LEMS_pyr_multi_comp.xml

<Lems>
    
    <!-- 

        This LEMS file has been automatically generated using PyNeuroML v0.7.1 (libNeuroML v0.4.0)

     -->
    
    <!-- Specify which component to run -->
    <Target component="pyr_multi_comp"/>

    <!-- Include core NeuroML2 ComponentType definitions -->
    <Include file="Cells.xml"/>
    <Include file="Networks.xml"/>
    <Include file="Simulation.xml"/>
    
    <Include file="epsp_tuft.xml"/>
    <Include file="pyr_multi_comp.net.nml"/>
    <Include file="pyr_model2.cell.nml"/>
    <Include file="kca.channel.nml"/>
    <Include file="sca.channel.nml"/>
    <Include file="cad.nml"/>
    <Include file="nat.channel.nml"/>
    <Include file="pas.channel.nml"/>
    <Include file="kfast.channel.nml"/>
    <Include file="kslow.channel.nml"/>
    <Include file="nap.channel.nml"/>
    <Include file="IKM.channel.nml"/>
    <Include file="ih.channel.nml"/>
   
    <Simulation id="pyr_multi_comp" length="700ms" step="0.005ms" target="single_pyr_cell_network" seed="123">  <!-- Note seed: ensures same random numbers used every run -->
        
        <OutputFile id="output0" fileName="pyr_multi_comp.dat">
            <OutputColumn id="pop0_0_soma_v" quantity="pop0/0/pyr_model2/0/v"/> 
            <OutputColumn id="pop0_0_apical_v" quantity="pop0/0/pyr_model2/13/v"/> 
            <OutputColumn id="pop0_0_tuft_v" quantity="pop0/0/pyr_model2/23/v"/> 
        </OutputFile>
        
    </Simulation>

</Lems>