OLPC/Block/BlockZ.py at eeabcb8c6eec091e7e154256d3d755c2a44b3411 · CodeTheChangeUBC/OLPC · GitHub

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import pygame
from Block import Block

black = (0, 0, 0)

class BlockZ(object):
    def __init__(self, x, y, size):
        self.x = x
        self.y = y
        self.isCurrent = False
        self.size = size
        self.orientation = 0
        self.color = (255, 0, 0)

        ##      |_2_|_3_|
        ##          |_0_|_1_|   orientation 0

        self.blockList = [Block(x, y, size, self.color), Block(x + size, y, size, self.color), Block(x - size, y - size, size, self.color),
                          Block(x, y - size, size, self.color)]
        ##        self.block1 = Block(size, x, y)
        ##        self.block2 = Block(size, x - size, y)
        ##        self.block3 = Block(size, x + size, y)
        ##        self.block4 = Block(size, x, y - size)

    def display(self, gameDisplay):
        for i in range(0, len(self.blockList)):
            self.blockList[i].display(gameDisplay)

    def getLeftBoundary(self):
        left = self.blockList[0].getX()
        for i in range(1, len(self.blockList)):
            if self.blockList[i].getX() < left:
                left = self.blockList[i].getX()
        return left

    def getPerimeter(self):
        return self.blockList

    ##      |_2_|_3_|
    ##          |_0_|_1_|   orientation 0

    ##          |_1_|
    ##      |_3_|_0_|
    ##      |_2_|   orientation 1

    ##      |_1_|_0_|
    ##          |_3_|_2_|   orientation 2

    ##          |_2_|
    ##      |_0_|_3_|
    ##      |_1_|   orientation 3

    def rotateL(self):
        if self.orientation % 4 == 0:
            self.blockList[1].setRelativeX(-self.size)
            self.blockList[1].setRelativeY(-self.size)
            self.blockList[2].setRelativeY(2 * self.size)
            self.blockList[3].setRelativeX(-self.size)
            self.blockList[3].setRelativeY(self.size)
        elif self.orientation % 4 == 1:
            self.blockList[1].setRelativeX(-self.size)
            self.blockList[1].setRelativeY(self.size)
            self.blockList[2].setRelativeX(2 * self.size)
            self.blockList[3].setRelativeX(self.size)
            self.blockList[3].setRelativeY(self.size)
        elif self.orientation % 4 == 2:
            self.blockList[1].setRelativeX(self.size)
            self.blockList[1].setRelativeY(self.size)
            self.blockList[2].setRelativeY(-2 * self.size)
            self.blockList[3].setRelativeX(self.size)
            self.blockList[3].setRelativeY(-self.size)
        elif self.orientation % 4 == 3:
            self.blockList[1].setRelativeX(self.size)
            self.blockList[1].setRelativeY(-self.size)
            self.blockList[2].setRelativeX(-2 * self.size)
            self.blockList[3].setRelativeX(-self.size)
            self.blockList[3].setRelativeY(-self.size)

        self.orientation = self.orientation + 1

    # rotation about index 1
    def rotateL4(self):
        if self.orientation % 4 == 0:
            self.blockList[0].setRelativeX(self.size)
            self.blockList[0].setRelativeY(self.size)
            self.blockList[2].setRelativeX(self.size)
            self.blockList[2].setRelativeY(3*self.size)
            self.blockList[3].setRelativeY(2*self.size)
        elif self.orientation % 4 == 1:
            self.blockList[0].setRelativeX(self.size)
            self.blockList[0].setRelativeY(-self.size)
            self.blockList[2].setRelativeX(3*self.size)
            self.blockList[2].setRelativeY(-self.size)
            self.blockList[3].setRelativeX(2 * self.size)
        elif self.orientation % 4 == 2:
            self.blockList[0].setRelativeX(-self.size)
            self.blockList[0].setRelativeY(-self.size)
            self.blockList[2].setRelativeX(-self.size)
            self.blockList[2].setRelativeY(-3 * self.size)
            self.blockList[3].setRelativeY(-2 * self.size)
        elif self.orientation % 4 == 3:
            self.blockList[0].setRelativeX(-self.size)
            self.blockList[0].setRelativeY(self.size)
            self.blockList[2].setRelativeX(-3*self.size)
            self.blockList[2].setRelativeY(self.size)
            self.blockList[3].setRelativeX(-2 * self.size)

        self.orientation = self.orientation + 1

    def rotateL3(self):
        if self.orientation % 4 == 0:
            self.blockList[0].setRelativeY(-2*self.size)
            self.blockList[1].setRelativeX(-self.size)
            self.blockList[1].setRelativeY(-3*self.size)
            self.blockList[3].setRelativeX(-self.size)
            self.blockList[3].setRelativeY(-self.size)
        elif self.orientation % 4 == 1:
            self.blockList[0].setRelativeX(-2 * self.size)
            self.blockList[1].setRelativeX(-3*self.size)
            self.blockList[1].setRelativeY(self.size)
            self.blockList[3].setRelativeX(-self.size)
            self.blockList[3].setRelativeY(self.size)
        elif self.orientation % 4 == 2:
            self.blockList[0].setRelativeY(2 * self.size)
            self.blockList[1].setRelativeX(self.size)
            self.blockList[1].setRelativeY(3 * self.size)
            self.blockList[3].setRelativeX(self.size)
            self.blockList[3].setRelativeY(self.size)
        elif self.orientation % 4 == 3:
            self.blockList[0].setRelativeX(2 * self.size)
            self.blockList[1].setRelativeX(3*self.size)
            self.blockList[1].setRelativeY(-self.size)
            self.blockList[3].setRelativeX(self.size)
            self.blockList[3].setRelativeY(-self.size)

        self.orientation = self.orientation + 1

    # rotation about index 3
    def rotateL2(self):
        if self.orientation % 4 == 0:
            self.blockList[0].setRelativeX(self.size)
            self.blockList[0].setRelativeY(-self.size)
            self.blockList[1].setRelativeY(-2 * self.size)
            self.blockList[2].setRelativeX(self.size)
            self.blockList[2].setRelativeY(self.size)
        elif self.orientation % 4 == 1:
            self.blockList[0].setRelativeX(-self.size)
            self.blockList[0].setRelativeY(-self.size)
            self.blockList[1].setRelativeX(-2 * self.size)
            self.blockList[2].setRelativeX(self.size)
            self.blockList[2].setRelativeY(-self.size)
        elif self.orientation % 4 == 2:
            self.blockList[0].setRelativeX(-self.size)
            self.blockList[0].setRelativeY(self.size)
            self.blockList[1].setRelativeY(2 * self.size)
            self.blockList[2].setRelativeX(-self.size)
            self.blockList[2].setRelativeY(-self.size)
        elif self.orientation % 4 == 3:
            self.blockList[0].setRelativeX(self.size)
            self.blockList[0].setRelativeY(self.size)
            self.blockList[1].setRelativeX(2 * self.size)
            self.blockList[2].setRelativeX(-self.size)
            self.blockList[2].setRelativeY(self.size)

        self.orientation = self.orientation + 1

    def rotateR(self):
        if self.orientation % 4 == 0:
            self.blockList[1].setRelativeX(-self.size)
            self.blockList[1].setRelativeY(self.size)
            self.blockList[2].setRelativeX(2*self.size)
            self.blockList[3].setRelativeX(self.size)
            self.blockList[3].setRelativeY(self.size)
        elif self.orientation % 4 == 1:
            self.blockList[1].setRelativeX(self.size)
            self.blockList[1].setRelativeY(self.size)
            self.blockList[2].setRelativeY(-2 * self.size)
            self.blockList[3].setRelativeX(self.size)
            self.blockList[3].setRelativeY(-self.size)
        elif self.orientation % 4 == 2:
            self.blockList[1].setRelativeX(self.size)
            self.blockList[1].setRelativeY(-self.size)
            self.blockList[2].setRelativeX(-2 * self.size)
            self.blockList[3].setRelativeX(-self.size)
            self.blockList[3].setRelativeY(-self.size)
        elif self.orientation % 4 == 3:
            self.blockList[1].setRelativeX(-self.size)
            self.blockList[1].setRelativeY(-self.size)
            self.blockList[2].setRelativeY(2 * self.size)
            self.blockList[3].setRelativeX(-self.size)
            self.blockList[3].setRelativeY(self.size)

        self.orientation = self.orientation - 1

    # rotation about index 1
    def rotateR4(self):
        if self.orientation % 4 == 0:
            self.blockList[0].setRelativeX(self.size)
            self.blockList[0].setRelativeY(-self.size)
            self.blockList[2].setRelativeX(3*self.size)
            self.blockList[2].setRelativeY(-self.size)
            self.blockList[3].setRelativeX(2 * self.size)
        if self.orientation % 4 == 1:
            self.blockList[0].setRelativeX(-self.size)
            self.blockList[0].setRelativeY(-self.size)
            self.blockList[2].setRelativeX(-self.size)
            self.blockList[2].setRelativeY(-3 * self.size)
            self.blockList[3].setRelativeY(-2 * self.size)
        if self.orientation % 4 == 2:
            self.blockList[0].setRelativeX(-self.size)
            self.blockList[0].setRelativeY(self.size)
            self.blockList[2].setRelativeX(-3*self.size)
            self.blockList[2].setRelativeY(self.size)
            self.blockList[3].setRelativeX(-2 * self.size)
        if self.orientation % 4 == 3:
            self.blockList[0].setRelativeX(self.size)
            self.blockList[0].setRelativeY(self.size)
            self.blockList[2].setRelativeX(self.size)
            self.blockList[2].setRelativeY(3 * self.size)
            self.blockList[3].setRelativeY(2 * self.size)

        self.orientation = self.orientation - 1

    def rotateR3(self):
        if self.orientation % 4 == 0:
            self.blockList[0].setRelativeX(-2 * self.size)
            self.blockList[1].setRelativeX(-3*self.size)
            self.blockList[1].setRelativeY(self.size)
            self.blockList[3].setRelativeX(-self.size)
            self.blockList[3].setRelativeY(self.size)
        elif self.orientation % 4 == 1:
            self.blockList[0].setRelativeY(2 * self.size)
            self.blockList[1].setRelativeX(self.size)
            self.blockList[1].setRelativeY(3 * self.size)
            self.blockList[3].setRelativeX(self.size)
            self.blockList[3].setRelativeY(self.size)
        elif self.orientation % 4 == 2:
            self.blockList[0].setRelativeX(2 * self.size)
            self.blockList[1].setRelativeX(3*self.size)
            self.blockList[1].setRelativeY(-self.size)
            self.blockList[3].setRelativeX(self.size)
            self.blockList[3].setRelativeY(-self.size)
        elif self.orientation % 4 == 3:
            self.blockList[0].setRelativeY(-2 * self.size)
            self.blockList[1].setRelativeX(-self.size)
            self.blockList[1].setRelativeY(-3 * self.size)
            self.blockList[3].setRelativeX(-self.size)
            self.blockList[3].setRelativeY(-self.size)

        self.orientation = self.orientation - 1

    # rotation about index 3
    def rotateR2(self):
        if self.orientation % 4 == 0:
            self.blockList[0].setRelativeX(-self.size)
            self.blockList[0].setRelativeY(-self.size)
            self.blockList[1].setRelativeX(-2 * self.size)
            self.blockList[2].setRelativeX(self.size)
            self.blockList[2].setRelativeY(-self.size)
        elif self.orientation % 4 == 1:
            self.blockList[0].setRelativeX(-self.size)
            self.blockList[0].setRelativeY(self.size)
            self.blockList[1].setRelativeY(2 * self.size)
            self.blockList[2].setRelativeX(-self.size)
            self.blockList[2].setRelativeY(-self.size)
        elif self.orientation % 4 == 2:
            self.blockList[0].setRelativeX(self.size)
            self.blockList[0].setRelativeY(self.size)
            self.blockList[1].setRelativeX(2 * self.size)
            self.blockList[2].setRelativeX(-self.size)
            self.blockList[2].setRelativeY(self.size)
        elif self.orientation % 4 == 3:
            self.blockList[0].setRelativeX(self.size)
            self.blockList[0].setRelativeY(-self.size)
            self.blockList[1].setRelativeY(-2 * self.size)
            self.blockList[2].setRelativeX(self.size)
            self.blockList[2].setRelativeY(self.size)

        self.orientation = self.orientation - 1

    def getX(self):
        return self.x

    def getY(self):
        return self.y

    def setY(self, y):
        dy = y - self.y
        self.y = y
        for i in range(0, len(self.blockList)):
            self.blockList[i].setRelativeY(dy)

    def setX(self, x):
        dx = x - self.x
        self.x = x
        for i in range(0, len(self.blockList)):
            self.blockList[i].setRelativeX(dx)

    def getColor(self):
        return self.color