avatar.velocity+=Vec2D(-10,0)
def right(event):
avatar.velocity+=Vec2D(10,0)
def up(event):
avatar.velocity+=Vec2D(0, -10)
def down(event):
avatar.velocity+=Vec2D(0,10)
root.bind('<Left>', left)
root.bind('<Right>', right)
root.bind('<Up>', up)
root.bind('<Down>', down)
deltaTime = .02
while True:
renderer.renderAll()
time.sleep(deltaTime)
for e in entities:
if(e.inverseMass != 0):
#e.velocity+=g
e.update(deltaTime)
for i in range(0, len(entities)):
for j in range(i+1, len(entities)):
e1 = entities[i]
e2 = entities[j]
mtv = cd.testCollisionSAT(e1, e2)
if mtv != None:
