cell = lvl->cells;
for(i=0; i<lvl->height; i++) {
for(j=0; j<lvl->width; j++) {
+ node = (struct ts_node*)cell->next;
+ cell->next = 0;
+
if(cell->type == CELL_SOLID) {
cell++;
continue;
}
- node = (struct ts_node*)cell->next;
- cell->next = 0;
-
if((tiletype = tile_type(ts_get_attr_str(node, "tiletype", 0))) == -1) {
/* no tile-type specified, try to guess */
tiletype = detect_cell_tile(lvl, j, i, &cell->tilerot);
bit = 0;
for(i=0; i<3; i++) {
for(j=0; j<3; j++) {
- if(i == 1 && j == 1) continue;
if(get_cell_type(lvl, x + j - 1, y + i - 1) == CELL_SOLID) {
adj |= 1 << bit;
}
*/
return TILE_OPEN;
- case 0555: /* N-S corridor */
- *rot = 1;
- case 0707: /* W-E corridor */
- return TILE_STR;
+ case 0745:
+ case 0744:
- case 0745: /* S-E corner */
- *rot = 1;
- case 0715: /* S-W corner */
+ case 0645:
+ case 0644:
+ case 0740:
+ case 0741:
+ case 0640:
+ case 0641:
return TILE_CORNER;
- case 0547: /* N-E corner */
- *rot = 2;
+ case 0715:
+ case 0711:
+
+ case 0315:
+ case 0311:
+ case 0710:
+ case 0714:
+ case 0310:
+ case 0314:
+ *rot = 1;
return TILE_CORNER;
- case 0517: /* N-W corner */
+ case 0547:
+ case 0447:
+
+ case 0047:
+ case 0147:
+ case 0446:
+ case 0546:
+ case 0046:
+ case 0146:
*rot = 3;
return TILE_CORNER;
+ case 0517:
+ case 0117:
+
+ case 0017:
+ case 0417:
+ case 0113:
+ case 0513:
+ case 0013:
+ case 0413:
+ *rot = 2;
+ return TILE_CORNER;
case 0507: /* N tee */
*rot = 3;
+ return TILE_TEE;
case 0515: /* W tee */
+ *rot = 2;
return TILE_TEE;
case 0705: /* S tee */
*rot = 1;
return TILE_TEE;
case 0545: /* E tee */
- *rot = 2;
return TILE_TEE;
case 0505: /* cross */
return TILE_CROSS;
- case 0700: /* S stropen */
- case 0701:
- case 0704:
- return TILE_STROPEN;
- case 0444: /* E stropen */
- case 0445:
- case 0544:
- *rot = 1;
- return TILE_STROPEN;
- case 0007: /* N stropen */
- case 0407:
- case 0107:
- *rot = 2;
- return TILE_STROPEN;
- case 0111: /* W stropen */
- case 0511:
- case 0115:
- *rot = 3;
- return TILE_STROPEN;
-
case 0404: /* E str2open */
return TILE_STR2OPEN;
case 0005: /* N str2open */
case 0500: /* S str2open */
*rot = 3;
return TILE_STR2OPEN;
+
+ default:
+ if((adj & 0222) == 0200) {
+ return TILE_STROPEN;
+ }
+ if((adj & 0222) == 0002) {
+ *rot = 2;
+ return TILE_STROPEN;
+ }
+ if((adj & 0070) == 0040) {
+ *rot = 3;
+ return TILE_STROPEN;
+ }
+ if((adj & 0070) == 0010) {
+ *rot = 1;
+ return TILE_STROPEN;
+ }
+
+ if((adj & 0070) == 0050) {
+ *rot = 1; /* straight N-S */
+ return TILE_STR;
+ }
+ if((adj & 0202) == 0202) {
+ return TILE_STR; /* straight E-W */
+ }
}
return TILE_OPEN;
mesh->bbvalid = 0;
for(i=0; i<mesh->num_verts; i++) {
- cgm_vmul_v3m4(&mesh->varr[i].pos, mat);
- cgm_vmul_v3m3(&mesh->varr[i].norm, mat);
- cgm_vmul_v3m3(&mesh->varr[i].tang, mat);
+ cgm_vmul_m4v3(&mesh->varr[i].pos, mat);
+ cgm_vmul_m3v3(&mesh->varr[i].norm, mat);
+ cgm_vmul_m3v3(&mesh->varr[i].tang, mat);
}
}
tset->fname = strdup(fname);
tset->name = strdup(ts_get_attr_str(ts, "name", fname));
+ tset->tile_size = ts_get_attr_num(ts, "tilesize", DEF_TILE_SIZE);
+
iter = ts->child_list;
while(iter) {
node = iter;
cgm_midentity(xform);
if((vec = ts_get_attr_vec(node, "pos", 0))) {
- cgm_mtranslation(xform, vec[0], vec[1], vec[2]);
+ cgm_mtranslation(xform, -vec[0], -vec[1], -vec[2]);
}
init_meshgroup(&tile->mgrp);