def test_guide_item_in_motion_2(self):
e1 = Element()
e2 = Element()
e3 = Element()
canvas = self.canvas
canvas.add(e1)
canvas.add(e2)
canvas.add(e3)
self.assertEquals(0, e1.matrix[4])
self.assertEquals(0, e1.matrix[5])
e2.matrix.translate(40, 40)
e2.request_update()
self.assertEquals(40, e2.matrix[4])
self.assertEquals(40, e2.matrix[5])
guider = GuidedItemInMotion(e3, self.view)
guider.start_move((3, 3))
self.assertEquals(0, e3.matrix[4])
self.assertEquals(0, e3.matrix[5])
# Moved back to guided lines:
for y in range(4, 6):
print 'move to', y
guider.move((3, y))
self.assertEquals(0, e3.matrix[4])
self.assertEquals(0, e3.matrix[5])
for y in range(6, 9):
print 'move to', y
guider.move((3, y))
self.assertEquals(0, e3.matrix[4])
self.assertEquals(5, e3.matrix[5])
# Take into account initial cursor offset of (3, 3)
guider.move((20, 23))
self.assertEquals(17, e3.matrix[4])
self.assertEquals(20, e3.matrix[5])
def test_guide_item_in_motion_2(self):
e1 = Element()
e2 = Element()
e3 = Element()
canvas = self.canvas
canvas.add(e1)
canvas.add(e2)
canvas.add(e3)
self.assertEquals(0, e1.matrix[4])
self.assertEquals(0, e1.matrix[5])
e2.matrix.translate(40, 40)
e2.request_update()
self.assertEquals(40, e2.matrix[4])
self.assertEquals(40, e2.matrix[5])
guider = GuidedItemInMotion(e3, self.view)
guider.start_move((3, 3))
self.assertEquals(0, e3.matrix[4])
self.assertEquals(0, e3.matrix[5])
# Moved back to guided lines:
for y in range(4, 6):
print 'move to', y
guider.move((3, y))
self.assertEquals(0, e3.matrix[4])
self.assertEquals(0, e3.matrix[5])
for y in range(6, 9):
print 'move to', y
guider.move((3, y))
self.assertEquals(0, e3.matrix[4])
self.assertEquals(5, e3.matrix[5])
# Take into account initial cursor offset of (3, 3)
guider.move((20, 23))
self.assertEquals(17, e3.matrix[4])
self.assertEquals(20, e3.matrix[5])
def test_guide_item_in_motion(self):
e1 = Element()
e2 = Element()
e3 = Element()
canvas = self.canvas
canvas.add(e1)
canvas.add(e2)
canvas.add(e3)
self.assertEquals(0, e1.matrix[4])
self.assertEquals(0, e1.matrix[5])
e2.matrix.translate(40, 40)
e2.request_update()
self.assertEquals(40, e2.matrix[4])
self.assertEquals(40, e2.matrix[5])
guider = GuidedItemInMotion(e3, self.view)
guider.start_move((0, 0))
self.assertEquals(0, e3.matrix[4])
self.assertEquals(0, e3.matrix[5])
# Moved back to guided lines:
for d in range(0, 3):
print 'move to', d
guider.move((d, d))
self.assertEquals(0, e3.matrix[4])
self.assertEquals(0, e3.matrix[5])
for d in range(3, 5):
print 'move to', d
guider.move((d, d))
self.assertEquals(5, e3.matrix[4])
self.assertEquals(5, e3.matrix[5])
guider.move((20, 20))
self.assertEquals(20, e3.matrix[4])
self.assertEquals(20, e3.matrix[5])
def test_guide_item_in_motion(self):
e1 = Element()
e2 = Element()
e3 = Element()
canvas = self.canvas
canvas.add(e1)
canvas.add(e2)
canvas.add(e3)
self.assertEquals(0, e1.matrix[4])
self.assertEquals(0, e1.matrix[5])
e2.matrix.translate(40, 40)
e2.request_update()
self.assertEquals(40, e2.matrix[4])
self.assertEquals(40, e2.matrix[5])
guider = GuidedItemInMotion(e3, self.view)
guider.start_move((0, 0))
self.assertEquals(0, e3.matrix[4])
self.assertEquals(0, e3.matrix[5])
# Moved back to guided lines:
for d in range(0, 3):
print 'move to', d
guider.move((d, d))
self.assertEquals(0, e3.matrix[4])
self.assertEquals(0, e3.matrix[5])
for d in range(3, 5):
print 'move to', d
guider.move((d, d))
self.assertEquals(5, e3.matrix[4])
self.assertEquals(5, e3.matrix[5])
guider.move((20, 20))
self.assertEquals(20, e3.matrix[4])
self.assertEquals(20, e3.matrix[5])
