def __init__(self):
""" Setup variables in Grid class. """
self.x = 3
self.y = 3
self.shape = Tetromino()
self.shape = Ishape()
self.shape = Oshape()
self.shape.setImageOff()
self.grid = TGrid()
self.ghost = Pshape()
self.ghost.setColorOff()
self.ghost.setMaskOff()
#self.ghost.setImage("Images/circle_r16.png")
self.ghost.setImage("Images/square_phantom32x32.png")
#self.next = NextPanel()
#self.hold = HoldPanel()
#self.score = ScorePanel()
#self.stats = StatisticsPanel()
self.shape.setBase(self.grid.getPosition())
self.ghost.setBase(self.grid.getPosition())
#default controls
self.left = pygame.K_LEFT
self.right = pygame.K_RIGHT
self.down = pygame.K_DOWN
self.up = pygame.K_UP
self.cw = pygame.K_x
self.ccw = pygame.K_z
self.space = pygame.K_SPACE
self.debug = pygame.K_p
# Set the width and height of the screen [width, height]
size = CONSTANTS.WINDOW_SIZE
screen = pygame.display.set_mode(size)
pygame.display.set_caption("My Game")
#Shapes Being Tested
square = Square()
tetromino = Tetromino()
shape = Pshape()
#Background
background = Background(size)
#Grid
grid = TGrid()
grid.centerXposition(size)
#set position of squares
#square.setBase(grid.getPosition)
square.base_x = grid.x
square.base_y = grid.y
shape.setBase([grid.x, grid.y])
#shape.base_x = grid.x
#shape.base_y = grid.y
# Loop until the user clicks the close button.
done = False
# Used to manage how fast the screen updates
# Set the width and height of the screen [width, height]
size = CONSTANTS.WINDOW_SIZE
screen = pygame.display.set_mode(size)
pygame.display.set_caption("My Game")
#Shapes Being Tested
square = Square()
tetromino = Tetromino()
shape = Pshape()
#Background
background = Background(size)
#Grid
grid = TGrid()
grid.centerXposition(size)
#set position of squares
#square.setBase(grid.getPosition)
square.base_x = grid.x
square.base_y = grid.y
shape.setBase([grid.x, grid.y])
#shape.base_x = grid.x
#shape.base_y = grid.y
# Loop until the user clicks the close button.
done = False
# Used to manage how fast the screen updates
class TUnit(object):
"""static variables"""
TOP = (2, 0)
#p2 controls
p2_up = pygame.K_u
p2_left = pygame.K_h
p2_down = pygame.K_j
p2_right = pygame.K_k
p2_cw = pygame.K_i
p2_ccw = pygame.K_y
p2_space = pygame.K_l
p2_debug = pygame.K_o
#p3 controls
p3_up = pygame.K_w
p3_left = pygame.K_a
p3_down = pygame.K_s
p3_right = pygame.K_d
p3_cw = pygame.K_e
p3_ccw = pygame.K_q
p3_space = pygame.K_f
p3_debug = pygame.K_r
def __init__(self):
""" Setup variables in Grid class. """
self.x = 3
self.y = 3
self.shape = Tetromino()
self.shape = Ishape()
self.shape = Oshape()
self.shape.setImageOff()
self.grid = TGrid()
self.ghost = Pshape()
self.ghost.setColorOff()
self.ghost.setMaskOff()
#self.ghost.setImage("Images/circle_r16.png")
self.ghost.setImage("Images/square_phantom32x32.png")
#self.next = NextPanel()
#self.hold = HoldPanel()
#self.score = ScorePanel()
#self.stats = StatisticsPanel()
self.shape.setBase(self.grid.getPosition())
self.ghost.setBase(self.grid.getPosition())
#default controls
self.left = pygame.K_LEFT
self.right = pygame.K_RIGHT
self.down = pygame.K_DOWN
self.up = pygame.K_UP
self.cw = pygame.K_x
self.ccw = pygame.K_z
self.space = pygame.K_SPACE
self.debug = pygame.K_p
#--- Methods ---#
#sets the position to the given values
#pos is a tupple, two values in one
def setPosition(self, pos):
self.x = pos[0]
self.y = pos[1]
self.grid.setPosition(pos)
self.shape.setBase(self.grid.getPosition())
self.ghost.setBase(self.grid.getPosition())
def getPosition(self):
#pos = [self.x, self.y]
return (self.x, self.y)
def processInput(self, event):
#LEFT
if event.key == self.left:
self.shape.moveLeft()
if self.shape.isOutsideOfBounds(self.grid.rows, self.grid.cols):
self.shape.moveRight()
if self.grid.squaresOverlap(self.shape):
self.shape.moveRight()
self.ghost.setPosition(self.shape.getPosition())
self.fastFall(self.ghost)
#self.ghost.setXPosition(self.shape.getXPosition())
#self.fastFall(self.ghost)
#RIGHT
elif event.key == self.right:
self.shape.moveRight()
if self.shape.isOutsideOfBounds(self.grid.rows, self.grid.cols):
self.shape.moveLeft()
if self.grid.squaresOverlap(self.shape):
self.shape.moveLeft()
self.ghost.setPosition(self.shape.getPosition())
self.fastFall(self.ghost)
#UP
elif event.key == self.up:
print("up key pressed - hold tetromino")
#DOWN
elif event.key == self.down:
self.shape.moveDown()
if self.shape.isOutsideOfBounds(self.grid.rows, self.grid.cols):
self.shape.moveUp()
if self.grid.squaresOverlap(self.shape):
self.shape.moveUp()
#COUNTER CLOCK WISE
elif event.key == self.ccw: #pygame.K_z:
self.shape.rotateLeft()
if self.shape.isOutsideOfBounds(self.grid.rows, self.grid.cols):
self.shape.rotateRight()
if self.grid.squaresOverlap(self.shape):
self.shape.rotateRight()
self.ghost.orientation = self.shape.orientation
self.ghost.setPosition(self.shape.getPosition())
self.fastFall(self.ghost)
#CLOCK WISE
elif event.key == self.cw:
self.shape.rotateRight()
if self.shape.isOutsideOfBounds(self.grid.rows, self.grid.cols):
self.shape.rotateLeft()
if self.grid.squaresOverlap(self.shape):
self.shape.rotateRight()
self.ghost.orientation = self.shape.orientation
self.ghost.setPosition(self.shape.getPosition())
self.fastFall(self.ghost)
#SPACE
elif event.key == self.space:
self.fastFall(self.shape)
#DEBUG
elif event.key == self.debug:
self.grid.printSortedList()
def setP2Controls(self):
self.up = TUnit.p2_up
self.left = TUnit.p2_left
self.down = TUnit.p2_down
self.right = TUnit.p2_right
self.cw = TUnit.p2_cw
self.ccw = TUnit.p2_ccw
self.space = TUnit.p2_space
self.debug = TUnit.p2_debug
#moves falling shape down one space per call
def tick(self):
if self.shape.isAtBottom(self.grid.rows):
#copy to grid
self.grid.add(self.shape)
#clear full lines
self.grid.clearFullLines()
#change shape
self.shape = self.randomShape()
#move back to start position
self.shape.setPosition([5, 0])
#update ghost
self.ghost = self.setShape(self.shape.type)
self.ghost.setColorOff()
self.ghost.setMaskOff()
self.ghost.setBase(self.grid.getPosition())
self.ghost.setPosition([5, 0])
self.fastFall(self.ghost)
else:
self.shape.moveDown()
if self.shape.isOutsideOfBounds(self.grid.rows, self.grid.cols):
self.shape.moveUp()
if self.grid.squaresOverlap(self.shape):
self.shape.moveUp()
#copy to grid
self.grid.add(self.shape)
#clear full lines
self.grid.clearFullLines()
#change shape
self.shape = self.randomShape()
#move back to start position
self.shape.setPosition([5, 0])
#update ghost
self.ghost = self.setShape(self.shape.type)
self.ghost.setColorOff()
self.ghost.setMaskOff()
self.ghost.setBase(self.grid.getPosition())
self.ghost.setPosition([5, 0])
self.fastFall(self.ghost)
#shape must be contained within grid
#else infinite loop happens
def fastFall(self, shape):
#print("fast fall method")
count = 0
while shape.isOutsideOfBounds(
self.grid.rows, self.grid.cols
) != True and self.grid.squaresOverlap(shape) != True:
count += 1
shape.moveDown()
#print("count: ", count)
shape.moveUp()
def randomShape(self):
x = randrange(8)
#print("method: randomShape(): randValue = ", x)
s = Tetromino()
if x == 0:
s = Pshape()
elif x == 1:
s = Lshape()
elif x == 2:
s = Jshape()
elif x == 3:
s = Sshape()
elif x == 4:
s = Zshape()
elif x == 5:
s = Ishape()
elif x == 6:
s = Oshape()
elif x == 7:
s = Tshape()
s.setImageOff()
s.setBase(self.grid.getPosition())
return s
def setShape(self, type):
#print("method: setShape(): type = ", type)
s = Tetromino()
if type == 'P':
s = Pshape()
elif type == 'L':
s = Lshape()
elif type == 'J':
s = Jshape()
elif type == 'S':
s = Sshape()
elif type == 'Z':
s = Zshape()
elif type == 'I':
s = Ishape()
elif type == 'O':
s = Oshape()
elif type == 'T':
s = Tshape()
return s
def display(self, screen):
self.grid.display(screen)
self.ghost.display(screen)
self.shape.display(screen)
def __testMethod(self):
print("this is a private method")