cvlib_mex：供matlab调用封装openCV函数(windows 64位matlab)

/* * Coffeeright (c) 2002-2007 by J. Luis * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; version 2 of the License. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * Contact info: w3.ualg.pt/~jluis *--------------------------------------------------------------------*/ /* Program: cvlib_mex.c * Purpose: matlab callable routine to interface with some OpenCV library functions * * Revision 15.0 28/03/2008 JL Finally finished the approxPoly (Douglas-Peucker) function * Revision 14.0 21/03/2008 JL Added cvPow, cvLog, cvExp and hypot. Also replaced a couple of mxCalloc by mxMalloc * Revision 13.0 01/01/2008 Chuong Nguyen added MatchTemplate * Revision 12.0 12/10/2007 JL Added cvCvtScale (need to include in help) * Revision 11.0 30/04/2007 JL corrected memory leaks as kindly pointed by James Hays * Revision 10.0 27/04/2007 JL Added AbsDiff, finished PutText and fixed fix of JfindContours * Revision 9.0 04/03/2007 JL Fixed JfindContours (well I thought I did - 28-4-07) * Revision 8.0 14/02/2007 JL In Floodfill convert fill color to [0 255] if it was [0 1] * Revision 7.0 26/01/2007 JL Fixed crash when individual cell were empty with the polygon option * Revision 6.0 02/12/2006 JL Added FillPoly and FillConvexPoly * Revision 5.0 29/11/2006 JL Added half a dozen of functions more (line, rect, circ, poly, ellip, inpaint) * Revision 4.0 07/11/2006 JL Erode & Diltate in cvHoughCircles (almost the same shit) * Revision 3.0 27/10/2006 JL Updated cvHoughCircles call to 1.0 * Revision 2.0 19/10/2006 JL Edge 'laplace' needed exlicit kernel input * Revision 1.0 31/08/2006 Joaquim Luis * */ #include <math.h> #include "mex.h" /*#include <opencv/cv.h> */ #include <cv.h> #include "opencv2/photo/photo_c.h" #include "opencv2/photo/photo.hpp" #define TRUE 1 #define FALSE 0 void JapproxPoly(int n_out, mxArray *plhs[], int n_in, const mxArray *prhs[]); void Jresize(int n_out, mxArray *plhs[], int n_in, const mxArray *prhs[]); void Jfloodfill(int n_out, mxArray *plhs[], int n_in, const mxArray *prhs[]); void JgoodFeatures(int n_out, mxArray *plhs[], int n_in, const mxArray *prhs[]); void JhoughLines2(int n_out, mxArray *plhs[], int n_in, const mxArray *prhs[]); void JhoughCircles(int n_out, mxArray *plhs[], int n_in, const mxArray *prhs[]); void Jedge(int n_out, mxArray *plhs[], int n_in, const mxArray *prhs[], const char *method); void JerodeDilate(int n_out, mxArray *plhs[], int n_in, const mxArray *prhs[], const char *method); void JmorphologyEx(int n_out, mxArray *plhs[], int n_in, const mxArray *prhs[]); void Jcolor(int n_out, mxArray *plhs[], int n_in, const mxArray *prhs[]); void Jarithm(int n_out, mxArray *plhs[], int n_in, const mxArray *prhs[], const char *op); void JaddWeighted(int n_out, mxArray *plhs[], int n_in, const mxArray *prhs[]); void Jflip(int n_out, mxArray *plhs[], int n_in, const mxArray *prhs[]); void JGetQuadrangleSubPix(int n_out, mxArray *plhs[], int n_in, const mxArray *prhs[]); void Jfilter(int n_out, mxArray *plhs[], int n_in, const mxArray *prhs[]); void Jsmooth(int n_out, mxArray *plhs[], int n_in, const mxArray *prhs[]); void Jegipt(int n_out, mxArray *plhs[], int n_in, const mxArray *prhs[], const char *op); void Jshapes(int n_out, mxArray *plhs[], int n_in, const mxArray *prhs[], const char *op); void Jinpaint(int n_out, mxArray *plhs[], int n_in, const mxArray *prhs[]); void Jpolyline(int n_out, mxArray *plhs[], int n_in, const mxArray *prhs[], const char *op); void JfindContours(int n_out, mxArray *plhs[], int n_in, const mxArray *prhs[]); void Jtext(int n_out, mxArray *plhs[], int n_in, const mxArray *prhs[]); void JMatchTemplate(int n_out, mxArray *plhs[], int n_in, const mxArray *prhs[]); void Set_pt_Ctrl_in (struct CV_CTRL *Ctrl, const mxArray *pi , mxArray *pit, int interl); void Set_pt_Ctrl_out1 ( struct CV_CTRL *Ctrl, mxArray *pi ); void Set_pt_Ctrl_out2 (struct CV_CTRL *Ctrl, mxArray *po, int interl); int getNK(const mxArray *p, int which); void interleave(struct CV_CTRL *Ctrl, int nx, int ny, int nBands, int dir); void interleaveUI8(struct CV_CTRL *Ctrl, int nx, int ny, int nBands, int dir); void interleaveI8(struct CV_CTRL *Ctrl, int nx, int ny, int nBands, int dir); void interleaveUI16(struct CV_CTRL *Ctrl, int nx, int ny, int nBands, int dir); void interleaveI16(struct CV_CTRL *Ctrl, int nx, int ny, int nBands, int dir); void interleaveI32(struct CV_CTRL *Ctrl, int nx, int ny, int nBands, int dir); void interleaveF32(struct CV_CTRL *Ctrl, int nx, int ny, int nBands, int dir); void interleaveF64(struct CV_CTRL *Ctrl, int nx, int ny, int nBands, int dir); void interleaveBlind(unsigned char in[], unsigned char out[], int nx, int ny, int nBands, int dir); void interleaveDouble(double in[], double out[], int nx, int ny); void localSetData(struct CV_CTRL *Ctrl, IplImage* img, int dir, int step); void getDataType(struct CV_CTRL *Ctrl, const mxArray *prhs[], int *nBytes, int *img_depth); void cvResizeUsage(), floodFillUsage(), goodFeaturesUsage(), houghLines2Usage(); void cannyUsage(), sobelUsage(), laplaceUsage(), erodeUsage(), dilateUsage(); void morphologyexUsage(), colorUsage(), flipUsage(), filterUsage(), findContoursUsage(); void arithmUsage(), addWeightedUsage(), pyrDUsage(), pyrUUsage(), houghCirclesUsage(); void smoothUsage(), lineUsage(), plineUsage(), rectUsage(), circUsage(), eBoxUsage(); void inpaintUsage(), fillConvUsage(), fillPlineUsage(), textUsage(), powUsage(); void logUsage(), expUsage(), hypotUsage(); void approxPolyUsage(); void MatchTemplateUsage(); struct CV_CTRL { /* active is TRUE if the option has been activated */ struct UInt8 { /* Declare byte pointers */ int active; unsigned char *img_out, *img_in, *tmp_img_in, *tmp_img_out; } UInt8; struct Int8 { /* Declare byte pointers */ int active; char *img_out, *img_in, *tmp_img_in, *tmp_img_out; } Int8; struct UInt16 { /* Declare short int pointers */ int active; unsigned short int *img_out, *img_in, *tmp_img_in, *tmp_img_out; } UInt16; struct Int16 { /* Declare unsigned short int pointers */ int active; short int *img_out, *img_in, *tmp_img_in, *tmp_img_out; } Int16; struct Int32 { /* Declare unsigned int pointers */ int active; int *img_out, *img_in, *tmp_img_in, *tmp_img_out; } Int32; struct Float { /* Declare float pointers */ int active; float *img_out, *img_in, *tmp_img_in, *tmp_img_out; } Float; struct Double { /* Declare double pointers */ int active; double *img_out, *img_in, *tmp_img_in, *tmp_img_out; } Double; }; /* --------------------------------------------------------------------------- */ /* Matlab Gateway routine */ void mexFunction(int n_out, mxArray *plhs[], int n_in, const mxArray *prhs[]) { const char *funName; if (n_in == 0) { mexPrintf("List of currently coded OPENCV functions (original name in parentesis):\n"); mexPrintf("To get a short online help type cvlib_mex(funname)\n"); mexPrintf("E.G. cvlib_mex('resize')\n\n"); mexPrintf("\tabsDiff (cvAbsDiff)\n"); mexPrintf("\tadd (cvAdd)\n"); mexPrintf("\taddS (cvAddS)\n"); mexPrintf("\taddweighted (cvAddWeighted)\n"); /*mexPrintf("\taffine2 (cvWarpAffine)\n"); No help yet*/ mexPrintf("\tcanny (cvCanny)\n"); mexPrintf("\tcircle (cvCircle)\n"); mexPrintf("\tcolor (cvCvtColor)\n"); mexPrintf("\tcontours (cvFindContours)\n"); mexPrintf("\tCvtScale (cvCvtScale)\n"); mexPrintf("\tdilate (cvDilate)\n"); mexPrintf("\tdiv (cvDiv)\n"); mexPrintf("\tdp (cvApproxPoly)\n"); mexPrintf("\teBox (cvEllipseBox)\n"); mexPrintf("\terode (cvErode)\n"); mexPrintf("\texp (cvExp)\n"); mexPrintf("