def compute(self):
print("\tStep 2 of 4: Computing characteristic features")
imageWidthOverlap = self.imageWidth - self.blockDimension
imageHeightOverlap = self.imageHeight - self.blockDimension
if self.isThisRGBImage:
for i in tqdm(range(0, imageWidthOverlap + 1, 1)):
for j in range(0, imageHeightOverlap + 1, 1):
imageBlockRGB = self.imageData.crop(
(i, j, i + self.blockDimension,
j + self.blockDimension))
imageBlockGrayscale = self.imageGrayscale.crop(
(i, j, i + self.blockDimension,
j + self.blockDimension))
imageBlock = blocks.blocks(imageBlockGrayscale,
imageBlockRGB, i, j,
self.blockDimension)
self.featurescontainer.addBlock(imageBlock.computeBlock())
else:
for i in range(imageWidthOverlap + 1):
for j in range(imageHeightOverlap + 1):
imageBlockGrayscale = self.imageData.crop(
(i, j, i + self.blockDimension,
j + self.blockDimension))
imageBlock = blocks.blocks(imageBlockGrayscale, None, i, j,
self.blockDimension)
self.featurescontainer.addBlock(imageBlock.computeBlock())
def main_loop(stdscr): k=0 main_board=board.board(35,35) bloques=blocks.blocks(20,stdscr) enemigos=generate_enemys() #Se generan los enemigos que son los nombres de los ficheros proceso_key=Thread(target=catch_key, args=(stdscr,main_board,enemigos,bloques,)) proceso_key.start()
if do("mario"):
GD.cold()
mario(GD)
if do("scroll"):
GD.cold()
scroll(GD)
if do("tiling"):
GD.cold()
tiling(GD)
if do("blocks"):
GD.cold()
blocks(GD)
if do("dna"):
GD.cold()
dna(GD)
if do("j1"):
GD.cold()
j1(GD)
if do("demos"):
for d in ["ball", "chessboard", "asteroids", "manicminer"]:
GD.cold()
playback(GD, open("traces/" + d))
GD.pause()
black.ambient = soy.colors.black
black.diffuse = soy.colors.Color('#222')
black.specular= soy.colors.Color('#222')
black.shininess = 5.0
colors = {
'Aventurine' : (soy.materials.aventurine, black, ( 0, 0, 0)),
'Basalt' : (soy.materials.basalt, black, ( 4,-1,-4)),
'Copper' : (soy.materials.copper, black, (-3,-2,-2)),
'CopperSulfate' : (soy.materials.copperSulfate, black, ( 0,-2,-1)),
'DarkWood' : (soy.materials.darkWood, black, ( 5, 3,-6)),
'Pearl' : (soy.materials.pearl, black, (-1, 2,-3)),
'Rhodonite' : (soy.materials.rhodonite, black, (-4, 1,-5)),
'VelvetyRed' : (soy.materials.velvetyRed, black, ( 3, 0,-8)),
}
bks = blocks.blocks(sce, colors)
fps = soy.textures.Print()
scr = soy.Screen()
win = soy.Window(scr, 'CollideBlocks', background=soy.colors.gray)
pro = soy.widgets.Projector(win, camera=cam)
can = soy.widgets.Canvas(win, texture=fps)
def wireframeToggle() :
if cam.wireframe :
cam.wireframe = False
else :
cam.wireframe = True
def fullscreenToggle() :
#!/usr/bin/env python3
import soy
import blocks
from time import sleep
sce = soy.scenes.Room(3.0)
sce["cam"] = soy.bodies.Camera(soy.atoms.Position((0, 0, 15)))
sce["light"] = soy.bodies.Light(soy.atoms.Position((-2, 3, 5)))
colors = ["red", "blue", "gold", "deeppink", "firebrick", "goldenrod", "green", "darkslategray"]
n = 1
for color in colors:
bk = {}
bk[color] = blocks.blocks(sce, color, n, 1, 1)
n = n + 1
client = soy.Client()
client.window.append(soy.widgets.Projector(sce["cam"]))
client.window.background = soy.atoms.Color("white")
if __name__ == "__main__":
while client:
sleep(0.1)
sce = soy.scenes.Scene()
cam = soy.bodies.Camera(sce)
cam.position = (0.0, 0.0, 15.0)
lig = soy.bodies.Light(sce)
lig.position = (-10.0,10.0,2.0)
m = soy.bodies.fields.Monopole(sce)
m.position=(0,0,0)
m.multiplier=-4
b = soy.bodies.fields.Buoyancy(sce)
b.position=(0,0,0)
b.density=2
b.shape = soy.shapes.Sphere(2.1)
d = soy.bodies.fields.Wind(sce)
d.position=(0,0,0)
d.density=4
d.vector=(0,0,0)
bks = blocks.blocks(sce)
scr = soy.Screen()
win = soy.Window(scr, size=(500,375))
win.title = 'Buoyant Blocks'
stx = soy.widgets.StackX(win)
pro = soy.widgets.Projector(stx, camera=cam)
if __name__ == '__main__' :
while True:
sleep(random()*2)
c = int(random()*8)
#blocks[cname[c]].rotation = (srand(), srand(), srand())
if do('mario'):
GD.cold()
mario(GD)
if do('scroll'):
GD.cold()
scroll(GD)
if do('tiling'):
GD.cold()
tiling(GD)
if do('blocks'):
GD.cold()
blocks(GD)
if do('dna'):
GD.cold()
dna(GD)
if do('j1'):
GD.cold()
j1(GD)
if do('demos'):
for d in ['ball', 'chessboard', 'asteroids', 'manicminer']:
GD.cold()
playback(GD, open("traces/" + d))
GD.pause()
