Code covered by the BSD License
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AC_deform(vertex,alpha,beta,t...
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AC_display(vertex,flag,LineSp...
AC_DISPLAY Display the contour on the current axis.
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AC_initial(res, type, p)
AC_INITIAL Initialize an active contour (AC), also known as snake.
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AC_isoLine(E, lambda, eta)
AC_ISOLINE Select the optimal close isoline(s).
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AC_quiver(Fext, I)
AC_QUIVER Display the 2D external force field in arrows.
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AC_remesh(vertex,res,method, ...
AC_REMESH Remesh an active contour (AC) to ensure the resolution.
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AM_CoD(Fext,R)
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AM_FFS(Fext,f)
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AM_GVF(f, mu, in, normalize)
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AM_PIG(Fext, omega, f)
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AM_VFC(f, K, normalize, phi, ...
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AM_VFK(D, r, type, a, R)
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AM_gradient(A, R)
AM_GRADIENT 2D/3D gradient, a faster implementation than build-in GRADIENT().
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AM_laplacian(A)
AM_LAPLACIAN 2D/3D discrete Laplacian, a faster implementation than build-in DEL2().
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Contents.m
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example_pig.m
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example_vfc.m
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View all files
from
Parametric Active Model Toolbox
by Bing Li
Collection of functions and examples of parametric active model.
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| All files for Parametric Active Model Toolbox |
/AMT/AC_deform.m
/AMT/AC_display.m
/AMT/AC_initial.m
/AMT/AC_isoLine.m
/AMT/AC_quiver.m
/AMT/AC_remesh.m
/AMT/AM_CoD.m
/AMT/AM_FFS.m
/AMT/AM_GVF.m
/AMT/AM_GVF_c.c
/AMT/AM_PIG.m
/AMT/AM_VFC.m
/AMT/AM_VFK.m
/AMT/AM_gradient.m
/AMT/AM_gradient_c.c
/AMT/AM_laplacian.m
/AMT/AM_laplacian_c.c
/AMT/Contents.m
/AMT/TIP.07.VFC.pdf
/AMT/TIP.08.PIG.pdf
/AMT/example_pig.m
/AMT/example_vfc.m
/AMT/im_U.bmp
/AMT/im_Unoisy.bmp
/AMT/im_lung.png
/AMT/licence.txt
/AMT/readme.txt
/license.txt
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