def demo():
win=Screen()
#Build display list
displayList = []
# rectangle,centered at 0,0
a = 50.0
r0 = Rhombus(Point(-a, a),0,1.5*a,2*a, lineWidth=1, lineColor='green', fillColor='aquamarine', showTurtle='False', backgroundColor = 'black')
displayList.append(r0)
# draw the same rectangle in the top left corner
b = 150.0
r1 = r0.translate1(-b, +b)
displayList.append(r1)
# draw the rectangle in the top midlle but rotated
r2 = r1.rotate1(45).translate1(b,0)
displayList.append(r2)
# one more slightly rotated in the top right corner
r3 = r2.translate1(b,0).rotate1(15)
displayList.append(r3)
# same figures in the bottom
r4 = WithCentre(r1.translate1(0,-2*b),centreColor='red')
r5 = WithTransparency(r2.translate1(0,-2*b))
r6 = WithDots(r3.translate1(0, -2 * b), dotColor = 'pink')
displayList += [r4, r5, r6]
#WithTransparency(WithCentre(WithDots(r))).draw()
#Display the list
for f in displayList:
f.draw()
hideturtle()
done()
def main():
from turtle import Screen, done, hideturtle
from rhombus import Rhombus
from point import Point
loz = Rhombus(Point(-150, 200), 0, 100, 40, backgroundColor='Yellow')
rloz = WithRotation(loz, alpha=90)
# tests draw
win = Screen()
hideturtle()
loz.draw()
rloz.draw()
done()
def main():
from turtle import Screen, done, hideturtle
from rhombus import Rhombus
from point import Point
loz = Rhombus(Point(-150, 200), 0, 100, 40, backgroundColor='Yellow')
tloz = WithTranslation(loz, dx=0, dy=100.0, backgroundColor='Blue')
print(tloz)
# tests draw
win = Screen()
hideturtle()
loz.draw()
tloz.draw()
done()
def main():
from turtle import Screen, done, hideturtle
from rhombus import Rhombus
from withtranslation import WithTranslation
from point import Point
loz = Rhombus(Point(-150, 200),
0,
100,
40,
lineColor='pink',
fillColor='blue')
tploz = WithTransparency(WithTranslation(deepcopy(loz), +100, -100))
# tests draw
win = Screen()
hideturtle()
loz.draw()
tploz.draw()
done()
def main():
from turtle import Screen, done, hideturtle
from rhombus import Rhombus
from point import Point
loz = Rhombus(Point(-150, 200), 0, 100, 40, backgroundColor = 'Yellow')
cloz = WithCentre(loz, centreSize = 12, centreColor = "White")
tcloz = WithTranslation(cloz, dx=-100, dy= -100)
ctloz= WithCentre(WithTranslation(cloz, dx=100, dy= -100), centreSize = 12, centreColor = "White")
# tests draw
win = Screen()
hideturtle()
cloz.draw()
#test that center and translation do commute
tcloz.draw()
ctloz.draw()
done()
def main():
from turtle import Screen, done, hideturtle
from rhombus import Rhombus
from point import Point
from withtranslation import WithTranslation
loz = Rhombus(Point(-150, 200), 0, 100, 40, backgroundColor='Yellow')
dloz = WithDots(loz, dotSize=12, dotColor="White")
tdloz = WithTranslation(dloz, dx=-100, dy=-100)
dtloz = WithDots(WithTranslation(dloz, dx=100, dy=-100),
dotSize=12,
dotColor="White")
# tests draw
win = Screen()
hideturtle()
dloz.draw()
# test that center and translation do commute
tdloz.draw()
dtloz.draw()
done()
def main():
win=Screen()
#Build display list
displayList = []
# check translate
a = 50.0
r0 = Rhombus(Point(-a, a), 0, 1.5 * a, 2 * a, lineWidth = 1, lineColor = 'green', fillColor = 'aquamarine',
showTurtle = 'False', backgroundColor = 'black')
displayList.append(r0)
r0.translate(100,100)
r0.translate(100, 100)
r1 = WithTranslation(r0,-200,-200)
displayList.append(r1)
# Display the list
for f in displayList:
f.draw()
hideturtle()
done()
def setUp(self) -> None:
self.r = Rhombus(Point(1, 2), pi / 10, 150, 100, lineColor = "pink", backgroundColor = "green")
def setUp(self):
self.loz = Rhombus(Point(-150, 200), 0, 100, 40)
self.dloz = WithDots(self.loz, dotSize = 5, dotColor = "Cyan")
self.maxDiff = None
def setUp(self):
self.loz = Rhombus(Point(-150, 200), 0, 100, 40)
self.cloz = WithCentre(self.loz, centreSize=12, centreColor="White")
def setUp(self):
self.loz = Rhombus(Point(-150, 200), 0, 100, 40)
self.tloz = WithTranslation(self.loz, dx=0, dy=100.0)
def setUp(self):
self.loz = Rhombus(Point(-150, 200), 0, 100, 40)
self.trsploz = WithTransparency(self.loz)
def setUp(self):
self.loz = Rhombus(Point(-150, 200), 0, 100, 40)
self.rloz = WithRotation(self.loz, alpha=45)