# Empty line so its easier to read
print("")
counter = 0
iAmountOfSteps = 0
while True:
iAmountOfSteps += 1
sSplitLine = linQuestions[counter].split(" -> ")
sQuestion = sSplitLine[0]
sNextOptions = sSplitLine[1]
bAnswer = Input.IsTrue(Input.Ask(sQuestion, ["y", "n"]))
iParameterToCheck = 0
if bAnswer == False:
iParameterToCheck = 1
sNextOption = sNextOptions.split(
" / ")[iParameterToCheck].strip()
if sNextOption.isdigit() == True:
counter = int(sNextOption)
continue
bGuessCorrect = Input.IsTrue(
Input.Ask(
iEvolutionsPerSecond = 9
iTransparancy = 64 # between 0 and 255, lower means cells stay visible longer
fRainbowSpeed = 0.5
enableRainbow = True
iWidthOfGame = 1000
iHeightOfGame = 1000
iFieldWidth = 100
iFieldHeight = 100
# ------------------------------------------------------
# Ask for user preferred setup
# ------------------------------------------------------
currentLife = None
loadFile = Input.IsTrue(
Input.Ask("Do you want to load a custom .LIFE file? (y/n)", ["y", "n"]))
if loadFile == True:
lifFile = open("test.LIF", "r")
currentLife = MatrixOfLife(iFieldWidth, iFieldHeight, False)
currentLife.loadlife(lifFile.readlines())
else:
currentLife = MatrixOfLife(iFieldWidth, iFieldHeight, True)
# ------------------------------------------------------
# Method to redraw the cell
# ------------------------------------------------------