def __init__(self, bor):
# self.currnet_idx = 16
self.currnet_idx = 19
texte = text.Text(bor)
texte.set_text(10, 1, "XD XD XD XD")
self.effects = [
texte, # 0
pixels.Pixels(bor), # 1
rainbow.Rainbow(bor), # 2
sinrainbow2.SinRainbow2(bor), # 3
sinrainbow.SinRainbow(bor), # 4
# tetris.Tetris(10, 10),
metaballs.Metaballs(bor), # 5
disco.Disco(), # 6
pulsingcolor.PulsingColor(Color.blue()), # 7
xdcolor.XDColor(Color.red()), # 8
xdcolor.XDColor(Color.green()), # 9
xdcolor.XDColor(Color.blue()), # 10
solidcolor.SolidColor(Color.black()), # 11
droplet.Droplet(bor), # 12
paint.Paint(bor), # 13
tennis.Tennis(bor), # 14
rays.Rays(bor), # 15
plasma.Plasma(bor), # 16
#GifPlayer('/home/pi/xD-Table-Py/effects/gifplayer/gifs/fireplace_smol.gif'), # 17
GifPlayer(
'/home/pi/xD-Table-Py/effects/gifplayer/gifs/fireplace_doniel.gif'
), # 17
rainbow_slow.RainbowSlow(bor), # 18
kibana.Heatmap(), # 19
]
def __call__(self, mapgen):
mapgen.plasma = plasma.Plasma()
for x in range(mapgen.width):
for y in range(mapgen.height):
if mapgen.plasma.map[x][y] < self.loground:
mapgen.gb.map[x][y].floor = maps.WATER
elif mapgen.plasma.map[x][y] < self.higround:
mapgen.gb.map[x][y].floor = maps.LOGROUND
mapgen.gb.map[x][y].wall = True
else:
mapgen.gb.map[x][y].floor = maps.HIGROUND
mapgen.gb.map[x][y].wall = True
def __call__( self, mapgen ):
mapgen.plasma = plasma.Plasma()
for x in range( mapgen.width ):
for y in range( mapgen.height ):
if mapgen.plasma.map[x][y] < self.loground:
mapgen.gb._map[x][y].floor = self.loterr
elif mapgen.plasma.map[x][y] < self.higround:
mapgen.gb._map[x][y].floor = self.medterr
mapgen.gb._map[x][y].wall = True
else:
mapgen.gb._map[x][y].floor = self.hiterr
mapgen.gb._map[x][y].wall = True
def __call__( self, mapgen ):
if not hasattr( mapgen, "plasma" ):
mapgen.plasma = plasma.Plasma()
for x in range( mapgen.width ):
for y in range( mapgen.height ):
if mapgen.gb.map[x][y].wall is True:
if x%3 == 0 and y%3 == 0 and self.four_true_walls(mapgen,x,y) and random.triangular(0.3,1.0,0.90) < mapgen.plasma.map[x][y]:
mapgen.gb.map[x][y].wall = maps.MOUNTAIN_TOP
mapgen.gb.map[x+1][y].wall = maps.MOUNTAIN_RIGHT
mapgen.gb.map[x][y+1].wall = maps.MOUNTAIN_LEFT
mapgen.gb.map[x+1][y+1].wall = maps.MOUNTAIN_BOTTOM
elif self.water_nearby( mapgen, x, y ):
if random.randint(1,3) != 2:
mapgen.gb.map[x][y].wall = maps.ROCKS
else:
mapgen.gb.map[x][y].wall = None
else:
if mapgen.plasma.map[x][y] < self.treeline:
mapgen.gb.map[x][y].wall = maps.TREES
else:
mapgen.gb.map[x][y].wall = maps.ROCKS