def test_move_center(self):
app = wx.App()
OGLInitialize()
shape = self._create_rect(100, 100)
shape.move_center(60, 60)
self.assertEqual([10,110], shape.x)
self.assertEqual([10,110], shape.y)
self.assertEqual(100, shape._width)
self.assertEqual(100, shape._height)
self.assertEqual(60, shape._xpos)
self.assertEqual(60, shape._ypos)
self.assertEqual((100, 100), shape.GetBoundingBoxMax())
self.assertEqual((10, 10), getpos(shape))
def test_set_height(self):
app = wx.App()
OGLInitialize()
shape = self._create_rect(100, 100)
shape._height = 40
if PRO_EDITION:
self.assertEqual([0,100], shape.x)
self.assertEqual([30,70], shape.y)
self.assertEqual(100, shape._width)
self.assertEqual(40, shape._height)
self.assertEqual(50, shape._xpos)
self.assertEqual(50, shape._ypos)
self.assertEqual((100, 40), shape.GetBoundingBoxMax())
self.assertEqual((0, 30), getpos(shape))
def test_zero_dimension_rect(self):
app = wx.App()
OGLInitialize()
shape = self._create_rect(0, 0)
shape._xpos = 50
shape._ypos = 50
if PRO_EDITION:
self.assertEqual([50,50], shape.x)
self.assertEqual([50,50], shape.y)
self.assertEqual(0, shape._width)
self.assertEqual(0, shape._height)
self.assertEqual(50, shape._xpos)
self.assertEqual(50, shape._ypos)
self.assertEqual((0, 0), shape.GetBoundingBoxMax())
self.assertEqual((50, 50), getpos(shape))
def test_basics(self):
app = wx.App()
OGLInitialize()
shape = self._create_rect(100, 100)
# expected, actual
if PRO_EDITION:
self.assertEqual([0,100], shape.x)
self.assertEqual([0,100], shape.y)
self.assertEqual(100, shape._width)
self.assertEqual(100, shape._height)
self.assertEqual(50.0, shape._xpos)
self.assertEqual(50.0, shape._ypos)
self.assertEqual((100, 100), shape.GetBoundingBoxMax())
self.assertEqual((0, 0), getpos(shape))
def test_zero_dimension_line(self):
app = wx.App()
OGLInitialize()
shape = LineShape()
if PRO_EDITION:
self.assertEqual([0,0], shape.x)
self.assertEqual([0,0], shape.y)
self.assertFalse(hasattr(shape, "_width")) # Line shapes don't have these, use boundingbox
self.assertFalse(hasattr(shape, "_height"))
# ogltwo fails this because for a line without line control points, xpos and ypos
# which are derived from boundingbox, end up in -2000 land - yikes!
# perhaps we re-implement xpos and ypos for Lines? to be based on .x.y point lists?
# OK I did that - and these tests pass - but what implications for the rest of the system?
self.assertEqual(0, shape._xpos)
self.assertEqual(0, shape._ypos)
self.assertEqual((-20000, -20000), shape.GetBoundingBoxMax()) # cos no _lineControlPoints
# self.assertEqual((0, 0), getpos(shape))
shape._xpos = 50
shape._ypos = 50
shape._lineControlPoints = [wx.RealPoint(40, 60), wx.RealPoint(60, 40)]
if PRO_EDITION:
self.assertEqual([50,50], shape.x)
self.assertEqual([50,50], shape.y)
# Lines don't have ._width, ._height attributes, according to wx.ogl
# self.assertEqual(0, shape._width)
# self.assertEqual(0, shape._height)
self.assertEqual(50, shape._xpos)
self.assertEqual(50, shape._ypos)
self.assertEqual((20, 20), shape.GetBoundingBoxMax())
self.assertEqual((40, 40), getpos(shape))