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Methods for calculating (usually) accurate numerical first and second order derivatives. Accurate calculations are done using 'Richardson''s' extrapolation or, when applicable, a complex step derivative is available. A simple difference method is also provided. Simple difference is (usually) less accurate but is much quicker than 'Richardson''s' extrapolation and provides a useful cross-check. Methods are provided for real scalar and vector valued functions.

Type Size Name Uploaded Downloads Labels
conda 121.5 kB | zos-z/r-numderiv-2016.8_1-r352_7.tar.bz2  5 years and 5 months ago 9 main abs-r2 ptf_2019_q3
conda 121.5 kB | zos-z/r-numderiv-2016.8_1-r352_6.tar.bz2  5 years and 5 months ago 2
conda 121.4 kB | zos-z/r-numderiv-2016.8_1-r352_5.tar.bz2  5 years and 5 months ago 2 abs-r
conda 121.5 kB | zos-z/r-numderiv-2016.8_1-r352_4.tar.bz2  5 years and 6 months ago 16 abs q2_fail
conda 123.3 kB | zos-z/r-numderiv-2016.8_1-r352_3.tar.bz2  5 years and 7 months ago 4 r-essentials
conda 123.0 kB | zos-z/r-numderiv-2016.8_1-r352_2.tar.bz2  5 years and 8 months ago 3 test
conda 123.0 kB | zos-z/r-numderiv-2016.8_1-r352_1.tar.bz2  5 years and 8 months ago 1 test
conda 129.3 kB | zos-z/r-numderiv-2016.8_1-r3.4.3_0.tar.bz2  6 years and 2 months ago 0 r-lang

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