def test_construction():
rectangle1 = RectangleShape(Vector2f(2, 3))
assert rectangle1.size.x == 2
assert rectangle1.size.y == 3
assert rectangle1.point_count == 4
rectangle1.size = Vector2f(5, 6)
assert rectangle1.size.x == 5
assert rectangle1.size.y == 6
def test_repr():
vec = Vector2f()
assert str(vec) == '<pysfml11.Vector2f x=0 y=0>'
vec1 = Vector2f(2, 4)
assert str(vec1) == '<pysfml11.Vector2f x=2 y=4>'
vec3 = Vector2i(3, 4)
assert str(vec3) == '<pysfml11.Vector2i x=3 y=4>'
vec4 = Vector2u(3, 4)
assert str(vec4) == '<pysfml11.Vector2u x=3 y=4>'
def test_get_point():
shape = ConvexShape(3)
assert isinstance(shape.get_point(2), Vector2f)
shape.set_point(2, Vector2f(34, 6))
assert shape.get_point(2).x == 34
assert shape.get_point(2).y == 6
def test_origin():
shape = ConvexShape(3)
assert isinstance(shape.origin, Vector2f)
assert shape.origin.x == 0
assert shape.origin.y == 0
shape.origin = Vector2f(2, 3)
assert shape.origin.x == 2
assert shape.origin.y == 3
def test_position():
shape = ConvexShape(3)
assert isinstance(shape.position, Vector2f)
assert shape.position.x == 0
assert shape.position.y == 0
shape.position = Vector2f(2, 3)
assert shape.position.x == 2
assert shape.position.y == 3
def test_scale():
shape = ConvexShape(3)
assert isinstance(shape.scale, Vector2f)
assert shape.scale.x == 1
assert shape.scale.y == 1
shape.scale = Vector2f(2, 3)
assert shape.scale.x == 2
assert shape.scale.y == 3
def test_operators():
vec1 = Vector2f(3, 4)
vec2 = Vector2f(5, 6)
assert (- vec1).x == -3
assert (- vec1).y == -4
vec3 = Vector2f()
vec3 += vec1
assert vec3.x == 3
assert vec3.y == 4
vec3 -= vec1
assert vec3.x == 0
assert vec3.y == 0
vec3 = vec1 + vec2
assert vec3.x == 8
assert vec3.y == 10
vec3 = vec2 - vec1
assert vec3.x == 2
assert vec3.y == 2
vec3 = vec1 * 2
assert vec3.x == 6
assert vec3.y == 8
vec3 = 2 * vec2
assert vec3.x == 10
assert vec3.y == 12
vec3 = vec2 / 2.
assert vec3.x == 2.5
assert vec3.y == 3
vec3 /= 2
assert vec3.x == 1.25
assert vec3.y == 1.5
assert not vec1 == vec2
assert vec1 != vec2
def test_move():
shape = ConvexShape(3)
assert shape.position.x == 0
assert shape.position.y == 0
shape.move(2, 3)
assert shape.position.x == 2
assert shape.position.y == 3
shape.move(Vector2f(-2, -3))
assert shape.position.x == 0
assert shape.position.y == 0
def test_construction():
vec = Vector2f()
assert vec.x == 0
assert vec.y == 0
vec1 = Vector2f(2, 4)
assert vec1.x == 2
assert vec1.y == 4
vec2 = Vector2f(vec1)
assert vec2.x == 2
assert vec2.y == 4
vec3 = Vector2i(3, 4)
assert vec3.x == 3
assert vec3.y == 4
vec4 = Vector2u(3, 4)
assert vec4.x == 3
assert vec4.y == 4
with pytest.raises(TypeError):
Vector2i(3.4, 4)
with pytest.raises(TypeError):
Vector2u(-3, 4)
vec5 = Vector2b(True, False)
assert vec5.x
assert not vec5.y
def test_vertexarray():
lines = VertexArray(PrimitiveType.LineStrip, 4)
assert lines.vertex_count == 4
assert lines.primitive_type == PrimitiveType.LineStrip
lines.resize(6)
assert lines.vertex_count == 6
lines.clear()
assert lines.vertex_count == 0
triangles = VertexArray(PrimitiveType.TriangleStrip, 10)
assert triangles.vertex_count == 10
assert triangles.primitive_type == PrimitiveType.TriangleStrip
triangles.append(Vertex(position=Vector2f(4, 5)))
assert triangles.vertex_count == 11
vertex = triangles[10]
assert vertex.position == Vector2f(4, 5)
def test_style():
rectangle = RectangleShape(Vector2f(2, 3))
assert isinstance(rectangle.fill_color, Color)
rectangle.fill_color = Color.Yellow
assert rectangle.fill_color == Color.Yellow
assert isinstance(rectangle.outline_color, Color)
rectangle.outline_color = Color.Magenta
assert rectangle.outline_color == Color.Magenta
assert rectangle.outline_thickness == 0
rectangle.outline_thickness = 3
assert rectangle.outline_thickness == 3
assert isinstance(rectangle.local_bounds, FloatRect)
assert isinstance(rectangle.global_bounds, FloatRect)
"""Simple example of a rotating Rectangle."""
from pysfml11 import (Vector2f, Clock, VideoMode, Event, Color, RenderWindow,
RectangleShape)
width = 800
height = 600
mode = VideoMode(width, height)
window = RenderWindow(mode, 'My awesome SFML application!')
clock = Clock()
rectangle = RectangleShape(Vector2f(200, 300))
rectangle.fill_color = Color.Blue
rectangle.position = Vector2f(width / 2., height / 2.)
while (window.is_open()):
event = Event()
while window.poll_event(event):
if event.type == Event.Closed:
window.close()
window.clear(Color.White)
elapsed = clock.elapsed_time.as_seconds() * 40
rectangle.rotation = elapsed
window.draw(rectangle)
def test_get_point():
rectangle = RectangleShape(Vector2f(2, 3))
assert isinstance(rectangle.get_point(2), Vector2f)