def createHexObstacle(self):
numOfSides = random.choice([2, 3, 4, 5])
sideList = Obstacles.chooseHexSides(numOfSides)
obstacleType = "Hexagon"
angle = self.randomAngle()
newObstacle = Obstacles(self.width, self.height, numOfSides, sideList,
self.backColor, self.currentRotDir,
obstacleType, angle)
self.obstacles.append(newObstacle)
def createSquareObstacle(self):
if self.obstacleCount % 5 == 0 and self.obstacleCount < 7:
self.hardObstacleCount += 1
self.createSquareZigObstacle()
elif self.checkHardObsPresent():
numOfSides = 3
sideList = Obstacles.chooseSquareSides(numOfSides)
obstacleType = "Square"
angle = self.randomAngle()
newObstacle = Obstacles(self.width, self.height, numOfSides,
sideList, self.backColor,
self.currentRotDir, obstacleType, angle)
self.obstacles.append(newObstacle)
def createPentObstacle(self):
if self.obstacleCount % 5 == 0 and self.obstacleCount < 7:
self.hardObstacleCount += 1
self.createPentWhirlpoolObstacle()
elif self.checkHardObsPresent():
numOfSides = 4
sideList = Obstacles.choosePentSides(numOfSides)
obstacleType = "Pentagon"
angle = self.randomAngle()
newObstacle = Obstacles(self.width, self.height, numOfSides,
sideList, self.backColor,
self.currentRotDir, obstacleType, angle)
self.obstacles.append(newObstacle)
def createHexObstacle(self):
numOfSides = random.choice([2,3,4,5])
sideList = Obstacles.chooseHexSides(numOfSides)
obstacleType = "Hexagon"
angle = self.randomAngle()
newObstacle = Obstacles(self.width,self.height,numOfSides,sideList,
self.backColor,self.currentRotDir,
obstacleType,angle)
self.obstacles.append(newObstacle)
def createSquareObstacle(self):
if self.obstacleCount % 5 == 0 and self.obstacleCount < 7:
self.hardObstacleCount +=1
self.createSquareZigObstacle()
elif self.checkHardObsPresent():
numOfSides = 3
sideList = Obstacles.chooseSquareSides(numOfSides)
obstacleType = "Square"
angle = self.randomAngle()
newObstacle = Obstacles(self.width,self.height,numOfSides,sideList,
self.backColor,self.currentRotDir, obstacleType,angle)
self.obstacles.append(newObstacle)
def createPentObstacle(self):
if self.obstacleCount % 5 == 0 and self.obstacleCount < 7:
self.hardObstacleCount +=1
self.createPentWhirlpoolObstacle()
elif self.checkHardObsPresent():
numOfSides = 4
sideList = Obstacles.choosePentSides(numOfSides)
obstacleType = "Pentagon"
angle = self.randomAngle()
newObstacle = Obstacles(self.width,self.height,numOfSides,sideList,
self.backColor,self.currentRotDir,obstacleType,angle)
self.obstacles.append(newObstacle)
def changeBackColor(self):
while True:
newColor = random.choice(["navy","mint cream","dark orchid",
"MediumPurple4","firebrick","gold4","black","black"])
if newColor != self.backColor:
break
self.backColor = newColor
(self.background.pulseColor,self.background.pentagonColor) = \
Background.choosePulseColor(self.background)
self.newCharacter.color = \
Character.chooseCharColor(self.newCharacter)
self.basePolygon.baseColor = \
BasePolygon.choosePulseColor(self.basePolygon)
for obstacle in self.obstacles:
obstacle.color = Obstacles.chooseObstacleColor(obstacle)
def createSquareZigObstacle(self):
numOfSides = 1
sideList = [0]
obstacleType = "Square Zig"
wSides = 10
radius = 500
angle = math.pi / 2
for i in xrange(wSides):
newObstacle = Obstacles(self.width, self.height, numOfSides,
sideList, self.backColor,
self.currentRotDir, obstacleType, angle,
radius)
self.obstacles.append(newObstacle)
radius += 100
angle += math.pi / 2
def createStairObstacle(self):
numOfSides = 4
sideList = [0, 2, 3, 5]
obstacleType = "Stairs"
#pattern of 2 adjacent sides
sSides = 3
radius = 500
angle = math.pi / 2
for i in xrange(sSides):
newObstacle = Obstacles(self.width, self.height, numOfSides,
sideList, self.backColor,
self.currentRotDir, obstacleType, angle,
radius)
self.obstacles.append(newObstacle)
radius += 250
angle += math.pi / 3
def createMultiCObstacle(self):
numOfSides = 5
sideList = [1, 2, 3, 4, 5]
obstacleType = "MultiC"
#it is a 6 hexagon pattern
nHexagons = 4
radius = 500
angle = math.pi / 2
for i in xrange(nHexagons):
newObstacle = Obstacles(self.width, self.height, numOfSides,
sideList, self.backColor,
self.currentRotDir, obstacleType, angle,
radius)
self.obstacles.append(newObstacle)
radius += 250
angle += math.pi / 3
def changeBackColor(self):
while True:
newColor = random.choice([
"navy", "mint cream", "dark orchid", "MediumPurple4",
"firebrick", "gold4", "black", "black"
])
if newColor != self.backColor:
break
self.backColor = newColor
(self.background.pulseColor,self.background.pentagonColor) = \
Background.choosePulseColor(self.background)
self.newCharacter.color = \
Character.chooseCharColor(self.newCharacter)
self.basePolygon.baseColor = \
BasePolygon.choosePulseColor(self.basePolygon)
for obstacle in self.obstacles:
obstacle.color = Obstacles.chooseObstacleColor(obstacle)
def drawObstacles(self):
pi = math.pi
canvas = self.canvas
for obstacle in self.obstacles:
Obstacles.draw(obstacle,canvas,self.basePolygon.baseType,
obstacle.obstacleType)
def drawObstacles(self):
pi = math.pi
canvas = self.canvas
for obstacle in self.obstacles:
Obstacles.draw(obstacle, canvas, self.basePolygon.baseType,
obstacle.obstacleType)