def RunGameFSM(self):
thisAttempt = 1
attemptLimit = 30
screenLeft = 150
screenRight = 900
screenBumper = 40
file = open('Scores.txt', 'w')
quitB = Button()
quitT = Text(self.screen)
# Initial Game Setup
self.GetSprites()
self.player.DrawPlayer(self.screen)
for o in self.obList:
o.DrawObstacle(self.screen)
# While the AI still has attempts left
while thisAttempt <= attemptLimit:
# Checks for collision
# If one occurs then reset the game and change attempt number
if self.collision.CheckCollision(self.obList, self.player):
finalScore = 'Attempt %s had a score of %s\n' % (
thisAttempt, self.player.score)
file.write(finalScore)
thisAttempt += 1
self.obList = [
Obstacle(200, -100, 1),
Obstacle(460, -100, 2),
Obstacle(720, -100, 3)
]
self.player.ResetPlayer()
self.player.DrawPlayer(self.screen)
for o in self.obList:
o.DrawObstacle(self.screen)
# Clear the distances and sorted distances
distances = {}
sortedDistance = None
for o in self.obList:
# Get the distance
distances[o.index] = self.Distance(self.player.x,
self.player.y, o.x, o.y)
# Sort the distances and returned as tuple
sortedDistance = sorted(distances.items(), key=lambda x: x[1])
self.sortedObstacles = []
# Sort the obstacles
index = [i[0] for i in sortedDistance]
for i in index:
for o in self.obList:
if i == o.index:
self.sortedObstacles.append(o)
# Removes the obstacle from the list if it below a certain point, AI doesn't need to look at it anymore
for o in self.obList:
if o.y + o.height > self.player.y + 45:
self.sortedObstacles.remove(o)
# Draws the current level
self.level.GetLevel()
# The quit button
pygame.draw.rect(self.screen, (255, 0, 0), (15, 720, 100, 70))
quitT.FSMQuit()
if quitB.ButtonPress(15, 720, 100, 70):
break
# Checks to see if the user quit
for event in pygame.event.get():
if event.type == pygame.QUIT:
pygame.quit()
sys.exit()
### FSM HERE ###
if self.sortedObstacles == []:
pass
# If the obstacle is close and it is near the right side of the car
elif sortedDistance[0][
1] < self.distanceRange and self.WhichWayToMove(
) == 'LEFT':
if self.player.x + self.player.width > self.sortedObstacles[
0].x - 30 and self.CheckLeft():
if self.CheckLeft():
self.player.MoveLeft()
elif not self.player.CheckLeft() and self.CheckRight():
self.player.MoveRight()
else:
self.player.ReturnStraight()
else:
self.player.ReturnStraight()
# If the obstacle is close and it is near the left side of the car
elif sortedDistance[0][
1] < self.distanceRange and self.WhichWayToMove(
) == 'RIGHT':
if self.player.x < self.sortedObstacles[
0].x + self.sortedObstacles[0].width + 30:
if self.CheckRight():
self.player.MoveRight()
elif not self.CheckRight() and self.CheckLeft():
self.player.MoveLeft()
else:
self.player.ReturnStraight()
else:
self.player.ReturnStraight()
# If it is near the left side of the screen and there are no monsters in the way to the right
elif self.player.x < screenLeft + screenBumper and self.CheckRight(
):
self.player.MoveRight()
# If it is near the right side of the screen and there are no monsters in the way to the left
elif self.player.x + self.player.width > screenRight - screenBumper and self.CheckLeft(
):
self.player.MoveLeft()
# Otherwise do nothing and return to default position (straight)
else:
self.player.ReturnStraight()
# Draw the player
self.player.DrawPlayer(self.screen)
# Handles Movement and Drawing of Obstalces
for o in self.obList:
o.Move(self.player)
o.DrawObstacle(self.screen)
# Print the score to the screen
self.text.InGameScore(self.player)
# Print the attempt number to the screen
self.text.AttemptNumber(thisAttempt, attemptLimit)
# Refresh Rate
self.clock.tick(120)
# Update the Screen
pygame.display.update()
# Close the score text file
file.close()
