v0.1.0

• Verified Grunwald-Letnikov implementation.
• Followed flake8, PEP8 naming conventions.
• Added user defined switch time to hybrid quadrature methods.
• Resolved #22 regarding function output of (n,) vs. (n,1) arrays.
• Allow for user defined singularity location not at upper limit.

v0.0.1

• Fixed bug with hybrid quadrature methods for handling problems where lower does not equal 0.

v0.0.0

Initial release for pyfod package.

Contains fractional derivative calculators for

• Riemann-Liouville
• Caputo (Pending)
• Grünwald-Letnikov (Pending)

Depending on which definition of fractional derivative you are using, you also have access to the following quadrature methods:

• Riemann Sum
• Gauss Legendre
• Gauss Laguerre
• Hybrid: Gauss Legendre, Riemann Sum
• Hybrid: Gauss Legendre, Gauss Laguerre

v0.0.0rc1

Initial release candidate for pyfod package.

Contains fractional derivative calculator with four quadrature methods:

• Riemann Sum
• Gauss Legendre
• Gauss Laguerre
• Gauss Legendre, Riemann Sum