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This is an automatic differentiation library written in D supporting one-dimensional, real-valued derivatives of arbitrary order. It is not a high performance library. It could become one; I'm not against that by any means! It's just that I originally built this library after learning about automatic differentiation. The elegance of the concept struct me. I had to implement it.

Features

• supports all of D's arithmetic operators
• support the same set of functions as core.math
• supports the same set of functions as std.math
  • std.math.constants
  • std.math.algebraic
    • abs (implicitly)
    • fabs
    • sqrt
    • cbrt
    • hypot
    • poly
    • nextPow2 (not implemented yet)
    • truncPow2 (not implemented yet)
  • std.math.trigonometry (not implemented yet)
  • std.math.rounding (not implemented yet)
  • std.math.exponential (not implemented yet)
  • std.math.remainder (not implemented yet)
  • std.math.operations (not implemented yet)
  • std.math.traits (not implemented yet)
  • std.math.hardware (not implemented yet)
• supports arbitrary order differentiation, must be fixed at compile time

Examples

To be continued ...

Overview

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Building

To be continued ...