/* * compareImagesPGX2.c * * Created on: 8 juil. 2011 * Author: mickael */ #include #include #include #include //#include #include "opj_config.h" #include "getopt.h" #include "openjpeg.h" #include "format_defs.h" #include "convert.h" //#include "commonTesting.h" double* parseToleranceValues( char* inArg, const int nbcomp); void comparePGXimages_help_display(); opj_image_t* readImageFromFilePGX(char* filename, int nbFilenamePGX, char *separator); #ifdef HAVE_LIBPNG int imageToPNG(const opj_image_t* image, const char* filename, int num_comp_select); #endif typedef struct test_cmp_parameters { /** */ char* base_filename; /** */ char* test_filename; /** Number of components */ int nbcomp; /** */ double* tabMSEvalues; /** */ double* tabPEAKvalues; /** */ int nr_flag; /** */ char separator_base[2]; /** */ char separator_test[2]; } test_cmp_parameters; void comparePGXimages_help_display() { fprintf(stdout,"\nList of parameters for the comparePGX function \n"); fprintf(stdout,"\n"); fprintf(stdout," -b \t REQUIRED \t filename to the reference/baseline PGX image \n"); fprintf(stdout," -t \t REQUIRED \t filename to the test PGX image\n"); fprintf(stdout," -n \t REQUIRED \t number of component of the image (used to generate correct filename)\n"); fprintf(stdout," -m \t OPTIONAL \t list of MSE tolerances, separated by : (size must correspond to the number of component) of \n"); fprintf(stdout," -p \t OPTIONAL \t list of PEAK tolerances, separated by : (size must correspond to the number of component) \n"); fprintf(stdout," -s \t OPTIONAL \t 1 or 2 filename separator to take into account PGX image with different components, " "please indicate b or t before separator to indicate respectively the separator " "for ref/base file and for test file. \n"); fprintf(stdout," -r \t OPTIONAL \t indicate if you want to run this function as conformance test or as non regression test\n"); fprintf(stdout,"\n"); } /******************************************************************************* * Parse command line *******************************************************************************/ int parse_cmdline_cmp(int argc, char **argv, test_cmp_parameters* param) { char *MSElistvalues = NULL; char *PEAKlistvalues= NULL; char *separatorList = NULL; int sizemembasefile, sizememtestfile; int index, flagM=0, flagP=0; const char optlist[] = "b:t:n:m:p:s:d"; int c; // Init parameters param->base_filename = NULL; param->test_filename = NULL; param->nbcomp = 0; param->tabMSEvalues = NULL; param->tabPEAKvalues = NULL; param->nr_flag = 0; opterr = 0; while ((c = getopt(argc, argv, optlist)) != -1) switch (c) { case 'b': sizemembasefile = (int)strlen(optarg)+1; param->base_filename = (char*) malloc(sizemembasefile); param->base_filename[0] = '\0'; strncpy(param->base_filename, optarg, strlen(optarg)); param->base_filename[strlen(optarg)] = '\0'; //printf("param->base_filename = %s [%d / %d]\n", param->base_filename, strlen(param->base_filename), sizemembasefile ); break; case 't': sizememtestfile = (int) strlen(optarg) + 1; param->test_filename = (char*) malloc(sizememtestfile); param->test_filename[0] = '\0'; strncpy(param->test_filename, optarg, strlen(optarg)); param->test_filename[strlen(optarg)] = '\0'; //printf("param->test_filename = %s [%d / %d]\n", param->test_filename, strlen(param->test_filename), sizememtestfile); break; case 'n': param->nbcomp = atoi(optarg); break; case 'm': MSElistvalues = optarg; flagM = 1; break; case 'p': PEAKlistvalues = optarg; flagP = 1; break; case 'd': param->nr_flag = 1; break; case 's': separatorList = optarg; break; case '?': if ((optopt == 'b') || (optopt == 't') || (optopt == 'n') || (optopt == 'p') || (optopt == 'm') || (optopt == 's')) fprintf(stderr, "Option -%c requires an argument.\n", optopt); else if (isprint(optopt)) fprintf(stderr, "Unknown option `-%c'.\n", optopt); else fprintf(stderr, "Unknown option character `\\x%x'.\n", optopt); return 1; default: fprintf(stderr, "WARNING -> this option is not valid \"-%c %s\"\n", c, optarg); break; } if (optind != argc) { for (index = optind; index < argc; index++) fprintf(stderr,"Non-option argument %s\n", argv[index]); return EXIT_FAILURE; } if (param->nbcomp == 0) { fprintf(stderr,"Need to indicate the number of components !\n"); return EXIT_FAILURE; } else { if ( flagM && flagP ) { param->tabMSEvalues = parseToleranceValues( MSElistvalues, param->nbcomp); param->tabPEAKvalues = parseToleranceValues( PEAKlistvalues, param->nbcomp); if ( (param->tabMSEvalues == NULL) || (param->tabPEAKvalues == NULL)) { fprintf(stderr,"MSE and PEAK values are not correct (respectively need %d values)\n",param->nbcomp); return EXIT_FAILURE; } } /*else { }*/ } // Get separators after corresponding letter (b or t) if (separatorList != NULL) { if( (strlen(separatorList) ==2) || (strlen(separatorList) ==4) ) { // keep original string int sizeseplist = (int)strlen(separatorList)+1; char* separatorList2 = (char*)malloc( sizeseplist ); separatorList2[0] = '\0'; strncpy(separatorList2, separatorList, strlen(separatorList)); separatorList2[strlen(separatorList)] = '\0'; //printf("separatorList2 = %s [%d / %d]\n", separatorList2, strlen(separatorList2), sizeseplist); if (strlen(separatorList) == 2) // one separator behind b or t { char *resultT = NULL; resultT = strtok(separatorList2, "t"); if (strlen(resultT) == strlen(separatorList)) // didn't find t character, try to find b { char *resultB = NULL; resultB = strtok(resultT, "b"); if (strlen(resultB) == 1) { param->separator_base[0] = separatorList[1];param->separator_base[1] = '\0'; param->separator_test[0] ='\0'; } else // not found b { free(separatorList2); return EXIT_FAILURE; } } else // found t { param->separator_base[0] ='\0'; param->separator_test[0] = separatorList[1];param->separator_test[1] = '\0'; } //printf("sep b = %s [%d] and sep t = %s [%d]\n",param->separator_base, strlen(param->separator_base), param->separator_test, strlen(param->separator_test) ); } else // == 4 characters we must found t and b { char *resultT = NULL; resultT = strtok(separatorList2, "t"); if (strlen(resultT) == 3) // found t in first place { char *resultB = NULL; resultB = strtok(resultT, "b"); if (strlen(resultB) == 1) // found b after t { param->separator_test[0] = separatorList[1];param->separator_test[1] = '\0'; param->separator_base[0] = separatorList[3];param->separator_base[1] = '\0'; } else // didn't find b after t { free(separatorList2); return EXIT_FAILURE; } } else // == 2, didn't find t in first place { char *resultB = NULL; resultB = strtok(resultT, "b"); if (strlen(resultB) == 1) // found b in first place { param->separator_base[0] = separatorList[1]; param->separator_base[1] = '\0'; param->separator_test[0] = separatorList[3]; param->separator_test[1] = '\0'; } else // didn't found b in first place => problem { free(separatorList2); return EXIT_FAILURE; } } } free(separatorList2); } else // wrong number of argument after -s { return EXIT_FAILURE; } } else { if (param->nbcomp == 1) { param->separator_base[0] = '\0'; param->separator_test[0] = '\0'; } else { fprintf(stderr,"If number of component is > 1, we need separator\n"); return EXIT_FAILURE; } } if ( (param->nr_flag) && (flagP || flagM) ) { fprintf(stderr,"Wrong input parameters list: it is non-regression test or tolerance comparison\n"); return EXIT_FAILURE; } if ( (!param->nr_flag) && (!flagP || !flagM) ) { fprintf(stderr,"Wrong input parameters list: it is non-regression test or tolerance comparison\n"); return EXIT_FAILURE; } return EXIT_SUCCESS; } /******************************************************************************* * Parse MSE and PEAK input values ( * separator = ":" *******************************************************************************/ double* parseToleranceValues( char* inArg, const int nbcomp) { double* outArgs= malloc(nbcomp * sizeof(double)); int it_comp = 0; char delims[] = ":"; char *result = NULL; result = strtok( inArg, delims ); while( (result != NULL) && (it_comp < nbcomp )) { outArgs[it_comp] = atof(result); result = strtok( NULL, delims ); it_comp++; } if (it_comp != nbcomp) return NULL; else return outArgs; } /******************************************************************************* * Create filenames from a filename by used separator and nb components * (begin to 0) *******************************************************************************/ char* createMultiComponentsFilename(const char* inFilename, const int indexF, const char* separator) { char s[255]; char *outFilename, *ptr; char token = '.'; int posToken = 0; //printf("inFilename = %s\n", inFilename); if ((ptr = strrchr(inFilename, token)) != NULL) { posToken = (int) (strlen(inFilename) - strlen(ptr)); //printf("Position of %c character inside inFilename = %d\n", token, posToken); } else { //printf("Token %c not found\n", token); return outFilename; } outFilename = (char*)malloc((posToken + 7) * sizeof(char)); //6 strncpy(outFilename, inFilename, posToken); outFilename[posToken] = '\0'; strcat(outFilename, separator); sprintf(s, "%i", indexF); strcat(outFilename, s); strcat(outFilename, ".pgx"); //printf("outfilename: %s\n", outFilename); return outFilename; } /******************************************************************************* * *******************************************************************************/ opj_image_t* readImageFromFilePGX(char* filename, int nbFilenamePGX, char *separator) { int it_file; opj_image_t* image_read = NULL; opj_image_t* image = NULL; opj_cparameters_t parameters; opj_image_cmptparm_t* param_image_read; int** data; // If separator is empty => nb file to read is equal to one if ( strlen(separator) == 0 ) nbFilenamePGX = 1; /* set encoding parameters to default values */ opj_set_default_encoder_parameters(¶meters); parameters.decod_format = PGX_DFMT; strncpy(parameters.infile, filename, sizeof(parameters.infile)-1); // Allocate memory param_image_read = malloc(nbFilenamePGX * sizeof(opj_image_cmptparm_t)); data = malloc(nbFilenamePGX * sizeof(*data)); it_file = 0; for (it_file = 0; it_file < nbFilenamePGX; it_file++) { // Create the right filename char *filenameComponentPGX; if (strlen(separator) == 0) { filenameComponentPGX = malloc((strlen(filename) + 1) * sizeof(*filenameComponentPGX)); strcpy(filenameComponentPGX, filename); } else filenameComponentPGX = createMultiComponentsFilename(filename, it_file, separator); // Read the pgx file corresponding to the component image_read = pgxtoimage(filenameComponentPGX, ¶meters); if (!image_read) { fprintf(stderr, "Unable to load pgx file\n"); return NULL; } // Set the image_read parameters param_image_read[it_file].x0 = 0; param_image_read[it_file].y0 = 0; param_image_read[it_file].dx = 0; param_image_read[it_file].dy = 0; param_image_read[it_file].h = image_read->comps->h; param_image_read[it_file].w = image_read->comps->w; param_image_read[it_file].bpp = image_read->comps->bpp; param_image_read[it_file].prec = image_read->comps->prec; param_image_read[it_file].sgnd = image_read->comps->sgnd; // Copy data data[it_file] = malloc(param_image_read[it_file].h * param_image_read[it_file].w * sizeof(int)); memcpy(data[it_file], image_read->comps->data, image_read->comps->h * image_read->comps->w * sizeof(int)); // Free memory opj_image_destroy(image_read); free(filenameComponentPGX); } image = opj_image_create(nbFilenamePGX, param_image_read, CLRSPC_UNSPECIFIED); for (it_file = 0; it_file < nbFilenamePGX; it_file++) { // Copy data into output image and free memory memcpy(image->comps[it_file].data, data[it_file], image->comps[it_file].h * image->comps[it_file].w * sizeof(int)); free(data[it_file]); } // Free memory free(param_image_read); free(data); return image; } /******************************************************************************* * *******************************************************************************/ #ifdef HAVE_LIBPNG int imageToPNG(const opj_image_t* image, const char* filename, int num_comp_select) { opj_image_cmptparm_t param_image_write; opj_image_t* image_write = NULL; param_image_write.x0 = 0; param_image_write.y0 = 0; param_image_write.dx = 0; param_image_write.dy = 0; param_image_write.h = image->comps[num_comp_select].h; param_image_write.w = image->comps[num_comp_select].w; param_image_write.bpp = image->comps[num_comp_select].bpp; param_image_write.prec = image->comps[num_comp_select].prec; param_image_write.sgnd = image->comps[num_comp_select].sgnd; image_write = opj_image_create(1, ¶m_image_write, CLRSPC_GRAY); memcpy(image_write->comps->data, image->comps[num_comp_select].data, param_image_write.h * param_image_write.w * sizeof(int)); imagetopng(image_write, filename); opj_image_destroy(image_write); return EXIT_SUCCESS; } #endif /******************************************************************************* * MAIN *******************************************************************************/ int main(int argc, char **argv) { test_cmp_parameters inParam; int it_comp, itpxl; int failed = 0; int nbFilenamePGXbase, nbFilenamePGXtest; char *filenamePNGtest= NULL, *filenamePNGbase = NULL, *filenamePNGdiff = NULL; int memsizebasefilename, memsizetestfilename, memsizedifffilename; int valueDiff = 0, nbPixelDiff = 0; double sumDiff = 0.0; // Structures to store image parameters and data opj_image_t *imageBase = NULL, *imageTest = NULL, *imageDiff = NULL; opj_image_cmptparm_t* param_image_diff; // Get parameters from command line if( parse_cmdline_cmp(argc, argv, &inParam) == EXIT_FAILURE ) { comparePGXimages_help_display(); if (!inParam.tabMSEvalues) free(inParam.tabMSEvalues); if (!inParam.tabPEAKvalues) free(inParam.tabPEAKvalues); if (!inParam.base_filename) free(inParam.base_filename); if (!inParam.test_filename) free(inParam.test_filename); return EXIT_FAILURE; } // Display Parameters printf("******Parameters********* \n"); printf(" base_filename = %s\n" " test_filename = %s\n" " nb of Components = %d\n" " Non regression test = %d\n" " separator Base = %s\n" " separator Test = %s\n", inParam.base_filename, inParam.test_filename, inParam.nbcomp, inParam.nr_flag, inParam.separator_base, inParam.separator_test); if ( (inParam.tabMSEvalues != NULL) && (inParam.tabPEAKvalues != NULL)) { printf(" MSE values = ["); for (it_comp = 0; it_comp < inParam.nbcomp; it_comp++) printf(" %f ", inParam.tabMSEvalues[it_comp]); printf("]\n"); printf(" PEAK values = ["); for (it_comp = 0; it_comp < inParam.nbcomp; it_comp++) printf(" %f ", inParam.tabPEAKvalues[it_comp]); printf("]\n"); printf(" Non-regression test = %d\n", inParam.nr_flag); } if (strlen(inParam.separator_base) == 0) nbFilenamePGXbase = 0; else nbFilenamePGXbase = inParam.nbcomp; if (strlen(inParam.separator_test) == 0) nbFilenamePGXtest = 0; else nbFilenamePGXtest = inParam.nbcomp; printf(" NbFilename to generate from base filename = %d\n", nbFilenamePGXbase); printf(" NbFilename to generate from test filename = %d\n", nbFilenamePGXtest); printf("************************* \n"); //----------BASELINE IMAGE-------- // memsizebasefilename = (int)strlen(inParam.test_filename) + 1 + 5 + 2 + 4; memsizetestfilename = (int)strlen(inParam.test_filename) + 1 + 5 + 2 + 4; imageBase = readImageFromFilePGX( inParam.base_filename, nbFilenamePGXbase, inParam.separator_base); if ( imageBase != NULL) { filenamePNGbase = (char*) malloc(memsizebasefilename); filenamePNGbase[0] = '\0'; strncpy(filenamePNGbase, inParam.test_filename, strlen(inParam.test_filename)); filenamePNGbase[strlen(inParam.test_filename)] = '\0'; strcat(filenamePNGbase, ".base"); //printf("filenamePNGbase = %s [%d / %d octets]\n",filenamePNGbase, strlen(filenamePNGbase),memsizebasefilename ); } else { if (!inParam.tabMSEvalues) free(inParam.tabMSEvalues); if (!inParam.tabPEAKvalues) free(inParam.tabPEAKvalues); if (!inParam.base_filename) free(inParam.base_filename); if (!inParam.test_filename) free(inParam.test_filename); return EXIT_FAILURE; } //----------TEST IMAGE-------- // imageTest = readImageFromFilePGX(inParam.test_filename, nbFilenamePGXtest, inParam.separator_test); if ( imageTest != NULL) { filenamePNGtest = (char*) malloc(memsizetestfilename); filenamePNGtest[0] = '\0'; strncpy(filenamePNGtest, inParam.test_filename, strlen(inParam.test_filename)); filenamePNGtest[strlen(inParam.test_filename)] = '\0'; strcat(filenamePNGtest, ".test"); //printf("filenamePNGtest = %s [%d / %d octets]\n",filenamePNGtest, strlen(filenamePNGtest),memsizetestfilename ); } else { if (!inParam.tabMSEvalues) free(inParam.tabMSEvalues); if (!inParam.tabPEAKvalues) free(inParam.tabPEAKvalues); if (!inParam.base_filename) free(inParam.base_filename); if (!inParam.test_filename) free(inParam.test_filename); free(filenamePNGbase); return EXIT_FAILURE; } //----------DIFF IMAGE-------- // // Allocate memory param_image_diff = malloc( imageBase->numcomps * sizeof(opj_image_cmptparm_t)); // Comparison of header parameters printf("Step 1 -> Header comparison\n"); for (it_comp = 0; it_comp < imageBase->numcomps; it_comp++) { param_image_diff[it_comp].x0 = 0; param_image_diff[it_comp].y0 = 0; param_image_diff[it_comp].dx = 0; param_image_diff[it_comp].dy = 0; if (imageBase->comps[it_comp].sgnd != imageTest->comps[it_comp].sgnd) { printf("ERROR: sign mismatch [comp %d] (%d><%d)\n", it_comp, ((imageBase->comps)[it_comp]).sgnd, ((imageTest->comps)[it_comp]).sgnd); failed = 1; } else param_image_diff[it_comp].sgnd = 0 ; if (((imageBase->comps)[it_comp]).prec != ((imageTest->comps)[it_comp]).prec) { printf("ERROR: prec mismatch [comp %d] (%d><%d)\n", it_comp, ((imageBase->comps)[it_comp]).prec, ((imageTest->comps)[it_comp]).prec); failed = 1; } else param_image_diff[it_comp].prec = 8 ; if (((imageBase->comps)[it_comp]).bpp != ((imageTest->comps)[it_comp]).bpp) { printf("ERROR: byte per pixel mismatch [comp %d] (%d><%d)\n", it_comp, ((imageBase->comps)[it_comp]).bpp, ((imageTest->comps)[it_comp]).bpp); failed = 1; } else param_image_diff[it_comp].bpp = 1 ; if (((imageBase->comps)[it_comp]).h != ((imageTest->comps)[it_comp]).h) { printf("ERROR: height mismatch [comp %d] (%d><%d)\n", it_comp, ((imageBase->comps)[it_comp]).h, ((imageTest->comps)[it_comp]).h); failed = 1; } else param_image_diff[it_comp].h = imageBase->comps[it_comp].h ; if (((imageBase->comps)[it_comp]).w != ((imageTest->comps)[it_comp]).w) { printf("ERROR: width mismatch [comp %d] (%d><%d)\n", it_comp, ((imageBase->comps)[it_comp]).w, ((imageTest->comps)[it_comp]).w); failed = 1; } else param_image_diff[it_comp].w = imageBase->comps[it_comp].w ; } // If only one parameter is different, we stop the test if (failed) { free(inParam.tabMSEvalues); free(inParam.tabPEAKvalues); free(inParam.base_filename); free(inParam.test_filename); free(filenamePNGbase); free(filenamePNGtest); opj_image_destroy(imageBase); opj_image_destroy(imageTest); free(param_image_diff); return EXIT_FAILURE; } imageDiff = opj_image_create(imageBase->numcomps, param_image_diff, CLRSPC_UNSPECIFIED); // Free memory free(param_image_diff); // Measurement computation printf("Step 2 -> measurement comparison\n"); memsizedifffilename = strlen(inParam.test_filename) + 1 + 5 + 2 + 4; filenamePNGdiff = (char*) malloc(memsizedifffilename); filenamePNGdiff[0] = '\0'; strncpy(filenamePNGdiff, inParam.test_filename, strlen(inParam.test_filename)); filenamePNGdiff[strlen(inParam.test_filename)] = '\0'; strcat(filenamePNGdiff, ".diff"); //printf("filenamePNGdiff = %s [%d / %d octets]\n",filenamePNGdiff, strlen(filenamePNGdiff),memsizedifffilename ); // Compute pixel diff for (it_comp = 0; it_comp < imageDiff->numcomps; it_comp++) { double SE=0,PEAK=0; double MSE=0,PSNR=0; char *filenamePNGbase_it_comp, *filenamePNGtest_it_comp, *filenamePNGdiff_it_comp; filenamePNGbase_it_comp = (char*) malloc(memsizebasefilename); filenamePNGbase_it_comp[0] = '\0'; strncpy(filenamePNGbase_it_comp,filenamePNGbase,strlen(filenamePNGbase)); filenamePNGbase_it_comp[strlen(filenamePNGbase)] = '\0'; filenamePNGtest_it_comp = (char*) malloc(memsizetestfilename); filenamePNGtest_it_comp[0] = '\0'; strncpy(filenamePNGtest_it_comp,filenamePNGtest,strlen(filenamePNGtest)); filenamePNGtest_it_comp[strlen(filenamePNGtest)] = '\0'; filenamePNGdiff_it_comp = (char*) malloc(memsizedifffilename); filenamePNGdiff_it_comp[0] = '\0'; strncpy(filenamePNGdiff_it_comp,filenamePNGdiff,strlen(filenamePNGdiff)); filenamePNGdiff_it_comp[strlen(filenamePNGdiff)] = '\0'; for (itpxl = 0; itpxl < ((imageDiff->comps)[it_comp]).w * ((imageDiff->comps)[it_comp]).h; itpxl++) { if (abs( ((imageBase->comps)[it_comp]).data[itpxl] - ((imageTest->comps)[it_comp]).data[itpxl] ) > 0) { valueDiff = ((imageBase->comps)[it_comp]).data[itpxl] - ((imageTest->comps)[it_comp]).data[itpxl]; ((imageDiff->comps)[it_comp]).data[itpxl] = abs(valueDiff); sumDiff += (double)valueDiff; nbPixelDiff++; SE += (double)(valueDiff * valueDiff); PEAK = (PEAK > abs(valueDiff)) ? PEAK : abs(valueDiff); } else ((imageDiff->comps)[it_comp]).data[itpxl] = 0; }// h*w loop MSE = SE / ( ((imageDiff->comps)[it_comp]).w * ((imageDiff->comps)[it_comp]).h ); if (!inParam.nr_flag && (inParam.tabMSEvalues != NULL) && (inParam.tabPEAKvalues != NULL)) { // Conformance test printf(" %f \n", it_comp, PEAK); printf(" %f \n", it_comp, MSE); if ( (MSE > inParam.tabMSEvalues[it_comp]) || (PEAK > inParam.tabPEAKvalues[it_comp]) ) { printf("ERROR: MSE (%f) or PEAK (%f) values produced by the decoded file are greater " "than the allowable error (respectively %f and %f) \n", MSE, PEAK, inParam.tabMSEvalues[it_comp], inParam.tabPEAKvalues[it_comp]); failed = 1; } } else // Non regression-test { if ( nbPixelDiff > 0) { char it_compc[255]; printf(" %d \n", it_comp, nbPixelDiff); printf(" %f \n", it_comp, sumDiff); #ifdef HAVE_LIBPNG it_compc[0] = '\0'; sprintf(it_compc, "_%i", it_comp); strcat(it_compc,".png"); strcat(filenamePNGbase_it_comp, it_compc); //printf("filenamePNGbase_it = %s [%d / %d octets]\n",filenamePNGbase_it_comp, strlen(filenamePNGbase_it_comp),memsizebasefilename ); strcat(filenamePNGtest_it_comp, it_compc); //printf("filenamePNGtest_it = %s [%d / %d octets]\n",filenamePNGtest_it_comp, strlen(filenamePNGtest_it_comp),memsizetestfilename ); strcat(filenamePNGdiff_it_comp, it_compc); //printf("filenamePNGdiff_it = %s [%d / %d octets]\n",filenamePNGdiff_it_comp, strlen(filenamePNGdiff_it_comp),memsizedifffilename ); if ( imageToPNG(imageBase, filenamePNGbase_it_comp, it_comp) == EXIT_SUCCESS ) { printf(" %s \n", it_comp, filenamePNGbase_it_comp); } if ( imageToPNG(imageTest, filenamePNGtest_it_comp, it_comp) == EXIT_SUCCESS ) { printf(" %s \n", it_comp, filenamePNGtest_it_comp); } if ( imageToPNG(imageDiff, filenamePNGdiff_it_comp, it_comp) == EXIT_SUCCESS ) { printf(" %s \n", it_comp, filenamePNGdiff_it_comp); } #endif failed = 1; } } free(filenamePNGbase_it_comp); free(filenamePNGtest_it_comp); free(filenamePNGdiff_it_comp); } // it_comp loop //----------------------------- // Free memory opj_image_destroy(imageBase); opj_image_destroy(imageTest); opj_image_destroy(imageDiff); free(filenamePNGbase); free(filenamePNGtest); free(filenamePNGdiff); free(inParam.tabMSEvalues); free(inParam.tabPEAKvalues); free(inParam.base_filename); free(inParam.test_filename); if (failed) return EXIT_FAILURE; else { printf("---- TEST SUCCEED ----\n"); return EXIT_SUCCESS; } }