def testCompressedRandomMedium(self):
filename = TEST_DIR + "medium"
originalBoard = boardIO.createRandomBoard(*BoardIOTest.MEDIUM_SIZE)
boardIO.saveCompressedBoard(originalBoard, filename)
loadedBoard = boardIO.loadCompressedBoard(filename)
self.assertTrue(boardIO.checkEquals(originalBoard, loadedBoard))
def testCompressedRandomSmall(self):
filename = TEST_DIR + "small.boardC"
originalBoard = boardIO.createRandomBoard(*BoardIOTest.SMALL_SIZE)
boardIO.saveCompressedBoard(originalBoard, filename)
loadedBoard = boardIO.loadCompressedBoard(filename)
self.assertTrue(boardIO.checkEquals(originalBoard, loadedBoard))
from gol import GoL
from golImage import GoLImageRenderer
from utils import boardIO
if __name__ == '__main__':
import utils.colormaps as cm
golTraining = GoLImageRenderer("../data/images/training",
512,
512,
colormap=cm.COLORMAP_WHITE_GREEN,
showGridlines=True)
for i in range(20):
# Base settings
rndThresh = random.random() * 0.4 + 0.2 # range 0.2 - 0.6
board = boardIO.createRandomBoard(10, 10, rndThresh)
gol = GoL(board)
# Marked tiles
colors = cm.COLORS_MARK3
n = len(colors)
allTiles = itertools.product(range(1, gol.width - 1),
range(1, gol.height - 1))
nTiles = random.sample(list(allTiles), n)
for color, tile in zip(colors, nTiles):
golTraining.addHighlight(tile, color, 5)
# Record images
golTraining.renderSettings.showNeighbours = False
gol.name = f"Training{i:02d}_"
if __name__ == '__main__':
vid = GoLVideoRenderer("../data/videos/colorChangingNewColorOnChange2.avi",
1920,
1080,
fps=24,
colormap=cm.getColorMapFor("298A08", "ffffff"))
goalFrames = 10 * 60 * vid.fps
k = 2 # Resolution * k = Number of cells
while vid.frameNo < goalFrames:
vid.renderSettings.colormap = cm.RandomColorProgressionIterator(
cm.COLORS_DARK, ["ffffff"])
print(f"Current Frames: {vid.frameNo}. Goal: {goalFrames}")
rndThresh = random.random() * 0.2 + 0.4 # range 0.4 - 0.6
print(f"On Cells: ~{rndThresh * 100:.2f}%")
board = boardIO.createRandomBoard(192 * k,
108 * k,
rndThreshold=rndThresh)
gol = GoL(board)
abort = AbortDifHandler(board, extendGenerations=150)
vid.appendGoL(gol,
1000,
abortCondition=AbortDifHandler(board),
onColorChange=0,
offColorChange=0)
# try:
# vid.colormap.invert()
# except AttributeError:
# pass
# vid.colormap = cm.randomColormap(onColors=cm.COLORS_DARK, offColors=["ffffff"])
def initRandom(self):
self.board = boardIO.createRandomBoard(self.width, self.height)