/*============================================================================= Copyright (c) 2013 Siemens Product Lifecycle Management Software Inc. Unpublished - All rights reserved =============================================================================== File description: This file demonstrates the use of the following UFUN APIs: UF_DISP_open_LWA_archive_materials_library UF_DISP_copy_LWA_archive_material_to_work_part UF_DISP_remove_material_assignment UF_DISP_update_material_display_of_geometry Prior to running this problem user needs to: + make sure lwa_file_name is correctly set. + make sure the materials to copy to work_part are from the lwa_file_name otherwise the copy and assignment will fail. Internal Functions: ufusr This program requires "ufun_update_mattex_test.prt". After loading the part, the program will copy the following materials from lwa_file_name to the work part using UF_DISP_copy_LWA_archive_material_to_work_part: + Grid black 1/8 + Webbing + Pink shoe leather NOTE: these materials are from the NX shipped lwpda.lwa (in ugphoto kits). This user function comes with a test case of four different scenarios. User will be prompted to enter the scenario number to test. Additional scenarios can be setup by the user by adding to the "switch" statement below depending on the individual testing preferences. Scenario 1: apply pink shoe leather material to all faces with magenta materials After this scenario, the magenta block will have pink show leather material applied to it. Scenario 2: apply webbing material to all facet_bodies list After this test, the sheet bodies in the middle row of the part will all have webbing material applied to them. Scenario 3: apply grid_black material to all faces with cyan materials After this test, the two cyan blocks on the top row will have grid black material applied to them. Scenario 4: assign none to all body with original cyan_material After this test, the two original cyan blocks will became pink (the body color), since the material has been removed from them. ==============================================================================*/ #include #include #include #include #include #include #include #include #include #include #include #define BUILD_UFUSR 1 #define UFT_OBJ_NO_ERROR 0 #define CLOSE_ALL_OPEN_PARTS \ if (part_open) \ { \ UF_PART_close_all(); \ } \ #define PROCESS_ERROR(error_code) \ if (error_code != UFT_OBJ_NO_ERROR) \ { \ CLOSE_ALL_OPEN_PARTS \ return (error_code); \ } typedef struct UFT_DISP_MATTEX_materials_list_s { tag_t material_tag; char material_name[ UF_CFI_MAX_FILE_NAME_BUFSIZE]; } UFT_DISP_MATTEX_materials_list_t, * UFT_DISP_MATTEX_materials_list_p_t; static tag_t facet_body_list[6]={NULL_TAG, NULL_TAG, NULL_TAG, NULL_TAG, NULL_TAG, NULL_TAG}; static tag_t body_list[6]; static tag_t face_list[6]; static int face_list_count =0; static int body_list_count = 0; #define UF_CALL(X) (report_error( __FILE__, __LINE__, #X, (X))) static int report_error( char *file, int line, char *call, int irc) { if (irc) { char err[133], messg[300]; UF_get_fail_message(irc, err); sprintf(messg, "\n%s\nerror %d at line %d in %s\n%s", err, irc, line, file, call); printf("%s\n", messg); if (strlen(messg) > 300) printf("Error is too long - memory overwrite occurred!\n"); strcpy(&messg[129], "..."); } return(irc); } static logical not_added_material( UFT_DISP_MATTEX_materials_list_t * material_list, char* material_name) { int i; for(i=0;i<5;i++) { if(strcmp(material_name, material_list[i].material_name) == 0) return false; } return true; } static void do_it(void) { tag_t part_tag = UF_PART_ask_display_part(); tag_t feature_tag = NULL_TAG; int type = UF_solid_type; int subtype; int material_found = 0; UFT_DISP_MATTEX_materials_list_t materials_list[5] = {0, 0}; char material_name[512]; tag_t material_tag; char lwa_file_name[ UF_CFI_MAX_FILE_NAME_BUFSIZE]; /* get all the materials textures assigned to UF_solid_type objects and store them in the materials_list */ UF_OBJ_cycle_objs_in_part(part_tag, type, &feature_tag); while(feature_tag != NULL_TAG) { material_name[0] = '\0'; UF_DISP_ask_material(feature_tag, &material_tag, material_name); /* only interested in testing with these materials */ if( material_tag != 0 && material_found <5 && not_added_material(materials_list, material_name) && ((!strcmp(material_name, "clover")) || (!strcmp(material_name, "blue marble")) || (!strcmp(material_name, "gold")) || (!strcmp(material_name, "magenta")) || (!strcmp(material_name, "cyan")))) { materials_list[material_found].material_tag = material_tag; strcpy(materials_list[material_found].material_name, material_name); material_found++; } UF_OBJ_cycle_objs_in_part(part_tag, type, &feature_tag); } /* Go through some facetted_bodies & some faces of soild bodies (if existed). Apply these materials textures to them one by one */ if(material_found) { /* For faceted bodies */ tag_t object_tag = NULL_TAG; int ii; int findex; int otype; int sindex; char input[10] = {""}; int input_len, scenario_counter = 0; tag_t list3[3]; tag_t grid_black_material_tag = NULL_TAG; tag_t webbing_material_tag = NULL_TAG; tag_t pink_shoe_leather_material_tag = NULL_TAG; type = UF_faceted_model_type; /* same as RM_facet_topology_type*/ UF_OBJ_cycle_objs_in_part(part_tag, type, &object_tag); for ( ii = 0; (object_tag!= NULL_TAG) ; ii++) { if(ii<6) facet_body_list[ii] = object_tag; UF_OBJ_cycle_objs_in_part(part_tag, type, &object_tag); } // gather all faces with magenta materials type = UF_solid_type; UF_OBJ_cycle_objs_in_part(part_tag, type, &object_tag); findex = 0; while (object_tag != NULL_TAG) { UF_OBJ_ask_type_and_subtype(object_tag,&otype,&subtype); if(subtype == UF_solid_face_subtype) { material_name[0] = '\0'; UF_DISP_ask_material(object_tag, &material_tag, material_name); if(!strcmp(material_name, "magenta") && findex <6) { face_list[findex++] = object_tag; } } UF_OBJ_cycle_objs_in_part(part_tag, type, &object_tag); } face_list_count = findex; // gather all bodies with cyan material type = UF_solid_type; UF_OBJ_cycle_objs_in_part(part_tag, type, &object_tag); sindex = 0; while(object_tag != NULL_TAG) { UF_OBJ_ask_type_and_subtype(object_tag,&otype,&subtype); if(subtype == UF_solid_body_subtype) { material_name[0] = '\0'; UF_DISP_ask_material(object_tag, &material_tag, material_name); if(!strcmp(material_name, "cyan") && sindex <6) body_list[sindex++] = object_tag; } UF_OBJ_cycle_objs_in_part(part_tag, type, &object_tag); } body_list_count = sindex; // Please make sure the lwa_file_name is set up correctly. strcpy(lwa_file_name, "E:\\workdir\\nx9_13_reference\\wntx64\\kits\\ugphoto\\lwpda.lwa"); if(UF_DISP_open_LWA_archive_materials_library(lwa_file_name) == 0) { // Please make sure the materials to copy to work part are the ones found in the materials archive library specified by lwa_file_name. UF_DISP_copy_LWA_archive_material_to_work_part("Grid black 1/8\"", &grid_black_material_tag); UF_DISP_copy_LWA_archive_material_to_work_part("Webbing", &webbing_material_tag); UF_DISP_copy_LWA_archive_material_to_work_part("Pink shoe leather", &pink_shoe_leather_material_tag); } /* If "Ok" is selected, keep looping */ while (uc1600("Please enter scenario number: 1 (apply pink shoe leather), 2 (apply webbing to facet_bodies), 3 (apply grid_black), or 4(assign none)", input, &input_len) == 5) { sscanf(input, "%u", &scenario_counter); switch (scenario_counter) { case 1: // apply pink shoe leather material to all faces with magenta materials for(ii=0; ii