def test_two_paths(self):
p1 = path.Path()
p1.line_to((4, 5, 6))
p2 = path.Path()
p2.line_to((7, 8, 6))
qpath = path.to_qpainter_path([p1, p2])
assert qpath.elementCount() == 4
assert qpath.elementAt(0).isMoveTo() is True
assert qpath.elementAt(1).isLineTo() is True
assert qpath.elementAt(2).isMoveTo() is True
assert qpath.elementAt(3).isLineTo() is True
def test_curve4_to(self):
p = path.Path()
p.curve4_to((4, 0, 2), (1, 1, 7), (3, 1, 5))
mpath = path.to_matplotlib_path([p])
assert tuple(mpath.codes) == (MC.MOVETO, MC.CURVE4, MC.CURVE4,
MC.CURVE4)
assert Vec2.list(mpath.vertices) == [(0, 0), (1, 1), (3, 1), (4, 0)]
def test_line_to(self):
p = path.Path()
p.line_to((4, 5, 6))
p.line_to((7, 8, 6))
mpath = path.to_matplotlib_path([p])
assert tuple(mpath.codes) == (MC.MOVETO, MC.LINETO, MC.LINETO)
assert Vec2.list(mpath.vertices) == [(0, 0), (4, 5), (7, 8)]
def test_two_paths(self):
p1 = path.Path()
p1.line_to((4, 5, 6))
p2 = path.Path()
p2.line_to((7, 8, 6))
mpath = path.to_matplotlib_path([p1, p2])
assert tuple(mpath.codes) == (
MC.MOVETO,
MC.LINETO,
MC.MOVETO,
MC.LINETO,
)
assert Vec2.list(mpath.vertices) == [
(0, 0),
(4, 5),
(0, 0),
(7, 8),
]
def test_curve4_to(self):
bez4 = [(4, 0, 2), (1, 1, 7), (3, 1, 5)]
p = path.Path()
p.curve4_to(*bez4)
qpath = path.to_qpainter_path([p])
assert qpath.elementCount() == 4
q1 = qpath.elementAt(1)
assert q1.isCurveTo() # start of cure
assert q1.x, q1.y == bez4[1]
q2 = qpath.elementAt(2)
assert q2.type == 3 # curve data element
assert q2.x, q2.y == bez4[2]
q3 = qpath.elementAt(3)
assert q3.type == 3 # curve data element
assert q3.x, q3.y == bez4[0]
def test_line_to(self):
p = path.Path()
p.line_to((4, 5, 6))
p.line_to((7, 8, 6))
qpath = path.to_qpainter_path([p])
assert qpath.elementCount() == 3
m = qpath.elementAt(0)
assert m.isMoveTo() is True
assert (m.x, m.y) == (0, 0)
l1 = qpath.elementAt(1)
assert l1.isLineTo() is True
assert (l1.x, l1.y) == (4, 5)
l2 = qpath.elementAt(2)
assert l2.isLineTo() is True
assert (l2.x, l2.y) == (7, 8)
def test_curve3_to(self):
bez3 = Bezier3P([(0, 0), (2, 1), (4, 0)])
p = path.Path()
p.curve3_to(bez3.control_points[2], bez3.control_points[1])
qpath = path.to_qpainter_path([p])
# Qt converts quadratic bezier curves unto cubic bezier curves
assert qpath.elementCount() == 4
bez4 = quadratic_to_cubic_bezier(bez3)
q1 = qpath.elementAt(1)
assert q1.isCurveTo() # start of cure
assert q1.x, q1.y == bez4.control_points[1]
q2 = qpath.elementAt(2)
assert q2.type == 3 # curve data element
assert q2.x, q2.y == bez4.control_points[2]
q3 = qpath.elementAt(3)
assert q3.type == 3 # curve data element
assert q3.x, q3.y == bez4.control_points[2]
def spath(self):
p = path.Path()
p.line_to((1, 2, 3))
return p
def quadratic(self):
p = path.Path()
p.curve3_to((2, 0), (1, 1))
return p
def test_two_path(self):
p1 = path.Path()
p1.line_to((1, 2, 3))
p2 = path.Path()
p2.line_to((-3, -2, -1))
assert path.bbox([p1, p2]).size == (4, 4, 4)
def test_one_path(self):
p = path.Path()
p.line_to((1, 2, 3))
assert path.bbox([p]).size == (1, 2, 3)