文件名称:Ponytail
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How to Simulate A Ponytail - The Sample App
This is a very simple Lagrange Multiplier constrained dynamics
simulator to accompany my articles and lectures on How to Simulate a
Ponytail.
For more information, see http://chrishecker.com/How_to_Simulate_a_Ponytail
The code should be relatively portable. There s a glut interface that
has probably rotted but shouldn t be too hard to get working.
The Ax=b matrix solver is from http://www.netlib.org/c/sge.shar, and I
think it s public domain because it s a US Government contribution.
If you ve got Visual C++ 6.0 installed and have an OpenGL library, you can compile and execute it. -How to Simulate A Ponytail - The Sample App
This is a very simple Lagrange Multiplier constrained dynamics
simulator to accompany my articles and lectures on How to Simulate a
Ponytail.
For more information, see http://chrishecker.com/How_to_Simulate_a_Ponytail
The code should be relatively portable. There s a glut interface that
has probably rotted but shouldn t be too hard to get working.
The Ax=b matrix solver is from http://www.netlib.org/c/sge.shar, and I
think it s public domain because it s a US Government contribution.
If you ve got Visual C++ 6.0 installed and have an OpenGL library, you can compile and execute it.
This is a very simple Lagrange Multiplier constrained dynamics
simulator to accompany my articles and lectures on How to Simulate a
Ponytail.
For more information, see http://chrishecker.com/How_to_Simulate_a_Ponytail
The code should be relatively portable. There s a glut interface that
has probably rotted but shouldn t be too hard to get working.
The Ax=b matrix solver is from http://www.netlib.org/c/sge.shar, and I
think it s public domain because it s a US Government contribution.
If you ve got Visual C++ 6.0 installed and have an OpenGL library, you can compile and execute it. -How to Simulate A Ponytail - The Sample App
This is a very simple Lagrange Multiplier constrained dynamics
simulator to accompany my articles and lectures on How to Simulate a
Ponytail.
For more information, see http://chrishecker.com/How_to_Simulate_a_Ponytail
The code should be relatively portable. There s a glut interface that
has probably rotted but shouldn t be too hard to get working.
The Ax=b matrix solver is from http://www.netlib.org/c/sge.shar, and I
think it s public domain because it s a US Government contribution.
If you ve got Visual C++ 6.0 installed and have an OpenGL library, you can compile and execute it.
相关搜索: Lagrange multiplier
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下载文件列表
linalg.h
Makefile
MAKEGLUT
MATH3D.CPP
MATH3D.H
mesh.h
PHYSICS.CPP
PHYSICS.H
PHYSICS.ICO
PHYSICS.RC
Ponytail.dsp
Ponytail.dsw
Ponytail.exe
Ponytail.ncb
Ponytail.opt
Ponytail.plg
ponytail.png
readme.txt
sgeco.c
sgefa.c
sgesl.c
WIN32.CPP
WIN32.H
blas.c
ge.h
GLUT.CPP
IFACE.H
Makefile
MAKEGLUT
MATH3D.CPP
MATH3D.H
mesh.h
PHYSICS.CPP
PHYSICS.H
PHYSICS.ICO
PHYSICS.RC
Ponytail.dsp
Ponytail.dsw
Ponytail.exe
Ponytail.ncb
Ponytail.opt
Ponytail.plg
ponytail.png
readme.txt
sgeco.c
sgefa.c
sgesl.c
WIN32.CPP
WIN32.H
blas.c
ge.h
GLUT.CPP
IFACE.H
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