Symbolic integration of trigonometric functions
Hi, the Ginac documentation says: "GiNaC is not very good (yet?) at symbolically evaluating integrals" so I though I might help it along. Code for sin() and cos() is in this branch which is based on the current master: https://github.com/jrheinlaender/ginac/tree/jrheinlaender/integral and if you like it I might add more functions. Jan Rheinländer
Hi, sorry for re-posting this. But I'm just unsure whether the below mail ever made it to the list. Jan -------- Original-Nachricht -------- Betreff: Symbolic integration of trigonometric functions Datum: Wed, 01 Jan 2014 06:32:33 +0100 Von: Jan <jrheinlaender@gmx.de> An: ginac-devel@ginac.de Hi, the Ginac documentation says: "GiNaC is not very good (yet?) at symbolically evaluating integrals" so I though I might help it along. Code for sin() and cos() is in this branch which is based on the current master: https://github.com/jrheinlaender/ginac/tree/jrheinlaender/integral and if you like it I might add more functions. Jan Rheinländer
On Sun, 12 Jan 2014 11:51:16 +0100, Jan <jrheinlaender@gmx.de> said:
JR> Hi, sorry for re-posting this. But I'm just unsure whether the JR> below mail ever made it to the list. Yes, Jan, it was posted through the list. -- Vladimir V. Kisil email: kisilv@maths.leeds.ac.uk www: http://www.maths.leeds.ac.uk/~kisilv/ Book: Geometry of Mobius Transformations http://www.worldscientific.com/worldscibooks/10.1142/p835
participants (2)
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Jan
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Vladimir V. Kisil