def extendBlocks(grid, extends):
symbols = getBlockSymbolsList(grid)
for _ in range(extends):
if symbols == []:
break
symbol = random.choice(symbols)
grid = extendBlock(grid, symbol)
symbols.remove(symbol)
return grid
def extendBlocks(grid, extends):
symbols = getBlockSymbolsList(grid)
for _ in range(extends):
if symbols == []:
break
symbol = random.choice(symbols)
grid = extendBlock(grid, symbol)
symbols.remove(symbol)
return grid
def getAverageBlockSize(grid):
totalSizeX = 0
totalSizeY = 0
totalNo = 0
for symbol in getBlockSymbolsList(grid):
totalNo += 1
(sizeX, sizeY) = (getBlockSize(symbol, grid))
totalSizeX += sizeX
totalSizeY += sizeY
return (totalSizeX/totalNo, totalSizeY/totalNo)
def getAverageBlockSize(grid):
totalSizeX = 0
totalSizeY = 0
totalNo = 0
for symbol in getBlockSymbolsList(grid):
totalNo += 1
(sizeX, sizeY) = (getBlockSize(symbol, grid))
totalSizeX += sizeX
totalSizeY += sizeY
return (totalSizeX / totalNo, totalSizeY / totalNo)
def performNRandomSteps(grid, n):
temp = SlidingBlock(grid)
count = 0
while True:
count += 1
validActions = getValidActions(grid)
if validActions != []:
action = random.choice(validActions)
grid = temp.result(grid, action)
if checkIfGoalTileIsInUpperLeftHalfgrid(grid):
break
else:
if count > 1000:
for symbol in getBlockSymbolsList(grid):
if checkIfAnyTileIsInUpperLeftHalfgrid(grid, symbol):
grid = exchangeBlock(grid, 1, symbol)
continue
return grid
def performNRandomSteps(grid, n):
temp = SlidingBlock(grid)
count = 0
while True:
count += 1
validActions = getValidActions(grid)
if validActions != []:
action = random.choice(validActions)
grid = temp.result(grid, action)
if checkIfGoalTileIsInUpperLeftHalfgrid(grid):
break
else:
if count > 1000:
for symbol in getBlockSymbolsList(grid):
if checkIfAnyTileIsInUpperLeftHalfgrid(grid, symbol):
grid = exchangeBlock(grid, 1, symbol)
continue
return grid
