//canvas set
// Type is optional. If you pass -1, type is determined, else type is used, and id is not xlated through ObjId.
draw_robot_picture(int id, vms_angvec *orient_angles, int type)
{
if (id >= Num_total_object_types)
return;
if ( type == -1 ) {
type = ObjType[id]; // Find the object type, given an object id.
id = ObjId[id]; // Translate to sub-id.
}
switch (type) {
case OL_HOSTAGE:
PIGGY_PAGE_IN(Vclip[Hostage_vclip_num[id]].frames[0]);
gr_bitmap(0,0,&GameBitmaps[Vclip[Hostage_vclip_num[id]].frames[0].index]);
break;
case OL_POWERUP:
if ( Powerup_info[id].vclip_num > -1 ) {
PIGGY_PAGE_IN(Vclip[Powerup_info[id].vclip_num].frames[0]);
gr_bitmap(0,0,&GameBitmaps[Vclip[Powerup_info[id].vclip_num].frames[0].index]);
}
break;
case OL_PLAYER:
draw_model_picture(Player_ship->model_num,orient_angles); // Draw a poly model below
break;
case OL_ROBOT:
draw_model_picture(Robot_info[id].model_num,orient_angles); // Draw a poly model below
break;
case OL_CONTROL_CENTER:
case OL_CLUTTER:
draw_model_picture(id,orient_angles);
break;
default:
//Int3(); // Invalid type!!!
return;
}
}
// -----------------------------------------------------------------------------
void show_spinning_robot_frame(int robot_num)
{
grs_canvas *curcanv_save;
if (robot_num != -1) {
Robot_angles.h += 150;
curcanv_save = grd_curcanv;
grd_curcanv = Robot_canv;
Assert(Robot_info[robot_num].model_num != -1);
draw_model_picture(Robot_info[robot_num].model_num, &Robot_angles);
grd_curcanv = curcanv_save;
}
}
