bool liquid_reflection_maps_create(void)
{
bool ok;
char err_str[256];
if (os_dialog_confirm("Build Liquid Reflection Maps","Building liquids reflection maps will replace the 6th sets of textures and save the map.\nAre you sure you want to build the liquid reflection maps?",FALSE)!=0) return(FALSE);
// see if there are any liquids
if (map.liquid.nliquid==0) {
os_dialog_alert("Can not build liquid reflection maps","There are no liquids set to build reflection maps in this map.");
return(FALSE);
}
if (map.liquid.nliquid>max_liquid_reflection_map_textures) {
os_dialog_alert("Can not build liquid reflection maps","There are too many liquids set to build reflection maps in this map.");
return(FALSE);
}
// generate the reflection maps
progress_start("Generating Liquid Reflection Maps...",(2+map.liquid.nliquid));
ok=liquid_reflection_maps_create_process(map.liquid.nliquid,err_str);
progress_end();
if (!ok) {
os_dialog_alert("Can not build liquid reflection maps",err_str);
return(FALSE);
}
file_save_map();
return(TRUE);
}
static void push_file_timeline(FILELIST* flptr, const uint8 *title, size_t len,
sw_tl_extent extent)
{
sw_tl_ref tl_ref ;
HQASSERT(!stack_full(), "file timeline stack full");
CHECK_TL_VALID(tl_ref = progress_start(title, len, extent)) ;
if ( tl_ref != SW_TL_REF_INVALID ) {
++maxIndex;
aReadFile[maxIndex].flptr = flptr;
aReadFile[maxIndex].tl_ref = tl_ref;
}
}
