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- Committer: Henrik G.
- Date: 2013-03-26 23:42:29 UTC
- Revision ID: henrik.gustavsson@his.se-20130326234229-hkq5am6szg5g2akr
Added slider library
- files added:
- trunk
- files removed:
- Code Tokenizer and Parser/Parser_Test.js
- Code Viewer Alt/css
- files renamed:
- Code Tokenizer and Parser/ => trunk/Code Tokenizer and Parser/
- Code Viewer Alt/ => trunk/Code Viewer Alt/
- CodeViewer/ => trunk/CodeViewer/
- DuggaSys/ => trunk/DuggaSys/
- ErModeller/ => trunk/ErModeller/
- ObjConv/ => trunk/ObjConv/
- WebGL and Benchmarking/ => trunk/WebGL and Benchmarking/
- Widget Library/ => trunk/Widget Library/
- svg Converter/ => trunk/svg Converter/
- files modified:
- trunk/Code Tokenizer and Parser/Parser_Test.html
added
removed
trunk/ObjConv/objtojson.c
2
2
#include <STDLIB.H>
3
3
#include <STRING.H>
4
4
5
void parseface(char *facedata,int *varray,int *narray,int *tarray,int position, int hasuv, int hasnormals) {
5
void parseface(char *facedata,int *varray,int *narray,int *tarray,int position, int hasuv, int hasnormals)
6
{
6
7
char workstr[10];
7
int readpos = 0;
8
9
int readpos=0;
10
8
11
int i;
9
for(i = 0; i < 3; i++) {
10
int pos = 0;
11
while(readpos < strlen(facedata) && facedata[readpos] != '/') {
12
workstr[pos] = facedata[readpos];
12
for(i=0;i<3;i++){
13
int pos=0;
14
15
while(readpos<strlen(facedata)&&facedata[readpos]!='/'){
16
workstr[pos]=facedata[readpos];
13
17
pos++;
14
18
readpos++;
15
19
}
16
workstr[pos] = 0;
17
pos = 0;
20
workstr[pos]=0;
21
22
pos=0;
18
23
readpos++;
19
24
20
25
// -1 to compensate for wavefront file starting on 1 and not 0
21
if(i == 0) {
22
varray[position] = atoi(workstr) - 1;
23
} else if((i == 1) && (hasuv > 0)) {
24
tarray[position] = atoi(workstr) - 1;
25
} else if((i == 2) && (hasnormals > 0)) {
26
narray[position] = atoi(workstr) - 1;
26
if (i==0){
27
varray[position]=atoi(workstr)-1;
28
}else if((i==1)&&(hasuv>0)){
29
tarray[position]=atoi(workstr)-1;
30
}else if((i==2)&&(hasnormals>0)){
31
narray[position]=atoi(workstr)-1;
27
32
}
28
33
}
29
34
}
30
35
31
void loadobj(char *objfilename, char *openobj, char *outputfile) {
36
37
void loadobj(char *objfilename, char *openobj, char *outputfile)
38
{
32
39
FILE * pFile;
33
pFile = fopen(objfilename, "r");
40
pFile = fopen (objfilename,"r");
41
42
34
43
char *buf;
35
buf = (char*)malloc(1024);
44
buf=(char*)malloc(1024);
36
45
char *result;
37
46
38
47
// foundobj is true if an object with a certain name is found
39
48
// Set foundobj to true if we are loading all objects
40
int foundobj = 0;
41
if(strcmp(openobj, "ALL") == 0) {
42
foundobj = 1;
43
}
44
int vertcount = 0;
45
int normalcount = 0;
46
int texturecount = 0;
47
int facecount = 0;
48
int polycount = 0;
49
int quadcount = 0;
50
int trianglecount = 0;
49
int foundobj=0;
50
if (strcmp(openobj,"ALL")==0) foundobj=1;
51
52
int vertcount=0;
53
int normalcount=0;
54
int texturecount=0;
55
int facecount=0;
56
57
int polycount=0;
58
int quadcount=0;
59
int trianglecount=0;
51
60
52
61
// Global Variables for Object
53
62
float *vertexlist;
55
64
float *normallist;
56
65
int *trianglelist;
57
66
int *quadlist;
58
char *resultp1, *resultp2, *resultp3, *resultp4, *resultp5;
59
60
if(pFile) {
61
printf("Msg: Success opening: %s!\n", objfilename);
62
while(fgets(buf, 1024, pFile) != NULL) {
63
if(buf[0] == '#') {
64
// Comment - Do Nothing
65
} else {
66
result = strtok(buf, " \n\t");
67
if(result != NULL) {
68
if(strcmp(result, "v") == 0) {
69
if(foundobj) {
70
//Increase vertex counter
71
vertcount++;
67
68
char *resultp1,*resultp2,*resultp3,*resultp4,*resultp5;
69
70
if(pFile){
71
printf("Msg: Success opening: %s!\n",objfilename);
72
73
while ( fgets(buf,1024,pFile) != NULL ){
74
if(buf[0]=='#'){
75
// Comment - Do Nothing
76
}else{
77
result=strtok(buf," \n\t");
78
if(result!=NULL){
79
if(strcmp(result,"v")==0){
80
if(foundobj){
81
// Increase vertex counter
82
vertcount++;
72
83
}
73
} else if(strcmp(result, "vt") == 0) {
74
if(foundobj) {
84
}else if(strcmp(result,"vt")==0){
85
if(foundobj){
75
86
// Increase texture coordinate counter
76
texturecount++;
87
texturecount++;
77
88
}
78
} else if(strcmp(result, "vn") == 0) {
79
if(foundobj) {
89
90
}else if(strcmp(result,"vn")==0){
91
if(foundobj){
80
92
// Increase normal counter
81
normalcount++;
82
}
83
} else if(strcmp(result, "f") == 0) {
84
if(foundobj) {
93
normalcount++;
94
}
95
}else if(strcmp(result,"f")==0){
96
if(foundobj){
85
97
// Increase face counter
86
facecount++;
87
resultp1 = strtok(NULL, " \n\t");
88
resultp2 = strtok(NULL, " \n\t");
89
resultp3 = strtok(NULL, " \n\t");
90
resultp4 = strtok(NULL, " \n\t");
91
resultp5 = strtok(NULL, " \n\t");
92
if((resultp4 != NULL)&&(resultp5 == NULL)) {
98
facecount++;
99
resultp1=strtok(NULL," \n\t");
100
resultp2=strtok(NULL," \n\t");
101
resultp3=strtok(NULL," \n\t");
102
resultp4=strtok(NULL," \n\t");
103
resultp5=strtok(NULL," \n\t");
104
if((resultp4!=NULL)&&(resultp5==NULL)){
93
105
quadcount++;
94
} else if((resultp3 != NULL)&&(resultp4 == NULL)) {
106
}else if((resultp3!=NULL)&&(resultp4==NULL)){
95
107
trianglecount++;
96
} else {
108
}else{
97
109
polycount++;
98
110
}
99
}
100
} else if(strcmp(result, "g") == 0) {
101
if(result=strtok(NULL, " \n\t")) {
102
if(!strcmp(openobj, result)) {
103
foundobj = 1;
111
}
112
}else if(strcmp(result,"g")==0){
113
if(result=strtok(NULL," \n\t")){
114
if(!strcmp(openobj,result)){
115
foundobj=1;
104
116
}
105
} else {
106
printf("Error: Failed to read object name\n");
117
}else{
118
printf("Error: Failed to read object name\n");
107
119
}
108
} else {
109
//printf("O: %s \n",buf);
120
}else{
121
// printf("O: %s \n",buf);
110
122
}
111
123
}
112
124
}
113
125
}
114
126
115
if(polycount > 0) {
116
printf("Warning: Object %s in file %s contains faces that will be ignored, with more than 4 vertices.!\n", objfilename, openobj);
127
if (polycount>0){
128
printf("Warning: Object %s in file %s contains faces that will be ignored, with more than 4 vertices.!\n",objfilename,openobj);
117
129
}
130
131
if(((trianglecount+quadcount)>0)){
118
132
119
if(((trianglecount + quadcount) > 0)) {
120
133
// Set foundobj to true if we are loading all objects
121
if(strcmp(openobj, "ALL")) {
122
foundobj = 1;
123
}
134
if (strcmp(openobj,"ALL")) foundobj=1;
124
135
125
136
// Seek to beginning again
126
fseek(pFile, 0, SEEK_SET);
137
fseek( pFile, 0, SEEK_SET);
127
138
128
139
// Allocate local buffers
129
float *localvertexlist = (float *) malloc (sizeof(float) * vertcount * 3);
130
float *localnormallist = (float *) malloc (sizeof(float) * normalcount * 3);
131
float *localuvlist = (float *) malloc (sizeof(float) * texturecount * 2);
132
int *localquadlist = (int *) malloc (sizeof(int) * quadcount * 4);
133
int *localquadlistuv = (int *) malloc (sizeof(int) * quadcount * 4);
134
int *localquadlistnormal = (int *) malloc (sizeof(int) * quadcount * 4);
135
int *localtrianglelist = (int *) malloc (sizeof(int) * trianglecount * 3);
136
int *localtrianglelistuv = (int *) malloc (sizeof(int) * trianglecount * 3);
137
int *localtrianglelistnormal = (int *) malloc (sizeof(int) * trianglecount * 3);
140
float *localvertexlist=(float *)malloc(sizeof(float)*vertcount*3);
141
float *localnormallist=(float *)malloc(sizeof(float)*normalcount*3);
142
float *localuvlist=(float *)malloc(sizeof(float)*texturecount*2);
143
int *localquadlist=(int *)malloc(sizeof(int)*quadcount*4);
144
int *localquadlistuv=(int *)malloc(sizeof(int)*quadcount*4);
145
int *localquadlistnormal=(int *)malloc(sizeof(int)*quadcount*4);
146
int *localtrianglelist=(int *)malloc(sizeof(int)*trianglecount*3);
147
int *localtrianglelistuv=(int *)malloc(sizeof(int)*trianglecount*3);
148
int *localtrianglelistnormal=(int *)malloc(sizeof(int)*trianglecount*3);
138
149
139
150
// Reset counters for second pass
140
trianglecount = 0;
141
quadcount = 0;
142
normalcount = 0;
143
vertcount = 0;
144
texturecount = 0;
145
146
while(fgets(buf, 1024, pFile) != NULL) {
147
if(buf[0] == '#') {
148
// Comment - Do Nothing
149
} else {
150
result = strtok(buf, " \n\t");
151
if(result != NULL) {
152
if(strcmp(result, "v") == 0) {
153
if(foundobj) {
154
result = strtok(NULL, " \n\t");
155
localvertexlist[(vertcount * 3)] = atof(result);
156
result = strtok(NULL, " \n\t");
157
localvertexlist[(vertcount * 3) + 1] = atof(result);
158
result = strtok(NULL, " \n\t");
159
localvertexlist[(vertcount * 3) + 2] = atof(result);
151
trianglecount=0;
152
quadcount=0;
153
normalcount=0;
154
vertcount=0;
155
texturecount=0;
156
157
while ( fgets(buf,1024,pFile) != NULL ){
158
159
if(buf[0]=='#'){
160
// Comment - Do Nothing
161
}else{
162
163
//-------------------------
164
result = strtok(buf," \n\t");
165
if(result!=NULL){
166
if(strcmp(result,"v")==0){
167
if(foundobj){
168
result=strtok(NULL," \n\t");
169
localvertexlist[(vertcount*3)]=atof(result);
170
result=strtok(NULL," \n\t");
171
localvertexlist[(vertcount*3)+1]=atof(result);
172
result=strtok(NULL," \n\t");
173
localvertexlist[(vertcount*3)+2]=atof(result);
160
174
vertcount++;
161
175
}
162
} else if(strcmp(result, "vt") == 0) {
163
if(foundobj) {
164
result = strtok(NULL, " \n\t");
165
localuvlist[(texturecount * 2)] = atof(result);
166
result = strtok(NULL, " \n\t");
167
localuvlist[(texturecount * 2) + 1] = atof(result);
168
texturecount++;
169
}
170
} else if(strcmp(result, "vn") == 0) {
171
if(foundobj) {
172
result = strtok(NULL, " \n\t");
173
localnormallist[(normalcount * 3)] = atof(result);
174
result = strtok(NULL, " \n\t");
175
localnormallist[(normalcount * 3) + 1] = atof(result);
176
result = strtok(NULL, " \n\t");
177
localnormallist[(normalcount * 3) + 2] = atof(result);
176
}else if(strcmp(result,"vt")==0){
177
if(foundobj){
178
result=strtok(NULL," \n\t");
179
localuvlist[(texturecount*2)]=atof(result);
180
result=strtok(NULL," \n\t");
181
localuvlist[(texturecount*2)+1]=atof(result);
182
texturecount++;
183
}
184
}else if(strcmp(result,"vn")==0){
185
if(foundobj){
186
result=strtok(NULL," \n\t");
187
localnormallist[(normalcount*3)]=atof(result);
188
result=strtok(NULL," \n\t");
189
localnormallist[(normalcount*3)+1]=atof(result);
190
result=strtok(NULL," \n\t");
191
localnormallist[(normalcount*3)+2]=atof(result);
178
192
normalcount++;
179
}
180
} else if(strcmp(result, "f") == 0) {
181
if(foundobj) {
182
resultp1 = strtok(NULL, " \n\t");
183
resultp2 = strtok(NULL, " \n\t");
184
resultp3 = strtok(NULL, " \n\t");
185
resultp4 = strtok(NULL, " \n\t");
186
resultp5 = strtok(NULL, " \n\t");
187
if((resultp4 != NULL)&&(resultp5 == NULL)) {
193
}
194
195
}else if(strcmp(result,"f")==0){
196
if(foundobj){
197
resultp1=strtok(NULL," \n\t");
198
resultp2=strtok(NULL," \n\t");
199
resultp3=strtok(NULL," \n\t");
200
resultp4=strtok(NULL," \n\t");
201
resultp5=strtok(NULL," \n\t");
202
if((resultp4!=NULL)&&(resultp5==NULL)){
188
203
// Parse all 4 points in quad
189
parseface(resultp1, localquadlist, localquadlistnormal, localquadlistuv, quadcount * 4, texturecount, normalcount);
190
parseface(resultp2, localquadlist, localquadlistnormal, localquadlistuv, (quadcount * 4) + 1, texturecount, normalcount);
191
parseface(resultp3, localquadlist, localquadlistnormal, localquadlistuv, (quadcount * 4) + 2, texturecount, normalcount);
192
parseface(resultp4, localquadlist, localquadlistnormal, localquadlistuv, (quadcount * 4) + 3, texturecount, normalcount);
204
parseface(resultp1,localquadlist,localquadlistnormal,localquadlistuv,quadcount*4,texturecount,normalcount);
205
parseface(resultp2,localquadlist,localquadlistnormal,localquadlistuv,(quadcount*4)+1,texturecount,normalcount);
206
parseface(resultp3,localquadlist,localquadlistnormal,localquadlistuv,(quadcount*4)+2,texturecount,normalcount);
207
parseface(resultp4,localquadlist,localquadlistnormal,localquadlistuv,(quadcount*4)+3,texturecount,normalcount);
208
193
209
quadcount++;
194
} else if((resultp3 != NULL)&&(resultp4 == NULL)) {
210
211
}else if((resultp3!=NULL)&&(resultp4==NULL)){
212
195
213
// Parse all 3 points in triangle
196
parseface(resultp1, localtrianglelist, localtrianglelistnormal, localtrianglelistuv, trianglecount * 3, texturecount, normalcount);
197
parseface(resultp2, localtrianglelist, localtrianglelistnormal, localtrianglelistuv, (trianglecount * 3) + 1, texturecount, normalcount);
198
parseface(resultp3, localtrianglelist, localtrianglelistnormal, localtrianglelistuv, (trianglecount * 3) + 2, texturecount, normalcount);
199
trianglecount++;
214
parseface(resultp1,localtrianglelist,localtrianglelistnormal,localtrianglelistuv,trianglecount*3,texturecount,normalcount);
215
parseface(resultp2,localtrianglelist,localtrianglelistnormal,localtrianglelistuv,(trianglecount*3)+1,texturecount,normalcount);
216
parseface(resultp3,localtrianglelist,localtrianglelistnormal,localtrianglelistuv,(trianglecount*3)+2,texturecount,normalcount);
217
218
trianglecount++;
200
219
}
201
}
202
} else if(strcmp(result, "g") == 0) {
203
if(result = strtok(NULL, " \n\t")) {
204
if(!strcmp(openobj, result)) {
205
foundobj = 1;
220
}
221
}else if(strcmp(result,"g")==0){
222
if(result=strtok(NULL," \n\t")){
223
if(!strcmp(openobj,result)){
224
foundobj=1;
206
225
}
207
226
}
208
227
}
209
}
228
}
229
//-------------------------
230
210
231
}
232
211
233
}
212
int i = 0;
234
235
int i=0;
236
213
237
// Allocate buffers
214
vertexlist = (float *) malloc (sizeof(float) * vertcount * 3);
215
normallist = (float *) malloc (sizeof(float) * vertcount * 3);
216
uvlist = (float *) malloc (sizeof(float) * vertcount * 2);
217
trianglelist = (int *) malloc (sizeof(int) * trianglecount * 3);
218
quadlist = (int *) malloc (sizeof(int) * quadcount * 4);
219
238
vertexlist=(float *)malloc(sizeof(float)*vertcount*3);
239
normallist=(float *)malloc(sizeof(float)*vertcount*3);
240
uvlist=(float *)malloc(sizeof(float)*vertcount*2);
241
trianglelist=(int *)malloc(sizeof(int)*trianglecount*3);
242
quadlist=(int *)malloc(sizeof(int)*quadcount*4);
243
220
244
// Copy data from Per Face model to Per Vertex model first for triangles and then for quads
245
221
246
// If there are triangle normals, copy triangle normal data
222
if(normalcount > 0) {
223
printf("Msg: Copying Triangle Normals: %i / %i !\n", normalcount, trianglecount);
224
for(i = 0; i < trianglecount * 3; i++) {
225
// Normal X
226
normallist[localtrianglelist[i] * 3] = localnormallist[localtrianglelistnormal[i] * 3];
227
// Normal Y
228
normallist[(localtrianglelist[i] * 3 ) + 1 ] = localnormallist[(localtrianglelistnormal[i] * 3) + 1 ];
229
// Normal Z
230
normallist[(localtrianglelist[i] * 3) + 2] = localnormallist[(localtrianglelistnormal[i] * 3) + 2];
231
}
232
for(i = 0; i < quadcount * 4; i++) {
233
// Normal X
234
normallist[localquadlist[i] * 3] = localnormallist[localquadlistnormal[i] * 3];
235
// Normal Y
236
normallist[(localquadlist[i] * 3) + 1] = localnormallist[(localquadlistnormal[i] * 3) + 1];
237
// Normal Z
238
normallist[(localquadlist[i] * 3) + 2] = localnormallist[(localquadlistnormal[i] * 3) + 2];
239
}
240
} else {
247
if(normalcount>0){
248
printf("Msg: Copying Triangle Normals: %i / %i !\n",normalcount,trianglecount);
249
for(i=0;i<trianglecount*3;i++){
250
// Normal X
251
normallist[localtrianglelist[i]*3]=localnormallist[localtrianglelistnormal[i]*3];
252
// Normal Y
253
normallist[(localtrianglelist[i]*3)+1]=localnormallist[(localtrianglelistnormal[i]*3)+1];
254
// Normal Z
255
normallist[(localtrianglelist[i]*3)+2]=localnormallist[(localtrianglelistnormal[i]*3)+2];
256
}
257
for(i=0;i<quadcount*4;i++){
258
// Normal X
259
normallist[localquadlist[i]*3]=localnormallist[localquadlistnormal[i]*3];
260
// Normal Y
261
normallist[(localquadlist[i]*3)+1]=localnormallist[(localquadlistnormal[i]*3)+1];
262
// Normal Z
263
normallist[(localquadlist[i]*3)+2]=localnormallist[(localquadlistnormal[i]*3)+2];
264
}
265
}else{
241
266
printf("Msg: No Triangle Normals to Copy\n");
242
267
}
243
244
// If there are triangle uv coordinates, copy uv coordinate data
245
if(texturecount > 0) {
246
printf("Msg: Copying Triangle UV Coordinates: %i / %i !\n", texturecount, trianglecount);
247
for(i = 0; i < trianglecount * 3; i++) {
248
// U Coordinate
249
uvlist[localtrianglelist[i] * 3] = localuvlist[localtrianglelistuv[i] * 3];
250
// V Coordinate
251
uvlist[(localtrianglelist[i] * 3) + 1] = localuvlist[(localtrianglelistuv[i] * 3) + 1];
252
}
253
for(i = 0;i < quadcount * 4; i++) {
254
// U Coordinate
255
uvlist[localquadlist[i] * 3] = localuvlist[localquadlistuv[i] * 3];
256
// V Coordinate
257
uvlist[(localquadlist[i] * 3) + 1] = localuvlist[(localquadlistuv[i] * 3) + 1];
258
}
259
} else {
268
269
// If there are triangle uv coordinates, copy uv coordinate data
270
if(texturecount>0){
271
printf("Msg: Copying Triangle UV Coordinates: %i / %i !\n",texturecount,trianglecount);
272
for(i=0;i<trianglecount*3;i++){
273
// U Coordinate
274
uvlist[localtrianglelist[i]*3]=localuvlist[localtrianglelistuv[i]*3];
275
// V Coordinate
276
uvlist[(localtrianglelist[i]*3)+1]=localuvlist[(localtrianglelistuv[i]*3)+1];
277
}
278
for(i=0;i<quadcount*4;i++){
279
// U Coordinate
280
uvlist[localquadlist[i]*3]=localuvlist[localquadlistuv[i]*3];
281
// V Coordinate
282
uvlist[(localquadlist[i]*3)+1]=localuvlist[(localquadlistuv[i]*3)+1];
283
}
284
}else{
260
285
printf("Msg: No Triangle UV Coordinates to Copy\n");
261
286
}
262
287
263
// Same for Quads
288
// Same for Quads
289
290
264
291
printf("--------------------------------\n");
265
292
printf("Saving JSON Object file: %s\n", outputfile);
266
293
printf("--------------------------------\n");
267
294
268
295
// Process data to JSON
269
296
printf("{\n");
297
270
298
printf("\"vertexPositions\" : [");
271
for(i = 0; i < (vertcount * 3); i++) {
272
if(i < ((vertcount * 3) - 1)) {
273
printf("%f,", localvertexlist[i]);
274
} else {
275
printf("%f", localvertexlist[i]);
299
for(i=0;i<(vertcount*3);i++){
300
if(i<((vertcount*3)-1)) {
301
printf("%f,",localvertexlist[i]);
302
}else{
303
printf("%f",localvertexlist[i]);
276
304
}
277
305
}
278
306
printf("],\n");
307
279
308
printf("\"vertexNormals\" : [");
280
if(normalcount > 0) {
281
for(i = 0; i < (vertcount * 3); i++) {
282
if(i < ((vertcount * 3) - 1)) {
283
printf("%f,", normallist[i]);
284
} else {
285
printf("%f", normallist[i]);
286
}
287
}
309
if(normalcount>0){
310
for(i=0;i<(vertcount*3);i++){
311
if(i<((vertcount*3)-1)) {
312
printf("%f,",normallist[i]);
313
}else{
314
printf("%f",normallist[i]);
315
}
316
}
288
317
}
289
318
printf("],\n");
319
290
320
printf("\"vertexTextureCoords\" : [");
291
if(texturecount > 0) {
292
for(i = 0; i < (vertcount * 2); i++){
293
if(i < ((vertcount * 2) - 1)) {
294
printf("%f,", uvlist[i]);
295
} else {
296
printf("%f", uvlist[i]);
297
}
298
}
321
if(texturecount>0){
322
for(i=0;i<(vertcount*2);i++){
323
if(i<((vertcount*2)-1)) {
324
printf("%f,",uvlist[i]);
325
}else{
326
printf("%f",uvlist[i]);
327
}
328
}
299
329
}
300
330
printf("],\n");
331
301
332
printf("\"indices\" : [");
302
333
303
334
// Triangle indices
304
for(i = 0; i < (trianglecount * 3); i++) {
305
if(i < ((trianglecount * 3) - 1)) {
306
printf("%i,", localtrianglelist[i]);
307
} else {
308
printf("%i", localtrianglelist[i]);
335
for(i=0;i<(trianglecount*3);i++){
336
if(i<((trianglecount*3)-1)) {
337
printf("%i,",localtrianglelist[i]);
338
}else{
339
printf("%i",localtrianglelist[i]);
309
340
}
310
}
341
}
311
342
312
343
// Quad indices
313
for(i = 0; i < quadcount; i++) {
314
if(i == (quadcount - 1)) {
315
printf("%i,%i,%i,%i,%i,%i,", localquadlist[i], localquadlist[i + 1], localquadlist[i + 2], localquadlist[i + 2], localquadlist[i + 3], localquadlist[i]);
316
} else {
317
printf("%i,%i,%i,%i,%i,%i ", localquadlist[i], localquadlist[i + 1], localquadlist[i + 2], localquadlist[i + 2], localquadlist[i + 3], localquadlist[i]);
344
for(i=0;i<quadcount;i++){
345
if(i==(quadcount-1)) {
346
printf("%i,%i,%i,%i,%i,%i,",localquadlist[i],localquadlist[i+1],localquadlist[i+2],localquadlist[i+2],localquadlist[i+3],localquadlist[i]);
347
}else{
348
printf("%i,%i,%i,%i,%i,%i ",localquadlist[i],localquadlist[i+1],localquadlist[i+2],localquadlist[i+2],localquadlist[i+3],localquadlist[i]);
318
349
}
319
}
350
}
320
351
321
352
printf("]\n");
353
322
354
printf("}\n");
323
355
324
356
// Free buffers
331
363
free(localquadlist);
332
364
free(localquadlistuv);
333
365
free(localquadlistnormal);
334
} else {
366
367
}else{
335
368
// Multigon
336
printf("Error: Object did not contain any triangles or quads!\n");
337
}
338
339
fclose(pFile);
340
if(!foundobj) {
341
printf("Error: Failed to find object %s!\n", openobj);
342
} else {
343
printf("Msg: Sucessful Parsing of Object %s in File %s\nMsg: %i vertices %i normals %i texture coordinates %i faces (%i triangles %i quads %i polys)\n", openobj, objfilename, vertcount, normalcount, texturecount, facecount, trianglecount, quadcount, polycount);
344
}
345
346
} else {
347
printf("Error: Failed to open %s!\n", objfilename);
369
printf("Error: Object did not contain any triangles or quads!\n");
370
}
371
372
fclose ( pFile );
373
374
if(!foundobj){
375
printf("Error: Failed to find object %s!\n",openobj);
376
}else{
377
printf("Msg: Sucessful Parsing of Object %s in File %s\nMsg: %i vertices %i normals %i texture coordinates %i faces (%i triangles %i quads %i polys)\n",openobj,objfilename,vertcount,normalcount,texturecount,facecount,trianglecount,quadcount,polycount);
378
}
379
380
}else{
381
printf("Error: Failed to open %s!\n",objfilename);
348
382
}
383
349
384
free(buf);
350
385
}
351
386
352
int main(int argc, char** argv) {
353
if(argc < 3) {
354
printf("ERROR: not enough arguments. must have LOADFILE and SAVEFILE and if you want to process only a specific object, the name of object to process\n");
355
return 1;
387
int main (int argc, char** argv) {
388
389
if (argc < 3) {
390
printf("ERROR: not enough arguments. must have LOADFILE and SAVEFILE and if you want to process only a specific object, the name of object to process\n");
391
return 1;
356
392
}
357
393
358
394
printf("--------------------------------\n");
359
395
printf("Loading Wavefront Object file: %s\n", argv[1]);
360
396
printf("--------------------------------\n");
361
397
362
if(argc > 3) {
363
printf("Msg: Loading Object: %s\n", argv[3]);
364
loadobj(argv[1], argv[3], argv[2]);
365
} else {
366
printf("Msg: Loading all Objects\n");
367
loadobj(argv[1], "ALL", argv[2]);
398
if(argc>3){
399
printf("Msg: Loading Object: %s\n", argv[3]);
400
loadobj(argv[1],argv[3],argv[2]);
401
}else{
402
printf("Msg: Loading all Objects\n");
403
loadobj(argv[1],"ALL",argv[2]);
368
404
}
405
369
406
return 0;
370
}
407
408
}
b'\\ No newline at end of file'
Loggerhead is a web-based interface for Breezy
Version: 2.0.2.dev0