def __init__(self, griddata):
griddata.reverse()
#self.grid=griddata
self.grid = []
for line in griddata:
self.grid.append(list(line))
rr = 0
for r in self.grid:
cc = 0
for c in r:
if c == "6":
self.solomon_start = [cc, rr]
self.grid[rr][cc] = "0"
#self.solomon.A_wandswish.callback=self.block_swap
elif c == "7":
self.door = [cc, rr]
self.grid[rr][cc] = "0"
elif c == "8":
ns = Sprite(cc, rr + 0.5)
ns.setDrawFuncToList(lists["green_key"])
#ns.collision_action=self.key_detected_something_test
self.sprites.append(ns)
self.grid[rr][cc] = "0"
elif not c in ["3", "2", "1"]:
self.grid[rr][cc] = "0"
cc += 1
rr += 1
def __init__(self,griddata):
griddata.reverse()
#self.grid=griddata
self.grid=[]
for line in griddata:
self.grid.append(list(line))
rr=0
for r in self.grid:
cc=0
for c in r:
if c=="@":
self.solomon=Solomon(cc,rr,self)
self.grid[rr][cc]="."
self.solomon.A_wandswish.callback=self.block_swap
elif c=="4":
self.door=[cc,rr]
self.grid[rr][cc]="."
elif c=="k":
ns=Sprite(cc,rr+0.5)
ns.setDrawFuncToList(lists["green_key"])
ns.collision_action=self.key_detected_something_test
self.sprites.append(ns)
self.grid[rr][cc]="."
elif not c in ["b","B","s"]:
self.grid[rr][cc]="."
cc+=1
rr+=1
self.AG_twinklers=ActionGroup()
self.AG_twinklers.append("twinkle1",Action(func=self.sin_gen_1,max=200,cycle=True,min=0,reverseloop=False,init_tick=0))
self.AG_twinklers.append("twinkle2",Action(func=self.sin_gen_2,max=100,cycle=True,min=0,reverseloop=False,init_tick=10))
