//
// Reset Garden
// - similar to above
//
void ResetGarden(CURRENT_PTR bot)
{
// the only thing we need to save
int bot_id = bot->list_id;
// I like to be extra careful
ZeroMemory((CURRENT_PTR)bot,
sizeof(CURRENT_OBJECT));
LoadGardParms(bot);
bot->list_id = bot_id;
if (USE_GARDEN_AREA)
{
int sel=0;
int r = rand()%3;
if (r == 2)
sel = 2;
else if (r == 1)
sel = 1;
else
sel = 0;
PlaceGardenArea(bot,
food_pos[sel][0], food_pos[sel][1], food_pos[sel][2]);
} else {
RandomPlacement(bot);
}
} // end of the function
bool DoRandomPlacementIfRequired(HDesign& hd, const char* cfgOptName)
{
if (hd.cfg.ValueOf(cfgOptName, false))
{
RandomPlacement(hd);
WRITELINE("");
if (hd.CanDoTiming()) ALERT("STA after random placement:");
STA(hd);
return true;
}
return false;
}
//
// Generate Nests
//
static void Generate_Gardens(void)
{
int index = 0;
CURRENT_BOT.max_items = MAX_GARDENS;
// create the array of pointers
CURRENT_BOT.objects = (CURRENT_OBJECT **)malloc(
sizeof(CURRENT_OBJECT *)*CURRENT_BOT.max_items);
for (index = 0; index < CURRENT_BOT.max_items; index++)
{
SetGardenSize(1);
// this bordering on insane
// allocate an array of bot pointers, duh for nest
CURRENT_BOT.objects[index] = CURRENT_BOT.create(index);
if (USE_GARDEN_AREA)
{
int sel=0;
int r = rand()%3;
if (r == 2)
sel = 2;
else if (r == 1)
sel = 1;
else
sel = 0;
PlaceGardenArea(CURRENT_BOT.objects[index],
food_pos[sel][0], food_pos[sel][1], food_pos[sel][2]);
} else {
RandomPlacement(CURRENT_BOT.objects[index]);
} // end of if
} // end of the for
} // end of the function
