I build of ODE 0.14 for Windows and Linux 32/64-bit. Jan 27, 2017
download precompiled binaries: ode-0.14.zip
download source code with codeblocks project: ode-0.14-src.zip
included in the zip file: (extracted ~31MB)
ode-0.14/ode-0.14.bi
ode-0.14/libode-0.14-32.so
ode-0.14/libode-0.14-64.so
ode-0.14/ode-0.14-32.dll
ode-0.14/ode-0.14-64.dll
optional windows import libs:
ode-0.14/lib/libode-0.14-32.dll.a
ode-0.14/lib/libode-0.14-64.dll.a
ode-0.14/lib/libode-0.14-debug-32.dll.a
ode-0.14/lib/libode-0.14-debug-64.dll.a
will be linked if -g are used:
ode-0.14/libode-0.14-debug-32.so
ode-0.14/libode-0.14-debug-64.so
ode-0.14/ode-0.14-debug-32.dll
ode-0.14/ode-0.14-debug-64.dll
Joshy
ODE 0.14 Windows and Linux 32/64-bit Jan 27, 2017
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ODE 0.14 Windows and Linux 32/64-bit Jan 27, 2017
Last edited by D.J.Peters on Oct 12, 2022 18:39, edited 1 time in total.
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- Posts: 8586
- Joined: May 28, 2005 3:28
- Contact:
Re: ODE 0.14 Windows and Linux 32/64-bit Jan 27, 2017
Because of malware on alice-dsl.net domain I moved all content to my new shiny3d.de server.
Joshy
Joshy
Re: ODE 0.14 Windows and Linux 32/64-bit Jan 27, 2017
Elsewhere, I've been using an ODE solver that returns an answer that contains the erfi(z)
function, where z might be complex.
This function can return quite large numbers even for moderately large values of z, do you know of a
way to avoid, or manage, this ?
function, where z might be complex.
This function can return quite large numbers even for moderately large values of z, do you know of a
way to avoid, or manage, this ?