
+        T1,
+        T2,
+        T2s,
+        Δw,
+        Dλ1,
+        Dλ2,
+        Dθ,
+        simplemotion
+    )
+    rng = 1:2:5
+    obs2 = Phantom(
+        name,
+        x[rng],
+        y[rng],
+        z[rng],
+        ρ[rng],
+        T1[rng],
+        T2[rng],
+        T2s[rng],
+        Δw[rng],
+        Dλ1[rng],
+        Dλ2[rng],
+        Dθ[rng],
+        simplemotion[rng],
+    )
+    @test obs1[rng] == obs2
+    @test @view(obs1[rng]) == obs2
+
+    obs1.motion = arbitrarymotion
+    obs2.motion = arbitrarymotion[rng]
+    @test obs1[rng] == obs2
+    # @test @view(obs1[rng]) == obs2
+
+    # Test addition of phantoms
+    oba = Phantom(
+        name,
+        [x; x[rng]],
+        [y; y[rng]],
+        [z; z[rng]],
+        [ρ; ρ[rng]],
+        [T1; T1[rng]],
+        [T2; T2[rng]],
+        [T2s; T2s[rng]],
+        [Δw; Δw[rng]],
+        [Dλ1; Dλ1[rng]],
+        [Dλ2; Dλ2[rng]],
+        [Dθ; Dθ[rng]],
+        [obs1.motion; obs2.motion]
+    )
+    @test obs1 + obs2 == oba
+
+    # Test scalar multiplication of a phantom
+    c = 7
+    obc = Phantom(name=name, x=x, y=y, z=z, ρ=c*ρ, T1=T1, T2=T2, T2s=T2s, Δw=Δw, Dλ1=Dλ1, Dλ2=Dλ2, Dθ=Dθ)
+    @test c * obj1 == obc
+
+    #Test brain phantom 2D
+    ph = brain_phantom2D()
+    @test ph.name == "brain2D_axial"
+    @test KomaMRIBase.get_dims(ph) == Bool[1, 1, 0]
+
+    #Test brain phantom 3D
+    ph = brain_phantom3D()
+    @test ph.name == "brain3D"
+    @test KomaMRIBase.get_dims(ph) == Bool[1, 1, 1]
+
+    #Test pelvis phantom 2D
+    ph = pelvis_phantom2D()
+    @test ph.name == "pelvis2D"
+    @test KomaMRIBase.get_dims(ph) == Bool[1, 1, 0]
+
+    #Test heart phantom
+    ph = heart_phantom()
+    @test ph.name == "LeftVentricle"
+    @test KomaMRIBase.get_dims(ph) == Bool[1, 1, 0]
+end
+
+@testitem "Scanner" tags=[:base] begin
+    B0, B1, Gmax, Smax = 1.5, 10e-6, 60e-3, 500
+    ADC_Δt, seq_Δt, GR_Δt, RF_Δt = 2e-6, 1e-5, 1e-5, 1e-6
+    RF_ring_down_T, RF_dead_time_T, ADC_dead_time_T = 20e-6, 100e-6, 10e-6
+    sys = Scanner(B0, B1, Gmax, Smax, ADC_Δt, seq_Δt, GR_Δt, RF_Δt, RF_ring_down_T, RF_dead_time_T, ADC_dead_time_T)
+    @test sys.B0 ≈ B0 && sys.B1 ≈ B1 && sys.Gmax ≈ Gmax && sys.Smax ≈ Smax
+end
+
+@testitem "TrapezoidalIntegration" tags=[:base] begin
+    dt = Float64[1 1 1 1]
+    x  = Float64[0 1 2 1 0]
+    @test KomaMRIBase.trapz(dt, x)[1] ≈ 4 #Triangle area = bh/2, with b = 4 and h = 2
+    @test KomaMRIBase.cumtrapz(dt, x) ≈ [0.5 2 3.5 4]
+end
diff --git a/KomaMRICore/test/runtests.jl b/KomaMRICore/test/runtests.jl
index f58d553b7..9306533e0 100644
--- a/KomaMRICore/test/runtests.jl
+++ b/KomaMRICore/test/runtests.jl
@@ -1,595 +1,595 @@
-# using TestItems, TestItemRunner
-
-# @run_package_tests filter=ti->!(:skipci in ti.tags)&&(:core in ti.tags) #verbose=true
-
-# @testitem "Spinors×Mag" tags=[:core] begin
-#     using KomaMRICore: Rx, Ry, Rz, Q, rotx, roty, rotz, Un, Rφ, Rg
-
-#     ## Verifying that operators perform counter-clockwise rotations
-#     v = [1, 2, 3]
-#     m = Mag([complex(v[1:2]...)], [v[3]])
-#     # Rx
-#     @test rotx(π/2) * v    ≈ [1, -3, 2]
-#     @test (Rx(π/2) * m).xy ≈ [1.0 - 3.0im]
-#     @test (Rx(π/2) * m).z  ≈ [2.0]
-#     # Ry
-#     @test roty(π/2) * v    ≈ [3, 2, -1]
-#     @test (Ry(π/2) * m).xy ≈ [3.0 + 2.0im]
-#     @test (Ry(π/2) * m).z  ≈ [-1.0]
-#     # Rz
-#     @test rotz(π/2) * v    ≈ [-2, 1, 3]
-#     @test (Rz(π/2) * m).xy ≈ [-2.0 + 1.0im]
-#     @test (Rz(π/2) * m).z  ≈ [3.0]
-#     # Rn
-#     @test Un(π/2, [1,0,0]) * v ≈ rotx(π/2) * v
-#     @test Un(π/2, [0,1,0]) * v ≈ roty(π/2) * v
-#     @test Un(π/2, [0,0,1]) * v ≈ rotz(π/2) * v
-#     @test (Q(π/2, 1.0+0.0im, 0.0) * m).xy ≈ (Rx(π/2) * m).xy
-#     @test (Q(π/2, 1.0+0.0im, 0.0) * m).z  ≈ (Rx(π/2) * m).z
-#     @test (Q(π/2, 0.0+1.0im, 0.0) * m).xy ≈ (Ry(π/2) * m).xy
-#     @test (Q(π/2, 0.0+1.0im, 0.0) * m).z  ≈ (Ry(π/2) * m).z
-#     @test (Q(π/2, 0.0+0.0im, 1.0) * m).xy ≈ (Rz(π/2) * m).xy
-#     @test (Q(π/2, 0.0+0.0im, 1.0) * m).z  ≈ (Rz(π/2) * m).z
-
-#     ## Verify that Spinor rotation = matrix rotation
-#     v = rand(3)
-#     n = rand(3); n = n ./ sqrt(sum(n.^2))
-#     m = Mag([complex(v[1:2]...)], [v[3]])
-#     φ, θ, φ1, φ2 = rand(4) * 2π
-#     # Rx
-#     vx = rotx(θ) * v
-#     mx = Rx(θ) * m
-#     @test [real(mx.xy); imag(mx.xy); mx.z] ≈ vx
-#     # Ry
-#     vy = roty(θ) * v
-#     my = Ry(θ) * m
-#     @test [real(my.xy); imag(my.xy); my.z] ≈ vy
-#     # Rz
-#     vz = rotz(θ) * v
-#     mz = Rz(θ) * m
-#     @test [real(mz.xy); imag(mz.xy); mz.z] ≈ vz
-#     # Rφ
-#     vφ = Un(θ, [sin(φ); cos(φ); 0.0]) * v
-#     mφ = Rφ(φ,θ) * m
-#     @test [real(mφ.xy); imag(mφ.xy); mφ.z] ≈ vφ
-#     # Rg
-#     vg = rotz(φ2) * roty(θ) * rotz(φ1) * v
-#     mg = Rg(φ1,θ,φ2) * m
-#     @test [real(mg.xy); imag(mg.xy); mg.z] ≈ vg
-#     # Rn
-#     vq = Un(θ, n) * v
-#     mq = Q(θ, n[1]+n[2]*1im, n[3]) * m
-#     @test [real(mq.xy); imag(mq.xy); mq.z] ≈ vq
-
-#     ## Spinors satify that  |α|^2 + |β|^2 = 1
-#     @test abs(Rx(θ))                     ≈ [1]
-#     @test abs(Ry(θ))                     ≈ [1]
-#     @test abs(Rz(θ))                     ≈ [1]
-#     @test abs(Rφ(φ,θ))                   ≈ [1]
-#     @test abs(Q(θ, n[1]+n[2]*1im, n[3])) ≈ [1]
-
-#     ## Checking properties of Introduction to the Shinnar-Le Roux algorithm.
-#     # Rx = Rz(-π/2) * Ry(θ) * Rz(π/2)
-#     @test rotx(θ) * v ≈ rotz(-π/2) * roty(θ) * rotz(π/2) * v
-#     @test (Rx(θ) * m).xy ≈ (Rz(-π/2) * Ry(θ) * Rz(π/2) * m).xy
-#     @test (Rx(θ) * m).z  ≈ (Rz(-π/2) * Ry(θ) * Rz(π/2) * m).z
-#     # Rφ(φ,θ) = Rz(-φ) Ry(θ) Rz(φ)
-#     @test (Rφ(φ,θ) * m).xy   ≈ (Rz(-φ) * Ry(θ) * Rz(φ) * m).xy
-#     @test (Rφ(φ,θ) * m).z    ≈ (Rz(-φ) * Ry(θ) * Rz(φ) * m).z
-#     # Rg(φ1, θ, φ2) = Rz(φ2) Ry(θ) Rz(φ1)
-#     @test (Rg(φ1,θ,φ2) * m).xy   ≈ (Rz(φ2) * Ry(θ) * Rz(φ1) * m).xy
-#     @test (Rg(φ1,θ,φ2) * m).z    ≈ (Rz(φ2) * Ry(θ) * Rz(φ1) * m).z
-#     # Rg(-φ, θ, φ) = Rz(-φ) Ry(θ) Rz(φ) = Rφ(φ,θ)
-#     @test rotz(-φ) * roty(θ) * rotz(φ) * v ≈ Un(θ, [sin(φ); cos(φ); 0.0]) * v
-#     @test (Rg(φ,θ,-φ) * m).xy    ≈ (Rφ(φ,θ) * m).xy
-#     @test (Rg(φ,θ,-φ) * m).z     ≈ (Rφ(φ,θ) * m).z
-
-#     ## Verify trivial identities
-#     # Rφ is an xy-plane rotation of θ around an axis making an angle of φ with respect to the y-axis
-#     # Rφ φ=0 = Ry
-#     @test (Rφ(0,θ) * m).xy   ≈ (Ry(θ) * m).xy
-#     @test (Rφ(0,θ) * m).z    ≈ (Ry(θ) * m).z
-#     # Rφ φ=π/2 = Rx
-#     @test (Rφ(π/2,θ) * m).xy ≈ (Rx(θ) * m).xy
-#     @test (Rφ(π/2,θ) * m).z  ≈ (Rx(θ) * m).z
-#     # General rotation Rn
-#     # Rn n=[1,0,0] = Rx
-#     @test Un(θ, [1,0,0]) * v ≈ rotx(θ) * v
-#     @test (Q(θ, 1.0+0.0im, 0.0) * m).xy ≈ (Rx(θ) * m).xy
-#     @test (Q(θ, 1.0+0.0im, 0.0) * m).z  ≈ (Rx(θ) * m).z
-#     # Rn n=[0,1,0] = Ry
-#     @test Un(θ, [0,1,0]) * v ≈ roty(θ) * v
-#     @test (Q(θ, 0.0+1.0im, 0.0) * m).xy ≈ (Ry(θ) * m).xy
-#     @test (Q(θ, 0.0+1.0im, 0.0) * m).z  ≈ (Ry(θ) * m).z
-#     # Rn n=[0,0,1] = Rz
-#     @test Un(θ, [0,0,1]) * v ≈ rotz(θ) * v
-#     @test (Q(θ, 0.0+0.0im, 1.0) * m).xy ≈ (Rz(θ) * m).xy
-#     @test (Q(θ, 0.0+0.0im, 1.0) * m).z  ≈ (Rz(θ) * m).z
-
-#     # Associativity
-#     # Rx
-#     @test (((Rz(-π/2) * Ry(θ)) * Rz(π/2)) * m).xy ≈ (Rx(θ) * m).xy
-#     @test (((Rz(-π/2) * Ry(θ)) * Rz(π/2)) * m).z  ≈ (Rx(θ) * m).z
-#     @test (Rz(-π/2) * (Ry(θ) * (Rz(π/2) * m))).xy ≈ (Rx(θ) * m).xy
-#     @test (Rz(-π/2) * (Ry(θ) * (Rz(π/2) * m))).z  ≈ (Rx(θ) * m).z
-#     # Rφ
-#     @test (Rφ(φ,θ) * m).xy   ≈ (((Rz(-φ) * Ry(θ)) * Rz(φ)) * m).xy
-#     @test (Rφ(φ,θ) * m).z    ≈ (((Rz(-φ) * Ry(θ)) * Rz(φ)) * m).z
-#     @test (Rφ(φ,θ) * m).xy   ≈ ((Rz(-φ) * (Ry(θ) * Rz(φ))) * m).xy
-#     @test (Rφ(φ,θ) * m).z    ≈ ((Rz(-φ) * (Ry(θ) * Rz(φ))) * m).z
-#     # Rg
-#     @test (Rg(φ1,θ,φ2) * m).xy   ≈ (((Rz(φ2) * Ry(θ)) * Rz(φ1)) * m).xy
-#     @test (Rg(φ1,θ,φ2) * m).z    ≈ (((Rz(φ2) * Ry(θ)) * Rz(φ1)) * m).z
-#     @test (Rg(φ1,θ,φ2) * m).xy   ≈ ((Rz(φ2) * (Ry(θ) * Rz(φ1))) * m).xy
-#     @test (Rg(φ1,θ,φ2) * m).z    ≈ ((Rz(φ2) * (Ry(θ) * Rz(φ1))) * m).z
-
-#     ## Other tests
-#     # Test Spinor struct
-#     α, β = rand(2)
-#     s = Spinor(α, β)
-#     @test s[1].α ≈ [Complex(α)] && s[1].β ≈ [Complex(β)]
-#     # Just checking to ensure that show() doesn't get stuck and that it is covered
-#     show(IOBuffer(), "text/plain", s)
-#     @test true
-# end
-
-# # Test ISMRMRD
-# @testitem "signal_to_raw_data" tags=[:core] begin
-#     using Suppressor
-
-#     seq = PulseDesigner.EPI_example()
-#     sys = Scanner()
-#     obj = brain_phantom2D()
-
-#     sim_params = KomaMRICore.default_sim_params()
-#     sim_params["return_type"] = "mat"
-#     sig = @suppress simulate(obj, seq, sys; sim_params)
-
-#     # Test signal_to_raw_data
-#     raw = signal_to_raw_data(sig, seq)
-#     sig_aux = vcat([vec(profile.data) for profile in raw.profiles]...)
-#     sig_raw = reshape(sig_aux, length(sig_aux), 1)
-#     @test all(sig .== sig_raw)
-
-#     seq.DEF["FOV"] = [23e-2, 23e-2, 0]
-#     raw = signal_to_raw_data(sig, seq)
-#     sig_aux = vcat([vec(profile.data) for profile in raw.profiles]...)
-#     sig_raw = reshape(sig_aux, length(sig_aux), 1)
-#     @test all(sig .== sig_raw)
-
-#     # Just checking to ensure that show() doesn't get stuck and that it is covered
-#     show(IOBuffer(), "text/plain", raw)
-#     @test true
-# end
-
-# @testitem "Bloch_CPU_single_thread" tags=[:important, :core] begin
-#     using Suppressor
-#     include(joinpath(@__DIR__, "test_files", "utils.jl"))
-
-#     sig_jemris = signal_sphere_jemris()
-#     seq = seq_epi_100x100_TE100_FOV230()
-#     obj = phantom_sphere()
-#     sys = Scanner()
-
-#     sim_params = Dict{String, Any}(
-#         "gpu"=>false,
-#         "Nthreads"=>1,
-#         "sim_method"=>KomaMRICore.Bloch(),
-#         "return_type"=>"mat"
-#     )
-#     sig = @suppress simulate(obj, seq, sys; sim_params)
-#     sig = sig / prod(size(obj))
-
-#     NMRSE(x, x_true) = sqrt.( sum(abs.(x .- x_true).^2) ./ sum(abs.(x_true).^2) ) * 100.
-
-#     @test NMRSE(sig, sig_jemris) < 1 #NMRSE < 1%
-# end
-
-# @testitem "Bloch_CPU_multi_thread" tags=[:important, :core] begin
-#     using Suppressor
-#     include(joinpath(@__DIR__, "test_files", "utils.jl"))
-
-#     sig_jemris = signal_sphere_jemris()
-#     seq = seq_epi_100x100_TE100_FOV230()
-#     obj = phantom_sphere()
-#     sys = Scanner()
-
-#     sim_params = Dict{String, Any}(
-#         "gpu"=>false,
-#         "sim_method"=>KomaMRICore.Bloch(),
-#         "return_type"=>"mat"
-#     )
-#     sig = @suppress simulate(obj, seq, sys; sim_params)
-#     sig = sig / prod(size(obj))
-
-#     NMRSE(x, x_true) = sqrt.( sum(abs.(x .- x_true).^2) ./ sum(abs.(x_true).^2) ) * 100.
-
-#     @test NMRSE(sig, sig_jemris) < 1 #NMRSE < 1%
-# end
-
-
-# @testitem "Bloch_GPU" tags=[:important, :skipci, :core, :gpu] begin
-#     using Suppressor
-#     include(joinpath(@__DIR__, "test_files", "utils.jl"))
-
-#     sig_jemris = signal_sphere_jemris()
-#     seq = seq_epi_100x100_TE100_FOV230()
-#     obj = phantom_sphere()
-#     sys = Scanner()
-
-#     sim_params = Dict{String, Any}(
-#         "gpu"=>true,
-#         "sim_method"=>KomaMRICore.Bloch(),
-#         "return_type"=>"mat", 
-#         "precision"=>"f64"
-#     )
-#     sig = @suppress simulate(obj, seq, sys; sim_params)
-#     sig = sig / prod(size(obj))
-
-#     NMRSE(x, x_true) = sqrt.( sum(abs.(x .- x_true).^2) ./ sum(abs.(x_true).^2) ) * 100.
-
-#     @test NMRSE(sig, sig_jemris) < 1 #NMRSE < 1%
-# end
-
-# @testitem "Bloch_CPU_RF_accuracy_single_thread" tags=[:important, :core] begin
-#     using Suppressor
-
-#     Tadc = 1e-3
-#     Trf = Tadc
-#     T1 = 1000e-3
-#     T2 = 20e-3
-#     Δw = 2π * 100
-#     B1 = 2e-6 * (Tadc / Trf)
-#     N = 6
-
-#     sys = Scanner()
-#     obj = Phantom{Float64}(x=[0.],T1=[T1],T2=[T2],Δw=[Δw])
-
-#     rf_phase = [0, π/2]
-#     seq = Sequence()
-#     seq += ADC(N, Tadc)
-#     for i=1:2
-#         global seq += RF(B1 .* exp(1im*rf_phase[i]), Trf)
-#         global seq += ADC(N, Tadc)
-#     end
-
-#     sim_params = Dict{String, Any}("Δt_rf"=>1e-5, "gpu"=>false, "Nthreads"=>1)
-#     raw = @suppress simulate(obj, seq, sys; sim_params)
-
-#     #Mathematica-simulated Bloch equation result
-#     res1 = [0.153592+0.46505im,
-#             0.208571+0.437734im,
-#             0.259184+0.40408im,
-#             0.304722+0.364744im,
-#             0.344571+0.320455im,
-#             0.378217+0.272008im]
-#     res2 = [-0.0153894+0.142582im,
-#             0.00257641+0.14196im,
-#             0.020146+0.13912im,
-#             0.037051+0.134149im,
-#             0.0530392+0.12717im,
-#             0.0678774+0.11833im]
-#     norm2(x) = sqrt.(sum(abs.(x).^2))
-#     error0 = norm2(raw.profiles[1].data .- 0)
-#     error1 = norm2(raw.profiles[2].data .- res1) ./ norm2(res1) * 100
-#     error2 = norm2(raw.profiles[3].data .- res2) ./ norm2(res2) * 100
-
-#     @test  error0 + error1 + error2 < 0.1 #NMRSE < 0.1%
-# end
-
-# @testitem "Bloch_CPU_RF_accuracy_multi_thread" tags=[:important, :core] begin
-#     using Suppressor
-
-#     Tadc = 1e-3
-#     Trf = Tadc
-#     T1 = 1000e-3
-#     T2 = 20e-3
-#     Δw = 2π * 100
-#     B1 = 2e-6 * (Tadc / Trf)
-#     N = 6
-
-#     sys = Scanner()
-#     obj = Phantom{Float64}(x=[0.],T1=[T1],T2=[T2],Δw=[Δw])
-
-#     rf_phase = [0, π/2]
-#     seq = Sequence()
-#     seq += ADC(N, Tadc)
-#     seq += RF(B1 .* exp(1im*rf_phase[1]), Trf)
-#     seq += ADC(N, Tadc)
-#     seq += RF(B1 .* exp(1im*rf_phase[2]), Trf)
-#     seq += ADC(N, Tadc)
-
-
-#     sim_params = Dict{String, Any}("Δt_rf"=>1e-5, "gpu"=>false)
-#     raw = @suppress simulate(obj, seq, sys; sim_params)
-
-#     #Mathematica-simulated Bloch equation result
-#     res1 = [0.153592+0.46505im,
-#             0.208571+0.437734im,
-#             0.259184+0.40408im,
-#             0.304722+0.364744im,
-#             0.344571+0.320455im,
-#             0.378217+0.272008im]
-#     res2 = [-0.0153894+0.142582im,
-#             0.00257641+0.14196im,
-#             0.020146+0.13912im,
-#             0.037051+0.134149im,
-#             0.0530392+0.12717im,
-#             0.0678774+0.11833im]
-#     norm2(x) = sqrt.(sum(abs.(x).^2))
-#     error0 = norm2(raw.profiles[1].data .- 0)
-#     error1 = norm2(raw.profiles[2].data .- res1) ./ norm2(res1) * 100
-#     error2 = norm2(raw.profiles[3].data .- res2) ./ norm2(res2) * 100
-
-#     @test  error0 + error1 + error2 < 0.1 #NMRSE < 0.1%
-# end
-
-# @testitem "Bloch_GPU_RF_accuracy" tags=[:important, :core, :skipci, :gpu] begin
-#     using Suppressor
-
-#     Tadc = 1e-3
-#     Trf = Tadc
-#     T1 = 1000e-3
-#     T2 = 20e-3
-#     Δw = 2π * 100
-#     B1 = 2e-6 * (Tadc / Trf)
-#     N = 6
-
-#     sys = Scanner()
-#     obj = Phantom{Float64}(x=[0.],T1=[T1],T2=[T2],Δw=[Δw])
-
-#     rf_phase = [0, π/2]
-#     seq = Sequence()
-#     seq += ADC(N, Tadc)
-#     seq += RF(B1 .* exp(1im*rf_phase[1]), Trf)
-#     seq += ADC(N, Tadc)
-#     seq += RF(B1 .* exp(1im*rf_phase[2]), Trf)
-#     seq += ADC(N, Tadc)
-
-#     sim_params = Dict{String, Any}("Δt_rf"=>1e-5, "gpu"=>true)
-#     raw = @suppress simulate(obj, seq, sys; sim_params)
-
-#     #Mathematica-simulated Bloch equation result
-#     res1 = [0.153592+0.46505im,
-#             0.208571+0.437734im,
-#             0.259184+0.40408im,
-#             0.304722+0.364744im,
-#             0.344571+0.320455im,
-#             0.378217+0.272008im]
-#     res2 = [-0.0153894+0.142582im,
-#             0.00257641+0.14196im,
-#             0.020146+0.13912im,
-#             0.037051+0.134149im,
-#             0.0530392+0.12717im,
-#             0.0678774+0.11833im]
-#     norm2(x) = sqrt.(sum(abs.(x).^2))
-#     error0 = norm2(raw.profiles[1].data .- 0)
-#     error1 = norm2(raw.profiles[2].data .- res1) ./ norm2(res1) * 100
-#     error2 = norm2(raw.profiles[3].data .- res2) ./ norm2(res2) * 100
-
-#     @test  error0 + error1 + error2 < 0.1 #NMRSE < 0.1%
-# end
-
-# @testitem "Bloch_phase_compensation" tags=[:important, :core] begin
-#     using Suppressor
-
-#     Tadc = 1e-3
-#     Trf = Tadc
-#     T1 = 1000e-3
-#     T2 = 20e-3
-#     Δw = 2π * 100
-#     B1 = 2e-6 * (Tadc / Trf)
-#     N = 6
-
-#     sys = Scanner()
-#     obj = Phantom{Float64}(x=[0.],T1=[T1],T2=[T2],Δw=[Δw])
-
-#     rf_phase = 2π*rand()
-#     seq1 = Sequence()
-#     seq1 += RF(B1, Trf)
-#     seq1 += ADC(N, Tadc)
-
-#     seq2 = Sequence()
-#     seq2 += RF(B1 .* exp(1im*rf_phase), Trf)
-#     seq2 += ADC(N, Tadc, 0, 0, rf_phase)
-
-#     sim_params = Dict{String, Any}("Δt_rf"=>1e-5, "gpu"=>false, "Nthreads"=>1)
-#     raw1 = @suppress simulate(obj, seq1, sys; sim_params)
-#     raw2 = @suppress simulate(obj, seq2, sys; sim_params)
-
-#     @test raw1.profiles[1].data ≈ raw2.profiles[1].data
-
-# end
-
-# @testitem "Bloch CPU_single_thread SimpleMotion" tags=[:important, :core] begin
-#     using Suppressor
-#     include(joinpath(@__DIR__, "test_files", "utils.jl"))
-
-#     sig_jemris = signal_brain_motion_jemris()  
-#     seq = seq_epi_100x100_TE100_FOV230()
-#     sys = Scanner()
-#     obj = phantom_brain()
-#     obj.motion = SimpleMotion([Translation(t_end=10.0, dx=0.0, dy=1.0, dz=0.0)])
-#     sim_params = Dict{String, Any}(
-#         "gpu"=>false,
-#         "Nthreads"=>1,
-#         "sim_method"=>KomaMRICore.Bloch(),
-#         "return_type"=>"mat"
-#     )
-#     sig = @suppress simulate(obj, seq, sys; sim_params)
-#     sig = sig / prod(size(obj))
-#     NMRSE(x, x_true) = sqrt.( sum(abs.(x .- x_true).^2) ./ sum(abs.(x_true).^2) ) * 100.
-#     @test NMRSE(sig, sig_jemris) < 1 #NMRSE < 1%
-# end
-
-# @testitem "Bloch CPU_single_thread ArbitraryMotion"  tags=[:important, :core] begin
-#     using Suppressor
-#     include(joinpath(@__DIR__, "test_files", "utils.jl"))
-
-#     sig_jemris = signal_brain_motion_jemris()  
-#     seq = seq_epi_100x100_TE100_FOV230()
-#     sys = Scanner()
-#     obj = phantom_brain()
-#     Ns = length(obj)
-#     period_durations=[20.0]
-#     dx = dz = zeros(Ns, 1)
-#     dy = 1.0 .* ones(Ns, 1)
-#     obj.motion = @suppress ArbitraryMotion(
-#         period_durations,
-#         dx,
-#         dy,
-#         dz)    
-#     sim_params = Dict{String, Any}(
-#         "gpu"=>false,
-#         "Nthreads"=>1,
-#         "sim_method"=>KomaMRICore.Bloch(),
-#         "return_type"=>"mat"
-#     )
-#     sig = @suppress simulate(obj, seq, sys; sim_params)
-#     sig = sig / prod(size(obj))
-#     NMRSE(x, x_true) = sqrt.( sum(abs.(x .- x_true).^2) ./ sum(abs.(x_true).^2) ) * 100.
-#     @test NMRSE(sig, sig_jemris) < 1 #NMRSE < 1%
-# end
-
-
-# @testitem "Bloch CPU_multi_thread SimpleMotion" tags=[:important, :core] begin
-#     using Suppressor
-#     include(joinpath(@__DIR__, "test_files", "utils.jl"))
-
-#     sig_jemris = signal_brain_motion_jemris()  
-#     seq = seq_epi_100x100_TE100_FOV230()
-#     sys = Scanner()
-#     obj = phantom_brain()
-#     obj.motion = SimpleMotion([Translation(t_end=10.0, dx=0.0, dy=1.0, dz=0.0)])
-#     sim_params = Dict{String, Any}(
-#         "gpu"=>false,
-#         "sim_method"=>KomaMRICore.Bloch(),
-#         "return_type"=>"mat"
-#     )
-#     sig = @suppress simulate(obj, seq, sys; sim_params)
-#     sig = sig / prod(size(obj))
-#     NMRSE(x, x_true) = sqrt.( sum(abs.(x .- x_true).^2) ./ sum(abs.(x_true).^2) ) * 100.
-#     @test NMRSE(sig, sig_jemris) < 1 #NMRSE < 1%
-# end
-
-# @testitem "Bloch CPU_multi_thread ArbitraryMotion"  tags=[:important, :core] begin
-#     using Suppressor
-#     include(joinpath(@__DIR__, "test_files", "utils.jl"))
-
-#     sig_jemris = signal_brain_motion_jemris()  
-#     seq = seq_epi_100x100_TE100_FOV230()
-#     sys = Scanner()
-#     obj = phantom_brain()
-#     Ns = length(obj)
-#     period_durations=[20.0]
-#     dx = dz = zeros(Ns, 1)
-#     dy = 1.0 .* ones(Ns, 1)
-#     obj.motion = @suppress ArbitraryMotion(
-#         period_durations,
-#         dx,
-#         dy,
-#         dz)    
-#     sim_params = Dict{String, Any}(
-#         "gpu"=>false,
-#         "sim_method"=>KomaMRICore.Bloch(),
-#         "return_type"=>"mat"
-#     )
-#     sig = @suppress simulate(obj, seq, sys; sim_params)
-#     sig = sig / prod(size(obj))
-#     NMRSE(x, x_true) = sqrt.( sum(abs.(x .- x_true).^2) ./ sum(abs.(x_true).^2) ) * 100.
-#     @test NMRSE(sig, sig_jemris) < 1 #NMRSE < 1%
-# end
-
-# @testitem "Bloch GPU SimpleMotion" tags=[:important, :core, :skipci, :gpu] begin
-#     using Suppressor
-#     include(joinpath(@__DIR__, "test_files", "utils.jl"))
-
-#     sig_jemris = signal_brain_motion_jemris()  
-#     seq = seq_epi_100x100_TE100_FOV230()
-#     sys = Scanner()
-#     obj = phantom_brain()
-#     obj.motion = SimpleMotion([Translation(t_end=10.0, dx=0.0, dy=1.0, dz=0.0)])
-#     sim_params = Dict{String, Any}(
-#         "gpu"=>true,
-#         "sim_method"=>KomaMRICore.Bloch(),
-#         "return_type"=>"mat", 
-#         "precision"=>"f64"
-#     )
-#     sig = @suppress simulate(obj, seq, sys; sim_params)
-#     sig = sig / prod(size(obj))
-#     NMRSE(x, x_true) = sqrt.( sum(abs.(x .- x_true).^2) ./ sum(abs.(x_true).^2) ) * 100.
-#     @test NMRSE(sig, sig_jemris) < 1 #NMRSE < 1%
-# end
-
-# @testitem "Bloch GPU ArbitraryMotion"  tags=[:important, :core, :skipci, :gpu] begin
-#     using Suppressor
-#     include(joinpath(@__DIR__, "test_files", "utils.jl"))
-
-#     sig_jemris = signal_brain_motion_jemris()  
-#     seq = seq_epi_100x100_TE100_FOV230()
-#     sys = Scanner()
-#     obj = phantom_brain()
-#     Ns = length(obj)
-#     period_durations=[20.0]
-#     dx = dz = zeros(Ns, 1)
-#     dy = 1.0 .* ones(Ns, 1)
-#     obj.motion = @suppress ArbitraryMotion(
-#         period_durations,
-#         dx,
-#         dy,
-#         dz)    
-#     sim_params = Dict{String, Any}(
-#         "gpu"=>true,
-#         "sim_method"=>KomaMRICore.Bloch(),
-#         "return_type"=>"mat", 
-#         "precision"=>"f64"
-#     )
-#     sig = @suppress simulate(obj, seq, sys; sim_params)
-#     sig = sig / prod(size(obj))
-#     NMRSE(x, x_true) = sqrt.( sum(abs.(x .- x_true).^2) ./ sum(abs.(x_true).^2) ) * 100.
-#     @test NMRSE(sig, sig_jemris) < 1 #NMRSE < 1%
-# end
-
-
-# @testitem "BlochDict_CPU_single_thread" tags=[:important, :core] begin
-#     using Suppressor
-#     include(joinpath(@__DIR__, "test_files", "utils.jl"))
-
-#     seq = seq_epi_100x100_TE100_FOV230()
-#     obj = Phantom{Float64}(x=[0.], T1=[1000e-3], T2=[100e-3])
-#     sys = Scanner()
-#     sim_params = Dict("gpu"=>false, "Nthreads"=>1, "sim_method"=>KomaMRICore.Bloch(), "return_type"=>"mat")
-#     sig = @suppress simulate(obj, seq, sys; sim_params)
-#     sig = sig / prod(size(obj))
-#     sim_params["sim_method"] = KomaMRICore.BlochDict()
-#     sig2 = @suppress simulate(obj, seq, sys; sim_params)
-#     sig2 = sig2 / prod(size(obj))
-#     @test sig ≈ sig2
-
-#     # Just checking to ensure that show() doesn't get stuck and that it is covered
-#     show(IOBuffer(), "text/plain", KomaMRICore.BlochDict())
-#     @test true
-# end
-
-# @testitem "simulate_slice_profile" tags=[:core] begin
-#     using Suppressor
-
-#     # This is a sequence with a sinc RF 30° excitation pulse
-#     sys = Scanner()
-#     sys.Smax = 50
-#     B1 = 4.92e-6
-#     Trf = 3.2e-3
-#     zmax = 2e-2
-#     fmax = 5e3
-#     z = range(-zmax, zmax, 400)
-#     Gz = fmax / (γ * zmax)
-#     f = γ * Gz * z
-#     seq = PulseDesigner.RF_sinc(B1, Trf, sys; G=[0; 0; Gz], TBP=8)
-
-#     # Simulate the slice profile
-#     sim_params = Dict{String, Any}("Δt_rf" => Trf / length(seq.RF.A[1]))
-#     M = @suppress simulate_slice_profile(seq; z, sim_params)
-
-#     # For the time being, always pass the test
-#     @test true
-# end
+using TestItems, TestItemRunner
+
+@run_package_tests filter=ti->!(:skipci in ti.tags)&&(:core in ti.tags) #verbose=true
+
+@testitem "Spinors×Mag" tags=[:core] begin
+    using KomaMRICore: Rx, Ry, Rz, Q, rotx, roty, rotz, Un, Rφ, Rg
+
+    ## Verifying that operators perform counter-clockwise rotations
+    v = [1, 2, 3]
+    m = Mag([complex(v[1:2]...)], [v[3]])
+    # Rx
+    @test rotx(π/2) * v    ≈ [1, -3, 2]
+    @test (Rx(π/2) * m).xy ≈ [1.0 - 3.0im]
+    @test (Rx(π/2) * m).z  ≈ [2.0]
+    # Ry
+    @test roty(π/2) * v    ≈ [3, 2, -1]
+    @test (Ry(π/2) * m).xy ≈ [3.0 + 2.0im]
+    @test (Ry(π/2) * m).z  ≈ [-1.0]
+    # Rz
+    @test rotz(π/2) * v    ≈ [-2, 1, 3]
+    @test (Rz(π/2) * m).xy ≈ [-2.0 + 1.0im]
+    @test (Rz(π/2) * m).z  ≈ [3.0]
+    # Rn
+    @test Un(π/2, [1,0,0]) * v ≈ rotx(π/2) * v
+    @test Un(π/2, [0,1,0]) * v ≈ roty(π/2) * v
+    @test Un(π/2, [0,0,1]) * v ≈ rotz(π/2) * v
+    @test (Q(π/2, 1.0+0.0im, 0.0) * m).xy ≈ (Rx(π/2) * m).xy
+    @test (Q(π/2, 1.0+0.0im, 0.0) * m).z  ≈ (Rx(π/2) * m).z
+    @test (Q(π/2, 0.0+1.0im, 0.0) * m).xy ≈ (Ry(π/2) * m).xy
+    @test (Q(π/2, 0.0+1.0im, 0.0) * m).z  ≈ (Ry(π/2) * m).z
+    @test (Q(π/2, 0.0+0.0im, 1.0) * m).xy ≈ (Rz(π/2) * m).xy
+    @test (Q(π/2, 0.0+0.0im, 1.0) * m).z  ≈ (Rz(π/2) * m).z
+
+    ## Verify that Spinor rotation = matrix rotation
+    v = rand(3)
+    n = rand(3); n = n ./ sqrt(sum(n.^2))
+    m = Mag([complex(v[1:2]...)], [v[3]])
+    φ, θ, φ1, φ2 = rand(4) * 2π
+    # Rx
+    vx = rotx(θ) * v
+    mx = Rx(θ) * m
+    @test [real(mx.xy); imag(mx.xy); mx.z] ≈ vx
+    # Ry
+    vy = roty(θ) * v
+    my = Ry(θ) * m
+    @test [real(my.xy); imag(my.xy); my.z] ≈ vy
+    # Rz
+    vz = rotz(θ) * v
+    mz = Rz(θ) * m
+    @test [real(mz.xy); imag(mz.xy); mz.z] ≈ vz
+    # Rφ
+    vφ = Un(θ, [sin(φ); cos(φ); 0.0]) * v
+    mφ = Rφ(φ,θ) * m
+    @test [real(mφ.xy); imag(mφ.xy); mφ.z] ≈ vφ
+    # Rg
+    vg = rotz(φ2) * roty(θ) * rotz(φ1) * v
+    mg = Rg(φ1,θ,φ2) * m
+    @test [real(mg.xy); imag(mg.xy); mg.z] ≈ vg
+    # Rn
+    vq = Un(θ, n) * v
+    mq = Q(θ, n[1]+n[2]*1im, n[3]) * m
+    @test [real(mq.xy); imag(mq.xy); mq.z] ≈ vq
+
+    ## Spinors satify that  |α|^2 + |β|^2 = 1
+    @test abs(Rx(θ))                     ≈ [1]
+    @test abs(Ry(θ))                     ≈ [1]
+    @test abs(Rz(θ))                     ≈ [1]
+    @test abs(Rφ(φ,θ))                   ≈ [1]
+    @test abs(Q(θ, n[1]+n[2]*1im, n[3])) ≈ [1]
+
+    ## Checking properties of Introduction to the Shinnar-Le Roux algorithm.
+    # Rx = Rz(-π/2) * Ry(θ) * Rz(π/2)
+    @test rotx(θ) * v ≈ rotz(-π/2) * roty(θ) * rotz(π/2) * v
+    @test (Rx(θ) * m).xy ≈ (Rz(-π/2) * Ry(θ) * Rz(π/2) * m).xy
+    @test (Rx(θ) * m).z  ≈ (Rz(-π/2) * Ry(θ) * Rz(π/2) * m).z
+    # Rφ(φ,θ) = Rz(-φ) Ry(θ) Rz(φ)
+    @test (Rφ(φ,θ) * m).xy   ≈ (Rz(-φ) * Ry(θ) * Rz(φ) * m).xy
+    @test (Rφ(φ,θ) * m).z    ≈ (Rz(-φ) * Ry(θ) * Rz(φ) * m).z
+    # Rg(φ1, θ, φ2) = Rz(φ2) Ry(θ) Rz(φ1)
+    @test (Rg(φ1,θ,φ2) * m).xy   ≈ (Rz(φ2) * Ry(θ) * Rz(φ1) * m).xy
+    @test (Rg(φ1,θ,φ2) * m).z    ≈ (Rz(φ2) * Ry(θ) * Rz(φ1) * m).z
+    # Rg(-φ, θ, φ) = Rz(-φ) Ry(θ) Rz(φ) = Rφ(φ,θ)
+    @test rotz(-φ) * roty(θ) * rotz(φ) * v ≈ Un(θ, [sin(φ); cos(φ); 0.0]) * v
+    @test (Rg(φ,θ,-φ) * m).xy    ≈ (Rφ(φ,θ) * m).xy
+    @test (Rg(φ,θ,-φ) * m).z     ≈ (Rφ(φ,θ) * m).z
+
+    ## Verify trivial identities
+    # Rφ is an xy-plane rotation of θ around an axis making an angle of φ with respect to the y-axis
+    # Rφ φ=0 = Ry
+    @test (Rφ(0,θ) * m).xy   ≈ (Ry(θ) * m).xy
+    @test (Rφ(0,θ) * m).z    ≈ (Ry(θ) * m).z
+    # Rφ φ=π/2 = Rx
+    @test (Rφ(π/2,θ) * m).xy ≈ (Rx(θ) * m).xy
+    @test (Rφ(π/2,θ) * m).z  ≈ (Rx(θ) * m).z
+    # General rotation Rn
+    # Rn n=[1,0,0] = Rx
+    @test Un(θ, [1,0,0]) * v ≈ rotx(θ) * v
+    @test (Q(θ, 1.0+0.0im, 0.0) * m).xy ≈ (Rx(θ) * m).xy
+    @test (Q(θ, 1.0+0.0im, 0.0) * m).z  ≈ (Rx(θ) * m).z
+    # Rn n=[0,1,0] = Ry
+    @test Un(θ, [0,1,0]) * v ≈ roty(θ) * v
+    @test (Q(θ, 0.0+1.0im, 0.0) * m).xy ≈ (Ry(θ) * m).xy
+    @test (Q(θ, 0.0+1.0im, 0.0) * m).z  ≈ (Ry(θ) * m).z
+    # Rn n=[0,0,1] = Rz
+    @test Un(θ, [0,0,1]) * v ≈ rotz(θ) * v
+    @test (Q(θ, 0.0+0.0im, 1.0) * m).xy ≈ (Rz(θ) * m).xy
+    @test (Q(θ, 0.0+0.0im, 1.0) * m).z  ≈ (Rz(θ) * m).z
+
+    # Associativity
+    # Rx
+    @test (((Rz(-π/2) * Ry(θ)) * Rz(π/2)) * m).xy ≈ (Rx(θ) * m).xy
+    @test (((Rz(-π/2) * Ry(θ)) * Rz(π/2)) * m).z  ≈ (Rx(θ) * m).z
+    @test (Rz(-π/2) * (Ry(θ) * (Rz(π/2) * m))).xy ≈ (Rx(θ) * m).xy
+    @test (Rz(-π/2) * (Ry(θ) * (Rz(π/2) * m))).z  ≈ (Rx(θ) * m).z
+    # Rφ
+    @test (Rφ(φ,θ) * m).xy   ≈ (((Rz(-φ) * Ry(θ)) * Rz(φ)) * m).xy
+    @test (Rφ(φ,θ) * m).z    ≈ (((Rz(-φ) * Ry(θ)) * Rz(φ)) * m).z
+    @test (Rφ(φ,θ) * m).xy   ≈ ((Rz(-φ) * (Ry(θ) * Rz(φ))) * m).xy
+    @test (Rφ(φ,θ) * m).z    ≈ ((Rz(-φ) * (Ry(θ) * Rz(φ))) * m).z
+    # Rg
+    @test (Rg(φ1,θ,φ2) * m).xy   ≈ (((Rz(φ2) * Ry(θ)) * Rz(φ1)) * m).xy
+    @test (Rg(φ1,θ,φ2) * m).z    ≈ (((Rz(φ2) * Ry(θ)) * Rz(φ1)) * m).z
+    @test (Rg(φ1,θ,φ2) * m).xy   ≈ ((Rz(φ2) * (Ry(θ) * Rz(φ1))) * m).xy
+    @test (Rg(φ1,θ,φ2) * m).z    ≈ ((Rz(φ2) * (Ry(θ) * Rz(φ1))) * m).z
+
+    ## Other tests
+    # Test Spinor struct
+    α, β = rand(2)
+    s = Spinor(α, β)
+    @test s[1].α ≈ [Complex(α)] && s[1].β ≈ [Complex(β)]
+    # Just checking to ensure that show() doesn't get stuck and that it is covered
+    show(IOBuffer(), "text/plain", s)
+    @test true
+end
+
+# Test ISMRMRD
+@testitem "signal_to_raw_data" tags=[:core] begin
+    using Suppressor
+
+    seq = PulseDesigner.EPI_example()
+    sys = Scanner()
+    obj = brain_phantom2D()
+
+    sim_params = KomaMRICore.default_sim_params()
+    sim_params["return_type"] = "mat"
+    sig = @suppress simulate(obj, seq, sys; sim_params)
+
+    # Test signal_to_raw_data
+    raw = signal_to_raw_data(sig, seq)
+    sig_aux = vcat([vec(profile.data) for profile in raw.profiles]...)
+    sig_raw = reshape(sig_aux, length(sig_aux), 1)
+    @test all(sig .== sig_raw)
+
+    seq.DEF["FOV"] = [23e-2, 23e-2, 0]
+    raw = signal_to_raw_data(sig, seq)
+    sig_aux = vcat([vec(profile.data) for profile in raw.profiles]...)
+    sig_raw = reshape(sig_aux, length(sig_aux), 1)
+    @test all(sig .== sig_raw)
+
+    # Just checking to ensure that show() doesn't get stuck and that it is covered
+    show(IOBuffer(), "text/plain", raw)
+    @test true
+end
+
+@testitem "Bloch_CPU_single_thread" tags=[:important, :core] begin
+    using Suppressor
+    include(joinpath(@__DIR__, "test_files", "utils.jl"))
+
+    sig_jemris = signal_sphere_jemris()
+    seq = seq_epi_100x100_TE100_FOV230()
+    obj = phantom_sphere()
+    sys = Scanner()
+
+    sim_params = Dict{String, Any}(
+        "gpu"=>false,
+        "Nthreads"=>1,
+        "sim_method"=>KomaMRICore.Bloch(),
+        "return_type"=>"mat"
+    )
+    sig = @suppress simulate(obj, seq, sys; sim_params)
+    sig = sig / prod(size(obj))
+
+    NMRSE(x, x_true) = sqrt.( sum(abs.(x .- x_true).^2) ./ sum(abs.(x_true).^2) ) * 100.
+
+    @test NMRSE(sig, sig_jemris) < 1 #NMRSE < 1%
+end
+
+@testitem "Bloch_CPU_multi_thread" tags=[:important, :core] begin
+    using Suppressor
+    include(joinpath(@__DIR__, "test_files", "utils.jl"))
+
+    sig_jemris = signal_sphere_jemris()
+    seq = seq_epi_100x100_TE100_FOV230()
+    obj = phantom_sphere()
+    sys = Scanner()
+
+    sim_params = Dict{String, Any}(
+        "gpu"=>false,
+        "sim_method"=>KomaMRICore.Bloch(),
+        "return_type"=>"mat"
+    )
+    sig = @suppress simulate(obj, seq, sys; sim_params)
+    sig = sig / prod(size(obj))
+
+    NMRSE(x, x_true) = sqrt.( sum(abs.(x .- x_true).^2) ./ sum(abs.(x_true).^2) ) * 100.
+
+    @test NMRSE(sig, sig_jemris) < 1 #NMRSE < 1%
+end
+
+
+@testitem "Bloch_GPU" tags=[:important, :skipci, :core, :gpu] begin
+    using Suppressor
+    include(joinpath(@__DIR__, "test_files", "utils.jl"))
+
+    sig_jemris = signal_sphere_jemris()
+    seq = seq_epi_100x100_TE100_FOV230()
+    obj = phantom_sphere()
+    sys = Scanner()
+
+    sim_params = Dict{String, Any}(
+        "gpu"=>true,
+        "sim_method"=>KomaMRICore.Bloch(),
+        "return_type"=>"mat", 
+        "precision"=>"f64"
+    )
+    sig = @suppress simulate(obj, seq, sys; sim_params)
+    sig = sig / prod(size(obj))
+
+    NMRSE(x, x_true) = sqrt.( sum(abs.(x .- x_true).^2) ./ sum(abs.(x_true).^2) ) * 100.
+
+    @test NMRSE(sig, sig_jemris) < 1 #NMRSE < 1%
+end
+
+@testitem "Bloch_CPU_RF_accuracy_single_thread" tags=[:important, :core] begin
+    using Suppressor
+
+    Tadc = 1e-3
+    Trf = Tadc
+    T1 = 1000e-3
+    T2 = 20e-3
+    Δw = 2π * 100
+    B1 = 2e-6 * (Tadc / Trf)
+    N = 6
+
+    sys = Scanner()
+    obj = Phantom{Float64}(x=[0.],T1=[T1],T2=[T2],Δw=[Δw])
+
+    rf_phase = [0, π/2]
+    seq = Sequence()
+    seq += ADC(N, Tadc)
+    for i=1:2
+        global seq += RF(B1 .* exp(1im*rf_phase[i]), Trf)
+        global seq += ADC(N, Tadc)
+    end
+
+    sim_params = Dict{String, Any}("Δt_rf"=>1e-5, "gpu"=>false, "Nthreads"=>1)
+    raw = @suppress simulate(obj, seq, sys; sim_params)
+
+    #Mathematica-simulated Bloch equation result
+    res1 = [0.153592+0.46505im,
+            0.208571+0.437734im,
+            0.259184+0.40408im,
+            0.304722+0.364744im,
+            0.344571+0.320455im,
+            0.378217+0.272008im]
+    res2 = [-0.0153894+0.142582im,
+            0.00257641+0.14196im,
+            0.020146+0.13912im,
+            0.037051+0.134149im,
+            0.0530392+0.12717im,
+            0.0678774+0.11833im]
+    norm2(x) = sqrt.(sum(abs.(x).^2))
+    error0 = norm2(raw.profiles[1].data .- 0)
+    error1 = norm2(raw.profiles[2].data .- res1) ./ norm2(res1) * 100
+    error2 = norm2(raw.profiles[3].data .- res2) ./ norm2(res2) * 100
+
+    @test  error0 + error1 + error2 < 0.1 #NMRSE < 0.1%
+end
+
+@testitem "Bloch_CPU_RF_accuracy_multi_thread" tags=[:important, :core] begin
+    using Suppressor
+
+    Tadc = 1e-3
+    Trf = Tadc
+    T1 = 1000e-3
+    T2 = 20e-3
+    Δw = 2π * 100
+    B1 = 2e-6 * (Tadc / Trf)
+    N = 6
+
+    sys = Scanner()
+    obj = Phantom{Float64}(x=[0.],T1=[T1],T2=[T2],Δw=[Δw])
+
+    rf_phase = [0, π/2]
+    seq = Sequence()
+    seq += ADC(N, Tadc)
+    seq += RF(B1 .* exp(1im*rf_phase[1]), Trf)
+    seq += ADC(N, Tadc)
+    seq += RF(B1 .* exp(1im*rf_phase[2]), Trf)
+    seq += ADC(N, Tadc)
+
+
+    sim_params = Dict{String, Any}("Δt_rf"=>1e-5, "gpu"=>false)
+    raw = @suppress simulate(obj, seq, sys; sim_params)
+
+    #Mathematica-simulated Bloch equation result
+    res1 = [0.153592+0.46505im,
+            0.208571+0.437734im,
+            0.259184+0.40408im,
+            0.304722+0.364744im,
+            0.344571+0.320455im,
+            0.378217+0.272008im]
+    res2 = [-0.0153894+0.142582im,
+            0.00257641+0.14196im,
+            0.020146+0.13912im,
+            0.037051+0.134149im,
+            0.0530392+0.12717im,
+            0.0678774+0.11833im]
+    norm2(x) = sqrt.(sum(abs.(x).^2))
+    error0 = norm2(raw.profiles[1].data .- 0)
+    error1 = norm2(raw.profiles[2].data .- res1) ./ norm2(res1) * 100
+    error2 = norm2(raw.profiles[3].data .- res2) ./ norm2(res2) * 100
+
+    @test  error0 + error1 + error2 < 0.1 #NMRSE < 0.1%
+end
+
+@testitem "Bloch_GPU_RF_accuracy" tags=[:important, :core, :skipci, :gpu] begin
+    using Suppressor
+
+    Tadc = 1e-3
+    Trf = Tadc
+    T1 = 1000e-3
+    T2 = 20e-3
+    Δw = 2π * 100
+    B1 = 2e-6 * (Tadc / Trf)
+    N = 6
+
+    sys = Scanner()
+    obj = Phantom{Float64}(x=[0.],T1=[T1],T2=[T2],Δw=[Δw])
+
+    rf_phase = [0, π/2]
+    seq = Sequence()
+    seq += ADC(N, Tadc)
+    seq += RF(B1 .* exp(1im*rf_phase[1]), Trf)
+    seq += ADC(N, Tadc)
+    seq += RF(B1 .* exp(1im*rf_phase[2]), Trf)
+    seq += ADC(N, Tadc)
+
+    sim_params = Dict{String, Any}("Δt_rf"=>1e-5, "gpu"=>true)
+    raw = @suppress simulate(obj, seq, sys; sim_params)
+
+    #Mathematica-simulated Bloch equation result
+    res1 = [0.153592+0.46505im,
+            0.208571+0.437734im,
+            0.259184+0.40408im,
+            0.304722+0.364744im,
+            0.344571+0.320455im,
+            0.378217+0.272008im]
+    res2 = [-0.0153894+0.142582im,
+            0.00257641+0.14196im,
+            0.020146+0.13912im,
+            0.037051+0.134149im,
+            0.0530392+0.12717im,
+            0.0678774+0.11833im]
+    norm2(x) = sqrt.(sum(abs.(x).^2))
+    error0 = norm2(raw.profiles[1].data .- 0)
+    error1 = norm2(raw.profiles[2].data .- res1) ./ norm2(res1) * 100
+    error2 = norm2(raw.profiles[3].data .- res2) ./ norm2(res2) * 100
+
+    @test  error0 + error1 + error2 < 0.1 #NMRSE < 0.1%
+end
+
+@testitem "Bloch_phase_compensation" tags=[:important, :core] begin
+    using Suppressor
+
+    Tadc = 1e-3
+    Trf = Tadc
+    T1 = 1000e-3
+    T2 = 20e-3
+    Δw = 2π * 100
+    B1 = 2e-6 * (Tadc / Trf)
+    N = 6
+
+    sys = Scanner()
+    obj = Phantom{Float64}(x=[0.],T1=[T1],T2=[T2],Δw=[Δw])
+
+    rf_phase = 2π*rand()
+    seq1 = Sequence()
+    seq1 += RF(B1, Trf)
+    seq1 += ADC(N, Tadc)
+
+    seq2 = Sequence()
+    seq2 += RF(B1 .* exp(1im*rf_phase), Trf)
+    seq2 += ADC(N, Tadc, 0, 0, rf_phase)
+
+    sim_params = Dict{String, Any}("Δt_rf"=>1e-5, "gpu"=>false, "Nthreads"=>1)
+    raw1 = @suppress simulate(obj, seq1, sys; sim_params)
+    raw2 = @suppress simulate(obj, seq2, sys; sim_params)
+
+    @test raw1.profiles[1].data ≈ raw2.profiles[1].data
+
+end
+
+@testitem "Bloch CPU_single_thread SimpleMotion" tags=[:important, :core] begin
+    using Suppressor
+    include(joinpath(@__DIR__, "test_files", "utils.jl"))
+
+    sig_jemris = signal_brain_motion_jemris()  
+    seq = seq_epi_100x100_TE100_FOV230()
+    sys = Scanner()
+    obj = phantom_brain()
+    obj.motion = SimpleMotion([Translation(t_end=10.0, dx=0.0, dy=1.0, dz=0.0)])
+    sim_params = Dict{String, Any}(
+        "gpu"=>false,
+        "Nthreads"=>1,
+        "sim_method"=>KomaMRICore.Bloch(),
+        "return_type"=>"mat"
+    )
+    sig = @suppress simulate(obj, seq, sys; sim_params)
+    sig = sig / prod(size(obj))
+    NMRSE(x, x_true) = sqrt.( sum(abs.(x .- x_true).^2) ./ sum(abs.(x_true).^2) ) * 100.
+    @test NMRSE(sig, sig_jemris) < 1 #NMRSE < 1%
+end
+
+@testitem "Bloch CPU_single_thread ArbitraryMotion"  tags=[:important, :core] begin
+    using Suppressor
+    include(joinpath(@__DIR__, "test_files", "utils.jl"))
+
+    sig_jemris = signal_brain_motion_jemris()  
+    seq = seq_epi_100x100_TE100_FOV230()
+    sys = Scanner()
+    obj = phantom_brain()
+    Ns = length(obj)
+    period_durations=[20.0]
+    dx = dz = zeros(Ns, 1)
+    dy = 1.0 .* ones(Ns, 1)
+    obj.motion = @suppress ArbitraryMotion(
+        period_durations,
+        dx,
+        dy,
+        dz)    
+    sim_params = Dict{String, Any}(
+        "gpu"=>false,
+        "Nthreads"=>1,
+        "sim_method"=>KomaMRICore.Bloch(),
+        "return_type"=>"mat"
+    )
+    sig = @suppress simulate(obj, seq, sys; sim_params)
+    sig = sig / prod(size(obj))
+    NMRSE(x, x_true) = sqrt.( sum(abs.(x .- x_true).^2) ./ sum(abs.(x_true).^2) ) * 100.
+    @test NMRSE(sig, sig_jemris) < 1 #NMRSE < 1%
+end
+
+
+@testitem "Bloch CPU_multi_thread SimpleMotion" tags=[:important, :core] begin
+    using Suppressor
+    include(joinpath(@__DIR__, "test_files", "utils.jl"))
+
+    sig_jemris = signal_brain_motion_jemris()  
+    seq = seq_epi_100x100_TE100_FOV230()
+    sys = Scanner()
+    obj = phantom_brain()
+    obj.motion = SimpleMotion([Translation(t_end=10.0, dx=0.0, dy=1.0, dz=0.0)])
+    sim_params = Dict{String, Any}(
+        "gpu"=>false,
+        "sim_method"=>KomaMRICore.Bloch(),
+        "return_type"=>"mat"
+    )
+    sig = @suppress simulate(obj, seq, sys; sim_params)
+    sig = sig / prod(size(obj))
+    NMRSE(x, x_true) = sqrt.( sum(abs.(x .- x_true).^2) ./ sum(abs.(x_true).^2) ) * 100.
+    @test NMRSE(sig, sig_jemris) < 1 #NMRSE < 1%
+end
+
+@testitem "Bloch CPU_multi_thread ArbitraryMotion"  tags=[:important, :core] begin
+    using Suppressor
+    include(joinpath(@__DIR__, "test_files", "utils.jl"))
+
+    sig_jemris = signal_brain_motion_jemris()  
+    seq = seq_epi_100x100_TE100_FOV230()
+    sys = Scanner()
+    obj = phantom_brain()
+    Ns = length(obj)
+    period_durations=[20.0]
+    dx = dz = zeros(Ns, 1)
+    dy = 1.0 .* ones(Ns, 1)
+    obj.motion = @suppress ArbitraryMotion(
+        period_durations,
+        dx,
+        dy,
+        dz)    
+    sim_params = Dict{String, Any}(
+        "gpu"=>false,
+        "sim_method"=>KomaMRICore.Bloch(),
+        "return_type"=>"mat"
+    )
+    sig = @suppress simulate(obj, seq, sys; sim_params)
+    sig = sig / prod(size(obj))
+    NMRSE(x, x_true) = sqrt.( sum(abs.(x .- x_true).^2) ./ sum(abs.(x_true).^2) ) * 100.
+    @test NMRSE(sig, sig_jemris) < 1 #NMRSE < 1%
+end
+
+@testitem "Bloch GPU SimpleMotion" tags=[:important, :core, :skipci, :gpu] begin
+    using Suppressor
+    include(joinpath(@__DIR__, "test_files", "utils.jl"))
+
+    sig_jemris = signal_brain_motion_jemris()  
+    seq = seq_epi_100x100_TE100_FOV230()
+    sys = Scanner()
+    obj = phantom_brain()
+    obj.motion = SimpleMotion([Translation(t_end=10.0, dx=0.0, dy=1.0, dz=0.0)])
+    sim_params = Dict{String, Any}(
+        "gpu"=>true,
+        "sim_method"=>KomaMRICore.Bloch(),
+        "return_type"=>"mat", 
+        "precision"=>"f64"
+    )
+    sig = @suppress simulate(obj, seq, sys; sim_params)
+    sig = sig / prod(size(obj))
+    NMRSE(x, x_true) = sqrt.( sum(abs.(x .- x_true).^2) ./ sum(abs.(x_true).^2) ) * 100.
+    @test NMRSE(sig, sig_jemris) < 1 #NMRSE < 1%
+end
+
+@testitem "Bloch GPU ArbitraryMotion"  tags=[:important, :core, :skipci, :gpu] begin
+    using Suppressor
+    include(joinpath(@__DIR__, "test_files", "utils.jl"))
+
+    sig_jemris = signal_brain_motion_jemris()  
+    seq = seq_epi_100x100_TE100_FOV230()
+    sys = Scanner()
+    obj = phantom_brain()
+    Ns = length(obj)
+    period_durations=[20.0]
+    dx = dz = zeros(Ns, 1)
+    dy = 1.0 .* ones(Ns, 1)
+    obj.motion = @suppress ArbitraryMotion(
+        period_durations,
+        dx,
+        dy,
+        dz)    
+    sim_params = Dict{String, Any}(
+        "gpu"=>true,
+        "sim_method"=>KomaMRICore.Bloch(),
+        "return_type"=>"mat", 
+        "precision"=>"f64"
+    )
+    sig = @suppress simulate(obj, seq, sys; sim_params)
+    sig = sig / prod(size(obj))
+    NMRSE(x, x_true) = sqrt.( sum(abs.(x .- x_true).^2) ./ sum(abs.(x_true).^2) ) * 100.
+    @test NMRSE(sig, sig_jemris) < 1 #NMRSE < 1%
+end
+
+
+@testitem "BlochDict_CPU_single_thread" tags=[:important, :core] begin
+    using Suppressor
+    include(joinpath(@__DIR__, "test_files", "utils.jl"))
+
+    seq = seq_epi_100x100_TE100_FOV230()
+    obj = Phantom{Float64}(x=[0.], T1=[1000e-3], T2=[100e-3])
+    sys = Scanner()
+    sim_params = Dict("gpu"=>false, "Nthreads"=>1, "sim_method"=>KomaMRICore.Bloch(), "return_type"=>"mat")
+    sig = @suppress simulate(obj, seq, sys; sim_params)
+    sig = sig / prod(size(obj))
+    sim_params["sim_method"] = KomaMRICore.BlochDict()
+    sig2 = @suppress simulate(obj, seq, sys; sim_params)
+    sig2 = sig2 / prod(size(obj))
+    @test sig ≈ sig2
+
+    # Just checking to ensure that show() doesn't get stuck and that it is covered
+    show(IOBuffer(), "text/plain", KomaMRICore.BlochDict())
+    @test true
+end
+
+@testitem "simulate_slice_profile" tags=[:core] begin
+    using Suppressor
+
+    # This is a sequence with a sinc RF 30° excitation pulse
+    sys = Scanner()
+    sys.Smax = 50
+    B1 = 4.92e-6
+    Trf = 3.2e-3
+    zmax = 2e-2
+    fmax = 5e3
+    z = range(-zmax, zmax, 400)
+    Gz = fmax / (γ * zmax)
+    f = γ * Gz * z
+    seq = PulseDesigner.RF_sinc(B1, Trf, sys; G=[0; 0; Gz], TBP=8)
+
+    # Simulate the slice profile
+    sim_params = Dict{String, Any}("Δt_rf" => Trf / length(seq.RF.A[1]))
+    M = @suppress simulate_slice_profile(seq; z, sim_params)
+
+    # For the time being, always pass the test
+    @test true
+end
diff --git a/KomaMRIFiles/test/runtests.jl b/KomaMRIFiles/test/runtests.jl
index 812914bd0..deccbf82d 100644
--- a/KomaMRIFiles/test/runtests.jl
+++ b/KomaMRIFiles/test/runtests.jl
@@ -1,125 +1,125 @@
-# using TestItems, TestItemRunner
+using TestItems, TestItemRunner
 
-# @run_package_tests filter=t_start->!(:skipci in t_start.tags)&&(:files in t_start.tags) #verbose=true
+@run_package_tests filter=t_start->!(:skipci in t_start.tags)&&(:files in t_start.tags) #verbose=true
 
-# @testitem "Files" tags=[:files] begin
-#     using Suppressor
+@testitem "Files" tags=[:files] begin
+    using Suppressor
 
-#     # Test Pulseq
-#     @testset "Pulseq" begin
-#         path = @__DIR__
-#         seq = @suppress read_seq(path*"/test_files/epi.seq") #Pulseq v1.4.0, RF arbitrary
-#         @test seq.DEF["FileName"] == "epi.seq"
-#         @test seq.DEF["PulseqVersion"] ≈ 1004000
-#         @test seq.DEF["signature"] == "67ebeffe6afdf0c393834101c14f3990"
+    # Test Pulseq
+    @testset "Pulseq" begin
+        path = @__DIR__
+        seq = @suppress read_seq(path*"/test_files/epi.seq") #Pulseq v1.4.0, RF arbitrary
+        @test seq.DEF["FileName"] == "epi.seq"
+        @test seq.DEF["PulseqVersion"] ≈ 1004000
+        @test seq.DEF["signature"] == "67ebeffe6afdf0c393834101c14f3990"
 
-#         seq = @suppress read_seq(path*"/test_files/spiral.seq") #Pulseq v1.4.0, RF arbitrary
-#         @test seq.DEF["FileName"] == "spiral.seq"
-#         @test seq.DEF["PulseqVersion"] ≈ 1004000
-#         @test seq.DEF["signature"] == "efc5eb7dbaa82aba627a31ff689c8649"
+        seq = @suppress read_seq(path*"/test_files/spiral.seq") #Pulseq v1.4.0, RF arbitrary
+        @test seq.DEF["FileName"] == "spiral.seq"
+        @test seq.DEF["PulseqVersion"] ≈ 1004000
+        @test seq.DEF["signature"] == "efc5eb7dbaa82aba627a31ff689c8649"
 
-#         seq = @suppress read_seq(path*"/test_files/epi_JEMRIS.seq") #Pulseq v1.2.1
-#         @test seq.DEF["FileName"] == "epi_JEMRIS.seq"
-#         @test seq.DEF["PulseqVersion"] ≈ 1002001
-#         @test seq.DEF["signature"] == "f291a24409c3e8de01ddb93e124d9ff2"
+        seq = @suppress read_seq(path*"/test_files/epi_JEMRIS.seq") #Pulseq v1.2.1
+        @test seq.DEF["FileName"] == "epi_JEMRIS.seq"
+        @test seq.DEF["PulseqVersion"] ≈ 1002001
+        @test seq.DEF["signature"] == "f291a24409c3e8de01ddb93e124d9ff2"
 
-#         seq = @suppress read_seq(path*"/test_files/radial_JEMRIS.seq") #Pulseq v1.2.1
-#         @test seq.DEF["FileName"] == "radial_JEMRIS.seq"
-#         @test seq.DEF["PulseqVersion"] ≈ 1002001
-#         @test seq.DEF["signature"] == "e827cfff4436b65a6341a4fa0f6deb07"
+        seq = @suppress read_seq(path*"/test_files/radial_JEMRIS.seq") #Pulseq v1.2.1
+        @test seq.DEF["FileName"] == "radial_JEMRIS.seq"
+        @test seq.DEF["PulseqVersion"] ≈ 1002001
+        @test seq.DEF["signature"] == "e827cfff4436b65a6341a4fa0f6deb07"
 
-#         # Test Pulseq compression-decompression
-#         shape = ones(100)
-#         num_samples, compressed_data = KomaMRIFiles.compress_shape(shape)
-#         shape2 = KomaMRIFiles.decompress_shape(num_samples, compressed_data)
-#         @test shape == shape2
-#     end
-#     # Test JEMRIS
-#     @testset "JEMRIS" begin
-#         path = @__DIR__
-#         obj = read_phantom_jemris(path*"/test_files/column1d.h5")
-#         @test obj.name == "column1d.h5"
-#     end
-#     # Test MRiLab
-#     @testset "MRiLab" begin
-#         path = @__DIR__
-#         filename = path * "/test_files/brain_mrilab.mat"
-#         FRange_filename = path * "/test_files/FRange.mat" #Slab within slice thickness
-#         obj = read_phantom_MRiLab(filename; FRange_filename)
-#         @test obj.name == "brain_mrilab.mat"
-#     end
-#     # Test Phantom (.phantom)
-#     @testset "Phantom" begin
-#         using KomaMRIBase
-#         path = @__DIR__
-#         # NoMotion
-#         filename = path * "/test_files/brain_nomotion.phantom"
-#         obj1 = brain_phantom2D()
-#         write_phantom(obj1, filename)
-#         obj2 = read_phantom(filename)
-#         @test obj1 == obj2
-#         # SimpleMotion
-#         filename = path * "/test_files/brain_simplemotion.phantom"
-#         obj1 = brain_phantom2D()
-#         obj1.motion = SimpleMotion([
-#             PeriodicRotation(
-#                 period=1.0, 
-#                 yaw=45.0,
-#                 pitch=0.0,
-#                 roll=0.0),
-#             Translation(
-#                 t_start=0.0,
-#                 t_end=0.5,
-#                 dx=0.0,
-#                 dy=0.02,
-#                 dz=0.0
-#         )])
-#         write_phantom(obj1, filename)
-#         obj2 = read_phantom(filename)
-#         @test obj1 == obj2
-#         # ArbitraryMotion
-#         filename = path * "/test_files/brain_arbitrarymotion.phantom"
-#         obj1 = brain_phantom2D()
-#         Ns = length(obj1)
-#         K = 10
-#         obj1.motion = ArbitraryMotion(
-#             [1.0],
-#             0.01.*rand(Ns, K-1),
-#             0.01.*rand(Ns, K-1),
-#             0.01.*rand(Ns, K-1))     
-#         write_phantom(obj1, filename)
-#         obj2 = read_phantom(filename)
-#         @test obj1 == obj2
-#     end
-# end
+        # Test Pulseq compression-decompression
+        shape = ones(100)
+        num_samples, compressed_data = KomaMRIFiles.compress_shape(shape)
+        shape2 = KomaMRIFiles.decompress_shape(num_samples, compressed_data)
+        @test shape == shape2
+    end
+    # Test JEMRIS
+    @testset "JEMRIS" begin
+        path = @__DIR__
+        obj = read_phantom_jemris(path*"/test_files/column1d.h5")
+        @test obj.name == "column1d.h5"
+    end
+    # Test MRiLab
+    @testset "MRiLab" begin
+        path = @__DIR__
+        filename = path * "/test_files/brain_mrilab.mat"
+        FRange_filename = path * "/test_files/FRange.mat" #Slab within slice thickness
+        obj = read_phantom_MRiLab(filename; FRange_filename)
+        @test obj.name == "brain_mrilab.mat"
+    end
+    # Test Phantom (.phantom)
+    @testset "Phantom" begin
+        using KomaMRIBase
+        path = @__DIR__
+        # NoMotion
+        filename = path * "/test_files/brain_nomotion.phantom"
+        obj1 = brain_phantom2D()
+        write_phantom(obj1, filename)
+        obj2 = read_phantom(filename)
+        @test obj1 == obj2
+        # SimpleMotion
+        filename = path * "/test_files/brain_simplemotion.phantom"
+        obj1 = brain_phantom2D()
+        obj1.motion = SimpleMotion([
+            PeriodicRotation(
+                period=1.0, 
+                yaw=45.0,
+                pitch=0.0,
+                roll=0.0),
+            Translation(
+                t_start=0.0,
+                t_end=0.5,
+                dx=0.0,
+                dy=0.02,
+                dz=0.0
+        )])
+        write_phantom(obj1, filename)
+        obj2 = read_phantom(filename)
+        @test obj1 == obj2
+        # ArbitraryMotion
+        filename = path * "/test_files/brain_arbitrarymotion.phantom"
+        obj1 = brain_phantom2D()
+        Ns = length(obj1)
+        K = 10
+        obj1.motion = ArbitraryMotion(
+            [1.0],
+            0.01.*rand(Ns, K-1),
+            0.01.*rand(Ns, K-1),
+            0.01.*rand(Ns, K-1))     
+        write_phantom(obj1, filename)
+        obj2 = read_phantom(filename)
+        @test obj1 == obj2
+    end
+end
 
-# @testitem "Pulseq compat" tags=[:files, :pulseq] begin
-#     using MAT, KomaMRIBase, Suppressor
+@testitem "Pulseq compat" tags=[:files, :pulseq] begin
+    using MAT, KomaMRIBase, Suppressor
 
-#     # Aux functions
-#     inside(x) = x[2:end-1]
-#     namedtuple(x) = x[:]
-#     namedtuple(d::Dict) = (; (Symbol(k == "df" ? "Δf" : k) => namedtuple(v) for (k,v) in d)...)
-#     not_empty = ((ek, ep),) -> !isempty(ep.t)
+    # Aux functions
+    inside(x) = x[2:end-1]
+    namedtuple(x) = x[:]
+    namedtuple(d::Dict) = (; (Symbol(k == "df" ? "Δf" : k) => namedtuple(v) for (k,v) in d)...)
+    not_empty = ((ek, ep),) -> !isempty(ep.t)
 
-#     # Reading files
-#     path         = joinpath(@__DIR__, "test_files/pulseq_read_comparison")
-#     pulseq_files = filter(endswith(".seq"), readdir(path)) .|> x -> splitext(x)[1]
-#     for pulseq_file in pulseq_files
-#         #@show pulseq_file
-#         seq_koma   = @suppress read_seq("$path/$pulseq_file.seq")
-#         seq_pulseq = matread("$path/$pulseq_file.mat")["sequence"] .|> namedtuple
-#         @testset "$pulseq_file" begin
-#             for i in 1:length(seq_koma)
-#                 blk_koma   = get_samples(seq_koma, i)
-#                 blk_pulseq = NamedTuple{keys(blk_koma)}(seq_pulseq[i]) # Reorder keys
-#                 for (ev_koma, ev_pulseq) in Iterators.filter(not_empty, zip(blk_koma, blk_pulseq))
-#                     @test ev_koma.t ≈ ev_pulseq.t
-#                     @test inside(ev_koma.A) ≈ inside(ev_pulseq.A)
-#                     @test first(ev_koma.A)  ≈ first(ev_pulseq.A) || ev_koma.t[2] ≈ ev_koma.t[1]
-#                     @test last(ev_koma.A)   ≈ last(ev_pulseq.A)
-#                 end
-#             end
-#         end
-#     end
-# end
+    # Reading files
+    path         = joinpath(@__DIR__, "test_files/pulseq_read_comparison")
+    pulseq_files = filter(endswith(".seq"), readdir(path)) .|> x -> splitext(x)[1]
+    for pulseq_file in pulseq_files
+        #@show pulseq_file
+        seq_koma   = @suppress read_seq("$path/$pulseq_file.seq")
+        seq_pulseq = matread("$path/$pulseq_file.mat")["sequence"] .|> namedtuple
+        @testset "$pulseq_file" begin
+            for i in 1:length(seq_koma)
+                blk_koma   = get_samples(seq_koma, i)
+                blk_pulseq = NamedTuple{keys(blk_koma)}(seq_pulseq[i]) # Reorder keys
+                for (ev_koma, ev_pulseq) in Iterators.filter(not_empty, zip(blk_koma, blk_pulseq))
+                    @test ev_koma.t ≈ ev_pulseq.t
+                    @test inside(ev_koma.A) ≈ inside(ev_pulseq.A)
+                    @test first(ev_koma.A)  ≈ first(ev_pulseq.A) || ev_koma.t[2] ≈ ev_koma.t[1]
+                    @test last(ev_koma.A)   ≈ last(ev_pulseq.A)
+                end
+            end
+        end
+    end
+end
diff --git a/KomaMRIPlots/test/GUI_PlotlyJS_backend_test.jl b/KomaMRIPlots/test/GUI_PlotlyJS_backend_test.jl
index 1ef8b4504..011ecb027 100644
--- a/KomaMRIPlots/test/GUI_PlotlyJS_backend_test.jl
+++ b/KomaMRIPlots/test/GUI_PlotlyJS_backend_test.jl
@@ -1,135 +1,135 @@
-# #GUI tests
-# @testitem "PlotlyJS" tags=[:plots] begin
-#     using KomaMRIBase, MRIFiles
-
-#     @testset "GUI_phantom" begin
-#         ph = brain_phantom2D()    #2D phantom
-
-#         @testset "plot_phantom_map_rho" begin
-#             plot_phantom_map(ph, :ρ, width=800, height=600) #Plotting the phantom's rho map
-#             @test true                #If the previous line fails the test will fail
-#         end
-
-#         @testset "plot_phantom_map_T1" begin
-#             plot_phantom_map(ph, :T1) #Plotting the phantom's rho map
-#             @test true                #If the previous line fails the test will fail
-#         end
-
-#         @testset "plot_phantom_map_T2" begin
-#             plot_phantom_map(ph, :T2) #Plotting the phantom's rho map
-#             @test true                #If the previous line fails the test will fail
-#         end
-
-#         @testset "plot_phantom_map_x" begin
-#             plot_phantom_map(ph, :x) #Plotting the phantom's rho map
-#             @test true                #If the previous line fails the test will fail
-#         end
-
-#         @testset "plot_phantom_map_w" begin
-#             plot_phantom_map(ph, :Δw) #Plotting the phantom's rho map
-#             @test true                #If the previous line fails the test will fail
-#         end
-
-#         @testset "plot_phantom_map_2dview" begin
-#             plot_phantom_map(ph, :ρ, view_2d=true) #Plotting the phantom's rho map
-#             @test true                #If the previous line fails the test will fail
-#         end
-#     end
-
-#     @testset "GUI_seq" begin
-#         #KomaCore definition of a sequence:
-#         #RF construction
-#         sys = Scanner()
-#         B1 = sys.B1; durRF = π/2/(2π*γ*B1) #90-degree hard excitation pulse
-#         EX = PulseDesigner.RF_hard(B1, durRF, sys; G=[0,0,0])
-#         #ACQ construction
-#         N = 101
-#         FOV = 23e-2
-#         EPI = PulseDesigner.EPI(FOV, N, sys)
-#         TE = 30e-3
-#         d1 = TE-dur(EPI)/2-dur(EX)
-#         d1 = d1 > 0 ? d1 : 0
-#         if d1 > 0 DELAY = Delay(d1) end
-#         #Sequence construction
-#         seq = d1 > 0 ? EX + DELAY + EPI : EX + EPI #Only add delay if d1 is positive (enough space)
-#         seq.DEF["TE"] = round(d1 > 0 ? TE : TE - d1, digits=4)*1e3
-
-#         @testset "plot_seq" begin
-#             #Plot sequence
-#             plot_seq(seq)  #Plotting the sequence
-#             plot_seq(seq; width=800, height=600, slider=true, show_seq_blocks=true)
-#             @test true          #If the previous lines fail the test will fail
-#         end
-
-#         @testset "plot_kspace" begin
-#             #Plot k-space
-#             plot_kspace(seq; width=800, height=600) #Plotting the k-space
-#             @test true          #If the previous line fails the test will fail
-#         end
-
-#         @testset "plot_M0" begin
-#             #Plot M0
-#             plot_M0(seq)        #Plotting the M0
-#             @test true          #If the previous line fails the test will fail
-#         end
-
-#         @testset "plot_M1" begin
-#             #Plot M1
-#             plot_M1(seq)        #Plotting the M0
-#             @test true          #If the previous line fails the test will fail
-#         end
-
-#         @testset "plot_M2" begin
-#             #Plot M2
-#             plot_M2(seq)        #Plotting the M2
-#             @test true          #If the previous line fails the test will fail
-#         end
-
-#         @testset "plot_eddy_currents" begin
-#             #Plot M2
-#             plot_eddy_currents(seq, 80e-3) #Plotting the plot_eddy_currents
-#             @test true              #If the previous line fails the test will fail
-#         end
-
-#         @testset "plot_slew_rate" begin
-#             plot_slew_rate(seq)
-#             @test true
-#         end
-
-#         @testset "plot_seqd" begin
-#             plot_seqd(seq)
-#             @test true
-#         end
-#     end
-
-#     @testset "GUI_dict_html" begin
-#         #Define a dictionary and Plot the dictionary table
-#         sys = Scanner()
-#         sys_dict = Dict("B0" => sys.B0,
-#                 "B1" => sys.B1,
-#                 "Gmax" => sys.Gmax,
-#                 "Smax" => sys.Smax,
-#                 "ADC_dt" => sys.ADC_Δt,
-#                 "seq_dt" => sys.seq_Δt,
-#                 "GR_dt" => sys.GR_Δt,
-#                 "RF_dt" => sys.RF_Δt,
-#                 "RF_ring_down_T" => sys.RF_ring_down_T,
-#                 "RF_dead_time_T" => sys.RF_dead_time_T,
-#                 "ADC_dead_time_T" => sys.ADC_dead_time_T)
-#         plot_dict(sys_dict)
-#         @test true
-#     end
-
-#     @testset "GUI_signal" begin
-#         path = @__DIR__
-#         fraw = ISMRMRDFile(path*"/test_files/Koma_signal.mrd")
-#         raw = RawAcquisitionData(fraw)
-#         plot_signal(raw, width=800, height=600)
-#         @test true          #If the previous line fails the test will fail
-#     end
-
-#     @testset "GUI_recon" begin
-#         #???
-#     end
-
-# end
+#GUI tests
+@testitem "PlotlyJS" tags=[:plots] begin
+    using KomaMRIBase, MRIFiles
+
+    @testset "GUI_phantom" begin
+        ph = brain_phantom2D()    #2D phantom
+
+        @testset "plot_phantom_map_rho" begin
+            plot_phantom_map(ph, :ρ, width=800, height=600) #Plotting the phantom's rho map
+            @test true                #If the previous line fails the test will fail
+        end
+
+        @testset "plot_phantom_map_T1" begin
+            plot_phantom_map(ph, :T1) #Plotting the phantom's rho map
+            @test true                #If the previous line fails the test will fail
+        end
+
+        @testset "plot_phantom_map_T2" begin
+            plot_phantom_map(ph, :T2) #Plotting the phantom's rho map
+            @test true                #If the previous line fails the test will fail
+        end
+
+        @testset "plot_phantom_map_x" begin
+            plot_phantom_map(ph, :x) #Plotting the phantom's rho map
+            @test true                #If the previous line fails the test will fail
+        end
+
+        @testset "plot_phantom_map_w" begin
+            plot_phantom_map(ph, :Δw) #Plotting the phantom's rho map
+            @test true                #If the previous line fails the test will fail
+        end
+
+        @testset "plot_phantom_map_2dview" begin
+            plot_phantom_map(ph, :ρ, view_2d=true) #Plotting the phantom's rho map
+            @test true                #If the previous line fails the test will fail
+        end
+    end
+
+    @testset "GUI_seq" begin
+        #KomaCore definition of a sequence:
+        #RF construction
+        sys = Scanner()
+        B1 = sys.B1; durRF = π/2/(2π*γ*B1) #90-degree hard excitation pulse
+        EX = PulseDesigner.RF_hard(B1, durRF, sys; G=[0,0,0])
+        #ACQ construction
+        N = 101
+        FOV = 23e-2
+        EPI = PulseDesigner.EPI(FOV, N, sys)
+        TE = 30e-3
+        d1 = TE-dur(EPI)/2-dur(EX)
+        d1 = d1 > 0 ? d1 : 0
+        if d1 > 0 DELAY = Delay(d1) end
+        #Sequence construction
+        seq = d1 > 0 ? EX + DELAY + EPI : EX + EPI #Only add delay if d1 is positive (enough space)
+        seq.DEF["TE"] = round(d1 > 0 ? TE : TE - d1, digits=4)*1e3
+
+        @testset "plot_seq" begin
+            #Plot sequence
+            plot_seq(seq)  #Plotting the sequence
+            plot_seq(seq; width=800, height=600, slider=true, show_seq_blocks=true)
+            @test true          #If the previous lines fail the test will fail
+        end
+
+        @testset "plot_kspace" begin
+            #Plot k-space
+            plot_kspace(seq; width=800, height=600) #Plotting the k-space
+            @test true          #If the previous line fails the test will fail
+        end
+
+        @testset "plot_M0" begin
+            #Plot M0
+            plot_M0(seq)        #Plotting the M0
+            @test true          #If the previous line fails the test will fail
+        end
+
+        @testset "plot_M1" begin
+            #Plot M1
+            plot_M1(seq)        #Plotting the M0
+            @test true          #If the previous line fails the test will fail
+        end
+
+        @testset "plot_M2" begin
+            #Plot M2
+            plot_M2(seq)        #Plotting the M2
+            @test true          #If the previous line fails the test will fail
+        end
+
+        @testset "plot_eddy_currents" begin
+            #Plot M2
+            plot_eddy_currents(seq, 80e-3) #Plotting the plot_eddy_currents
+            @test true              #If the previous line fails the test will fail
+        end
+
+        @testset "plot_slew_rate" begin
+            plot_slew_rate(seq)
+            @test true
+        end
+
+        @testset "plot_seqd" begin
+            plot_seqd(seq)
+            @test true
+        end
+    end
+
+    @testset "GUI_dict_html" begin
+        #Define a dictionary and Plot the dictionary table
+        sys = Scanner()
+        sys_dict = Dict("B0" => sys.B0,
+                "B1" => sys.B1,
+                "Gmax" => sys.Gmax,
+                "Smax" => sys.Smax,
+                "ADC_dt" => sys.ADC_Δt,
+                "seq_dt" => sys.seq_Δt,
+                "GR_dt" => sys.GR_Δt,
+                "RF_dt" => sys.RF_Δt,
+                "RF_ring_down_T" => sys.RF_ring_down_T,
+                "RF_dead_time_T" => sys.RF_dead_time_T,
+                "ADC_dead_time_T" => sys.ADC_dead_time_T)
+        plot_dict(sys_dict)
+        @test true
+    end
+
+    @testset "GUI_signal" begin
+        path = @__DIR__
+        fraw = ISMRMRDFile(path*"/test_files/Koma_signal.mrd")
+        raw = RawAcquisitionData(fraw)
+        plot_signal(raw, width=800, height=600)
+        @test true          #If the previous line fails the test will fail
+    end
+
+    @testset "GUI_recon" begin
+        #???
+    end
+
+end
diff --git a/KomaMRIPlots/test/GUI_PlutoPlotly_backend_test.jl b/KomaMRIPlots/test/GUI_PlutoPlotly_backend_test.jl
index f90cc53a7..4d63016b3 100644
--- a/KomaMRIPlots/test/GUI_PlutoPlotly_backend_test.jl
+++ b/KomaMRIPlots/test/GUI_PlutoPlotly_backend_test.jl
@@ -1,29 +1,29 @@
-# @testitem "PlutoPlotly" tags=[:plots] begin
-#     using KomaMRIBase, PlutoPlotly #Testing package extension
+@testitem "PlutoPlotly" tags=[:plots] begin
+    using KomaMRIBase, PlutoPlotly #Testing package extension
 
-#     @testset "GUI_seq_PlutoPlotly" begin
-#         #KomaCore definition of a sequence:
-#         #RF construction
-#         sys = Scanner()
-#         B1 = sys.B1; durRF = π/2/(2π*γ*B1) #90-degree hard excitation pulse
-#         EX = PulseDesigner.RF_hard(B1, durRF, sys; G=[0,0,0])
-#         #ACQ construction
-#         N = 101
-#         FOV = 23e-2
-#         EPI = PulseDesigner.EPI(FOV, N, sys)
-#         TE = 30e-3
-#         d1 = TE-dur(EPI)/2-dur(EX)
-#         d1 = d1 > 0 ? d1 : 0
-#         if d1 > 0 DELAY = Delay(d1) end
-#         #Sequence construction
-#         seq = d1 > 0 ? EX + DELAY + EPI : EX + EPI #Only add delay if d1 is positive (enough space)
-#         seq.DEF["TE"] = round(d1 > 0 ? TE : TE - d1, digits=4)*1e3
+    @testset "GUI_seq_PlutoPlotly" begin
+        #KomaCore definition of a sequence:
+        #RF construction
+        sys = Scanner()
+        B1 = sys.B1; durRF = π/2/(2π*γ*B1) #90-degree hard excitation pulse
+        EX = PulseDesigner.RF_hard(B1, durRF, sys; G=[0,0,0])
+        #ACQ construction
+        N = 101
+        FOV = 23e-2
+        EPI = PulseDesigner.EPI(FOV, N, sys)
+        TE = 30e-3
+        d1 = TE-dur(EPI)/2-dur(EX)
+        d1 = d1 > 0 ? d1 : 0
+        if d1 > 0 DELAY = Delay(d1) end
+        #Sequence construction
+        seq = d1 > 0 ? EX + DELAY + EPI : EX + EPI #Only add delay if d1 is positive (enough space)
+        seq.DEF["TE"] = round(d1 > 0 ? TE : TE - d1, digits=4)*1e3
 
-#         @testset "plot_seq_PlutoPlotly" begin
-#             #Plot sequence
-#             plot_seq(seq)  #Plotting the sequence
-#             plot_seq(seq; width=800, height=600, slider=true, show_seq_blocks=true)
-#             @test true          #If the previous lines fail the test will fail
-#         end
-#     end
-# end
+        @testset "plot_seq_PlutoPlotly" begin
+            #Plot sequence
+            plot_seq(seq)  #Plotting the sequence
+            plot_seq(seq; width=800, height=600, slider=true, show_seq_blocks=true)
+            @test true          #If the previous lines fail the test will fail
+        end
+    end
+end
diff --git a/test/runtests.jl b/test/runtests.jl
index 47f4c8a3a..9806ff246 100644
--- a/test/runtests.jl
+++ b/test/runtests.jl
@@ -1,132 +1,132 @@
-# using TestItems, TestItemRunner
+using TestItems, TestItemRunner
 
-# @run_package_tests filter=ti->!(:skipci in ti.tags)&&(:koma in ti.tags) #verbose=true
+@run_package_tests filter=ti->!(:skipci in ti.tags)&&(:koma in ti.tags) #verbose=true
 
-# # include("../KomaMRICore/test/runtests.jl")
-# # include("../KomaMRIPlots/test/runtests.jl")
+# include("../KomaMRICore/test/runtests.jl")
+# include("../KomaMRIPlots/test/runtests.jl")
 
-# @testitem "MRIReco recon" tags=[:koma] begin
-#     #Sanity check 1
-#     A = rand(5,5,3)
-#     B = KomaMRI.fftc(KomaMRI.ifftc(A))
-#     @test A ≈ B
+@testitem "MRIReco recon" tags=[:koma] begin
+    #Sanity check 1
+    A = rand(5,5,3)
+    B = KomaMRI.fftc(KomaMRI.ifftc(A))
+    @test A ≈ B
     
-#     #Sanity check 2
-#     B = KomaMRI.ifftc(KomaMRI.fftc(A))
-#     @test A ≈ B
+    #Sanity check 2
+    B = KomaMRI.ifftc(KomaMRI.fftc(A))
+    @test A ≈ B
 
-#     #MRIReco.jl
-#     path = @__DIR__
-#     fraw = ISMRMRDFile(path*"/test_files/Koma_signal.mrd")
-#     raw = RawAcquisitionData(fraw)
-#     acq = AcquisitionData(raw)
+    #MRIReco.jl
+    path = @__DIR__
+    fraw = ISMRMRDFile(path*"/test_files/Koma_signal.mrd")
+    raw = RawAcquisitionData(fraw)
+    acq = AcquisitionData(raw)
 
-#     @testset "MRIReco_direct" begin
-#         Nx, Ny = raw.params["reconSize"][1:2]
-#         recParams = Dict{Symbol,Any}(:reco=>"direct", :reconSize=>(Nx,Ny), :densityWeighting=>true)
-#         img = reconstruction(acq, recParams)
-#         @test true                #If the previous line fails the test will fail
-#     end
+    @testset "MRIReco_direct" begin
+        Nx, Ny = raw.params["reconSize"][1:2]
+        recParams = Dict{Symbol,Any}(:reco=>"direct", :reconSize=>(Nx,Ny), :densityWeighting=>true)
+        img = reconstruction(acq, recParams)
+        @test true                #If the previous line fails the test will fail
+    end
 
-#     #Test MRIReco regularized recon (with a λ)
-#     @testset "MRIReco_standard" begin
-#         #???
-#     end
+    #Test MRIReco regularized recon (with a λ)
+    @testset "MRIReco_standard" begin
+        #???
+    end
 
-# end
+end
 
-# @testitem "KomaUI" tags=[:koma] begin
+@testitem "KomaUI" tags=[:koma] begin
 
-#     using Blink
+    using Blink
 
-#     # Opens UI
-#     w = KomaUI(return_window=true) 
+    # Opens UI
+    w = KomaUI(return_window=true) 
 
-#     @testset "Open UI" begin
-#         @test "index" == @js w document.getElementById("content").dataset.content
-#     end
+    @testset "Open UI" begin
+        @test "index" == @js w document.getElementById("content").dataset.content
+    end
 
-#     @testset "PulsesGUI" begin
-#         @js w document.getElementById("button_pulses_seq").click()
-#         @test "sequence" == @js w document.getElementById("content").dataset.content
+    @testset "PulsesGUI" begin
+        @js w document.getElementById("button_pulses_seq").click()
+        @test "sequence" == @js w document.getElementById("content").dataset.content
 
-#         @js w document.getElementById("button_pulses_kspace").click()
-#         @test "kspace" == @js w document.getElementById("content").dataset.content
+        @js w document.getElementById("button_pulses_kspace").click()
+        @test "kspace" == @js w document.getElementById("content").dataset.content
 
-#         @js w document.getElementById("button_pulses_M0").click()
-#         @test "m0" == @js w document.getElementById("content").dataset.content
+        @js w document.getElementById("button_pulses_M0").click()
+        @test "m0" == @js w document.getElementById("content").dataset.content
 
-#         @js w document.getElementById("button_pulses_M1").click()
-#         @test "m1" == @js w document.getElementById("content").dataset.content
+        @js w document.getElementById("button_pulses_M1").click()
+        @test "m1" == @js w document.getElementById("content").dataset.content
 
-#         @js w document.getElementById("button_pulses_M2").click()
-#         @test "m2" == @js w document.getElementById("content").dataset.content
-#     end
+        @js w document.getElementById("button_pulses_M2").click()
+        @test "m2" == @js w document.getElementById("content").dataset.content
+    end
 
-#     @testset "PhantomGUI" begin
-#         @js w document.getElementById("button_phantom").click()
-#         @test "phantom" == @js w document.getElementById("content").dataset.content
-#     end
+    @testset "PhantomGUI" begin
+        @js w document.getElementById("button_phantom").click()
+        @test "phantom" == @js w document.getElementById("content").dataset.content
+    end
 
-#     @testset "ParamsGUI" begin
-#         @js w document.getElementById("button_scanner").click()
-#         @test "scanneparams" == @js w document.getElementById("content").dataset.content
+    @testset "ParamsGUI" begin
+        @js w document.getElementById("button_scanner").click()
+        @test "scanneparams" == @js w document.getElementById("content").dataset.content
 
-#         @js w document.getElementById("button_sim_params").click()
-#         @test "simparams" == @js w document.getElementById("content").dataset.content
+        @js w document.getElementById("button_sim_params").click()
+        @test "simparams" == @js w document.getElementById("content").dataset.content
 
-#         @js w document.getElementById("button_rec_params").click()
-#         @test "recparams" == @js w document.getElementById("content").dataset.content
-#     end
+        @js w document.getElementById("button_rec_params").click()
+        @test "recparams" == @js w document.getElementById("content").dataset.content
+    end
 
-#     @testset "Simulation" begin
-#         @js w document.getElementById("simulate!").click()
-#         @test "sig" == @js w document.getElementById("content").dataset.content
-#     end
+    @testset "Simulation" begin
+        @js w document.getElementById("simulate!").click()
+        @test "sig" == @js w document.getElementById("content").dataset.content
+    end
 
-#     @testset "SignalGUI" begin
-#         @js w document.getElementById("button_sig").click()
-#         @test "sig" == @js w document.getElementById("content").dataset.content
-#     end
+    @testset "SignalGUI" begin
+        @js w document.getElementById("button_sig").click()
+        @test "sig" == @js w document.getElementById("content").dataset.content
+    end
 
-#     @testset "Reconstruction" begin
-#         @js w document.getElementById("recon!").click()
-#         @test "absi" == @js w document.getElementById("content").dataset.content
-#     end
+    @testset "Reconstruction" begin
+        @js w document.getElementById("recon!").click()
+        @test "absi" == @js w document.getElementById("content").dataset.content
+    end
 
-#     @testset "ReconGUI" begin
-#         @js w document.getElementById("button_reconstruction_absI").click()
-#         @test "absi" == @js w document.getElementById("content").dataset.content
+    @testset "ReconGUI" begin
+        @js w document.getElementById("button_reconstruction_absI").click()
+        @test "absi" == @js w document.getElementById("content").dataset.content
 
-#         @js w document.getElementById("button_reconstruction_angI").click()
-#         @test "angi" == @js w document.getElementById("content").dataset.content
+        @js w document.getElementById("button_reconstruction_angI").click()
+        @test "angi" == @js w document.getElementById("content").dataset.content
 
-#         @js w document.getElementById("button_reconstruction_absK").click()
-#         @test "absk" == @js w document.getElementById("content").dataset.content
-#     end
+        @js w document.getElementById("button_reconstruction_absK").click()
+        @test "absk" == @js w document.getElementById("content").dataset.content
+    end
 
-#     @testset "ExportToMAT" begin
-#         @js w document.getElementById("button_matfolder").click()
-#         @test "matfolder" == @js w document.getElementById("content").dataset.content
+    @testset "ExportToMAT" begin
+        @js w document.getElementById("button_matfolder").click()
+        @test "matfolder" == @js w document.getElementById("content").dataset.content
 
-#         @js w document.getElementById("button_matfolderseq").click()
-#         @test "matfolderseq" == @js w document.getElementById("content").dataset.content
+        @js w document.getElementById("button_matfolderseq").click()
+        @test "matfolderseq" == @js w document.getElementById("content").dataset.content
 
-#         @js w document.getElementById("button_matfolderpha").click()
-#         @test "matfolderpha" == @js w document.getElementById("content").dataset.content
+        @js w document.getElementById("button_matfolderpha").click()
+        @test "matfolderpha" == @js w document.getElementById("content").dataset.content
 
-#         @js w document.getElementById("button_matfoldersca").click()
-#         @test "matfoldersca" == @js w document.getElementById("content").dataset.content
+        @js w document.getElementById("button_matfoldersca").click()
+        @test "matfoldersca" == @js w document.getElementById("content").dataset.content
 
-#         @js w document.getElementById("button_matfolderraw").click()
-#         @test "matfolderraw" == @js w document.getElementById("content").dataset.content
+        @js w document.getElementById("button_matfolderraw").click()
+        @test "matfolderraw" == @js w document.getElementById("content").dataset.content
 
-#         @js w document.getElementById("button_matfolderima").click()
-#         @test "matfolderima" == @js w document.getElementById("content").dataset.content
-#     end
+        @js w document.getElementById("button_matfolderima").click()
+        @test "matfolderima" == @js w document.getElementById("content").dataset.content
+    end
 
-#     if !isnothing(w)
-#         close(w)
-#     end
+    if !isnothing(w)
+        close(w)
+    end
 
-# end
+end

From adf567864ffdaa29f1b34991b78f47b39eb5d6b9 Mon Sep 17 00:00:00 2001
From: Pablo Villacorta Aylagas <pablo.villacorta@uva.es>
Date: Wed, 1 May 2024 14:20:30 +0200
Subject: [PATCH 10/51] Comment CI

---
 .github/workflows/ci.yml | 382 +++++++++++++++++++--------------------
 1 file changed, 191 insertions(+), 191 deletions(-)

diff --git a/.github/workflows/ci.yml b/.github/workflows/ci.yml
index c7cb09a7c..096327834 100644
--- a/.github/workflows/ci.yml
+++ b/.github/workflows/ci.yml
@@ -1,191 +1,191 @@
-name: CI
-on:
-  pull_request:
-    branches:
-      - master
-  push:
-    branches:
-      - master
-    tags: '*'
-jobs:
-  ci:
-    if: "!contains(github.event.head_commit.message, '[skip ci]')"
-    name: Julia ${{ matrix.version }} - ${{ matrix.os }} - ${{ matrix.arch }} - ${{ github.event_name }}
-    runs-on: ${{ matrix.os }}
-    timeout-minutes: 60
-    strategy:
-      fail-fast: false
-      matrix:
-        version:
-          - '1.9' # Replace this with the minimum Julia version that your package supports. E.g. if your package requires Julia 1.5 or higher, change this to '1.5'.
-          - '1' # Leave this line unchanged. '1' will automatically expand to the latest stable 1.x release of Julia.
-        os: [ubuntu-latest, windows-latest, macos-12] # macos-latest]
-        arch: [x64]
-        include:
-          - os: ubuntu-latest
-            prefix: xvfb-run # julia-actions/julia-runtest/blob/master/README.md
-    steps:
-      - uses: actions/checkout@v4
-      - uses: julia-actions/setup-julia@v1
-        with:
-          version: ${{ matrix.version }}
-          arch: ${{ matrix.arch }}
-      - uses: actions/cache@v4
-        env:
-          cache-name: cache-artifacts
-        with:
-          path: ~/.julia/artifacts
-          key: ${{ runner.os }}-test-${{ env.cache-name }}-${{ hashFiles('**/Project.toml') }}
-          restore-keys: |
-            ${{ runner.os }}-test-${{ env.cache-name }}-
-            ${{ runner.os }}-test-
-            ${{ runner.os }}-
-      - name: "KomaMRIBase: Build"
-        if: '!cancelled()'
-        uses: julia-actions/julia-buildpkg@v1
-        with:
-          project: KomaMRIBase
-      - name: "KomaMRIBase: Run Tests"
-        if: '!cancelled()'
-        uses: julia-actions/julia-runtest@v1
-        with:
-          project: KomaMRIBase
-      - name: "KomaMRICore: Development Setup"
-        if: '!cancelled()'
-        shell: bash
-        run: |
-          julia --color=yes --project="KomaMRICore" -e "using Pkg; Pkg.develop(PackageSpec(; path=\"./KomaMRIBase\"));"
-      - name: "KomaMRICore: Build"
-        if: '!cancelled()'
-        uses: julia-actions/julia-buildpkg@v1
-        with:
-          project: KomaMRICore
-      - name: "KomaMRICore: Run Tests"
-        if: '!cancelled()'
-        uses: julia-actions/julia-runtest@v1
-        with:
-          project: KomaMRICore
-      - name: "KomaMRIFiles: Development Setup"
-        if: '!cancelled()'
-        shell: bash
-        run: |
-          julia --color=yes --project="KomaMRIFiles" -e "using Pkg; Pkg.develop(PackageSpec(; path=\"./KomaMRIBase\"));"
-      - name: "KomaMRIFiles: Build"
-        if: '!cancelled()'
-        uses: julia-actions/julia-buildpkg@v1
-        with:
-          project: KomaMRIFiles
-      - name: "KomaMRIFiles: Run Tests"
-        if: '!cancelled()'
-        uses: julia-actions/julia-runtest@v1
-        with:
-          project: KomaMRIFiles
-      - name: "KomaMRIPlots: Development Setup"
-        if: '!cancelled()'
-        shell: bash
-        run: |
-          julia --color=yes --project="KomaMRIPlots" -e "using Pkg; Pkg.develop(PackageSpec(; path=\"./KomaMRIBase\"));"
-      - name: "KomaMRIPlots: Build"
-        if: '!cancelled()'
-        uses: julia-actions/julia-buildpkg@v1
-        with:
-          project: KomaMRIPlots
-      - name: "KomaMRIPlots: Run Tests"
-        if: '!cancelled()'
-        uses: julia-actions/julia-runtest@v1
-        with:
-          project: KomaMRIPlots
-          prefix: ${{ matrix.prefix }}  # for `xvfb-run`
-      - name: "KomaMRI: Development Setup"
-        if: '!cancelled()'
-        shell: julia --color=yes --project {0}
-        run: |
-          using Pkg
-          Pkg.develop([
-              PackageSpec(path=pwd(), subdir="KomaMRIBase"),
-              PackageSpec(path=pwd(), subdir="KomaMRICore"),
-              PackageSpec(path=pwd(), subdir="KomaMRIFiles"),
-              PackageSpec(path=pwd(), subdir="KomaMRIPlots")
-          ])
-      - name: "KomaMRI: Build"
-        if: '!cancelled()'
-        uses: julia-actions/julia-buildpkg@v1
-      - name: "KomaMRI: Run Tests"
-        if: '!cancelled()'
-        uses: julia-actions/julia-runtest@v1
-        with:
-          prefix: ${{ matrix.prefix }}  # for `xvfb-run`
-      - uses: julia-actions/julia-processcoverage@v1
-        with:
-          directories: src
-      - uses: codecov/codecov-action@c16abc29c95fcf9174b58eb7e1abf4c866893bc8 # v4.1.1
-        with:
-          files: lcov.info
-          flags: komamri
-          token: ${{ secrets.CODECOV_TOKEN }} # required
-      - uses: julia-actions/julia-processcoverage@v1
-        with:
-          directories: KomaMRIBase/src
-      - uses: codecov/codecov-action@c16abc29c95fcf9174b58eb7e1abf4c866893bc8 # v4.1.1
-        with:
-          files: lcov.info
-          flags: base
-          token: ${{ secrets.CODECOV_TOKEN }} # required
-      - uses: julia-actions/julia-processcoverage@v1
-        with:
-          directories: KomaMRICore/src
-      - uses: codecov/codecov-action@c16abc29c95fcf9174b58eb7e1abf4c866893bc8 # v4.1.1
-        with:
-          files: lcov.info
-          flags: core
-          token: ${{ secrets.CODECOV_TOKEN }} # required
-      - uses: julia-actions/julia-processcoverage@v1
-        with:
-          directories: KomaMRIPlots/src
-      - uses: codecov/codecov-action@c16abc29c95fcf9174b58eb7e1abf4c866893bc8 # v4.1.1
-        with:
-          files: lcov.info
-          flags: plots
-          token: ${{ secrets.CODECOV_TOKEN }} # required
-      - uses: julia-actions/julia-processcoverage@v1
-        with:
-          directories: KomaMRIFiles/src
-      - uses: codecov/codecov-action@c16abc29c95fcf9174b58eb7e1abf4c866893bc8 # v4.1.1
-        with:
-          files: lcov.info
-          flags: files
-          token: ${{ secrets.CODECOV_TOKEN }} # required
-  docs:
-    name: Documentation
-    runs-on: ubuntu-latest
-    steps:
-      - uses: actions/checkout@v4
-      - uses: julia-actions/setup-julia@v1
-        with:
-          version: '1'
-      - run: |
-          julia --project=docs -e '
-            using Pkg
-            Pkg.develop([
-                PackageSpec(path=pwd(), subdir="."),
-                PackageSpec(path=pwd(), subdir="KomaMRIBase"),
-                PackageSpec(path=pwd(), subdir="KomaMRICore"),
-                PackageSpec(path=pwd(), subdir="KomaMRIFiles"),
-                PackageSpec(path=pwd(), subdir="KomaMRIPlots")
-            ])
-            Pkg.instantiate()'
-      - run: |
-          julia --project=docs -e '
-            using Documenter: doctest
-            using KomaMRI
-            doctest(KomaMRI)' # change MYPACKAGE to the name of your package
-      - run: julia --project=docs docs/make.jl
-        env:
-          GITHUB_TOKEN: ${{ secrets.GITHUB_TOKEN }}
-          DOCUMENTER_KEY: ${{ secrets.DOCUMENTER_KEY }}
-  Skip:
-    if: contains(github.event.head_commit.message, '[skip ci]')
-    runs-on: ubuntu-latest
-    steps:
-      - name: Skip CI 🚫
-        run: echo skip ci
+# name: CI
+# on:
+#   pull_request:
+#     branches:
+#       - master
+#   push:
+#     branches:
+#       - master
+#     tags: '*'
+# jobs:
+#   ci:
+#     if: "!contains(github.event.head_commit.message, '[skip ci]')"
+#     name: Julia ${{ matrix.version }} - ${{ matrix.os }} - ${{ matrix.arch }} - ${{ github.event_name }}
+#     runs-on: ${{ matrix.os }}
+#     timeout-minutes: 60
+#     strategy:
+#       fail-fast: false
+#       matrix:
+#         version:
+#           - '1.9' # Replace this with the minimum Julia version that your package supports. E.g. if your package requires Julia 1.5 or higher, change this to '1.5'.
+#           - '1' # Leave this line unchanged. '1' will automatically expand to the latest stable 1.x release of Julia.
+#         os: [ubuntu-latest, windows-latest, macos-12] # macos-latest]
+#         arch: [x64]
+#         include:
+#           - os: ubuntu-latest
+#             prefix: xvfb-run # julia-actions/julia-runtest/blob/master/README.md
+#     steps:
+#       - uses: actions/checkout@v4
+#       - uses: julia-actions/setup-julia@v1
+#         with:
+#           version: ${{ matrix.version }}
+#           arch: ${{ matrix.arch }}
+#       - uses: actions/cache@v4
+#         env:
+#           cache-name: cache-artifacts
+#         with:
+#           path: ~/.julia/artifacts
+#           key: ${{ runner.os }}-test-${{ env.cache-name }}-${{ hashFiles('**/Project.toml') }}
+#           restore-keys: |
+#             ${{ runner.os }}-test-${{ env.cache-name }}-
+#             ${{ runner.os }}-test-
+#             ${{ runner.os }}-
+#       - name: "KomaMRIBase: Build"
+#         if: '!cancelled()'
+#         uses: julia-actions/julia-buildpkg@v1
+#         with:
+#           project: KomaMRIBase
+#       - name: "KomaMRIBase: Run Tests"
+#         if: '!cancelled()'
+#         uses: julia-actions/julia-runtest@v1
+#         with:
+#           project: KomaMRIBase
+#       - name: "KomaMRICore: Development Setup"
+#         if: '!cancelled()'
+#         shell: bash
+#         run: |
+#           julia --color=yes --project="KomaMRICore" -e "using Pkg; Pkg.develop(PackageSpec(; path=\"./KomaMRIBase\"));"
+#       - name: "KomaMRICore: Build"
+#         if: '!cancelled()'
+#         uses: julia-actions/julia-buildpkg@v1
+#         with:
+#           project: KomaMRICore
+#       - name: "KomaMRICore: Run Tests"
+#         if: '!cancelled()'
+#         uses: julia-actions/julia-runtest@v1
+#         with:
+#           project: KomaMRICore
+#       - name: "KomaMRIFiles: Development Setup"
+#         if: '!cancelled()'
+#         shell: bash
+#         run: |
+#           julia --color=yes --project="KomaMRIFiles" -e "using Pkg; Pkg.develop(PackageSpec(; path=\"./KomaMRIBase\"));"
+#       - name: "KomaMRIFiles: Build"
+#         if: '!cancelled()'
+#         uses: julia-actions/julia-buildpkg@v1
+#         with:
+#           project: KomaMRIFiles
+#       - name: "KomaMRIFiles: Run Tests"
+#         if: '!cancelled()'
+#         uses: julia-actions/julia-runtest@v1
+#         with:
+#           project: KomaMRIFiles
+#       - name: "KomaMRIPlots: Development Setup"
+#         if: '!cancelled()'
+#         shell: bash
+#         run: |
+#           julia --color=yes --project="KomaMRIPlots" -e "using Pkg; Pkg.develop(PackageSpec(; path=\"./KomaMRIBase\"));"
+#       - name: "KomaMRIPlots: Build"
+#         if: '!cancelled()'
+#         uses: julia-actions/julia-buildpkg@v1
+#         with:
+#           project: KomaMRIPlots
+#       - name: "KomaMRIPlots: Run Tests"
+#         if: '!cancelled()'
+#         uses: julia-actions/julia-runtest@v1
+#         with:
+#           project: KomaMRIPlots
+#           prefix: ${{ matrix.prefix }}  # for `xvfb-run`
+#       - name: "KomaMRI: Development Setup"
+#         if: '!cancelled()'
+#         shell: julia --color=yes --project {0}
+#         run: |
+#           using Pkg
+#           Pkg.develop([
+#               PackageSpec(path=pwd(), subdir="KomaMRIBase"),
+#               PackageSpec(path=pwd(), subdir="KomaMRICore"),
+#               PackageSpec(path=pwd(), subdir="KomaMRIFiles"),
+#               PackageSpec(path=pwd(), subdir="KomaMRIPlots")
+#           ])
+#       - name: "KomaMRI: Build"
+#         if: '!cancelled()'
+#         uses: julia-actions/julia-buildpkg@v1
+#       - name: "KomaMRI: Run Tests"
+#         if: '!cancelled()'
+#         uses: julia-actions/julia-runtest@v1
+#         with:
+#           prefix: ${{ matrix.prefix }}  # for `xvfb-run`
+#       - uses: julia-actions/julia-processcoverage@v1
+#         with:
+#           directories: src
+#       - uses: codecov/codecov-action@c16abc29c95fcf9174b58eb7e1abf4c866893bc8 # v4.1.1
+#         with:
+#           files: lcov.info
+#           flags: komamri
+#           token: ${{ secrets.CODECOV_TOKEN }} # required
+#       - uses: julia-actions/julia-processcoverage@v1
+#         with:
+#           directories: KomaMRIBase/src
+#       - uses: codecov/codecov-action@c16abc29c95fcf9174b58eb7e1abf4c866893bc8 # v4.1.1
+#         with:
+#           files: lcov.info
+#           flags: base
+#           token: ${{ secrets.CODECOV_TOKEN }} # required
+#       - uses: julia-actions/julia-processcoverage@v1
+#         with:
+#           directories: KomaMRICore/src
+#       - uses: codecov/codecov-action@c16abc29c95fcf9174b58eb7e1abf4c866893bc8 # v4.1.1
+#         with:
+#           files: lcov.info
+#           flags: core
+#           token: ${{ secrets.CODECOV_TOKEN }} # required
+#       - uses: julia-actions/julia-processcoverage@v1
+#         with:
+#           directories: KomaMRIPlots/src
+#       - uses: codecov/codecov-action@c16abc29c95fcf9174b58eb7e1abf4c866893bc8 # v4.1.1
+#         with:
+#           files: lcov.info
+#           flags: plots
+#           token: ${{ secrets.CODECOV_TOKEN }} # required
+#       - uses: julia-actions/julia-processcoverage@v1
+#         with:
+#           directories: KomaMRIFiles/src
+#       - uses: codecov/codecov-action@c16abc29c95fcf9174b58eb7e1abf4c866893bc8 # v4.1.1
+#         with:
+#           files: lcov.info
+#           flags: files
+#           token: ${{ secrets.CODECOV_TOKEN }} # required
+#   docs:
+#     name: Documentation
+#     runs-on: ubuntu-latest
+#     steps:
+#       - uses: actions/checkout@v4
+#       - uses: julia-actions/setup-julia@v1
+#         with:
+#           version: '1'
+#       - run: |
+#           julia --project=docs -e '
+#             using Pkg
+#             Pkg.develop([
+#                 PackageSpec(path=pwd(), subdir="."),
+#                 PackageSpec(path=pwd(), subdir="KomaMRIBase"),
+#                 PackageSpec(path=pwd(), subdir="KomaMRICore"),
+#                 PackageSpec(path=pwd(), subdir="KomaMRIFiles"),
+#                 PackageSpec(path=pwd(), subdir="KomaMRIPlots")
+#             ])
+#             Pkg.instantiate()'
+#       - run: |
+#           julia --project=docs -e '
+#             using Documenter: doctest
+#             using KomaMRI
+#             doctest(KomaMRI)' # change MYPACKAGE to the name of your package
+#       - run: julia --project=docs docs/make.jl
+#         env:
+#           GITHUB_TOKEN: ${{ secrets.GITHUB_TOKEN }}
+#           DOCUMENTER_KEY: ${{ secrets.DOCUMENTER_KEY }}
+#   Skip:
+#     if: contains(github.event.head_commit.message, '[skip ci]')
+#     runs-on: ubuntu-latest
+#     steps:
+#       - name: Skip CI 🚫
+#         run: echo skip ci

From 4e5a42e1bf927ecab8f49d761e380b0e7f3a7bbd Mon Sep 17 00:00:00 2001
From: Pablo Villacorta Aylagas <pablo.villacorta@uva.es>
Date: Wed, 1 May 2024 14:23:15 +0200
Subject: [PATCH 11/51] Revert comment

---
 .github/workflows/ci.yml | 382 +++++++++++++++++++--------------------
 1 file changed, 191 insertions(+), 191 deletions(-)

diff --git a/.github/workflows/ci.yml b/.github/workflows/ci.yml
index 096327834..c7cb09a7c 100644
--- a/.github/workflows/ci.yml
+++ b/.github/workflows/ci.yml
@@ -1,191 +1,191 @@
-# name: CI
-# on:
-#   pull_request:
-#     branches:
-#       - master
-#   push:
-#     branches:
-#       - master
-#     tags: '*'
-# jobs:
-#   ci:
-#     if: "!contains(github.event.head_commit.message, '[skip ci]')"
-#     name: Julia ${{ matrix.version }} - ${{ matrix.os }} - ${{ matrix.arch }} - ${{ github.event_name }}
-#     runs-on: ${{ matrix.os }}
-#     timeout-minutes: 60
-#     strategy:
-#       fail-fast: false
-#       matrix:
-#         version:
-#           - '1.9' # Replace this with the minimum Julia version that your package supports. E.g. if your package requires Julia 1.5 or higher, change this to '1.5'.
-#           - '1' # Leave this line unchanged. '1' will automatically expand to the latest stable 1.x release of Julia.
-#         os: [ubuntu-latest, windows-latest, macos-12] # macos-latest]
-#         arch: [x64]
-#         include:
-#           - os: ubuntu-latest
-#             prefix: xvfb-run # julia-actions/julia-runtest/blob/master/README.md
-#     steps:
-#       - uses: actions/checkout@v4
-#       - uses: julia-actions/setup-julia@v1
-#         with:
-#           version: ${{ matrix.version }}
-#           arch: ${{ matrix.arch }}
-#       - uses: actions/cache@v4
-#         env:
-#           cache-name: cache-artifacts
-#         with:
-#           path: ~/.julia/artifacts
-#           key: ${{ runner.os }}-test-${{ env.cache-name }}-${{ hashFiles('**/Project.toml') }}
-#           restore-keys: |
-#             ${{ runner.os }}-test-${{ env.cache-name }}-
-#             ${{ runner.os }}-test-
-#             ${{ runner.os }}-
-#       - name: "KomaMRIBase: Build"
-#         if: '!cancelled()'
-#         uses: julia-actions/julia-buildpkg@v1
-#         with:
-#           project: KomaMRIBase
-#       - name: "KomaMRIBase: Run Tests"
-#         if: '!cancelled()'
-#         uses: julia-actions/julia-runtest@v1
-#         with:
-#           project: KomaMRIBase
-#       - name: "KomaMRICore: Development Setup"
-#         if: '!cancelled()'
-#         shell: bash
-#         run: |
-#           julia --color=yes --project="KomaMRICore" -e "using Pkg; Pkg.develop(PackageSpec(; path=\"./KomaMRIBase\"));"
-#       - name: "KomaMRICore: Build"
-#         if: '!cancelled()'
-#         uses: julia-actions/julia-buildpkg@v1
-#         with:
-#           project: KomaMRICore
-#       - name: "KomaMRICore: Run Tests"
-#         if: '!cancelled()'
-#         uses: julia-actions/julia-runtest@v1
-#         with:
-#           project: KomaMRICore
-#       - name: "KomaMRIFiles: Development Setup"
-#         if: '!cancelled()'
-#         shell: bash
-#         run: |
-#           julia --color=yes --project="KomaMRIFiles" -e "using Pkg; Pkg.develop(PackageSpec(; path=\"./KomaMRIBase\"));"
-#       - name: "KomaMRIFiles: Build"
-#         if: '!cancelled()'
-#         uses: julia-actions/julia-buildpkg@v1
-#         with:
-#           project: KomaMRIFiles
-#       - name: "KomaMRIFiles: Run Tests"
-#         if: '!cancelled()'
-#         uses: julia-actions/julia-runtest@v1
-#         with:
-#           project: KomaMRIFiles
-#       - name: "KomaMRIPlots: Development Setup"
-#         if: '!cancelled()'
-#         shell: bash
-#         run: |
-#           julia --color=yes --project="KomaMRIPlots" -e "using Pkg; Pkg.develop(PackageSpec(; path=\"./KomaMRIBase\"));"
-#       - name: "KomaMRIPlots: Build"
-#         if: '!cancelled()'
-#         uses: julia-actions/julia-buildpkg@v1
-#         with:
-#           project: KomaMRIPlots
-#       - name: "KomaMRIPlots: Run Tests"
-#         if: '!cancelled()'
-#         uses: julia-actions/julia-runtest@v1
-#         with:
-#           project: KomaMRIPlots
-#           prefix: ${{ matrix.prefix }}  # for `xvfb-run`
-#       - name: "KomaMRI: Development Setup"
-#         if: '!cancelled()'
-#         shell: julia --color=yes --project {0}
-#         run: |
-#           using Pkg
-#           Pkg.develop([
-#               PackageSpec(path=pwd(), subdir="KomaMRIBase"),
-#               PackageSpec(path=pwd(), subdir="KomaMRICore"),
-#               PackageSpec(path=pwd(), subdir="KomaMRIFiles"),
-#               PackageSpec(path=pwd(), subdir="KomaMRIPlots")
-#           ])
-#       - name: "KomaMRI: Build"
-#         if: '!cancelled()'
-#         uses: julia-actions/julia-buildpkg@v1
-#       - name: "KomaMRI: Run Tests"
-#         if: '!cancelled()'
-#         uses: julia-actions/julia-runtest@v1
-#         with:
-#           prefix: ${{ matrix.prefix }}  # for `xvfb-run`
-#       - uses: julia-actions/julia-processcoverage@v1
-#         with:
-#           directories: src
-#       - uses: codecov/codecov-action@c16abc29c95fcf9174b58eb7e1abf4c866893bc8 # v4.1.1
-#         with:
-#           files: lcov.info
-#           flags: komamri
-#           token: ${{ secrets.CODECOV_TOKEN }} # required
-#       - uses: julia-actions/julia-processcoverage@v1
-#         with:
-#           directories: KomaMRIBase/src
-#       - uses: codecov/codecov-action@c16abc29c95fcf9174b58eb7e1abf4c866893bc8 # v4.1.1
-#         with:
-#           files: lcov.info
-#           flags: base
-#           token: ${{ secrets.CODECOV_TOKEN }} # required
-#       - uses: julia-actions/julia-processcoverage@v1
-#         with:
-#           directories: KomaMRICore/src
-#       - uses: codecov/codecov-action@c16abc29c95fcf9174b58eb7e1abf4c866893bc8 # v4.1.1
-#         with:
-#           files: lcov.info
-#           flags: core
-#           token: ${{ secrets.CODECOV_TOKEN }} # required
-#       - uses: julia-actions/julia-processcoverage@v1
-#         with:
-#           directories: KomaMRIPlots/src
-#       - uses: codecov/codecov-action@c16abc29c95fcf9174b58eb7e1abf4c866893bc8 # v4.1.1
-#         with:
-#           files: lcov.info
-#           flags: plots
-#           token: ${{ secrets.CODECOV_TOKEN }} # required
-#       - uses: julia-actions/julia-processcoverage@v1
-#         with:
-#           directories: KomaMRIFiles/src
-#       - uses: codecov/codecov-action@c16abc29c95fcf9174b58eb7e1abf4c866893bc8 # v4.1.1
-#         with:
-#           files: lcov.info
-#           flags: files
-#           token: ${{ secrets.CODECOV_TOKEN }} # required
-#   docs:
-#     name: Documentation
-#     runs-on: ubuntu-latest
-#     steps:
-#       - uses: actions/checkout@v4
-#       - uses: julia-actions/setup-julia@v1
-#         with:
-#           version: '1'
-#       - run: |
-#           julia --project=docs -e '
-#             using Pkg
-#             Pkg.develop([
-#                 PackageSpec(path=pwd(), subdir="."),
-#                 PackageSpec(path=pwd(), subdir="KomaMRIBase"),
-#                 PackageSpec(path=pwd(), subdir="KomaMRICore"),
-#                 PackageSpec(path=pwd(), subdir="KomaMRIFiles"),
-#                 PackageSpec(path=pwd(), subdir="KomaMRIPlots")
-#             ])
-#             Pkg.instantiate()'
-#       - run: |
-#           julia --project=docs -e '
-#             using Documenter: doctest
-#             using KomaMRI
-#             doctest(KomaMRI)' # change MYPACKAGE to the name of your package
-#       - run: julia --project=docs docs/make.jl
-#         env:
-#           GITHUB_TOKEN: ${{ secrets.GITHUB_TOKEN }}
-#           DOCUMENTER_KEY: ${{ secrets.DOCUMENTER_KEY }}
-#   Skip:
-#     if: contains(github.event.head_commit.message, '[skip ci]')
-#     runs-on: ubuntu-latest
-#     steps:
-#       - name: Skip CI 🚫
-#         run: echo skip ci
+name: CI
+on:
+  pull_request:
+    branches:
+      - master
+  push:
+    branches:
+      - master
+    tags: '*'
+jobs:
+  ci:
+    if: "!contains(github.event.head_commit.message, '[skip ci]')"
+    name: Julia ${{ matrix.version }} - ${{ matrix.os }} - ${{ matrix.arch }} - ${{ github.event_name }}
+    runs-on: ${{ matrix.os }}
+    timeout-minutes: 60
+    strategy:
+      fail-fast: false
+      matrix:
+        version:
+          - '1.9' # Replace this with the minimum Julia version that your package supports. E.g. if your package requires Julia 1.5 or higher, change this to '1.5'.
+          - '1' # Leave this line unchanged. '1' will automatically expand to the latest stable 1.x release of Julia.
+        os: [ubuntu-latest, windows-latest, macos-12] # macos-latest]
+        arch: [x64]
+        include:
+          - os: ubuntu-latest
+            prefix: xvfb-run # julia-actions/julia-runtest/blob/master/README.md
+    steps:
+      - uses: actions/checkout@v4
+      - uses: julia-actions/setup-julia@v1
+        with:
+          version: ${{ matrix.version }}
+          arch: ${{ matrix.arch }}
+      - uses: actions/cache@v4
+        env:
+          cache-name: cache-artifacts
+        with:
+          path: ~/.julia/artifacts
+          key: ${{ runner.os }}-test-${{ env.cache-name }}-${{ hashFiles('**/Project.toml') }}
+          restore-keys: |
+            ${{ runner.os }}-test-${{ env.cache-name }}-
+            ${{ runner.os }}-test-
+            ${{ runner.os }}-
+      - name: "KomaMRIBase: Build"
+        if: '!cancelled()'
+        uses: julia-actions/julia-buildpkg@v1
+        with:
+          project: KomaMRIBase
+      - name: "KomaMRIBase: Run Tests"
+        if: '!cancelled()'
+        uses: julia-actions/julia-runtest@v1
+        with:
+          project: KomaMRIBase
+      - name: "KomaMRICore: Development Setup"
+        if: '!cancelled()'
+        shell: bash
+        run: |
+          julia --color=yes --project="KomaMRICore" -e "using Pkg; Pkg.develop(PackageSpec(; path=\"./KomaMRIBase\"));"
+      - name: "KomaMRICore: Build"
+        if: '!cancelled()'
+        uses: julia-actions/julia-buildpkg@v1
+        with:
+          project: KomaMRICore
+      - name: "KomaMRICore: Run Tests"
+        if: '!cancelled()'
+        uses: julia-actions/julia-runtest@v1
+        with:
+          project: KomaMRICore
+      - name: "KomaMRIFiles: Development Setup"
+        if: '!cancelled()'
+        shell: bash
+        run: |
+          julia --color=yes --project="KomaMRIFiles" -e "using Pkg; Pkg.develop(PackageSpec(; path=\"./KomaMRIBase\"));"
+      - name: "KomaMRIFiles: Build"
+        if: '!cancelled()'
+        uses: julia-actions/julia-buildpkg@v1
+        with:
+          project: KomaMRIFiles
+      - name: "KomaMRIFiles: Run Tests"
+        if: '!cancelled()'
+        uses: julia-actions/julia-runtest@v1
+        with:
+          project: KomaMRIFiles
+      - name: "KomaMRIPlots: Development Setup"
+        if: '!cancelled()'
+        shell: bash
+        run: |
+          julia --color=yes --project="KomaMRIPlots" -e "using Pkg; Pkg.develop(PackageSpec(; path=\"./KomaMRIBase\"));"
+      - name: "KomaMRIPlots: Build"
+        if: '!cancelled()'
+        uses: julia-actions/julia-buildpkg@v1
+        with:
+          project: KomaMRIPlots
+      - name: "KomaMRIPlots: Run Tests"
+        if: '!cancelled()'
+        uses: julia-actions/julia-runtest@v1
+        with:
+          project: KomaMRIPlots
+          prefix: ${{ matrix.prefix }}  # for `xvfb-run`
+      - name: "KomaMRI: Development Setup"
+        if: '!cancelled()'
+        shell: julia --color=yes --project {0}
+        run: |
+          using Pkg
+          Pkg.develop([
+              PackageSpec(path=pwd(), subdir="KomaMRIBase"),
+              PackageSpec(path=pwd(), subdir="KomaMRICore"),
+              PackageSpec(path=pwd(), subdir="KomaMRIFiles"),
+              PackageSpec(path=pwd(), subdir="KomaMRIPlots")
+          ])
+      - name: "KomaMRI: Build"
+        if: '!cancelled()'
+        uses: julia-actions/julia-buildpkg@v1
+      - name: "KomaMRI: Run Tests"
+        if: '!cancelled()'
+        uses: julia-actions/julia-runtest@v1
+        with:
+          prefix: ${{ matrix.prefix }}  # for `xvfb-run`
+      - uses: julia-actions/julia-processcoverage@v1
+        with:
+          directories: src
+      - uses: codecov/codecov-action@c16abc29c95fcf9174b58eb7e1abf4c866893bc8 # v4.1.1
+        with:
+          files: lcov.info
+          flags: komamri
+          token: ${{ secrets.CODECOV_TOKEN }} # required
+      - uses: julia-actions/julia-processcoverage@v1
+        with:
+          directories: KomaMRIBase/src
+      - uses: codecov/codecov-action@c16abc29c95fcf9174b58eb7e1abf4c866893bc8 # v4.1.1
+        with:
+          files: lcov.info
+          flags: base
+          token: ${{ secrets.CODECOV_TOKEN }} # required
+      - uses: julia-actions/julia-processcoverage@v1
+        with:
+          directories: KomaMRICore/src
+      - uses: codecov/codecov-action@c16abc29c95fcf9174b58eb7e1abf4c866893bc8 # v4.1.1
+        with:
+          files: lcov.info
+          flags: core
+          token: ${{ secrets.CODECOV_TOKEN }} # required
+      - uses: julia-actions/julia-processcoverage@v1
+        with:
+          directories: KomaMRIPlots/src
+      - uses: codecov/codecov-action@c16abc29c95fcf9174b58eb7e1abf4c866893bc8 # v4.1.1
+        with:
+          files: lcov.info
+          flags: plots
+          token: ${{ secrets.CODECOV_TOKEN }} # required
+      - uses: julia-actions/julia-processcoverage@v1
+        with:
+          directories: KomaMRIFiles/src
+      - uses: codecov/codecov-action@c16abc29c95fcf9174b58eb7e1abf4c866893bc8 # v4.1.1
+        with:
+          files: lcov.info
+          flags: files
+          token: ${{ secrets.CODECOV_TOKEN }} # required
+  docs:
+    name: Documentation
+    runs-on: ubuntu-latest
+    steps:
+      - uses: actions/checkout@v4
+      - uses: julia-actions/setup-julia@v1
+        with:
+          version: '1'
+      - run: |
+          julia --project=docs -e '
+            using Pkg
+            Pkg.develop([
+                PackageSpec(path=pwd(), subdir="."),
+                PackageSpec(path=pwd(), subdir="KomaMRIBase"),
+                PackageSpec(path=pwd(), subdir="KomaMRICore"),
+                PackageSpec(path=pwd(), subdir="KomaMRIFiles"),
+                PackageSpec(path=pwd(), subdir="KomaMRIPlots")
+            ])
+            Pkg.instantiate()'
+      - run: |
+          julia --project=docs -e '
+            using Documenter: doctest
+            using KomaMRI
+            doctest(KomaMRI)' # change MYPACKAGE to the name of your package
+      - run: julia --project=docs docs/make.jl
+        env:
+          GITHUB_TOKEN: ${{ secrets.GITHUB_TOKEN }}
+          DOCUMENTER_KEY: ${{ secrets.DOCUMENTER_KEY }}
+  Skip:
+    if: contains(github.event.head_commit.message, '[skip ci]')
+    runs-on: ubuntu-latest
+    steps:
+      - name: Skip CI 🚫
+        run: echo skip ci

From 435fbe45b07a16a9d2e17ce98f61b36e850047a3 Mon Sep 17 00:00:00 2001
From: Pablo Villacorta Aylagas <pablo.villacorta@uva.es>
Date: Wed, 1 May 2024 15:43:43 +0200
Subject: [PATCH 12/51] Minor change

---
 examples/3.tutorials/lit-05-SimpleMotion.jl | 2 +-
 1 file changed, 1 insertion(+), 1 deletion(-)

diff --git a/examples/3.tutorials/lit-05-SimpleMotion.jl b/examples/3.tutorials/lit-05-SimpleMotion.jl
index c98ece4be..a3f482fe3 100644
--- a/examples/3.tutorials/lit-05-SimpleMotion.jl
+++ b/examples/3.tutorials/lit-05-SimpleMotion.jl
@@ -56,7 +56,7 @@ Nx, Ny = raw.params["reconSize"][1:2]
 reconParams = Dict{Symbol,Any}(:reco=>"direct", :reconSize=>(Nx, Ny))
 
 image1 = reconstruction(acq1, reconParams)
-image2 = reconstruction(acq1, reconParams)
+image2 = reconstruction(acq2, reconParams)
 
 ## Plotting the recon
 p3 = plot_image(abs.(image1[:, :, 1]); height=400)

From 5fc9305d12ed25baae6146e4cdb42f3ec87bdd4a Mon Sep 17 00:00:00 2001
From: Pablo Villacorta Aylagas <pablo.villacorta@uva.es>
Date: Thu, 2 May 2024 13:45:11 +0200
Subject: [PATCH 13/51] Correct bugs in lit-05-SimpleMotion.jl

---
 examples/3.tutorials/lit-05-SimpleMotion.jl | 4 ++--
 1 file changed, 2 insertions(+), 2 deletions(-)

diff --git a/examples/3.tutorials/lit-05-SimpleMotion.jl b/examples/3.tutorials/lit-05-SimpleMotion.jl
index a3f482fe3..1a877b250 100644
--- a/examples/3.tutorials/lit-05-SimpleMotion.jl
+++ b/examples/3.tutorials/lit-05-SimpleMotion.jl
@@ -31,8 +31,8 @@ p1 = plot_phantom_map(obj, :T2 ; height=600, intermediate_time_samples=4)
 seq_file = joinpath(dirname(pathof(KomaMRI)), "../examples/5.koma_paper/comparison_accuracy/sequences/EPI/epi_100x100_TE100_FOV230.seq")
 seq = read_seq(seq_file)
 p2 = plot_seq(seq; range=[0 40], slider=true, height=300)
-#md savefig(p3, "../assets/5-seq.html") # hide
-#jl display(p3)
+#md savefig(p2, "../assets/5-seq.html") # hide
+#jl display(p2)
 
 #md # ```@raw html
 #md # <object type="text/html" data="../../assets/5-seq.html" style="width:100%; height:320px;"></object>

From 2a0bb1b012cfe5f1eacef838c3a6b762ef77a8e3 Mon Sep 17 00:00:00 2001
From: Pablo Villacorta Aylagas <pablo.villacorta@uva.es>
Date: Thu, 2 May 2024 15:08:07 +0200
Subject: [PATCH 14/51] Solve another bug

---
 examples/3.tutorials/lit-05-SimpleMotion.jl | 2 +-
 1 file changed, 1 insertion(+), 1 deletion(-)

diff --git a/examples/3.tutorials/lit-05-SimpleMotion.jl b/examples/3.tutorials/lit-05-SimpleMotion.jl
index 1a877b250..83ee532f3 100644
--- a/examples/3.tutorials/lit-05-SimpleMotion.jl
+++ b/examples/3.tutorials/lit-05-SimpleMotion.jl
@@ -52,7 +52,7 @@ acq1.traj[1].circular = false #This is to remove the circular mask
 acq2.traj[1].circular = false 
 
 ## Setting up the reconstruction parameters
-Nx, Ny = raw.params["reconSize"][1:2]
+Nx, Ny = raw1.params["reconSize"][1:2]
 reconParams = Dict{Symbol,Any}(:reco=>"direct", :reconSize=>(Nx, Ny))
 
 image1 = reconstruction(acq1, reconParams)

From 0cd06a13c3e72c1b54cf1f2373c538372f06dda8 Mon Sep 17 00:00:00 2001
From: Carlos Castillo Passi <cncastillo@uc.cl>
Date: Sun, 5 May 2024 14:03:59 +0800
Subject: [PATCH 15/51] Fix literate badges

---
 docs/utils.jl | 2 +-
 1 file changed, 1 insertion(+), 1 deletion(-)

diff --git a/docs/utils.jl b/docs/utils.jl
index 0952f5578..10c1dcba6 100644
--- a/docs/utils.jl
+++ b/docs/utils.jl
@@ -27,7 +27,7 @@ function _link_example(filename)
         #md # [![](https://img.shields.io/badge/jupyter-notebook-blue?logo=jupyter)](./$filename.ipynb)
 
         """
-        return replace(content, line => line * badges)
+        return replace(content, line => badges * line)
     end
     return _link_example_for_filename
 end

From 8062bdb1a9bceee340e14663f761acf2fbf1eee1 Mon Sep 17 00:00:00 2001
From: Carlos Castillo Passi <cncastillo@uc.cl>
Date: Sun, 5 May 2024 14:04:18 +0800
Subject: [PATCH 16/51] Add InteractiveUtils compat to KomaFiles

---
 KomaMRIFiles/Project.toml | 1 +
 1 file changed, 1 insertion(+)

diff --git a/KomaMRIFiles/Project.toml b/KomaMRIFiles/Project.toml
index 8957ee4c2..240c9da81 100644
--- a/KomaMRIFiles/Project.toml
+++ b/KomaMRIFiles/Project.toml
@@ -17,6 +17,7 @@ Scanf = "6ef1bc8b-493b-44e1-8d40-549aa65c4b41"
 [compat]
 FileIO = "1"
 HDF5 = "0.16, 0.17"
+InteractiveUtils = "1"
 KomaMRIBase = "0.8"
 MAT = "0.10"
 MRIFiles = "0.1, 0.2, 0.3"

From 592b85f345fa7e3701f436ef985b25a5d2043eaf Mon Sep 17 00:00:00 2001
From: Carlos Castillo Passi <cncastillo@uc.cl>
Date: Sun, 5 May 2024 14:05:00 +0800
Subject: [PATCH 17/51] Small changes in plot_phantom_map

---
 KomaMRIPlots/src/ui/DisplayFunctions.jl | 21 +++++++++------------
 1 file changed, 9 insertions(+), 12 deletions(-)

diff --git a/KomaMRIPlots/src/ui/DisplayFunctions.jl b/KomaMRIPlots/src/ui/DisplayFunctions.jl
index 528a1ce07..eabdceeb9 100644
--- a/KomaMRIPlots/src/ui/DisplayFunctions.jl
+++ b/KomaMRIPlots/src/ui/DisplayFunctions.jl
@@ -1028,8 +1028,8 @@ function plot_phantom_map(
     colorbar=true,
     intermediate_time_samples=0,
     max_time_samples=100,
-    max_spins=100000,
-    dt_frame=250,
+    max_spins=100_000,
+    frame_duration_ms=250,
     kwargs...,
 )
     function process_times(motion::SimpleMotion)
@@ -1075,12 +1075,9 @@ function plot_phantom_map(
         return ph[idx]
     end
 
-    n_spins_before_decimate = length(ph)
-    ph = decimate_uniform_phantom(ph, max_spins)
-    n_spins_after_decimate = length(ph)
-    if n_spins_before_decimate > n_spins_after_decimate
-        @warn "Only $(n_spins_after_decimate) (approximately evenly spaced) of $(n_spins_before_decimate) spins are displayed in order to avoid CPU overload. 
-         This affects display functions but not simulation functions."
+    if length(ph) > max_spins
+        ph = decimate_uniform_phantom(ph, max_spins)
+        @warn "For performance reasons, the number of displayed spins was capped to `max_spins`=$(max_spins)." maxlog=1
     end
 
     path = @__DIR__
@@ -1252,8 +1249,8 @@ function plot_phantom_map(
                 nothing,
                 attr(;
                     fromcurrent=true,
-                    transition=(duration=dt_frame,),
-                    frame=attr(; duration=dt_frame, redraw=true),
+                    transition=(duration=frame_duration_ms,),
+                    frame=attr(; duration=frame_duration_ms, redraw=true),
                 ),
             ],
         ),
@@ -1265,8 +1262,8 @@ function plot_phantom_map(
                 attr(;
                     mode="immediate",
                     fromcurrent=true,
-                    transition=attr(; duration=dt_frame),
-                    frame=attr(; duration=dt_frame, redraw=true),
+                    transition=attr(; duration=frame_duration_ms),
+                    frame=attr(; duration=frame_duration_ms, redraw=true),
                 ),
             ],
         ),

From f8ae5df783d2635cc443776fae95ec3b518461c8 Mon Sep 17 00:00:00 2001
From: Carlos Castillo Passi <cncastillo@uc.cl>
Date: Sun, 5 May 2024 14:05:09 +0800
Subject: [PATCH 18/51] Changes in motion example

---
 examples/3.tutorials/lit-05-SimpleMotion.jl | 93 +++++++++++----------
 1 file changed, 47 insertions(+), 46 deletions(-)

diff --git a/examples/3.tutorials/lit-05-SimpleMotion.jl b/examples/3.tutorials/lit-05-SimpleMotion.jl
index 83ee532f3..c7c3302bf 100644
--- a/examples/3.tutorials/lit-05-SimpleMotion.jl
+++ b/examples/3.tutorials/lit-05-SimpleMotion.jl
@@ -1,71 +1,72 @@
-# # Simple Motion Definition and Simulation
+# # Patient's Motion During Acquisition
 
 using KomaMRI # hide
 sys = Scanner() # hide
 
-# This tutorial illustrates how we can add simple motion to phantoms. We will also see how phantoms can be stored and loaded from ``.phantom`` files.
+# It can also be interesting to see the effect of the patient's motion during an MRI scan.
+# For this, Koma provides the ability to add [`MotionModel`](@ref)'s to the phantom.
+# In this tutorial, we will show how to add a [`SimpleMotion`](@ref) model to a 2D brain phantom.
 
-# First, we load a static 3D brain phantom:
-obj = brain_phantom3D()
-obj.Δw .= 0 # Removes the off-resonance
+# First, let's load the 2D brain phantom used in the previous tutorials:
+obj = brain_phantom2D()
+obj.Δw .= 0 # hide
 
-# Now, we will add Rotation Motion to recreate the patient's movement inside the scanner.
+# The `SimpleMotion` model includes a list of `SimpleMotionType`'s, to enabling mix-and-matching simple motions.
+# In this example, we will add a [`Rotation`](@ref) of 20 degrees around the z-axis with duration of 200 ms.
 
-#md # !!! note
-#md #     Note how rotations are defined with respect to the 3 axes:
-#md #     ```@raw html
-#md #     <center><img src="../../assets/head_rotation_axis.png" width="200"></center>
-#md #     ```
-
-obj.motion = SimpleMotion([Rotation(t_start=0.0, t_end=0.5, pitch=15.0, roll=0.0, yaw=45.0)])
-p1 = plot_phantom_map(obj, :T2 ; height=600, intermediate_time_samples=4)
+obj.motion = SimpleMotion([
+    Rotation(t_start=0.0, t_end=200e-3, yaw=20.0, pitch=0.0, roll=0.0)
+    ])
+p1 = plot_phantom_map(obj, :T2 ; height=600, motion_samples=4)
 #md savefig(p1, "../assets/5-phantom.html") # hide
 #jl display(p1)
 
 #md # ```@raw html
-#md # <center><object type="text/html" data="../../assets/5-phantom.html" style="width:50%; height:420px;"></object></center>
+#md # <center><object type="text/html" data="../../assets/5-phantom.html" style="width:50%; height:520px;"></object></center>
 #md # ```
 
-# Then, we will load an EPI sequence
-
-seq_file = joinpath(dirname(pathof(KomaMRI)), "../examples/5.koma_paper/comparison_accuracy/sequences/EPI/epi_100x100_TE100_FOV230.seq")
-seq = read_seq(seq_file)
-p2 = plot_seq(seq; range=[0 40], slider=true, height=300)
-#md savefig(p2, "../assets/5-seq.html") # hide
-#jl display(p2)
-
-#md # ```@raw html
-#md # <object type="text/html" data="../../assets/5-seq.html" style="width:100%; height:320px;"></object>
-#md # ```
+## Read Sequence
+seq_file = joinpath(dirname(pathof(KomaMRI)), "../examples/5.koma_paper/comparison_accuracy/sequences/EPI/epi_100x100_TE100_FOV230.seq") # hide
+seq = read_seq(seq_file) # hide
 
-# Now, we will run two simulations: the first with the sequence starting at ``t=0.0``, 
-# and the second adding a 0.5s initial delay to the sequence:
-## Simulate 
+## Simulate
 raw1 = simulate(obj, seq, sys)
-raw2 = simulate(obj, Delay(0.5) + seq, sys)
 
-# Let's note the effect of motion in both reconstructions:
-## Get the acquisition data
+## Recon
 acq1 = AcquisitionData(raw1)
-acq2 = AcquisitionData(raw2)
 acq1.traj[1].circular = false #This is to remove the circular mask
-acq2.traj[1].circular = false 
-
-## Setting up the reconstruction parameters
-Nx, Ny = raw1.params["reconSize"][1:2]
-reconParams = Dict{Symbol,Any}(:reco=>"direct", :reconSize=>(Nx, Ny))
-
-image1 = reconstruction(acq1, reconParams)
-image2 = reconstruction(acq2, reconParams)
+Nx, Ny = raw1.params["reconSize"][1:2] # hide
+reconParams = Dict{Symbol,Any}(:reco=>"direct", :reconSize=>(Nx, Ny)) # hide
+image1 = reconstruction(acq1, reconParams) # hide
 
+# If we simulate an EPI sequence with acquisition duration (183.989 ms) comparable with the motion's duration (200 ms),
+# we will observe motion-induced artifacts in the reconstructed image.
 ## Plotting the recon
-p3 = plot_image(abs.(image1[:, :, 1]); height=400)
-p4 = plot_image(abs.(image2[:, :, 1]); height=400)
+p3 = plot_image(abs.(image1[:, :, 1]); height=400) # hide
 #md savefig(p3, "../assets/5-recon1.html") # hide
-#md savefig(p4, "../assets/5-recon2.html") # hide
 #jl display(p3)
-#jl display(p4)
 
 #md # ```@raw html
 #md # <center><object type="text/html" data="../../assets/5-recon1.html" style="width:50%; height:420px;"></object><object type="text/html" data="../../assets/5-recon2.html" style="width:50%; height:420px;"></object></center>
-#md # ```
\ No newline at end of file
+#md # ```
+
+# The severity of the artifacts can vary depending on the used acquisition duration and `k`-space trajectory.
+# Below, we show the effect of the same motion in an spiral acquisition (dur. 39 ms, which is 5 times faster than the motion.)
+
+## Read Sequence
+seq_file = joinpath(dirname(pathof(KomaMRI)), "../examples/5.koma_paper/comparison_accuracy/sequences/Spiral/spiral_100x100_FOV230_SPZ_INTER1.seq") # hide
+seq = read_seq(seq_file) # hide
+
+## Simulate
+raw1 = simulate(obj, seq, sys)
+
+## Recon
+acq1 = AcquisitionData(raw1)
+Nx, Ny = raw1.params["reconSize"][1:2] # hide
+reconParams = Dict{Symbol,Any}(:reco=>"direct", :reconSize=>(Nx, Ny)) # hide
+image1 = reconstruction(acq1, reconParams) # hide
+
+## Plotting the recon
+p4 = plot_image(abs.(image1[:, :, 1]); height=400) # hide
+#md savefig(p4, "../assets/5-recon2.html") # hide
+#jl display(p4)

From 6711697b312fe96cac245546e798bb9d2cf7b410 Mon Sep 17 00:00:00 2001
From: Carlos Castillo Passi <cncastillo@uc.cl>
Date: Sun, 5 May 2024 14:08:06 +0800
Subject: [PATCH 19/51] Removed some boilerplate

---
 docs/src/index.md | 2 --
 1 file changed, 2 deletions(-)

diff --git a/docs/src/index.md b/docs/src/index.md
index 24f7e909b..12a4437a4 100644
--- a/docs/src/index.md
+++ b/docs/src/index.md
@@ -33,7 +33,6 @@ We organized the documentation following the philosophy presented by [David Lain
 
 ## Features
 
-Some of the features of **KomaMRI** are:
 * Fast simulations by using CPU and GPU parallelization 🏃💨.
 * Open Source, so anyone can include additional features 🆙.
 * Compatibility with community-standards 🤝 like Pulseq `.seq` and ISMRMRD `.mrd`.
@@ -45,7 +44,6 @@ Some of the features of **KomaMRI** are:
 
 ## Potential Use Cases
 
-We see Koma being used in:
 * The generation of synthetic data to train Machine Learning models.
 * To test novel pulse sequences before implementing them directly in a real scanner (with a Pulseq sequence).
 * Teaching exercises for **MRI** acquisition or reconstruction.
\ No newline at end of file

From 6e74e2e21e88bde99c57bc4f092d768e7911168e Mon Sep 17 00:00:00 2001
From: Carlos Castillo Passi <cncastillo@uc.cl>
Date: Sun, 5 May 2024 14:41:43 +0800
Subject: [PATCH 20/51] Syntax highlight in docs

---
 docs/make.jl | 1 +
 1 file changed, 1 insertion(+)

diff --git a/docs/make.jl b/docs/make.jl
index aca133204..cc5d3bf15 100644
--- a/docs/make.jl
+++ b/docs/make.jl
@@ -63,6 +63,7 @@ makedocs(;
         sidebar_sitename=false,
         collapselevel=1,
         assets=["assets/extra-styles.css"],
+        prerender=true
     ),
 )
 deploydocs(; repo="github.com/JuliaHealth/KomaMRI.jl.git", push_preview=true)

From 6f409c574840afc979c59de9dfe02b87c52dc9dc Mon Sep 17 00:00:00 2001
From: Carlos Castillo Passi <cncastillo@uc.cl>
Date: Sun, 5 May 2024 14:42:00 +0800
Subject: [PATCH 21/51] Minor modifications

---
 examples/3.tutorials/lit-05-SimpleMotion.jl | 36 +++++++++++++--------
 1 file changed, 22 insertions(+), 14 deletions(-)

diff --git a/examples/3.tutorials/lit-05-SimpleMotion.jl b/examples/3.tutorials/lit-05-SimpleMotion.jl
index c7c3302bf..4716bcaf7 100644
--- a/examples/3.tutorials/lit-05-SimpleMotion.jl
+++ b/examples/3.tutorials/lit-05-SimpleMotion.jl
@@ -22,19 +22,19 @@ p1 = plot_phantom_map(obj, :T2 ; height=600, motion_samples=4)
 #jl display(p1)
 
 #md # ```@raw html
-#md # <center><object type="text/html" data="../../assets/5-phantom.html" style="width:50%; height:520px;"></object></center>
+#md # <center><object type="text/html" data="../../assets/5-phantom.html" style="width:50%; height:420px;"></object></center>
 #md # ```
 
-## Read Sequence
+## Read Sequence # hide
 seq_file = joinpath(dirname(pathof(KomaMRI)), "../examples/5.koma_paper/comparison_accuracy/sequences/EPI/epi_100x100_TE100_FOV230.seq") # hide
 seq = read_seq(seq_file) # hide
 
-## Simulate
-raw1 = simulate(obj, seq, sys)
+## Simulate # hide
+raw1 = simulate(obj, seq, sys) # hide
 
-## Recon
-acq1 = AcquisitionData(raw1)
-acq1.traj[1].circular = false #This is to remove the circular mask
+## Recon # hide
+acq1 = AcquisitionData(raw1) # hide
+acq1.traj[1].circular = false # hide
 Nx, Ny = raw1.params["reconSize"][1:2] # hide
 reconParams = Dict{Symbol,Any}(:reco=>"direct", :reconSize=>(Nx, Ny)) # hide
 image1 = reconstruction(acq1, reconParams) # hide
@@ -47,26 +47,34 @@ p3 = plot_image(abs.(image1[:, :, 1]); height=400) # hide
 #jl display(p3)
 
 #md # ```@raw html
-#md # <center><object type="text/html" data="../../assets/5-recon1.html" style="width:50%; height:420px;"></object><object type="text/html" data="../../assets/5-recon2.html" style="width:50%; height:420px;"></object></center>
+#md # <center>
+#md # <object type="text/html" data="../../assets/5-recon1.html" style="width:50%; height:400px;"></object>
+#md # </center>
 #md # ```
 
 # The severity of the artifacts can vary depending on the used acquisition duration and `k`-space trajectory.
 # Below, we show the effect of the same motion in an spiral acquisition (dur. 39 ms, which is 5 times faster than the motion.)
 
-## Read Sequence
+## Read Sequence # hide
 seq_file = joinpath(dirname(pathof(KomaMRI)), "../examples/5.koma_paper/comparison_accuracy/sequences/Spiral/spiral_100x100_FOV230_SPZ_INTER1.seq") # hide
 seq = read_seq(seq_file) # hide
 
-## Simulate
-raw1 = simulate(obj, seq, sys)
+## Simulate # hide
+raw1 = simulate(obj, seq, sys) # hide
 
-## Recon
-acq1 = AcquisitionData(raw1)
+## Recon # hide
+acq1 = AcquisitionData(raw1) # hide
 Nx, Ny = raw1.params["reconSize"][1:2] # hide
 reconParams = Dict{Symbol,Any}(:reco=>"direct", :reconSize=>(Nx, Ny)) # hide
 image1 = reconstruction(acq1, reconParams) # hide
 
-## Plotting the recon
+## Plotting the recon # hide
 p4 = plot_image(abs.(image1[:, :, 1]); height=400) # hide
 #md savefig(p4, "../assets/5-recon2.html") # hide
 #jl display(p4)
+
+#md # ```@raw html
+#md # <center>
+#md # <object type="text/html" data="../../assets/5-recon2.html" style="width:50%; height:400px;"></object>
+#md # </center>
+#md # ```

From 62ee46293e39eef2e0334490e9982d40ef28db63 Mon Sep 17 00:00:00 2001
From: Carlos Castillo Passi <cncastillo@uc.cl>
Date: Sun, 5 May 2024 14:43:45 +0800
Subject: [PATCH 22/51] Syntax hightlight docs

---
 docs/Project.toml | 1 +
 docs/make.jl      | 5 +++--
 2 files changed, 4 insertions(+), 2 deletions(-)

diff --git a/docs/Project.toml b/docs/Project.toml
index 01dada63c..04397dfc2 100644
--- a/docs/Project.toml
+++ b/docs/Project.toml
@@ -2,6 +2,7 @@
 Documenter = "e30172f5-a6a5-5a46-863b-614d45cd2de4"
 KomaMRI = "6a340f8b-2cdf-4c04-99be-4953d9b66d0a"
 Literate = "98b081ad-f1c9-55d3-8b20-4c87d4299306"
+NodeJS_16_jll = "a4b94fbf-73f5-58ff-888d-48a8396e17f6"
 PlotlyJS = "f0f68f2c-4968-5e81-91da-67840de0976a"
 PlutoSliderServer = "2fc8631c-6f24-4c5b-bca7-cbb509c42db4"
 
diff --git a/docs/make.jl b/docs/make.jl
index cc5d3bf15..3fd009d8f 100644
--- a/docs/make.jl
+++ b/docs/make.jl
@@ -1,4 +1,4 @@
-using Documenter, Literate, KomaMRI, PlutoSliderServer
+using Documenter, Literate, KomaMRI, PlutoSliderServer, NodeJS_16_jll
 
 # Setup for Literate and Pluto
 repo_base = "JuliaHealth/KomaMRI.jl"
@@ -63,7 +63,8 @@ makedocs(;
         sidebar_sitename=false,
         collapselevel=1,
         assets=["assets/extra-styles.css"],
-        prerender=true
+        prerender=true,
+        node = NodeJS_16_jll.node()
     ),
 )
 deploydocs(; repo="github.com/JuliaHealth/KomaMRI.jl.git", push_preview=true)

From 58d0ae080ac5c433178824175810f810dd5a1313 Mon Sep 17 00:00:00 2001
From: Carlos Castillo Passi <cncastillo@uc.cl>
Date: Sun, 5 May 2024 15:04:07 +0800
Subject: [PATCH 23/51] Change figure size

---
 examples/3.tutorials/lit-05-SimpleMotion.jl | 2 +-
 1 file changed, 1 insertion(+), 1 deletion(-)

diff --git a/examples/3.tutorials/lit-05-SimpleMotion.jl b/examples/3.tutorials/lit-05-SimpleMotion.jl
index 4716bcaf7..f8e028072 100644
--- a/examples/3.tutorials/lit-05-SimpleMotion.jl
+++ b/examples/3.tutorials/lit-05-SimpleMotion.jl
@@ -17,7 +17,7 @@ obj.Δw .= 0 # hide
 obj.motion = SimpleMotion([
     Rotation(t_start=0.0, t_end=200e-3, yaw=20.0, pitch=0.0, roll=0.0)
     ])
-p1 = plot_phantom_map(obj, :T2 ; height=600, motion_samples=4)
+p1 = plot_phantom_map(obj, :T2 ; height=400, intermediate_time_samples=4)
 #md savefig(p1, "../assets/5-phantom.html") # hide
 #jl display(p1)
 

From 8534e809fe666a52bf96fd978bf361cea7b664cf Mon Sep 17 00:00:00 2001
From: Carlos Castillo Passi <cncastillo@uc.cl>
Date: Sun, 5 May 2024 17:08:30 +0800
Subject: [PATCH 24/51] Updated motion example

---
 docs/src/index.md                           |  2 +-
 examples/3.tutorials/lit-05-SimpleMotion.jl | 14 +++++++-------
 2 files changed, 8 insertions(+), 8 deletions(-)

diff --git a/docs/src/index.md b/docs/src/index.md
index 12a4437a4..fdd6b22da 100644
--- a/docs/src/index.md
+++ b/docs/src/index.md
@@ -19,7 +19,7 @@ We organized the documentation following the philosophy presented by [David Lain
 
     **BibTex:**
     
-    ```bibtex
+    ```
     @article{https://doi.org/10.1002/mrm.29635,
             author = {Castillo-Passi, Carlos and Coronado, Ronal and Varela-Mattatall, Gabriel and Alberola-López, Carlos and Botnar, René and Irarrazaval, Pablo},
             title = {KomaMRI.jl: An open-source framework for general MRI simulations with GPU acceleration},
diff --git a/examples/3.tutorials/lit-05-SimpleMotion.jl b/examples/3.tutorials/lit-05-SimpleMotion.jl
index f8e028072..b18576c91 100644
--- a/examples/3.tutorials/lit-05-SimpleMotion.jl
+++ b/examples/3.tutorials/lit-05-SimpleMotion.jl
@@ -12,17 +12,17 @@ obj = brain_phantom2D()
 obj.Δw .= 0 # hide
 
 # The `SimpleMotion` model includes a list of `SimpleMotionType`'s, to enabling mix-and-matching simple motions.
-# In this example, we will add a [`Rotation`](@ref) of 20 degrees around the z-axis with duration of 200 ms.
+# In this example, we will add a [`Rotation`](@ref) of 45 degrees around the z-axis with duration of 200 ms.
 
 obj.motion = SimpleMotion([
-    Rotation(t_start=0.0, t_end=200e-3, yaw=20.0, pitch=0.0, roll=0.0)
+    Rotation(t_start=0.0, t_end=200e-3, yaw=45.0, pitch=0.0, roll=0.0)
     ])
 p1 = plot_phantom_map(obj, :T2 ; height=400, intermediate_time_samples=4)
 #md savefig(p1, "../assets/5-phantom.html") # hide
 #jl display(p1)
 
 #md # ```@raw html
-#md # <center><object type="text/html" data="../../assets/5-phantom.html" style="width:50%; height:420px;"></object></center>
+#md # <center><object type="text/html" data="../../assets/5-phantom.html" style="width:65%; height:420px;"></object></center>
 #md # ```
 
 ## Read Sequence # hide
@@ -41,18 +41,18 @@ image1 = reconstruction(acq1, reconParams) # hide
 
 # If we simulate an EPI sequence with acquisition duration (183.989 ms) comparable with the motion's duration (200 ms),
 # we will observe motion-induced artifacts in the reconstructed image.
-## Plotting the recon
+## Plotting the recon # hide
 p3 = plot_image(abs.(image1[:, :, 1]); height=400) # hide
 #md savefig(p3, "../assets/5-recon1.html") # hide
 #jl display(p3)
 
 #md # ```@raw html
 #md # <center>
-#md # <object type="text/html" data="../../assets/5-recon1.html" style="width:50%; height:400px;"></object>
+#md # <object type="text/html" data="../../assets/5-recon1.html" style="width:65%; height:420px;"></object>
 #md # </center>
 #md # ```
 
-# The severity of the artifacts can vary depending on the used acquisition duration and `k`-space trajectory.
+# The severity of the artifacts can vary depending on the acquisition duration and `k`-space trajectory.
 # Below, we show the effect of the same motion in an spiral acquisition (dur. 39 ms, which is 5 times faster than the motion.)
 
 ## Read Sequence # hide
@@ -75,6 +75,6 @@ p4 = plot_image(abs.(image1[:, :, 1]); height=400) # hide
 
 #md # ```@raw html
 #md # <center>
-#md # <object type="text/html" data="../../assets/5-recon2.html" style="width:50%; height:400px;"></object>
+#md # <object type="text/html" data="../../assets/5-recon2.html" style="width:65%; height:420px;"></object>
 #md # </center>
 #md # ```

From bc1b6153c8e9b67021baaf8f5f324dece13d0aea Mon Sep 17 00:00:00 2001
From: Carlos Castillo Passi <cncastillo@uc.cl>
Date: Sun, 5 May 2024 17:10:10 +0800
Subject: [PATCH 25/51] Plain text citation, now copy-pastable

---
 docs/src/index.md | 2 ++
 1 file changed, 2 insertions(+)

diff --git a/docs/src/index.md b/docs/src/index.md
index fdd6b22da..c1d86ac7e 100644
--- a/docs/src/index.md
+++ b/docs/src/index.md
@@ -15,7 +15,9 @@ We organized the documentation following the philosophy presented by [David Lain
 
     **Plain Text:**
 
+    ```
     Castillo-Passi, C, Coronado, R, Varela-Mattatall, G, Alberola-López, C, Botnar, R, Irarrazaval, P. KomaMRI.jl: An open-source framework for general MRI simulations with GPU acceleration. Magn Reson Med. 2023; 1- 14. doi: 10.1002/mrm.29635
+    ```
 
     **BibTex:**
     

From 1534ddcd94fb03cf9eb1aa2844560ca337a202ee Mon Sep 17 00:00:00 2001
From: Carlos Castillo Passi <cncastillo@uc.cl>
Date: Mon, 6 May 2024 10:46:22 +0800
Subject: [PATCH 26/51] Organize make

---
 docs/make.jl | 19 +++++++++----------
 1 file changed, 9 insertions(+), 10 deletions(-)

diff --git a/docs/make.jl b/docs/make.jl
index 3fd009d8f..6437ff424 100644
--- a/docs/make.jl
+++ b/docs/make.jl
@@ -1,4 +1,4 @@
-using Documenter, Literate, KomaMRI, PlutoSliderServer, NodeJS_16_jll
+using Documenter, Literate, KomaMRI, PlutoSliderServer
 
 # Setup for Literate and Pluto
 repo_base = "JuliaHealth/KomaMRI.jl"
@@ -13,16 +13,17 @@ doc_tutorial_rep   = joinpath(dirname(@__DIR__), "docs/src/tutorial-pluto")
 doc_howto          = joinpath(dirname(@__DIR__), "docs/src/how-to")
 doc_explanation    = joinpath(dirname(@__DIR__), "docs/src/explanation")
 doc_reference      = joinpath(dirname(@__DIR__), "docs/src/reference")
+# For Tutorials: Literate and Pluto
+koma_assets        = joinpath(dirname(@__DIR__), "assets")
+doc_assets         = joinpath(dirname(@__DIR__), "docs/src/assets")
+koma_tutorials_lit = joinpath(dirname(@__DIR__), "examples/3.tutorials")
+koma_tutorials_plu = joinpath(dirname(@__DIR__), "examples/4.reproducible_notebooks")
 
 # Copying files from KomaMRI.jl/ to the documentation folder KomaMRI.jl/docs/
 # Assets
-koma_assets        = joinpath(dirname(@__DIR__), "assets")
-doc_assets         = joinpath(dirname(@__DIR__), "docs/src/assets")
 cp(joinpath(koma_assets, "logo.svg"), joinpath(doc_assets, "logo.svg"); force=true)
 cp(joinpath(koma_assets, "logo-dark.svg"), joinpath(doc_assets, "logo-dark.svg"); force=true)
-# Tutorials
-koma_tutorials_lit = joinpath(dirname(@__DIR__), "examples/3.tutorials")
-koma_tutorials_plu = joinpath(dirname(@__DIR__), "examples/4.reproducible_notebooks")
+# Tutorials: Literate and Pluto
 move_examples_to_docs!(koma_tutorials_lit, doc_tutorial, lit_pattern)
 move_examples_to_docs!(koma_tutorials_plu, doc_tutorial_rep, plu_pattern; remove_pattern=true)
 
@@ -38,7 +39,7 @@ lit_reference_list   = literate_doc_folder(doc_reference, "reference")
 # Tutorials (Literate only), and reproducible tutorials (Pluto only)
 tutorial_list     = literate_doc_folder(doc_tutorial, "tutorial"; lit_pattern)
 reproducible_list =  pluto_directory_to_html(doc_tutorial_rep, "tutorial-pluto"; plu_pattern)
-# Combine md files in docs/src/section with Literate-generated md files
+# Combine md files in docs/src/section with Literate/Pluto-generated md files
 append!(howto_list, lit_howto_list)
 append!(explanation_list, lit_explanation_list)
 append!(reference_list, lit_reference_list)
@@ -47,7 +48,7 @@ append!(reference_list, lit_reference_list)
 makedocs(;
     modules=[KomaMRI, KomaMRIBase, KomaMRICore, KomaMRIFiles, KomaMRIPlots],
     sitename="KomaMRI.jl",
-    authors="Boris Orostica Navarrete and Carlos Castillo Passi",
+    authors="Carlos Castillo Passi and Boris Orostica Navarrete",
     checkdocs=:exports,
     pages=[
         "🏠 Home" => "index.md",
@@ -63,8 +64,6 @@ makedocs(;
         sidebar_sitename=false,
         collapselevel=1,
         assets=["assets/extra-styles.css"],
-        prerender=true,
-        node = NodeJS_16_jll.node()
     ),
 )
 deploydocs(; repo="github.com/JuliaHealth/KomaMRI.jl.git", push_preview=true)

From 049a0ca6548d50aa0b8b0dc253bb957ea17d67bd Mon Sep 17 00:00:00 2001
From: Carlos Castillo Passi <cncastillo@uc.cl>
Date: Mon, 6 May 2024 10:46:35 +0800
Subject: [PATCH 27/51] removed node dep

---
 docs/Project.toml | 1 -
 1 file changed, 1 deletion(-)

diff --git a/docs/Project.toml b/docs/Project.toml
index 04397dfc2..01dada63c 100644
--- a/docs/Project.toml
+++ b/docs/Project.toml
@@ -2,7 +2,6 @@
 Documenter = "e30172f5-a6a5-5a46-863b-614d45cd2de4"
 KomaMRI = "6a340f8b-2cdf-4c04-99be-4953d9b66d0a"
 Literate = "98b081ad-f1c9-55d3-8b20-4c87d4299306"
-NodeJS_16_jll = "a4b94fbf-73f5-58ff-888d-48a8396e17f6"
 PlotlyJS = "f0f68f2c-4968-5e81-91da-67840de0976a"
 PlutoSliderServer = "2fc8631c-6f24-4c5b-bca7-cbb509c42db4"
 

From 125c81ad4475e6ffe96bb9a835828eea2b5243d6 Mon Sep 17 00:00:00 2001
From: Carlos Castillo Passi <cncastillo@uc.cl>
Date: Mon, 6 May 2024 10:46:51 +0800
Subject: [PATCH 28/51] update simple motion example

---
 examples/3.tutorials/lit-05-SimpleMotion.jl | 37 ++++-----------------
 1 file changed, 6 insertions(+), 31 deletions(-)

diff --git a/examples/3.tutorials/lit-05-SimpleMotion.jl b/examples/3.tutorials/lit-05-SimpleMotion.jl
index b18576c91..2b73cd7c4 100644
--- a/examples/3.tutorials/lit-05-SimpleMotion.jl
+++ b/examples/3.tutorials/lit-05-SimpleMotion.jl
@@ -17,20 +17,20 @@ obj.Δw .= 0 # hide
 obj.motion = SimpleMotion([
     Rotation(t_start=0.0, t_end=200e-3, yaw=45.0, pitch=0.0, roll=0.0)
     ])
-p1 = plot_phantom_map(obj, :T2 ; height=400, intermediate_time_samples=4)
+p1 = plot_phantom_map(obj, :T2 ; height=450, intermediate_time_samples=4)
 #md savefig(p1, "../assets/5-phantom.html") # hide
 #jl display(p1)
 
 #md # ```@raw html
-#md # <center><object type="text/html" data="../../assets/5-phantom.html" style="width:65%; height:420px;"></object></center>
+#md # <center><object type="text/html" data="../../assets/5-phantom.html" style="width:85%; height:470px;"></object></center>
 #md # ```
 
 ## Read Sequence # hide
-seq_file = joinpath(dirname(pathof(KomaMRI)), "../examples/5.koma_paper/comparison_accuracy/sequences/EPI/epi_100x100_TE100_FOV230.seq") # hide
-seq = read_seq(seq_file) # hide
+seq_file1 = joinpath(dirname(pathof(KomaMRI)), "../examples/5.koma_paper/comparison_accuracy/sequences/EPI/epi_100x100_TE100_FOV230.seq") # hide
+seq1 = read_seq(seq_file1) # hide
 
 ## Simulate # hide
-raw1 = simulate(obj, seq, sys) # hide
+raw1 = simulate(obj, seq1, sys) # hide
 
 ## Recon # hide
 acq1 = AcquisitionData(raw1) # hide
@@ -52,29 +52,4 @@ p3 = plot_image(abs.(image1[:, :, 1]); height=400) # hide
 #md # </center>
 #md # ```
 
-# The severity of the artifacts can vary depending on the acquisition duration and `k`-space trajectory.
-# Below, we show the effect of the same motion in an spiral acquisition (dur. 39 ms, which is 5 times faster than the motion.)
-
-## Read Sequence # hide
-seq_file = joinpath(dirname(pathof(KomaMRI)), "../examples/5.koma_paper/comparison_accuracy/sequences/Spiral/spiral_100x100_FOV230_SPZ_INTER1.seq") # hide
-seq = read_seq(seq_file) # hide
-
-## Simulate # hide
-raw1 = simulate(obj, seq, sys) # hide
-
-## Recon # hide
-acq1 = AcquisitionData(raw1) # hide
-Nx, Ny = raw1.params["reconSize"][1:2] # hide
-reconParams = Dict{Symbol,Any}(:reco=>"direct", :reconSize=>(Nx, Ny)) # hide
-image1 = reconstruction(acq1, reconParams) # hide
-
-## Plotting the recon # hide
-p4 = plot_image(abs.(image1[:, :, 1]); height=400) # hide
-#md savefig(p4, "../assets/5-recon2.html") # hide
-#jl display(p4)
-
-#md # ```@raw html
-#md # <center>
-#md # <object type="text/html" data="../../assets/5-recon2.html" style="width:65%; height:420px;"></object>
-#md # </center>
-#md # ```
+# The severity of the artifacts can vary depending on the acquisition duration and $k$-space trajectory.

From 8293ca16c58b2084cb096a317234ba5a92b4c798 Mon Sep 17 00:00:00 2001
From: Pablo Villacorta Aylagas <pablo.villacorta@uva.es>
Date: Tue, 28 May 2024 13:37:08 +0200
Subject: [PATCH 29/51] Improve SimpleMotion example

---
 examples/3.tutorials/lit-05-SimpleMotion.jl | 101 ++++++++++++++++++--
 1 file changed, 94 insertions(+), 7 deletions(-)

diff --git a/examples/3.tutorials/lit-05-SimpleMotion.jl b/examples/3.tutorials/lit-05-SimpleMotion.jl
index 2b73cd7c4..c1817a47f 100644
--- a/examples/3.tutorials/lit-05-SimpleMotion.jl
+++ b/examples/3.tutorials/lit-05-SimpleMotion.jl
@@ -12,17 +12,18 @@ obj = brain_phantom2D()
 obj.Δw .= 0 # hide
 
 # The `SimpleMotion` model includes a list of `SimpleMotionType`'s, to enabling mix-and-matching simple motions.
-# In this example, we will add a [`Rotation`](@ref) of 45 degrees around the z-axis with duration of 200 ms.
+# In this example, we will add a [`Rotation`](@ref) of 45 degrees around the z-axis with duration of 200 ms:
 
 obj.motion = SimpleMotion([
     Rotation(t_start=0.0, t_end=200e-3, yaw=45.0, pitch=0.0, roll=0.0)
     ])
-p1 = plot_phantom_map(obj, :T2 ; height=450, intermediate_time_samples=4)
-#md savefig(p1, "../assets/5-phantom.html") # hide
+p1 = plot_phantom_map(obj, :T2 ; height=450, intermediate_time_samples=4) # hide
+
+#md savefig(p1, "../assets/5-phantom1.html") # hide
 #jl display(p1)
 
 #md # ```@raw html
-#md # <center><object type="text/html" data="../../assets/5-phantom.html" style="width:85%; height:470px;"></object></center>
+#md # <center><object type="text/html" data="../../assets/5-phantom1.html" style="width:85%; height:470px;"></object></center>
 #md # ```
 
 ## Read Sequence # hide
@@ -42,9 +43,9 @@ image1 = reconstruction(acq1, reconParams) # hide
 # If we simulate an EPI sequence with acquisition duration (183.989 ms) comparable with the motion's duration (200 ms),
 # we will observe motion-induced artifacts in the reconstructed image.
 ## Plotting the recon # hide
-p3 = plot_image(abs.(image1[:, :, 1]); height=400) # hide
-#md savefig(p3, "../assets/5-recon1.html") # hide
-#jl display(p3)
+p2 = plot_image(abs.(image1[:, :, 1]); height=400) # hide
+#md savefig(p2, "../assets/5-recon1.html") # hide
+#jl display(p2)
 
 #md # ```@raw html
 #md # <center>
@@ -53,3 +54,89 @@ p3 = plot_image(abs.(image1[:, :, 1]); height=400) # hide
 #md # ```
 
 # The severity of the artifacts can vary depending on the acquisition duration and $k$-space trajectory.
+
+# ### Corrected reconstruction
+#
+# Now, let's redefine the phantom's motion with a [`Translation`](@ref) of 2 cm in x, with duration of 200 ms (v = 0.1 m/s):
+obj.motion = SimpleMotion([
+    Translation(t_start=0.0, t_end=200e-3, dx=2e-2, dy=0.0, dz=0.0)
+])
+p3 = plot_phantom_map(obj, :T2 ; height=450, intermediate_time_samples=4) # hide
+#md savefig(p3, "../assets/5-phantom2.html") # hide
+#jl display(p3)
+
+#md # ```@raw html
+#md # <center><object type="text/html" data="../../assets/5-phantom2.html" style="width:85%; height:470px;"></object></center>
+#md # ```
+
+## Simulate # hide
+raw1 = simulate(obj, seq1, sys) # hide
+
+## Recon # hide
+acq1 = AcquisitionData(raw1) # hide
+acq1.traj[1].circular = false # hide
+Nx, Ny = raw1.params["reconSize"][1:2] # hide
+reconParams = Dict{Symbol,Any}(:reco=>"direct", :reconSize=>(Nx, Ny)) # hide
+image1 = reconstruction(acq1, reconParams) # hide
+
+# Once simulation is done, it is possible to perform a corrected reconstrution 
+# in order to revert the motion effect in the final image. 
+# This can be achieved by multiplying each sample of the acquired signal 
+# by a phase which is proportional to the displacement in each direction (Δx, Δy, Δz)
+# at the time instant when the sample was acquired:
+
+# ```math
+# S(k_x, k_y, k_z)_{\text{cor}} = S(k_x, k_y, k_z)_{\text{orig}} \cdot e^{i \Delta \phi_{\text{cor}}} = S(k_x, k_y, k_z)_{\text{orig}} \cdot e^{i 2 \pi (k_x \Delta x + k_y \Delta y + k_z \Delta z)}
+# ```
+
+# We need to obtain the displacements in every ADC sampling time of the sequence:
+sample_times = get_adc_sampling_times(seq1)
+
+## Since translation is a rigid motion, 
+## we can obtain the displacements only for one spin, 
+## as the displacements of the rest will be the same.
+displacements = hcat(get_spin_coords(obj.motion, [0.0], [0.0], [0.0], sample_times)...)
+
+p4 = KomaMRIPlots.plot( # hide
+    sample_times, # hide
+    displacements .* 1e2, # hide
+    KomaMRIPlots.Layout( # hide
+        title = "Head displacement in x, y and z", # hide
+        xaxis_title = "time (s)", # hide
+        yaxis_title = "Displacement (cm)" # hide
+    )) # hide
+KomaMRIPlots.restyle!(p4,1:3, name=["Δx", "Δy", "Δz"]) # hide
+
+#md savefig(p4, "../assets/5-displacements.html") # hide
+#jl display(p4)
+
+#md # ```@raw html
+#md # <center><object type="text/html" data="../../assets/5-displacements.html" style="width:90%; height:470px;"></object></center>
+#md # ```
+
+# We can now get the necessary phase shift for each sample:
+## Get k-space
+_, kspace = get_kspace(seq1)
+## Phase correction: ΔΦcor = 2π(kx*Δx + ky*Δy + kz*Δz)
+ΔΦ = 2π*sum(kspace .* displacements, dims=2)
+## Apply phase correction
+acq2 = copy(acq1)
+acq2.kdata[1] .*= exp.(im*ΔΦ)
+## Reconstruct
+image2 = reconstruction(acq2, reconParams)
+
+p5 = plot_image(abs.(image1[:, :, 1]); height=400) # hide
+p6 = plot_image(abs.(image2[:, :, 1]); height=400) # hide
+
+#md savefig(p5, "../assets/5-recon2.html") # hide
+#md savefig(p6, "../assets/5-recon3.html") # hide
+#jl display(p5)
+#jl display(p6)
+
+# On the left, you can see the original reconstructed image,
+# with no motion correction. On the right, the result 
+# of the corrected reconstruction we have just seen.
+
+#md # ```@raw html
+#md # <object type="text/html" data="../../assets/5-recon2.html" style="width:50%; height:420px;"></object><object type="text/html" data="../../assets/5-recon3.html" style="width:50%; height:420px;"></object>
+#md # ```

From 4252bf46d07d9cab987b01f11029a64ad7ae8e14 Mon Sep 17 00:00:00 2001
From: Pablo Villacorta Aylagas <pablo.villacorta@uva.es>
Date: Tue, 28 May 2024 20:47:15 +0200
Subject: [PATCH 30/51] Minor changes in Simple Motion tutorial

---
 examples/3.tutorials/lit-05-SimpleMotion.jl | 29 +++++++++++----------
 1 file changed, 15 insertions(+), 14 deletions(-)

diff --git a/examples/3.tutorials/lit-05-SimpleMotion.jl b/examples/3.tutorials/lit-05-SimpleMotion.jl
index c1817a47f..176170196 100644
--- a/examples/3.tutorials/lit-05-SimpleMotion.jl
+++ b/examples/3.tutorials/lit-05-SimpleMotion.jl
@@ -11,12 +11,14 @@ sys = Scanner() # hide
 obj = brain_phantom2D()
 obj.Δw .= 0 # hide
 
+# ### Head Rotation
+#
 # The `SimpleMotion` model includes a list of `SimpleMotionType`'s, to enabling mix-and-matching simple motions.
 # In this example, we will add a [`Rotation`](@ref) of 45 degrees around the z-axis with duration of 200 ms:
 
 obj.motion = SimpleMotion([
     Rotation(t_start=0.0, t_end=200e-3, yaw=45.0, pitch=0.0, roll=0.0)
-    ])
+])
 p1 = plot_phantom_map(obj, :T2 ; height=450, intermediate_time_samples=4) # hide
 
 #md savefig(p1, "../assets/5-phantom1.html") # hide
@@ -55,7 +57,7 @@ p2 = plot_image(abs.(image1[:, :, 1]); height=400) # hide
 
 # The severity of the artifacts can vary depending on the acquisition duration and $k$-space trajectory.
 
-# ### Corrected reconstruction
+# ### Head Translation and Corrected reconstruction
 #
 # Now, let's redefine the phantom's motion with a [`Translation`](@ref) of 2 cm in x, with duration of 200 ms (v = 0.1 m/s):
 obj.motion = SimpleMotion([
@@ -83,18 +85,17 @@ image1 = reconstruction(acq1, reconParams) # hide
 # in order to revert the motion effect in the final image. 
 # This can be achieved by multiplying each sample of the acquired signal 
 # by a phase which is proportional to the displacement in each direction (Δx, Δy, Δz)
-# at the time instant when the sample was acquired:
+# at the time instant when the sample was acquired [[Godenschweger, 2016]](https://www.ncbi.nlm.nih.gov/pmc/articles/PMC4930872/):
 
 # ```math
 # S(k_x, k_y, k_z)_{\text{cor}} = S(k_x, k_y, k_z)_{\text{orig}} \cdot e^{i \Delta \phi_{\text{cor}}} = S(k_x, k_y, k_z)_{\text{orig}} \cdot e^{i 2 \pi (k_x \Delta x + k_y \Delta y + k_z \Delta z)}
 # ```
 
-# We need to obtain the displacements in every ADC sampling time of the sequence:
+# We need to obtain the displacements in every ADC sampling time of the sequence.
+# Since translation is a rigid motion, 
+# we can obtain the displacements only for one spin, 
+# as the displacements of the rest will be the same.
 sample_times = get_adc_sampling_times(seq1)
-
-## Since translation is a rigid motion, 
-## we can obtain the displacements only for one spin, 
-## as the displacements of the rest will be the same.
 displacements = hcat(get_spin_coords(obj.motion, [0.0], [0.0], [0.0], sample_times)...)
 
 p4 = KomaMRIPlots.plot( # hide
@@ -117,13 +118,13 @@ KomaMRIPlots.restyle!(p4,1:3, name=["Δx", "Δy", "Δz"]) # hide
 # We can now get the necessary phase shift for each sample:
 ## Get k-space
 _, kspace = get_kspace(seq1)
-## Phase correction: ΔΦcor = 2π(kx*Δx + ky*Δy + kz*Δz)
+## Phase shift: ΔΦcor = 2π(kx*Δx + ky*Δy + kz*Δz)
 ΔΦ = 2π*sum(kspace .* displacements, dims=2)
-## Apply phase correction
-acq2 = copy(acq1)
-acq2.kdata[1] .*= exp.(im*ΔΦ)
-## Reconstruct
-image2 = reconstruction(acq2, reconParams)
+
+# And we apply the phase correction:
+acq1.kdata[1] .*= exp.(im*ΔΦ)
+## Reconstruct # hide
+image2 = reconstruction(acq1, reconParams) # hide
 
 p5 = plot_image(abs.(image1[:, :, 1]); height=400) # hide
 p6 = plot_image(abs.(image2[:, :, 1]); height=400) # hide

From f914592e4bd038400a0778100634ed397b10d01c Mon Sep 17 00:00:00 2001
From: Pablo Villacorta Aylagas <pablo.villacorta@uva.es>
Date: Tue, 28 May 2024 21:24:25 +0200
Subject: [PATCH 31/51] Minor change

---
 examples/3.tutorials/lit-05-SimpleMotion.jl | 4 +---
 1 file changed, 1 insertion(+), 3 deletions(-)

diff --git a/examples/3.tutorials/lit-05-SimpleMotion.jl b/examples/3.tutorials/lit-05-SimpleMotion.jl
index 176170196..0b720a87d 100644
--- a/examples/3.tutorials/lit-05-SimpleMotion.jl
+++ b/examples/3.tutorials/lit-05-SimpleMotion.jl
@@ -116,14 +116,12 @@ KomaMRIPlots.restyle!(p4,1:3, name=["Δx", "Δy", "Δz"]) # hide
 #md # ```
 
 # We can now get the necessary phase shift for each sample:
-## Get k-space
 _, kspace = get_kspace(seq1)
-## Phase shift: ΔΦcor = 2π(kx*Δx + ky*Δy + kz*Δz)
 ΔΦ = 2π*sum(kspace .* displacements, dims=2)
 
 # And we apply the phase correction:
 acq1.kdata[1] .*= exp.(im*ΔΦ)
-## Reconstruct # hide
+
 image2 = reconstruction(acq1, reconParams) # hide
 
 p5 = plot_image(abs.(image1[:, :, 1]); height=400) # hide

From bbdb64b9179356e87075fda5f8fa8026fa0e2d48 Mon Sep 17 00:00:00 2001
From: Pablo Villacorta Aylagas <pablo.villacorta@uva.es>
Date: Wed, 29 May 2024 17:33:01 +0200
Subject: [PATCH 32/51] Docstrings

---
 KomaMRIBase/src/datatypes/Phantom.jl          |  10 +-
 .../phantom/motion/ArbitraryMotion.jl         |  50 +++-
 .../datatypes/phantom/motion/SimpleMotion.jl  |  19 +-
 .../phantom/motion/simplemotion/HeartBeat.jl  |  11 +-
 .../motion/simplemotion/PeriodicHeartBeat.jl  |   6 +-
 .../phantom/motion/simplemotion/Rotation.jl   | 112 ++++---
 .../motion/simplemotion/Translation.jl        |  32 +-
 docs/src/assets/head-rotation-axis.svg        | 281 ++++++++++++++++++
 docs/src/assets/head_rotation_axis.png        | Bin 153690 -> 0 bytes
 docs/src/reference/2-koma-base.md             |  15 +-
 10 files changed, 421 insertions(+), 115 deletions(-)
 create mode 100644 docs/src/assets/head-rotation-axis.svg
 delete mode 100644 docs/src/assets/head_rotation_axis.png

diff --git a/KomaMRIBase/src/datatypes/Phantom.jl b/KomaMRIBase/src/datatypes/Phantom.jl
index 62c1ac81f..08e33acfb 100644
--- a/KomaMRIBase/src/datatypes/Phantom.jl
+++ b/KomaMRIBase/src/datatypes/Phantom.jl
@@ -78,9 +78,7 @@ Base.:(≈)(obj1::Phantom, obj2::Phantom)      = reduce(&, [getfield(obj1, field
 Base.:(==)(m1::MotionModel, m2::MotionModel) = false
 Base.:(≈)(m1::MotionModel, m2::MotionModel)  = false
 
-"""
-Separate object spins in a sub-group
-"""
+"""Separate object spins in a sub-group"""
 Base.getindex(obj::Phantom, p::Union{AbstractRange,AbstractVector,Colon}) = begin
     fields = []
     for field in Iterators.filter(x -> !(x == :name), fieldnames(Phantom))
@@ -110,9 +108,7 @@ end
     return obj1
 end
 
-"""
-dims = get_dims(obj)
-"""
+"""dims = get_dims(obj)"""
 function get_dims(obj::Phantom)
     dims = Bool[]
     push!(dims, any(x -> x != 0, obj.x))
@@ -128,7 +124,7 @@ end
 """
     obj = heart_phantom(...)
 
-Heart-like LV phantom. The variable `circumferential_strain` and `radial_strain` are for streching (if positive) 
+Heart-like LV 2D phantom. The variable `circumferential_strain` and `radial_strain` are for streching (if positive) 
 or contraction (if negative). `rotation_angle` is for rotation.
 
 # Arguments
diff --git a/KomaMRIBase/src/datatypes/phantom/motion/ArbitraryMotion.jl b/KomaMRIBase/src/datatypes/phantom/motion/ArbitraryMotion.jl
index a3c3bc644..2ac602033 100644
--- a/KomaMRIBase/src/datatypes/phantom/motion/ArbitraryMotion.jl
+++ b/KomaMRIBase/src/datatypes/phantom/motion/ArbitraryMotion.jl
@@ -11,9 +11,37 @@ const LinearInterpolator = Interpolations.Extrapolation{
 } where {T<:Real,V<:AbstractVector{T}}
 
 """
-Arbitrary Motion
+    motion = ArbitraryMotion(period_durations, dx, dy, dz)
 
-x = x + ux
+ArbitraryMotion model. For this motion model, it is necessary to define 
+motion for each spin independently, in x (`dx`), y (`dy`) and z (`dz`).
+`dx`, `dy` and `dz` are three matrixes, of (``N_{\text{spins}}`` x ``N_{\text{discrete times}}``) each.
+This means that each row corresponds to a spin trajectory over a set of discrete time instants.
+`period_durations` is a vector that contains the period for periodic (one element) or 
+pseudo-periodic (two or more elements) motion.
+The discrete time instants are calculated diving `period_durations` by ``N_{\text{discrete times}}``.
+
+This motion model is useful for defining arbitrarly complex motion, specially
+for importing the spin trajectories from another source, like XCAT or a CFD.
+
+# Arguments
+- `period_durations`: (`Vector{T}`) 
+- `dx`: (`::Array{T,2}`) matrix for displacements in x
+- `dy`: (`::Array{T,2}`) matrix for displacements in y
+- `dz`: (`::Array{T,2}`) matrix for displacements in z
+
+# Returns
+- `motion`: (`::ArbitraryMotion`) ArbitraryMotion struct
+
+# Examples
+```julia-repl
+julia> motion = ArbitraryMotion(
+            [1.0], 
+            0.01.*rand(1000, 10), 
+            0.01.*rand(1000, 10), 
+            0.01.*rand(1000, 10)
+        )
+```
 """
 struct ArbitraryMotion{T<:Real,V<:AbstractVector{T}} <: MotionModel{T}
     period_durations::Vector{T}
@@ -27,27 +55,27 @@ end
 
 function ArbitraryMotion(
     period_durations::AbstractVector{T},
-    Δx::AbstractArray{T,2},
-    Δy::AbstractArray{T,2},
-    Δz::AbstractArray{T,2},
+    dx::AbstractArray{T,2},
+    dy::AbstractArray{T,2},
+    dz::AbstractArray{T,2},
 ) where {T<:Real}
     @warn "Note that ArbitraryMotion is under development so it is not optimized so far" maxlog = 1
-    Ns = size(Δx)[1]
-    num_pieces = size(Δx)[2] + 1
+    Ns = size(dx)[1]
+    num_pieces = size(dx)[2] + 1
     limits = times(period_durations, num_pieces)
 
     #! format: off
     Δ = zeros(Ns,length(limits),4)
-    Δ[:,:,1] = hcat(repeat(hcat(zeros(Ns,1),Δx),1,length(period_durations)),zeros(Ns,1))
-    Δ[:,:,2] = hcat(repeat(hcat(zeros(Ns,1),Δy),1,length(period_durations)),zeros(Ns,1))
-    Δ[:,:,3] = hcat(repeat(hcat(zeros(Ns,1),Δz),1,length(period_durations)),zeros(Ns,1))
+    Δ[:,:,1] = hcat(repeat(hcat(zeros(Ns,1),dx),1,length(period_durations)),zeros(Ns,1))
+    Δ[:,:,2] = hcat(repeat(hcat(zeros(Ns,1),dy),1,length(period_durations)),zeros(Ns,1))
+    Δ[:,:,3] = hcat(repeat(hcat(zeros(Ns,1),dz),1,length(period_durations)),zeros(Ns,1))
    
     etpx = [extrapolate(interpolate((limits,), Δ[i,:,1], Gridded(Linear())), Periodic()) for i in 1:Ns]
     etpy = [extrapolate(interpolate((limits,), Δ[i,:,2], Gridded(Linear())), Periodic()) for i in 1:Ns]
     etpz = [extrapolate(interpolate((limits,), Δ[i,:,3], Gridded(Linear())), Periodic()) for i in 1:Ns]
     #! format: on
 
-    return ArbitraryMotion(period_durations, Δx, Δy, Δz, etpx, etpy, etpz)
+    return ArbitraryMotion(period_durations, dx, dy, dz, etpx, etpy, etpz)
 end
 
 function Base.getindex(
diff --git a/KomaMRIBase/src/datatypes/phantom/motion/SimpleMotion.jl b/KomaMRIBase/src/datatypes/phantom/motion/SimpleMotion.jl
index c9387f337..36ad9bea6 100644
--- a/KomaMRIBase/src/datatypes/phantom/motion/SimpleMotion.jl
+++ b/KomaMRIBase/src/datatypes/phantom/motion/SimpleMotion.jl
@@ -6,13 +6,25 @@ is_composable(motion_type::SimpleMotionType{T}) where {T<:Real} = false
 """
     motion = SimpleMotion(types)
 
-SimpleMotion model
+SimpleMotion model. It allows for the definition of motion by means of simple parameters.
+The `SimpleMotion` struct is composed by only one field, called `types`, 
+which is a vector of simple motion types. This vector will contain as many elements
+as simple motions we want to combine.
 
 # Arguments
 - `types`: (`::Vector{<:SimpleMotionType{T}}`) vector of simple motion types
 
 # Returns
 - `motion`: (`::SimpleMotion`) SimpleMotion struct
+
+# Examples
+```julia-repl
+julia> motion = SimpleMotion([
+            Translation(dx=0.01, dy=0.02, dz=0.0, t_start=0.0, t_end=0.5),
+            Rotation(pitch=15.0, roll=0.0, yaw=20.0, t_start=0.1, t_end=0.5),
+            HeartBeat(circumferential_strain=-0.3, radial_strain=-0.2, longitudinal_strain=0.0, t_start=0.2, t_end=0.5)
+        ])
+```
 """
 struct SimpleMotion{T<:Real} <: MotionModel{T}
     types::Vector{<:SimpleMotionType{T}}
@@ -39,9 +51,10 @@ Base.:(==)(t1::SimpleMotionType, t2::SimpleMotionType) = false
 Base.:(≈)(t1::SimpleMotionType, t2::SimpleMotionType)  = false
 
 """
-    x, y, z = het_spin_coords(motion, x, y, z, t')
+    x, y, z = get_spin_coords(motion, x, y, z, t')
 
 Calculates the position of each spin at a set of arbitrary time instants, i.e. the time steps of the simulation. 
+For each dimension (x, y, z), the output matrix has ``N_{\text{spins}}`` rows and `length(t)` columns.
 
 # Arguments
 - `motion`: (`::MotionModel`) phantom motion
@@ -51,7 +64,7 @@ Calculates the position of each spin at a set of arbitrary time instants, i.e. t
 - `t`: (`::AbstractArray{T<:Real}`) horizontal array of time instants
 
 # Returns
-- `z, y, z`: (`::Tuple{AbstractArray, AbstractArray, AbstractArray}`) spin positions over time
+- `x, y, z`: (`::Tuple{AbstractArray, AbstractArray, AbstractArray}`) spin positions over time
 """
 function get_spin_coords(
     motion::SimpleMotion{T},
diff --git a/KomaMRIBase/src/datatypes/phantom/motion/simplemotion/HeartBeat.jl b/KomaMRIBase/src/datatypes/phantom/motion/simplemotion/HeartBeat.jl
index b9e6b30b1..4db9f8a7c 100644
--- a/KomaMRIBase/src/datatypes/phantom/motion/simplemotion/HeartBeat.jl
+++ b/KomaMRIBase/src/datatypes/phantom/motion/simplemotion/HeartBeat.jl
@@ -5,14 +5,19 @@ HeartBeat struct. It produces a heartbeat-like motion, characterised by three ty
 Circumferential, Radial and Longitudinal
 
 # Arguments
-- `circumferential_strain`: (`::Real`, `=-0.3`) contraction parameter
-- `radial_strain`: (`::Real`, `=-0.3`) contraction parameter
-- `longitudinal_strain`: (`::Real`, `=1`) contraction parameter
+- `circumferential_strain`: (`::Real`) contraction parameter
+- `radial_strain`: (`::Real`) contraction parameter
+- `longitudinal_strain`: (`::Real`) contraction parameter
 - `t_start`: (`::Real`, `[s]`) initial time 
 - `t_end`: (`::Real`, `[s]`) final time 
 
 # Returns
 - `heartbeat`: (`::HeartBeat`) HeartBeat struct
+
+# Examples
+```julia-repl
+julia> hb = HeartBeat(circumferential_strain=-0.3, radial_strain=-0.2, longitudinal_strain=0.0, t_start=0.2, t_end=0.5)
+```
 """
 @with_kw struct HeartBeat{T<:Real} <: SimpleMotionType{T}
     circumferential_strain :: T
diff --git a/KomaMRIBase/src/datatypes/phantom/motion/simplemotion/PeriodicHeartBeat.jl b/KomaMRIBase/src/datatypes/phantom/motion/simplemotion/PeriodicHeartBeat.jl
index 17c201848..d26a3f394 100644
--- a/KomaMRIBase/src/datatypes/phantom/motion/simplemotion/PeriodicHeartBeat.jl
+++ b/KomaMRIBase/src/datatypes/phantom/motion/simplemotion/PeriodicHeartBeat.jl
@@ -5,9 +5,9 @@ HeartBeat struct. It produces a heartbeat-like motion, characterised by three ty
 Circumferential, Radial and Longitudinal
 
 # Arguments
-- `circumferential_strain`: (`::Real`, `=-0.3`) contraction parameter
-- `radial_strain`: (`::Real`, `=-0.3`) contraction parameter
-- `longitudinal_strain`: (`::Real`, `=1`) contraction parameter
+- `circumferential_strain`: (`::Real`) contraction parameter
+- `radial_strain`: (`::Real`) contraction parameter
+- `longitudinal_strain`: (`::Real`) contraction parameter
 - `period`: (`::Real`, `[s]`) period 
 - `asymmetry`: (`::Real`)  asymmetry factor, between 0 and 1
 
diff --git a/KomaMRIBase/src/datatypes/phantom/motion/simplemotion/Rotation.jl b/KomaMRIBase/src/datatypes/phantom/motion/simplemotion/Rotation.jl
index 17fd38559..d56c1ad24 100644
--- a/KomaMRIBase/src/datatypes/phantom/motion/simplemotion/Rotation.jl
+++ b/KomaMRIBase/src/datatypes/phantom/motion/simplemotion/Rotation.jl
@@ -2,55 +2,41 @@
     rotation = Rotation(t_start, t_end, pitch, roll, yaw)
  
 Rotation motion struct. It produces a rotation of the phantom in the three axes: 
-x (pitch), y (roll), and z (yaw)
+x (pitch), y (roll), and z (yaw).
+We follow the RAS (Right-Anterior-Superior) orientation, 
+and the rotations are applied following the right-hand rule (counter-clockwise):
 
-```math
-\begin{align*}
-ux  &= cos(\gamma)cos(\beta)x \\ 
-    &+ (cos(\gamma)sin(\beta)sin(\alpha) - sin(\gamma)cos(\alpha))y\\ 
-    &+ (cos(\gamma)sin(\beta)cos(\alpha) + sin(\gamma)sin(\alpha))z\\
-    &- x
-\end{align*}
-```
-
-```math
-\begin{align*}
-uy  &= sin(\gamma)cos(\beta)x \\ 
-    &+ (sin(\gamma)sin(\beta)sin(\alpha) + cos(\gamma)cos(\alpha))y\\ 
-    &+ (sin(\gamma)sin(\beta)cos(\alpha) - cos(\gamma)sin(\alpha))z\\
-    &- y
-\end{align*}
-```
-
-```math
-\begin{align*}
-uz  &= -sin(\beta)x \\ 
-    &+ cos(\beta)sin(\alpha)y\\ 
-    &+ cos(\beta)cos(\alpha)z\\
-    &- z
-\end{align*}
+```@raw html
+<p align="center"><img width="100%" src="../assets/head-rotation-axis.svg"/></p>
 ```
 
-where:
-    
+The applied rotation matrix is obtained as follows: 
 ```math
-\alpha  = \left\{\begin{matrix}
-0, & t <= t_start \\
-\frac{pitch}{t_end-t_start}(t-t_start), & t_start < t < t_end \\ 
-pitch, & t >= t_end
-\end{matrix}\right.
-,\qquad
-\beta  = \left\{\begin{matrix}
-0, & t <= t_start \\
-\frac{roll}{t_end-t_start}(t-t_start), & t_start < t < t_end \\ 
-roll, & t >= t_end
-\end{matrix}\right.
-,\qquad
-\gamma  = \left\{\begin{matrix}
-0, & t <= t_start \\
-\frac{yaw}{t_end-t_start}(t-t_start), & t_start < t < t_end \\ 
-yaw, & t >= t_end
-\end{matrix}\right.
+\begin{equation}
+\begin{aligned}
+R &= R_z(\alpha) R_y(\beta) R_x(\gamma) \\
+  &= \begin{bmatrix}
+\cos \alpha & -\sin \alpha & 0 \\
+\sin \alpha & \cos \alpha & 0 \\
+0 & 0 & 1
+\end{bmatrix}
+\begin{bmatrix}
+\cos \beta & 0 & \sin \beta \\
+0 & 1 & 0 \\
+-\sin \beta & 0 & \cos \beta
+\end{bmatrix}
+\begin{bmatrix}
+1 & 0 & 0 \\
+0 & \cos \gamma & -\sin \gamma \\
+0 & \sin \gamma & \cos \gamma
+\end{bmatrix} \\
+  &= \begin{bmatrix}
+\cos \alpha \cos \beta & \cos \alpha \sin \beta \sin \gamma - \sin \alpha \cos \gamma & \cos \alpha \sin \beta \cos \gamma + \sin \alpha \sin \gamma \\
+\sin \alpha \cos \beta & \sin \alpha \sin \beta \sin \gamma + \cos \alpha \cos \gamma & \sin \alpha \sin \beta \cos \gamma - \cos \alpha \sin \gamma \\
+-\sin \beta & \cos \beta \sin \gamma & \cos \beta \cos \gamma
+\end{bmatrix}
+\end{aligned}
+\end{equation}
 ```
 
 # Arguments
@@ -63,6 +49,10 @@ yaw, & t >= t_end
 # Returns
 - `rotation`: (`::Rotation`) Rotation struct
 
+# Examples
+```julia-repl
+julia> rt = Rotation(pitch=15.0, roll=0.0, yaw=20.0, t_start=0.1, t_end=0.5)
+```
 """
 @with_kw struct Rotation{T<:Real} <: SimpleMotionType{T}
     pitch      :: T
@@ -83,12 +73,12 @@ function displacement_x(
     t::AbstractArray{T},
 ) where {T<:Real}
     t_unit = unit_time(t, motion_type.t_start, motion_type.t_end)
-    α = t_unit .* (motion_type.pitch)
+    α = t_unit .* (motion_type.yaw)
     β = t_unit .* (motion_type.roll)
-    γ = t_unit .* (motion_type.yaw)
-    return cosd.(γ) .* cosd.(β) .* x +
-           (cosd.(γ) .* sind.(β) .* sind.(α) .- sind.(γ) .* cosd.(α)) .* y +
-           (cosd.(γ) .* sind.(β) .* cosd.(α) .+ sind.(γ) .* sind.(α)) .* z .- x
+    γ = t_unit .* (motion_type.pitch)
+    return cosd.(α) .* cosd.(β) .* x +
+           (cosd.(α) .* sind.(β) .* sind.(γ) .- sind.(α) .* cosd.(γ)) .* y +
+           (cosd.(α) .* sind.(β) .* cosd.(γ) .+ sind.(α) .* sind.(γ)) .* z .- x
 end
 
 function displacement_y(
@@ -99,12 +89,12 @@ function displacement_y(
     t::AbstractArray{T},
 ) where {T<:Real}
     t_unit = unit_time(t, motion_type.t_start, motion_type.t_end)
-    α = t_unit .* motion_type.pitch
-    β = t_unit .* motion_type.roll
-    γ = t_unit .* motion_type.yaw
-    return sind.(γ) .* cosd.(β) .* x +
-           (sind.(γ) .* sind.(β) .* sind.(α) .+ cosd.(γ) .* cosd.(α)) .* y +
-           (sind.(γ) .* sind.(β) .* cosd.(α) .- cosd.(γ) .* sind.(α)) .* z .- y
+    α = t_unit .* (motion_type.yaw)
+    β = t_unit .* (motion_type.roll)
+    γ = t_unit .* (motion_type.pitch)
+    return sind.(α) .* cosd.(β) .* x +
+           (sind.(α) .* sind.(β) .* sind.(γ) .+ cosd.(α) .* cosd.(γ)) .* y +
+           (sind.(α) .* sind.(β) .* cosd.(γ) .- cosd.(α) .* sind.(γ)) .* z .- y
 end
 
 function displacement_z(
@@ -115,12 +105,12 @@ function displacement_z(
     t::AbstractArray{T},
 ) where {T<:Real}
     t_unit = unit_time(t, motion_type.t_start, motion_type.t_end)
-    α = t_unit .* motion_type.pitch
-    β = t_unit .* motion_type.roll
-    γ = t_unit .* motion_type.yaw
+    α = t_unit .* (motion_type.yaw)
+    β = t_unit .* (motion_type.roll)
+    γ = t_unit .* (motion_type.pitch)
     return -sind.(β) .* x + 
-            cosd.(β) .* sind.(α) .* y +
-            cosd.(β) .* cosd.(α) .* z .- z
+            cosd.(β) .* sind.(γ) .* y +
+            cosd.(β) .* cosd.(γ) .* z .- z
 end
 
 times(motion_type::Rotation) = begin
diff --git a/KomaMRIBase/src/datatypes/phantom/motion/simplemotion/Translation.jl b/KomaMRIBase/src/datatypes/phantom/motion/simplemotion/Translation.jl
index c002be489..f0832e3c1 100644
--- a/KomaMRIBase/src/datatypes/phantom/motion/simplemotion/Translation.jl
+++ b/KomaMRIBase/src/datatypes/phantom/motion/simplemotion/Translation.jl
@@ -1,31 +1,9 @@
 @doc raw"""
     translation = Translation(t_start, t_end, dx, dy, dz)
 
-Translation motion struct. It produces a translation of the phantom in the three directions x, y and z.
-
-```math
-ux=\left\{\begin{matrix}
-0, & t <= t_start\\
-\frac{dx}{t_end-t_start}(t-t_start), & t_start < t < t_end\\ 
-dx, & t >= t_end
-\end{matrix}\right.
-```
-
-```math
-uy=\left\{\begin{matrix}
-0, & t <= t_start\\
-\frac{dy}{t_end-t_start}(t-t_start), & t_start < t < t_end\\ 
-dy, & t >= t_end
-\end{matrix}\right.
-```
-
-```math
-uz=\left\{\begin{matrix}
-0, & t <= t_start\\
-\frac{dz}{t_end-t_start}(t-t_start), & t_start < t < t_end\\ 
-dz, & t >= t_end
-\end{matrix}\right.
-```
+Translation motion struct. It produces a linear translation of the phantom.
+Its fields are the final displacements in the three axes (dx, dy, dz) 
+and the start and end times of the translation.
 
 # Arguments
 - `dx`: (`::Real`, `[m]`) translation in x
@@ -37,6 +15,10 @@ dz, & t >= t_end
 # Returns
 - `translation`: (`::Translation`) Translation struct
 
+# Examples
+```julia-repl
+julia> tr = Translation(dx=0.01, dy=0.02, dz=0.03, t_start=0.0, t_end=0.5)
+```
 """
 @with_kw struct Translation{T<:Real} <: SimpleMotionType{T}
     dx         :: T
diff --git a/docs/src/assets/head-rotation-axis.svg b/docs/src/assets/head-rotation-axis.svg
new file mode 100644
index 000000000..1826a6b17
--- /dev/null
+++ b/docs/src/assets/head-rotation-axis.svg
@@ -0,0 +1,281 @@
+<?xml version="1.0" encoding="UTF-8" standalone="no"?>
+<!-- Created with Inkscape (http://www.inkscape.org/) -->
+
+<svg
+   width="140mm"
+   height="145mm"
+   viewBox="0 0 140 145"
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+   id="svg5"
+   xml:space="preserve"
+   inkscape:version="1.2.1 (9c6d41e410, 2022-07-14)"
+   sodipodi:docname="head_rotation_axis.svg"
+   xmlns:inkscape="http://www.inkscape.org/namespaces/inkscape"
+   xmlns:sodipodi="http://sodipodi.sourceforge.net/DTD/sodipodi-0.dtd"
+   xmlns:xlink="http://www.w3.org/1999/xlink"
+   xmlns="http://www.w3.org/2000/svg"
+   xmlns:svg="http://www.w3.org/2000/svg"><sodipodi:namedview
+     id="namedview7"
+     pagecolor="#ffffff"
+     bordercolor="#000000"
+     borderopacity="0.25"
+     inkscape:showpageshadow="2"
+     inkscape:pageopacity="0.0"
+     inkscape:pagecheckerboard="0"
+     inkscape:deskcolor="#d1d1d1"
+     inkscape:document-units="mm"
+     showgrid="false"
+     inkscape:zoom="1.0343421"
+     inkscape:cx="-83.628039"
+     inkscape:cy="354.81492"
+     inkscape:window-width="2560"
+     inkscape:window-height="1017"
+     inkscape:window-x="227"
+     inkscape:window-y="-8"
+     inkscape:window-maximized="1"
+     inkscape:current-layer="g7554" /><defs
+     id="defs2"><clipPath
+       id="clip0"><rect
+         x="30"
+         y="360"
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+       id="clip1"><rect
+         x="0"
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zsEd*>s_#{R*&?3w$@7E2`k`L`QC_r5VMnRaLi|<FsBsebf5=1dK38Oa)xzJa-s!11
z`IW<jE$G7eGyZO?hX48YtEB;-*l_;u`Tt@mAS9Lh-)ey`UEOO(cmKB!{{9Rc-T43Q
f*V#a*OGcy6k(JM$!mZbUzqfA`Ul;wW|MmX?*tgu+

diff --git a/docs/src/reference/2-koma-base.md b/docs/src/reference/2-koma-base.md
index 9778de4c9..a7fd9bec6 100644
--- a/docs/src/reference/2-koma-base.md
+++ b/docs/src/reference/2-koma-base.md
@@ -11,6 +11,7 @@ Scanner
 ```
 
 ## `Phantom`-related functions 
+
 ```@docs
 Phantom
 brain_phantom2D
@@ -19,15 +20,25 @@ pelvis_phantom2D
 heart_phantom
 ```
 
-### `MotionModel`
+### `MotionModel`-related functions
+
 ```@docs
 get_spin_coords
 ```
 
 ### `SimpleMotion <: MotionModel`
-
 ```@docs
 SimpleMotion
+```
+
+### `SimpleMotion types`
+There are two main types of simple motions: periodic and non-periodic.
+- **Non-periodic** motions are defined by the start time (`t_start`), the end time (`t_end`),
+and the maximum amplitude of the movement, which is reached (with constant velocity) at t=`t_end`. Examples of these non-periodic motions are `Translation`, `Rotation` and `HeartBeat`.
+- **Periodic** motions are defined by the `period`, the time `asymmetry` factor,
+and the maximum amplitude of the movement, which is reached (with constant velocity) at t=`period`*`asymmetry`. Examples of these periodic motions are `PeriodicTranslation`, `PeriodicRotation` and `PeriodicHeartBeat`.
+
+```@docs
 Translation
 Rotation
 HeartBeat

From 7aec83e2a599a5edd9c2e03bdea0540cb8484628 Mon Sep 17 00:00:00 2001
From: Pablo Villacorta Aylagas <pablo.villacorta@uva.es>
Date: Thu, 30 May 2024 09:42:13 +0200
Subject: [PATCH 33/51] Minor changes

---
 docs/src/reference/2-koma-base.md           |  7 +++++--
 examples/3.tutorials/lit-05-SimpleMotion.jl | 14 +++++++++-----
 2 files changed, 14 insertions(+), 7 deletions(-)

diff --git a/docs/src/reference/2-koma-base.md b/docs/src/reference/2-koma-base.md
index a7fd9bec6..1e2359493 100644
--- a/docs/src/reference/2-koma-base.md
+++ b/docs/src/reference/2-koma-base.md
@@ -32,11 +32,14 @@ SimpleMotion
 ```
 
 ### `SimpleMotion types`
+<!-- This should be eventually located at Explanation section -->
 There are two main types of simple motions: periodic and non-periodic.
 - **Non-periodic** motions are defined by the start time (`t_start`), the end time (`t_end`),
-and the maximum amplitude of the movement, which is reached (with constant velocity) at t=`t_end`. Examples of these non-periodic motions are `Translation`, `Rotation` and `HeartBeat`.
+and the maximum amplitude of the movement, which is reached (with constant velocity) at t=`t_end`. 
+Examples of these non-periodic motions are [`Translation`](@ref), [`Rotation`](@ref) and [`HeartBeat`](@ref).
 - **Periodic** motions are defined by the `period`, the time `asymmetry` factor,
-and the maximum amplitude of the movement, which is reached (with constant velocity) at t=`period`*`asymmetry`. Examples of these periodic motions are `PeriodicTranslation`, `PeriodicRotation` and `PeriodicHeartBeat`.
+and the maximum amplitude of the movement, which is reached (with constant velocity) at t=`period`*`asymmetry`. 
+Examples of these periodic motions are [`PeriodicTranslation`](@ref), [`PeriodicRotation`](@ref) and [`PeriodicHeartBeat`](@ref).
 
 ```@docs
 Translation
diff --git a/examples/3.tutorials/lit-05-SimpleMotion.jl b/examples/3.tutorials/lit-05-SimpleMotion.jl
index 0b720a87d..1510efdb0 100644
--- a/examples/3.tutorials/lit-05-SimpleMotion.jl
+++ b/examples/3.tutorials/lit-05-SimpleMotion.jl
@@ -4,7 +4,7 @@ using KomaMRI # hide
 sys = Scanner() # hide
 
 # It can also be interesting to see the effect of the patient's motion during an MRI scan.
-# For this, Koma provides the ability to add [`MotionModel`](@ref)'s to the phantom.
+# For this, Koma provides the ability to add `motion <: MotionModel` to the phantom.
 # In this tutorial, we will show how to add a [`SimpleMotion`](@ref) model to a 2D brain phantom.
 
 # First, let's load the 2D brain phantom used in the previous tutorials:
@@ -57,7 +57,7 @@ p2 = plot_image(abs.(image1[:, :, 1]); height=400) # hide
 
 # The severity of the artifacts can vary depending on the acquisition duration and $k$-space trajectory.
 
-# ### Head Translation and Corrected reconstruction
+# ### Head Translation
 #
 # Now, let's redefine the phantom's motion with a [`Translation`](@ref) of 2 cm in x, with duration of 200 ms (v = 0.1 m/s):
 obj.motion = SimpleMotion([
@@ -81,6 +81,8 @@ Nx, Ny = raw1.params["reconSize"][1:2] # hide
 reconParams = Dict{Symbol,Any}(:reco=>"direct", :reconSize=>(Nx, Ny)) # hide
 image1 = reconstruction(acq1, reconParams) # hide
 
+# ### Motion-Corrected Reconstruction
+# 
 # Once simulation is done, it is possible to perform a corrected reconstrution 
 # in order to revert the motion effect in the final image. 
 # This can be achieved by multiplying each sample of the acquired signal 
@@ -132,9 +134,11 @@ p6 = plot_image(abs.(image2[:, :, 1]); height=400) # hide
 #jl display(p5)
 #jl display(p6)
 
-# On the left, you can see the original reconstructed image,
-# with no motion correction. On the right, the result 
-# of the corrected reconstruction we have just seen.
+# On the left, you can see the original reconstructed image 
+# and the artifact produced by the translation in x.
+# On the right, the result of the motion-corrected reconstruction, 
+# where we have achieved an image similar to the one 
+# we would have obtained from simulating over a static phantom.
 
 #md # ```@raw html
 #md # <object type="text/html" data="../../assets/5-recon2.html" style="width:50%; height:420px;"></object><object type="text/html" data="../../assets/5-recon3.html" style="width:50%; height:420px;"></object>

From 255090cefbd97ca55cf100b9261d837a94cd42c3 Mon Sep 17 00:00:00 2001
From: Pablo Villacorta Aylagas <pablo.villacorta@uva.es>
Date: Thu, 30 May 2024 10:30:15 +0200
Subject: [PATCH 34/51] Try adding image into docstring

---
 .../src/datatypes/phantom/motion/simplemotion/Rotation.jl     | 4 +---
 docs/src/reference/2-koma-base.md                             | 2 +-
 2 files changed, 2 insertions(+), 4 deletions(-)

diff --git a/KomaMRIBase/src/datatypes/phantom/motion/simplemotion/Rotation.jl b/KomaMRIBase/src/datatypes/phantom/motion/simplemotion/Rotation.jl
index d56c1ad24..6b48a6917 100644
--- a/KomaMRIBase/src/datatypes/phantom/motion/simplemotion/Rotation.jl
+++ b/KomaMRIBase/src/datatypes/phantom/motion/simplemotion/Rotation.jl
@@ -6,9 +6,7 @@ x (pitch), y (roll), and z (yaw).
 We follow the RAS (Right-Anterior-Superior) orientation, 
 and the rotations are applied following the right-hand rule (counter-clockwise):
 
-```@raw html
-<p align="center"><img width="100%" src="../assets/head-rotation-axis.svg"/></p>
-```
+![Head Rotation Axis](../assets/head-rotation-axis.svg)
 
 The applied rotation matrix is obtained as follows: 
 ```math
diff --git a/docs/src/reference/2-koma-base.md b/docs/src/reference/2-koma-base.md
index 1e2359493..c600d54ff 100644
--- a/docs/src/reference/2-koma-base.md
+++ b/docs/src/reference/2-koma-base.md
@@ -32,7 +32,7 @@ SimpleMotion
 ```
 
 ### `SimpleMotion types`
-<!-- This should be eventually located at Explanation section -->
+[comment]: <> (This should be eventually located at Explanation section) 
 There are two main types of simple motions: periodic and non-periodic.
 - **Non-periodic** motions are defined by the start time (`t_start`), the end time (`t_end`),
 and the maximum amplitude of the movement, which is reached (with constant velocity) at t=`t_end`. 

From e025248253ba72611681796a216133ec29f78f82 Mon Sep 17 00:00:00 2001
From: Pablo Villacorta Aylagas <pablo.villacorta@uva.es>
Date: Thu, 30 May 2024 10:35:16 +0200
Subject: [PATCH 35/51] Minor change

---
 docs/src/reference/2-koma-base.md | 8 ++------
 1 file changed, 2 insertions(+), 6 deletions(-)

diff --git a/docs/src/reference/2-koma-base.md b/docs/src/reference/2-koma-base.md
index c600d54ff..a3a023c99 100644
--- a/docs/src/reference/2-koma-base.md
+++ b/docs/src/reference/2-koma-base.md
@@ -34,12 +34,8 @@ SimpleMotion
 ### `SimpleMotion types`
 [comment]: <> (This should be eventually located at Explanation section) 
 There are two main types of simple motions: periodic and non-periodic.
-- **Non-periodic** motions are defined by the start time (`t_start`), the end time (`t_end`),
-and the maximum amplitude of the movement, which is reached (with constant velocity) at t=`t_end`. 
-Examples of these non-periodic motions are [`Translation`](@ref), [`Rotation`](@ref) and [`HeartBeat`](@ref).
-- **Periodic** motions are defined by the `period`, the time `asymmetry` factor,
-and the maximum amplitude of the movement, which is reached (with constant velocity) at t=`period`*`asymmetry`. 
-Examples of these periodic motions are [`PeriodicTranslation`](@ref), [`PeriodicRotation`](@ref) and [`PeriodicHeartBeat`](@ref).
+- **Non-periodic** motions are defined by the start time (`t_start`), the end time (`t_end`), and the maximum amplitude of the movement, which is reached (with constant velocity) at t=`t_end`. Examples of these non-periodic motions are [`Translation`](@ref), [`Rotation`](@ref) and [`HeartBeat`](@ref).
+- **Periodic** motions are defined by the `period`, the time `asymmetry` factor, and the maximum amplitude of the movement, which is reached (with constant velocity) at t=`period`*`asymmetry`. Examples of these periodic motions are [`PeriodicTranslation`](@ref), [`PeriodicRotation`](@ref) and [`PeriodicHeartBeat`](@ref).
 
 ```@docs
 Translation

From 7cdf263357ce23611d7bca101aa5a74b6d8778f2 Mon Sep 17 00:00:00 2001
From: Pablo Villacorta Aylagas <pablo.villacorta@uva.es>
Date: Thu, 30 May 2024 10:41:03 +0200
Subject: [PATCH 36/51] Fix LaTex syntax

---
 KomaMRIBase/src/datatypes/phantom/motion/ArbitraryMotion.jl | 4 ++--
 1 file changed, 2 insertions(+), 2 deletions(-)

diff --git a/KomaMRIBase/src/datatypes/phantom/motion/ArbitraryMotion.jl b/KomaMRIBase/src/datatypes/phantom/motion/ArbitraryMotion.jl
index 2ac602033..e4808d5b3 100644
--- a/KomaMRIBase/src/datatypes/phantom/motion/ArbitraryMotion.jl
+++ b/KomaMRIBase/src/datatypes/phantom/motion/ArbitraryMotion.jl
@@ -15,11 +15,11 @@ const LinearInterpolator = Interpolations.Extrapolation{
 
 ArbitraryMotion model. For this motion model, it is necessary to define 
 motion for each spin independently, in x (`dx`), y (`dy`) and z (`dz`).
-`dx`, `dy` and `dz` are three matrixes, of (``N_{\text{spins}}`` x ``N_{\text{discrete times}}``) each.
+`dx`, `dy` and `dz` are three matrixes, of (``N_{spins}`` x ``N_{discrete\,times}``) each.
 This means that each row corresponds to a spin trajectory over a set of discrete time instants.
 `period_durations` is a vector that contains the period for periodic (one element) or 
 pseudo-periodic (two or more elements) motion.
-The discrete time instants are calculated diving `period_durations` by ``N_{\text{discrete times}}``.
+The discrete time instants are calculated diving `period_durations` by ``N_{discrete\,times}``.
 
 This motion model is useful for defining arbitrarly complex motion, specially
 for importing the spin trajectories from another source, like XCAT or a CFD.

From 871ed6afc22588c51bd6db5e908ff8ad57794c42 Mon Sep 17 00:00:00 2001
From: Pablo Villacorta Aylagas <pablo.villacorta@uva.es>
Date: Thu, 30 May 2024 10:54:51 +0200
Subject: [PATCH 37/51] Fix scape character

---
 KomaMRIBase/src/datatypes/phantom/motion/ArbitraryMotion.jl | 4 ++--
 1 file changed, 2 insertions(+), 2 deletions(-)

diff --git a/KomaMRIBase/src/datatypes/phantom/motion/ArbitraryMotion.jl b/KomaMRIBase/src/datatypes/phantom/motion/ArbitraryMotion.jl
index e4808d5b3..e3f3256dc 100644
--- a/KomaMRIBase/src/datatypes/phantom/motion/ArbitraryMotion.jl
+++ b/KomaMRIBase/src/datatypes/phantom/motion/ArbitraryMotion.jl
@@ -15,11 +15,11 @@ const LinearInterpolator = Interpolations.Extrapolation{
 
 ArbitraryMotion model. For this motion model, it is necessary to define 
 motion for each spin independently, in x (`dx`), y (`dy`) and z (`dz`).
-`dx`, `dy` and `dz` are three matrixes, of (``N_{spins}`` x ``N_{discrete\,times}``) each.
+`dx`, `dy` and `dz` are three matrixes, of (``N_{spins}`` x ``N_{discrete\\,times}``) each.
 This means that each row corresponds to a spin trajectory over a set of discrete time instants.
 `period_durations` is a vector that contains the period for periodic (one element) or 
 pseudo-periodic (two or more elements) motion.
-The discrete time instants are calculated diving `period_durations` by ``N_{discrete\,times}``.
+The discrete time instants are calculated diving `period_durations` by ``N_{discrete\\,times}``.
 
 This motion model is useful for defining arbitrarly complex motion, specially
 for importing the spin trajectories from another source, like XCAT or a CFD.

From 08bc2a583a09603b5a21f3f4c109c892d33db91a Mon Sep 17 00:00:00 2001
From: Pablo Villacorta Aylagas <pablo.villacorta@uva.es>
Date: Thu, 30 May 2024 11:26:17 +0200
Subject: [PATCH 38/51] Remove comment

---
 docs/src/reference/2-koma-base.md | 3 ++-
 1 file changed, 2 insertions(+), 1 deletion(-)

diff --git a/docs/src/reference/2-koma-base.md b/docs/src/reference/2-koma-base.md
index a3a023c99..29ec6b16d 100644
--- a/docs/src/reference/2-koma-base.md
+++ b/docs/src/reference/2-koma-base.md
@@ -27,12 +27,13 @@ get_spin_coords
 ```
 
 ### `SimpleMotion <: MotionModel`
+
 ```@docs
 SimpleMotion
 ```
 
 ### `SimpleMotion types`
-[comment]: <> (This should be eventually located at Explanation section) 
+
 There are two main types of simple motions: periodic and non-periodic.
 - **Non-periodic** motions are defined by the start time (`t_start`), the end time (`t_end`), and the maximum amplitude of the movement, which is reached (with constant velocity) at t=`t_end`. Examples of these non-periodic motions are [`Translation`](@ref), [`Rotation`](@ref) and [`HeartBeat`](@ref).
 - **Periodic** motions are defined by the `period`, the time `asymmetry` factor, and the maximum amplitude of the movement, which is reached (with constant velocity) at t=`period`*`asymmetry`. Examples of these periodic motions are [`PeriodicTranslation`](@ref), [`PeriodicRotation`](@ref) and [`PeriodicHeartBeat`](@ref).

From 1e22d54f10f16b7c9bc67e4fdebdfa36f79018d0 Mon Sep 17 00:00:00 2001
From: Pablo Villacorta Aylagas <pablo.villacorta@uva.es>
Date: Fri, 31 May 2024 19:24:53 +0200
Subject: [PATCH 39/51] Try reducing image size

---
 .../src/datatypes/phantom/motion/simplemotion/Rotation.jl       | 2 +-
 1 file changed, 1 insertion(+), 1 deletion(-)

diff --git a/KomaMRIBase/src/datatypes/phantom/motion/simplemotion/Rotation.jl b/KomaMRIBase/src/datatypes/phantom/motion/simplemotion/Rotation.jl
index 6b48a6917..e41878f1a 100644
--- a/KomaMRIBase/src/datatypes/phantom/motion/simplemotion/Rotation.jl
+++ b/KomaMRIBase/src/datatypes/phantom/motion/simplemotion/Rotation.jl
@@ -6,7 +6,7 @@ x (pitch), y (roll), and z (yaw).
 We follow the RAS (Right-Anterior-Superior) orientation, 
 and the rotations are applied following the right-hand rule (counter-clockwise):
 
-![Head Rotation Axis](../assets/head-rotation-axis.svg)
+<img src="../assets/head-rotation-axis.svg" height="300">
 
 The applied rotation matrix is obtained as follows: 
 ```math

From 0565ce3b40ca3c4b100e3499076a7c54d6a3cb53 Mon Sep 17 00:00:00 2001
From: Pablo Villacorta Aylagas <pablo.villacorta@uva.es>
Date: Fri, 31 May 2024 19:38:07 +0200
Subject: [PATCH 40/51] Fix reducing image size

---
 .../phantom/motion/simplemotion/Rotation.jl   |   3 +-
 docs/src/assets/head-rotation-axis.svg        | 222 ++++++++++--------
 2 files changed, 130 insertions(+), 95 deletions(-)

diff --git a/KomaMRIBase/src/datatypes/phantom/motion/simplemotion/Rotation.jl b/KomaMRIBase/src/datatypes/phantom/motion/simplemotion/Rotation.jl
index e41878f1a..073da3f14 100644
--- a/KomaMRIBase/src/datatypes/phantom/motion/simplemotion/Rotation.jl
+++ b/KomaMRIBase/src/datatypes/phantom/motion/simplemotion/Rotation.jl
@@ -6,7 +6,8 @@ x (pitch), y (roll), and z (yaw).
 We follow the RAS (Right-Anterior-Superior) orientation, 
 and the rotations are applied following the right-hand rule (counter-clockwise):
 
-<img src="../assets/head-rotation-axis.svg" height="300">
+| ![Head Rotation Axis](../assets/head-rotation-axis.svg) |
+| ------------------------------------------------------- |
 
 The applied rotation matrix is obtained as follows: 
 ```math
diff --git a/docs/src/assets/head-rotation-axis.svg b/docs/src/assets/head-rotation-axis.svg
index 1826a6b17..b29de97b1 100644
--- a/docs/src/assets/head-rotation-axis.svg
+++ b/docs/src/assets/head-rotation-axis.svg
@@ -2,9 +2,9 @@
 <!-- Created with Inkscape (http://www.inkscape.org/) -->
 
 <svg
-   width="140mm"
-   height="145mm"
-   viewBox="0 0 140 145"
+   width="289.65518"
+   height="300"
+   viewBox="0 0 76.637935 79.375"
    version="1.1"
    id="svg5"
    xml:space="preserve"
@@ -25,15 +25,15 @@
      inkscape:deskcolor="#d1d1d1"
      inkscape:document-units="mm"
      showgrid="false"
-     inkscape:zoom="1.0343421"
-     inkscape:cx="-83.628039"
-     inkscape:cy="354.81492"
+     inkscape:zoom="2.0686842"
+     inkscape:cx="91.120723"
+     inkscape:cy="147.43671"
      inkscape:window-width="2560"
      inkscape:window-height="1017"
      inkscape:window-x="227"
      inkscape:window-y="-8"
      inkscape:window-maximized="1"
-     inkscape:current-layer="g7554" /><defs
+     inkscape:current-layer="layer1" /><defs
      id="defs2"><clipPath
        id="clip0"><rect
          x="30"
@@ -82,115 +82,121 @@
      inkscape:label="Capa 1"
      inkscape:groupmode="layer"
      id="layer1"><image
-       width="192.35208"
-       height="192.35208"
+       width="105.63633"
+       height="105.63633"
        preserveAspectRatio="none"
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+         x="131.43822"
+         y="444.09595"
+         style="stroke-width:0.517266">α</text><text
          fill="#80ff40"
          font-family="Arial, Arial_MSFontService, sans-serif"
          font-weight="400"
-         font-size="8px"
-         transform="translate(223.629,460)"
-         id="text7540">)</text><text
+         font-size="4.13813px"
+         id="text7540"
+         x="133.85229"
+         y="444.09595"
+         style="stroke-width:0.517266">)</text><text
          fill="#80ff40"
          font-family="Arial, Arial_MSFontService, sans-serif"
          font-weight="400"
-         font-size="8px"
-         transform="translate(74.6027,625)"
-         id="text7542">pitch (</text><text
+         font-size="4.13813px"
+         id="text7542"
+         x="56.766083"
+         y="529.44482"
+         style="stroke-width:0.517266">pitch (</text><text
          fill="#80ff40"
          font-family="Arial, Arial_MSFontService, sans-serif"
          font-weight="400"
-         font-size="8px"
-         transform="translate(96.4361,625)"
-         id="text7544">γ</text><text
+         font-size="4.13813px"
+         id="text7544"
+         x="68.059753"
+         y="529.44482"
+         style="stroke-width:0.517266">γ</text><text
          fill="#80ff40"
          font-family="Arial, Arial_MSFontService, sans-serif"
          font-weight="400"
-         font-size="8px"
-         transform="translate(100.436,625)"
-         id="text7546">)</text><text
+         font-size="4.13813px"
+         id="text7546"
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+         style="stroke-width:0.517266">)</text><text
          fill="#80ff40"
          font-family="Arial, Arial_MSFontService, sans-serif"
          font-weight="400"
-         font-size="8px"
-         transform="translate(267.274,615)"
-         id="text7548">roll (</text><text
+         font-size="4.13813px"
+         id="text7548"
+         x="156.42836"
+         y="524.27216"
+         style="stroke-width:0.517266">roll (</text><text
          fill="#80ff40"
          font-family="Arial, Arial_MSFontService, sans-serif"
          font-weight="400"
-         font-size="8px"
-         transform="translate(282.941,615)"
-         id="text7550">β</text><text
+         font-size="4.13813px"
+         id="text7550"
+         x="164.53236"
+         y="524.27216"
+         style="stroke-width:0.517266">β</text><text
          fill="#80ff40"
          font-family="Arial, Arial_MSFontService, sans-serif"
          font-weight="400"
-         font-size="8px"
-         transform="translate(287.607,615)"
-         id="text7552">)</text></g></g></svg>
+         font-size="4.13813px"
+         id="text7552"
+         x="166.94592"
+         y="524.27216"
+         style="stroke-width:0.517266">)</text></g></g></svg>

From 5913158fa9f74fe487c33a9ba118053f2e5140a4 Mon Sep 17 00:00:00 2001
From: Pablo Villacorta Aylagas <pablo.villacorta@uva.es>
Date: Fri, 31 May 2024 19:49:59 +0200
Subject: [PATCH 41/51] Requested changes

---
 examples/3.tutorials/lit-05-SimpleMotion.jl | 56 +++++++--------------
 1 file changed, 17 insertions(+), 39 deletions(-)

diff --git a/examples/3.tutorials/lit-05-SimpleMotion.jl b/examples/3.tutorials/lit-05-SimpleMotion.jl
index 1510efdb0..bc3170a5f 100644
--- a/examples/3.tutorials/lit-05-SimpleMotion.jl
+++ b/examples/3.tutorials/lit-05-SimpleMotion.jl
@@ -11,13 +11,16 @@ sys = Scanner() # hide
 obj = brain_phantom2D()
 obj.Δw .= 0 # hide
 
-# ### Head Rotation
-#
 # The `SimpleMotion` model includes a list of `SimpleMotionType`'s, to enabling mix-and-matching simple motions.
-# In this example, we will add a [`Rotation`](@ref) of 45 degrees around the z-axis with duration of 200 ms:
+# These are [`Translation`](@ref), [`Rotation`](@ref), [`HeartBeat`](@ref) and their periodic versions
+# [`PeriodicTranslation`](@ref), [`PeriodicRotation`](@ref) and [`PeriodicHeartBeat`](@ref).
+
+# ### Head Translation
+#
+# In this example, we will add a [`Translation`](@ref) of 2 cm in x, with duration of 200 ms (v = 0.1 m/s):
 
 obj.motion = SimpleMotion([
-    Rotation(t_start=0.0, t_end=200e-3, yaw=45.0, pitch=0.0, roll=0.0)
+    Translation(t_start=0.0, t_end=200e-3, dx=2e-2, dy=0.0, dz=0.0)
 ])
 p1 = plot_phantom_map(obj, :T2 ; height=450, intermediate_time_samples=4) # hide
 
@@ -57,30 +60,6 @@ p2 = plot_image(abs.(image1[:, :, 1]); height=400) # hide
 
 # The severity of the artifacts can vary depending on the acquisition duration and $k$-space trajectory.
 
-# ### Head Translation
-#
-# Now, let's redefine the phantom's motion with a [`Translation`](@ref) of 2 cm in x, with duration of 200 ms (v = 0.1 m/s):
-obj.motion = SimpleMotion([
-    Translation(t_start=0.0, t_end=200e-3, dx=2e-2, dy=0.0, dz=0.0)
-])
-p3 = plot_phantom_map(obj, :T2 ; height=450, intermediate_time_samples=4) # hide
-#md savefig(p3, "../assets/5-phantom2.html") # hide
-#jl display(p3)
-
-#md # ```@raw html
-#md # <center><object type="text/html" data="../../assets/5-phantom2.html" style="width:85%; height:470px;"></object></center>
-#md # ```
-
-## Simulate # hide
-raw1 = simulate(obj, seq1, sys) # hide
-
-## Recon # hide
-acq1 = AcquisitionData(raw1) # hide
-acq1.traj[1].circular = false # hide
-Nx, Ny = raw1.params["reconSize"][1:2] # hide
-reconParams = Dict{Symbol,Any}(:reco=>"direct", :reconSize=>(Nx, Ny)) # hide
-image1 = reconstruction(acq1, reconParams) # hide
-
 # ### Motion-Corrected Reconstruction
 # 
 # Once simulation is done, it is possible to perform a corrected reconstrution 
@@ -100,7 +79,7 @@ image1 = reconstruction(acq1, reconParams) # hide
 sample_times = get_adc_sampling_times(seq1)
 displacements = hcat(get_spin_coords(obj.motion, [0.0], [0.0], [0.0], sample_times)...)
 
-p4 = KomaMRIPlots.plot( # hide
+p3 = KomaMRIPlots.plot( # hide
     sample_times, # hide
     displacements .* 1e2, # hide
     KomaMRIPlots.Layout( # hide
@@ -108,10 +87,10 @@ p4 = KomaMRIPlots.plot( # hide
         xaxis_title = "time (s)", # hide
         yaxis_title = "Displacement (cm)" # hide
     )) # hide
-KomaMRIPlots.restyle!(p4,1:3, name=["Δx", "Δy", "Δz"]) # hide
+KomaMRIPlots.restyle!(p3,1:3, name=["Δx", "Δy", "Δz"]) # hide
 
-#md savefig(p4, "../assets/5-displacements.html") # hide
-#jl display(p4)
+#md savefig(p3, "../assets/5-displacements.html") # hide
+#jl display(p3)
 
 #md # ```@raw html
 #md # <center><object type="text/html" data="../../assets/5-displacements.html" style="width:90%; height:470px;"></object></center>
@@ -126,13 +105,12 @@ acq1.kdata[1] .*= exp.(im*ΔΦ)
 
 image2 = reconstruction(acq1, reconParams) # hide
 
-p5 = plot_image(abs.(image1[:, :, 1]); height=400) # hide
-p6 = plot_image(abs.(image2[:, :, 1]); height=400) # hide
+p4 = plot_image(abs.(image2[:, :, 1]); height=400) # hide
 
-#md savefig(p5, "../assets/5-recon2.html") # hide
-#md savefig(p6, "../assets/5-recon3.html") # hide
-#jl display(p5)
-#jl display(p6)
+#md savefig(p4, "../assets/5-recon2.html") # hide
+
+#jl display(p2)
+#jl display(p4)
 
 # On the left, you can see the original reconstructed image 
 # and the artifact produced by the translation in x.
@@ -141,5 +119,5 @@ p6 = plot_image(abs.(image2[:, :, 1]); height=400) # hide
 # we would have obtained from simulating over a static phantom.
 
 #md # ```@raw html
-#md # <object type="text/html" data="../../assets/5-recon2.html" style="width:50%; height:420px;"></object><object type="text/html" data="../../assets/5-recon3.html" style="width:50%; height:420px;"></object>
+#md # <object type="text/html" data="../../assets/5-recon1.html" style="width:50%; height:420px;"></object><object type="text/html" data="../../assets/5-recon2.html" style="width:50%; height:420px;"></object>
 #md # ```

From 3c2c8c510c5b777660064fefda9ef9e9cc990d19 Mon Sep 17 00:00:00 2001
From: Pablo Villacorta Aylagas <pablo.villacorta@uva.es>
Date: Fri, 31 May 2024 20:32:00 +0200
Subject: [PATCH 42/51] Fix table does not work on docstrings

---
 .../src/datatypes/phantom/motion/simplemotion/Rotation.jl      | 3 +--
 1 file changed, 1 insertion(+), 2 deletions(-)

diff --git a/KomaMRIBase/src/datatypes/phantom/motion/simplemotion/Rotation.jl b/KomaMRIBase/src/datatypes/phantom/motion/simplemotion/Rotation.jl
index 073da3f14..6b48a6917 100644
--- a/KomaMRIBase/src/datatypes/phantom/motion/simplemotion/Rotation.jl
+++ b/KomaMRIBase/src/datatypes/phantom/motion/simplemotion/Rotation.jl
@@ -6,8 +6,7 @@ x (pitch), y (roll), and z (yaw).
 We follow the RAS (Right-Anterior-Superior) orientation, 
 and the rotations are applied following the right-hand rule (counter-clockwise):
 
-| ![Head Rotation Axis](../assets/head-rotation-axis.svg) |
-| ------------------------------------------------------- |
+![Head Rotation Axis](../assets/head-rotation-axis.svg)
 
 The applied rotation matrix is obtained as follows: 
 ```math

From 378664a9fe4f99138ae595c4e85fac75374c9910 Mon Sep 17 00:00:00 2001
From: Pablo Villacorta Aylagas <pablo.villacorta@uva.es>
Date: Sun, 2 Jun 2024 19:45:28 +0200
Subject: [PATCH 43/51] Change LaTex equation syntax

Co-authored-by: Carlos Castillo Passi <cncastillo@uc.cl>
---
 examples/3.tutorials/lit-05-SimpleMotion.jl | 2 +-
 1 file changed, 1 insertion(+), 1 deletion(-)

diff --git a/examples/3.tutorials/lit-05-SimpleMotion.jl b/examples/3.tutorials/lit-05-SimpleMotion.jl
index bc3170a5f..5b6de4d3a 100644
--- a/examples/3.tutorials/lit-05-SimpleMotion.jl
+++ b/examples/3.tutorials/lit-05-SimpleMotion.jl
@@ -69,7 +69,7 @@ p2 = plot_image(abs.(image1[:, :, 1]); height=400) # hide
 # at the time instant when the sample was acquired [[Godenschweger, 2016]](https://www.ncbi.nlm.nih.gov/pmc/articles/PMC4930872/):
 
 # ```math
-# S(k_x, k_y, k_z)_{\text{cor}} = S(k_x, k_y, k_z)_{\text{orig}} \cdot e^{i \Delta \phi_{\text{cor}}} = S(k_x, k_y, k_z)_{\text{orig}} \cdot e^{i 2 \pi (k_x \Delta x + k_y \Delta y + k_z \Delta z)}
+# S_{\mathrm{MC}}\left(t\right)=S\left(t\right)\cdot\mathrm{e}^{\mathrm{i}\Delta\phi_{\mathrm{corr}}}=S\left(t\right)\cdot\mathrm{e}^{\mathrm{i}2\pi\boldsymbol{k}\left(t\right)\cdot\boldsymbol{u}\left(t\right)}
 # ```
 
 # We need to obtain the displacements in every ADC sampling time of the sequence.

From 58cd73be2d5904338e9140647048fafbc9ef57d2 Mon Sep 17 00:00:00 2001
From: Pablo Villacorta Aylagas <pablo.villacorta@uva.es>
Date: Sun, 2 Jun 2024 19:46:23 +0200
Subject: [PATCH 44/51] Change explanation

Co-authored-by: Carlos Castillo Passi <cncastillo@uc.cl>
---
 examples/3.tutorials/lit-05-SimpleMotion.jl | 9 ++++-----
 1 file changed, 4 insertions(+), 5 deletions(-)

diff --git a/examples/3.tutorials/lit-05-SimpleMotion.jl b/examples/3.tutorials/lit-05-SimpleMotion.jl
index 5b6de4d3a..f9b92a820 100644
--- a/examples/3.tutorials/lit-05-SimpleMotion.jl
+++ b/examples/3.tutorials/lit-05-SimpleMotion.jl
@@ -62,11 +62,10 @@ p2 = plot_image(abs.(image1[:, :, 1]); height=400) # hide
 
 # ### Motion-Corrected Reconstruction
 # 
-# Once simulation is done, it is possible to perform a corrected reconstrution 
-# in order to revert the motion effect in the final image. 
-# This can be achieved by multiplying each sample of the acquired signal 
-# by a phase which is proportional to the displacement in each direction (Δx, Δy, Δz)
-# at the time instant when the sample was acquired [[Godenschweger, 2016]](https://www.ncbi.nlm.nih.gov/pmc/articles/PMC4930872/):
+# To correct for the motion-induced artifacts we can perform a motion-corrected reconstruction. 
+# This can be achieved by multiplying each sample of the acquired signal  ``S(t)``
+# by a phase shift ``\Delta\phi_{\mathrm{corr}}`` proportional to the displacement ``\boldsymbol{u}(t)``
+# [[Godenschweger, 2016]](https://www.ncbi.nlm.nih.gov/pmc/articles/PMC4930872/):
 
 # ```math
 # S_{\mathrm{MC}}\left(t\right)=S\left(t\right)\cdot\mathrm{e}^{\mathrm{i}\Delta\phi_{\mathrm{corr}}}=S\left(t\right)\cdot\mathrm{e}^{\mathrm{i}2\pi\boldsymbol{k}\left(t\right)\cdot\boldsymbol{u}\left(t\right)}

From 9460d17681a0f5746c29f83eb8908f3d0d93f1b0 Mon Sep 17 00:00:00 2001
From: Pablo Villacorta Aylagas <pablo.villacorta@uva.es>
Date: Sun, 2 Jun 2024 19:46:42 +0200
Subject: [PATCH 45/51] Change explanation

Co-authored-by: Carlos Castillo Passi <cncastillo@uc.cl>
---
 examples/3.tutorials/lit-05-SimpleMotion.jl | 6 ++----
 1 file changed, 2 insertions(+), 4 deletions(-)

diff --git a/examples/3.tutorials/lit-05-SimpleMotion.jl b/examples/3.tutorials/lit-05-SimpleMotion.jl
index f9b92a820..330225166 100644
--- a/examples/3.tutorials/lit-05-SimpleMotion.jl
+++ b/examples/3.tutorials/lit-05-SimpleMotion.jl
@@ -71,10 +71,8 @@ p2 = plot_image(abs.(image1[:, :, 1]); height=400) # hide
 # S_{\mathrm{MC}}\left(t\right)=S\left(t\right)\cdot\mathrm{e}^{\mathrm{i}\Delta\phi_{\mathrm{corr}}}=S\left(t\right)\cdot\mathrm{e}^{\mathrm{i}2\pi\boldsymbol{k}\left(t\right)\cdot\boldsymbol{u}\left(t\right)}
 # ```
 
-# We need to obtain the displacements in every ADC sampling time of the sequence.
-# Since translation is a rigid motion, 
-# we can obtain the displacements only for one spin, 
-# as the displacements of the rest will be the same.
+# In practice, we would need to estimate or measure the motion before performing a motion-corrected reconstruction, but for this example, we will directly use the displacement functions ``\boldsymbol{u}(\boldsymbol{x}, t)`` defined by `obj.motion::SimpleMotion`. 
+# Since translations are rigid motions (``\boldsymbol{u}(\boldsymbol{x}, t)=\boldsymbol{u}(t)`` no position dependence), we can obtain the required displacements by calculating ``\boldsymbol{u}(\boldsymbol{x}=\boldsymbol{0},\ t=t_{\mathrm{adc}})``.
 sample_times = get_adc_sampling_times(seq1)
 displacements = hcat(get_spin_coords(obj.motion, [0.0], [0.0], [0.0], sample_times)...)
 

From eeea1dc4cf1f2f6fa5ebefe0e37b56386ea018d8 Mon Sep 17 00:00:00 2001
From: Pablo Villacorta Aylagas <pablo.villacorta@uva.es>
Date: Sun, 2 Jun 2024 19:48:07 +0200
Subject: [PATCH 46/51] Change explanation

Co-authored-by: Carlos Castillo Passi <cncastillo@uc.cl>
---
 examples/3.tutorials/lit-05-SimpleMotion.jl | 2 +-
 1 file changed, 1 insertion(+), 1 deletion(-)

diff --git a/examples/3.tutorials/lit-05-SimpleMotion.jl b/examples/3.tutorials/lit-05-SimpleMotion.jl
index 330225166..260c69c94 100644
--- a/examples/3.tutorials/lit-05-SimpleMotion.jl
+++ b/examples/3.tutorials/lit-05-SimpleMotion.jl
@@ -97,7 +97,7 @@ KomaMRIPlots.restyle!(p3,1:3, name=["Δx", "Δy", "Δz"]) # hide
 _, kspace = get_kspace(seq1)
 ΔΦ = 2π*sum(kspace .* displacements, dims=2)
 
-# And we apply the phase correction:
+# And apply it to the acquired signal to correct its phase:
 acq1.kdata[1] .*= exp.(im*ΔΦ)
 
 image2 = reconstruction(acq1, reconParams) # hide

From 662c0fb92efcb626965dba841a3d6e4fa57b9b6b Mon Sep 17 00:00:00 2001
From: Pablo Villacorta Aylagas <pablo.villacorta@uva.es>
Date: Sun, 2 Jun 2024 19:48:23 +0200
Subject: [PATCH 47/51] Change explanation

Co-authored-by: Carlos Castillo Passi <cncastillo@uc.cl>
---
 examples/3.tutorials/lit-05-SimpleMotion.jl | 6 +-----
 1 file changed, 1 insertion(+), 5 deletions(-)

diff --git a/examples/3.tutorials/lit-05-SimpleMotion.jl b/examples/3.tutorials/lit-05-SimpleMotion.jl
index 260c69c94..45536f90b 100644
--- a/examples/3.tutorials/lit-05-SimpleMotion.jl
+++ b/examples/3.tutorials/lit-05-SimpleMotion.jl
@@ -109,11 +109,7 @@ p4 = plot_image(abs.(image2[:, :, 1]); height=400) # hide
 #jl display(p2)
 #jl display(p4)
 
-# On the left, you can see the original reconstructed image 
-# and the artifact produced by the translation in x.
-# On the right, the result of the motion-corrected reconstruction, 
-# where we have achieved an image similar to the one 
-# we would have obtained from simulating over a static phantom.
+# Finally, we compare the original image ▶️ and the motion-corrected reconstruction ⏸️:
 
 #md # ```@raw html
 #md # <object type="text/html" data="../../assets/5-recon1.html" style="width:50%; height:420px;"></object><object type="text/html" data="../../assets/5-recon2.html" style="width:50%; height:420px;"></object>

From 9eedd1d52b9dcecc2c31ba1a04555acd4278781d Mon Sep 17 00:00:00 2001
From: Pablo Villacorta Aylagas <pablo.villacorta@uva.es>
Date: Sun, 2 Jun 2024 19:48:50 +0200
Subject: [PATCH 48/51] Minor change in docstring

Co-authored-by: Carlos Castillo Passi <cncastillo@uc.cl>
---
 KomaMRIBase/src/datatypes/phantom/motion/SimpleMotion.jl | 2 +-
 1 file changed, 1 insertion(+), 1 deletion(-)

diff --git a/KomaMRIBase/src/datatypes/phantom/motion/SimpleMotion.jl b/KomaMRIBase/src/datatypes/phantom/motion/SimpleMotion.jl
index 36ad9bea6..166832509 100644
--- a/KomaMRIBase/src/datatypes/phantom/motion/SimpleMotion.jl
+++ b/KomaMRIBase/src/datatypes/phantom/motion/SimpleMotion.jl
@@ -51,7 +51,7 @@ Base.:(==)(t1::SimpleMotionType, t2::SimpleMotionType) = false
 Base.:(≈)(t1::SimpleMotionType, t2::SimpleMotionType)  = false
 
 """
-    x, y, z = get_spin_coords(motion, x, y, z, t')
+    x, y, z = get_spin_coords(motion, x, y, z, t)
 
 Calculates the position of each spin at a set of arbitrary time instants, i.e. the time steps of the simulation. 
 For each dimension (x, y, z), the output matrix has ``N_{\text{spins}}`` rows and `length(t)` columns.

From 4223e7cb21a7426aa770663bdf1a0b62e3a37e80 Mon Sep 17 00:00:00 2001
From: Pablo Villacorta Aylagas <pablo.villacorta@uva.es>
Date: Sun, 2 Jun 2024 19:51:10 +0200
Subject: [PATCH 49/51] Reduce figure size

---
 examples/3.tutorials/lit-05-SimpleMotion.jl | 2 +-
 1 file changed, 1 insertion(+), 1 deletion(-)

diff --git a/examples/3.tutorials/lit-05-SimpleMotion.jl b/examples/3.tutorials/lit-05-SimpleMotion.jl
index 45536f90b..bf50182ad 100644
--- a/examples/3.tutorials/lit-05-SimpleMotion.jl
+++ b/examples/3.tutorials/lit-05-SimpleMotion.jl
@@ -90,7 +90,7 @@ KomaMRIPlots.restyle!(p3,1:3, name=["Δx", "Δy", "Δz"]) # hide
 #jl display(p3)
 
 #md # ```@raw html
-#md # <center><object type="text/html" data="../../assets/5-displacements.html" style="width:90%; height:470px;"></object></center>
+#md # <center><object type="text/html" data="../../assets/5-displacements.html" style="width:80%; height:300px;"></object></center>
 #md # ```
 
 # We can now get the necessary phase shift for each sample:

From 099080c6fd320fe6a305dd378d5e701b3123a428 Mon Sep 17 00:00:00 2001
From: Pablo Villacorta Aylagas <pablo.villacorta@uva.es>
Date: Sun, 2 Jun 2024 20:07:24 +0200
Subject: [PATCH 50/51] Remove explanation from API docs, leave for
 "Explanations"

---
 docs/src/reference/2-koma-base.md | 4 ----
 1 file changed, 4 deletions(-)

diff --git a/docs/src/reference/2-koma-base.md b/docs/src/reference/2-koma-base.md
index 29ec6b16d..9d37e4797 100644
--- a/docs/src/reference/2-koma-base.md
+++ b/docs/src/reference/2-koma-base.md
@@ -34,10 +34,6 @@ SimpleMotion
 
 ### `SimpleMotion types`
 
-There are two main types of simple motions: periodic and non-periodic.
-- **Non-periodic** motions are defined by the start time (`t_start`), the end time (`t_end`), and the maximum amplitude of the movement, which is reached (with constant velocity) at t=`t_end`. Examples of these non-periodic motions are [`Translation`](@ref), [`Rotation`](@ref) and [`HeartBeat`](@ref).
-- **Periodic** motions are defined by the `period`, the time `asymmetry` factor, and the maximum amplitude of the movement, which is reached (with constant velocity) at t=`period`*`asymmetry`. Examples of these periodic motions are [`PeriodicTranslation`](@ref), [`PeriodicRotation`](@ref) and [`PeriodicHeartBeat`](@ref).
-
 ```@docs
 Translation
 Rotation

From f6074ecc3baac499dec1e85fed1bafa8c24a4a76 Mon Sep 17 00:00:00 2001
From: Pablo Villacorta Aylagas <pablo.villacorta@uva.es>
Date: Mon, 3 Jun 2024 12:27:26 +0200
Subject: [PATCH 51/51] =?UTF-8?q?=CE=94x=20->=20ux(t)=20in=20plot?=
MIME-Version: 1.0
Content-Type: text/plain; charset=UTF-8
Content-Transfer-Encoding: 8bit

---
 examples/3.tutorials/lit-05-SimpleMotion.jl | 2 +-
 1 file changed, 1 insertion(+), 1 deletion(-)

diff --git a/examples/3.tutorials/lit-05-SimpleMotion.jl b/examples/3.tutorials/lit-05-SimpleMotion.jl
index bf50182ad..c26a8aa3f 100644
--- a/examples/3.tutorials/lit-05-SimpleMotion.jl
+++ b/examples/3.tutorials/lit-05-SimpleMotion.jl
@@ -84,7 +84,7 @@ p3 = KomaMRIPlots.plot( # hide
         xaxis_title = "time (s)", # hide
         yaxis_title = "Displacement (cm)" # hide
     )) # hide
-KomaMRIPlots.restyle!(p3,1:3, name=["Δx", "Δy", "Δz"]) # hide
+KomaMRIPlots.restyle!(p3,1:3, name=["ux(t)", "uy(t)", "uz(t)"]) # hide
 
 #md savefig(p3, "../assets/5-displacements.html") # hide
 #jl display(p3)