Mercurial > hg > smallbox
view solvers/SMALL_ompGabor/ompmexGabor.c @ 190:759313488e7b luisf_dev
Added two config files for the 2 step dic and learn scripts; removed 'extra' folder; created init script (initial version).
author | luisf <luis.figueira@eecs.qmul.ac.uk> |
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date | Tue, 13 Mar 2012 17:33:20 +0000 |
parents | 31d2864dfdd4 |
children |
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/************************************************************************** * * File name: ompmex.c * * Ron Rubinstein * Computer Science Department * Technion, Haifa 32000 Israel * ronrubin@cs * * Last Updated: 18.8.2009 * *************************************************************************/ #include "ompcoreGabor.h" #include "omputils.h" #include "mexutils.h" /* Input Arguments */ #define IN_D prhs[0] #define IN_X prhs[1] #define IN_DtX prhs[2] #define IN_G prhs[3] #define IN_T prhs[4] #define IN_SPARSE_G prhs[5] #define IN_MSGDELTA prhs[6] #define IN_PROFILE prhs[7] /* Output Arguments */ #define GAMMA_OUT plhs[0] /***************************************************************************************/ void mexFunction(int nlhs, mxArray *plhs[], int nrhs, const mxArray*prhs[]) { double *D, *x, *DtX, *G, msgdelta; int gmode, profile, T; mwSize m, n, L; /* D is n x m , X is n x L, DtX is m x L */ /* check parameters */ checkmatrix(IN_D, "OMP", "D"); checkmatrix(IN_X, "OMP", "X"); checkmatrix(IN_DtX, "OMP", "DtX"); checkmatrix(IN_G, "OMP", "G"); checkscalar(IN_T, "OMP", "T"); checkscalar(IN_SPARSE_G, "OMP", "sparse_g"); checkscalar(IN_MSGDELTA, "OMP", "msgdelta"); checkscalar(IN_PROFILE, "OMP", "profile"); /* get parameters */ x = D = DtX = G = 0; if (!mxIsEmpty(IN_D)) D = mxGetPr(IN_D); if (!mxIsEmpty(IN_X)) x = mxGetPr(IN_X); if (!mxIsEmpty(IN_DtX)) DtX = mxGetPr(IN_DtX); if (!mxIsEmpty(IN_G)) G = mxGetPr(IN_G); T = (int)(mxGetScalar(IN_T)+1e-2); if ((int)(mxGetScalar(IN_SPARSE_G)+1e-2)) { gmode = SPARSE_GAMMA; } else { gmode = FULL_GAMMA; } msgdelta = mxGetScalar(IN_MSGDELTA); profile = (int)(mxGetScalar(IN_PROFILE)+1e-2); /* check sizes */ if (D && x) { n = mxGetM(IN_D); m = mxGetN(IN_D); L = mxGetN(IN_X); if (mxGetM(IN_X) != n) { mexErrMsgTxt("D and X have incompatible sizes."); } if (G) { if (mxGetN(IN_G)!=mxGetM(IN_G)) { mexErrMsgTxt("G must be a square matrix."); } if (mxGetN(IN_G) != m) { mexErrMsgTxt("D and G have incompatible sizes."); } } } else if (DtX) { m = mxGetM(IN_DtX); L = mxGetN(IN_DtX); n = T; /* arbitrary - it is enough to assume signal length is T */ if (mxGetN(IN_G)!=mxGetM(IN_G)) { mexErrMsgTxt("G must be a square matrix."); } if (mxGetN(IN_G) != m) { mexErrMsgTxt("DtX and G have incompatible sizes."); } } else { mexErrMsgTxt("Either D and X, or DtX, must be specified."); } /* Do OMP! */ GAMMA_OUT = ompcoreGabor(D, x, DtX, 0, G, n, m, L, T, 0, gmode, profile, msgdelta, 0); return; }