Cactus code

import Common

worldsize = get_world_size()

def cplant():
	#clear()
	Common.MoveTo(0,0)
	#plant Cactus everywhere
	for x in range(worldsize):
		for y in range(worldsize):
			if get_ground_type() != Grounds.Soil:
				till()
			if get_entity_type() != Entities.Cactus:
				harvest()
				plant(Entities.Cactus)
			move(East)
		move(North)

#sort the fuckers
def csort():
	worldsize = get_world_size()
	#Sort rows
	Common.MoveTo(0,0)
	replacelist = []
	for y in range(worldsize):
		sorted = worldsize-1
		finalswap = worldsize-1
		while sorted != 0:
			move(East)
			curx = get_pos_x()
			if measure() < measure(West) and curx > 0:
				swap(West)
				sorted = worldsize-1
				replacelist.append(curx)
			else:
				sorted -= 1
			#done with swaps, get the new last position and reset list
			if curx >= finalswap:
				if len(replacelist) > 0:
					finalswap = max(replacelist)
					replacelist = []
					Common.MoveTo(0,get_pos_y())
				else: #its sorted now next list
					break
			#first time end of row reached
			if get_pos_x() == worldsize-1:
				if len(replacelist) > 0:
					quick_print(max(replacelist))
					finalswap = max(replacelist)
					replacelist = []
				else:
					finalswap = curx
		move(North)
		Common.MoveTo(0,get_pos_y())
		replacelist = []

	#Sort columns
	Common.MoveTo(0,0)
	replacelist = []
	for y in range(worldsize):
		sorted = worldsize-1
		finalswap = worldsize-1
		while sorted != 0:
			move(North)
			cury = get_pos_y()
			if measure() < measure(South) and curx > 0:
				swap(South)
				sorted = worldsize-1
				replacelist.append(cury)
			else:
				sorted -= 1
			#done with swaps, get the new last position and reset list
			if cury >= finalswap:
				if len(replacelist) > 0:
					finalswap = max(replacelist)
					replacelist = []
					Common.MoveTo(get_pos_x(),0)
				else: #its sorted now next list
					break
			#first time end of row reached
			if get_pos_y() == worldsize-1:
				if len(replacelist) > 0:
					quick_print(max(replacelist))
					finalswap = max(replacelist)
					replacelist = []
				else:
					finalswap = curx
		move(East)
		Common.MoveTo(get_pos_x(),0)
		replacelist = []

#Harvest em all
def charvest():
	worldsize = get_world_size()
	Common.MoveTo(worldsize-1,worldsize-1)
	harvest()

#***************MULTI CODE!!!!*****

def cplantMulti():
	#plant a row of Cactus
	for x in range(worldsize):
		if get_ground_type() != Grounds.Soil:
			till()
		if get_entity_type() != Entities.Cactus:
			harvest()
			plant(Entities.Cactus)
		move(East)


#sort row multi
def MultiRowSort():
	worldsize = get_world_size()
	#Sort rows
	replacelist = []
	sorted = worldsize-1
	finalswap = worldsize-1
	while sorted != 0:
		move(East)
		curx = get_pos_x()
		if measure() < measure(West) and curx > 0:
			swap(West)
			sorted = worldsize-1
			replacelist.append(curx)
		else:
			sorted -= 1
		#done with swaps, get the new last position and reset list
		if curx >= finalswap:
			if len(replacelist) > 0:
				finalswap = max(replacelist)
				replacelist = []
				Common.MoveTo(0,get_pos_y())
			else: #its sorted now next list
				break
		#first time end of row reached
		if get_pos_x() == worldsize-1:
			if len(replacelist) > 0:
				#quick_print(max(replacelist))
				finalswap = max(replacelist)
				replacelist = []
			else:
				finalswap = curx

def MultiColSort():
	worldsize = get_world_size()
	#Sort rows
	replacelist = []
	sorted = worldsize-1
	finalswap = worldsize-1
	while sorted != 0:
		move(North)
		cury = get_pos_y()
		if measure() < measure(South) and cury > 0:
			swap(South)
			sorted = worldsize-1
			replacelist.append(cury)
		else:
			sorted -= 1
		#done with swaps, get the new last position and reset list
		if cury >= finalswap:
			if len(replacelist) > 0:
				finalswap = max(replacelist)
				replacelist = []
				Common.MoveTo(get_pos_x(),0)
			else: #its sorted now next list
				break
		#first time end of row reached
		if get_pos_y() == worldsize-1:
			if len(replacelist) > 0:
				#quick_print(max(replacelist))
				finalswap = max(replacelist)
				replacelist = []
			else:
				finalswap = cury


def doCactus(size):
	#set custom size as needed
	if get_world_size() != size:
		set_world_size(size)

	Common.MoveTo(0,0)

	if num_unlocked(Unlocks.Megafarm) > 0:
		#multi plant
		for y in range(size):
			if num_drones() < max_drones():
				spawn_drone(cplantMulti)
			else:
				cplantMulti()
			move(North)

		#Multi Sort
		#row
		drones = []
		Common.MoveTo(0,0)
		while get_pos_y() < size-1:
			if num_drones() < max_drones():
				newdrone = spawn_drone(MultiRowSort)
				drones.append(newdrone)
				move(North)
			#else:
			#	MultiRowSort()
			for drone in drones:
				if has_finished(drone):
					drones.remove(drone)

		#sometimes the last row is missed
		MultiRowSort()
		for drone in drones:
			wait_for(drone)


		#Columns
		Common.MoveTo(0,0)
		drones = []
		while get_pos_x() < size-1:
			if num_drones() < max_drones():
				newdrone = spawn_drone(MultiColSort)
				drones.append(newdrone)
				move(East)
			#else:
				#MultiColSort()
			for drone in drones:
				if has_finished(drone):
					drones.remove(drone)

		MultiColSort()
		for drone in drones:
			wait_for(drone)


		#sort complete?!
		charvest()

	#Single drone code
	else:
		cplant()
		csort()
		charvest()