void Scene_AddSkyObj (sceneobj_t *skyobj)
{
scenelist_t *newobj;
newobj = (scenelist_t*)Scene_FramePool_Alloc(sizeof(scenelist_t));
if (!newobj)
return;
// Case: if the is a uniform scale, we will use that instead. (to maintain compatibility)
if (skyobj->scale != 1.f)
M_SetVec3(skyobj->scaleVec, skyobj->scale, skyobj->scale, skyobj->scale);
Mem_Copy(newobj, skyobj, sizeof(sceneobj_t));
newobj->next = skylist;
newobj->obj.flags |= SCENEOBJ_SKYBOX;
//Vid_NormalizeColor(skyobj->color, newobj->obj.color);
if (!(skyobj->flags & SCENEOBJ_USE_AXIS))
{
//fill in axis
M_GetAxis(skyobj->angle[0], skyobj->angle[1], skyobj->angle[2], newobj->obj.axis);
}
skylist = newobj;
}
void Scene_AddFxObject (sceneobj_t *scobj)
{
scenelist_t *newobj;
OVERHEAD_INIT;
newobj = (scenelist_t*)Scene_FramePool_Alloc(sizeof(scenelist_t));
if (!newobj)
return;
// Case: if the is a uniform scale, we will use that instead. (to maintain compatibility)
if (scobj->scale != 1.f)
M_SetVec3(scobj->scaleVec, scobj->scale, scobj->scale, scobj->scale);
memcpy(&newobj->obj, scobj, sizeof(sceneobj_t));
if (!(scobj->flags & SCENEOBJ_USE_AXIS))
M_GetAxis(scobj->angle[0], scobj->angle[1], scobj->angle[2], newobj->obj.axis);
newobj->cull = false;
newobj->next = NULL;
switch(scobj->objtype)
{
case OBJTYPE_BILLBOARD:
case OBJTYPE_BILLBOARDLIT:
case OBJTYPE_HELIX:
case OBJTYPE_BEAM:
case OBJTYPE_BEAMLIGHTNING:
/*if(spriteListShader[newobj->obj.shader])
{
newobj->next = spriteListShader[newobj->obj.shader]->next;
spriteListShader[newobj->obj.shader]->next = newobj;
}
else
{
spritefxlist.push_front(newobj);
spriteListShader[newobj->obj.shader] = newobj;
}*/
spritefxlist.push_front(newobj);
break;
default:
/*
if (sceneListShader[newobj->obj.shader])
{
newobj->next = sceneListShader[newobj->obj.shader]->next;
sceneListShader[newobj->obj.shader]->next = newobj;
}
*/
newobj->next = scenefxlist;
scenefxlist = newobj;
break;
}
OVERHEAD_COUNT(OVERHEAD_ADD_SCENEOBJ);
}
void Scene_AddStaticObject(sceneobj_t *scobj)
{
if(staticObjectCount<MAX_STATICOBJECTS) {
if (scobj->scale != 1.f)
M_SetVec3(scobj->scaleVec, scobj->scale, scobj->scale, scobj->scale);
memcpy(&staticObjectPool[staticObjectCount], scobj, sizeof(sceneobj_t));
if (!(scobj->flags & SCENEOBJ_USE_AXIS))
M_GetAxis(scobj->angle[0], scobj->angle[1], scobj->angle[2], staticObjectPool[staticObjectCount].axis);
staticObjectCount++;
}
}
void M_ConvertVec3FixedToVec3(v3double_t *dest, const v3fixed_t *src)
{
M_SetVec3(dest, src->x, src->y, src->z);
}
