def create_object():
"""
Creates the original DVD Logo. Code from here will be moved into
the new class that you are creating.
"""
width = 200
height = 200
obj = GCompound()
cube = GRect(0, 0, width, height)
cube.set_filled(True)
cube.set_color(random_color())
obj.add(cube)
dvdtext = GLabel("DVD")
dvdtext.set_font("bold 60px 'serif'")
obj.add(dvdtext, width / 2 - dvdtext.get_width() / 2, height / 2 - 10)
vidtext = GLabel("video")
vidtext.set_font("bold 50px 'serif'")
vidtext.set_color("white")
obj.add(vidtext, width / 2 - vidtext.get_width() / 2,
height / 2 + vidtext.get_ascent())
return obj
def create_rocket():
"""
Function to create the compound rocket object. Including the core,
1 fin on each side, and a nose cap. Should return the compound object.
"""
rocket = GCompound()
core = create_filled_rect(0, 0, ROCKET_WIDTH, ROCKET_HEIGHT, "oldlace")
rocket.add(core, -ROCKET_WIDTH / 2, -ROCKET_HEIGHT)
# Add your code below to add more pieces to the rocket!
return rocket
def createBeehive(puzzle):
#This function takes the parameter as string and outputs the beehive
angle = 30
figure = GCompound(
) #This will store the whole beehive and is the output of the function in the end
figureinside = GCompound(
) #This will store the intermediate values to be put into figure
hexagon = createHexagon(HEX_SIDE)
hexagon.setFilled(True)
hexagon.setColor(CENTER_HEX_COLOR)
figureinside.add(hexagon)
labelinside = GLabel(puzzle[0])
labelinside.setFont(LABEL_FONT)
figureinside.add(
labelinside, -0.5 * labelinside.getWidth(), HEX_LABEL_DY
) #Using -0.5 times label width tends to center the label more
figure.add(figureinside)
for i in range(1, 7):
figureinside = GCompound()
hexagon = createHexagon(HEX_SIDE)
hexagon.setFilled(True)
hexagon.setColor(OUTER_HEX_COLOR)
figureinside.add(hexagon)
labelinside = GLabel(puzzle[i])
labelinside.setFont(LABEL_FONT)
labelinside.setLocation(-0.5 * labelinside.getWidth(), HEX_LABEL_DY)
figureinside.add(labelinside)
figureinside.movePolar(HEX_SEP, angle)
angle += 60
figure.add(figureinside)
return figure
def createSierpinskiTriangle(size, order):
whole = GCompound()
def createTriangle(size, order, dx, dy):
if order == 0:
drawTriangle(size, dx, dy, whole)
else:
createTriangle(size / 2, order - 1, dx,
300) #dy - 4/(math.sqrt(3) * size)
createTriangle(
size / 2, order - 1, dx - size / 4,
dy + 4 * math.sqrt(3) / size - 2 * (4 / (math.sqrt(3) * size)))
createTriangle(
size / 2, order - 1, dx + size / 4,
dy + 4 * math.sqrt(3) / size - 2 * (4 / (math.sqrt(3) * size)))
createTriangle(size, order, 0, 0)
gw.add(whole, GWINDOW_WIDTH / 2, GWINDOW_HEIGHT / 2)
def createBall(): # Create ball
global ball
ball = GCompound()
head = filledCircle(-diameter // 2, -diameter // 2, diameter, "yellow")
ball.add(head)
mouth = filledCircle(-diameter / 10, diameter / 8, diameter / 5, "black")
ball.add(mouth)
lefteye = filledCircle(-diameter / 4, -diameter / 4, diameter / 8, "blue")
ball.add(lefteye)
righteye = filledCircle(diameter / 8, -diameter / 4, diameter / 8, "blue")
ball.add(righteye)
'''
return face
ball = GOval(GWINDOW_WIDTH//2 - (BALL_SIZE//2), 300, BALL_SIZE, BALL_SIZE)
ball.setFilled(True)
ball.setColor("black")
'''
gw.add(ball, GWINDOW_WIDTH / 2, GWINDOW_HEIGHT / 2)