def test_hex_dimensions(self):
m = gen_hex_map([[{'a':'a'}]], 32)
assert m.pxw, m.pxh == (36, 32)
m = gen_hex_map([[{'a':'a'}]*2], 32)
assert m.pxw, m.pxh == (36, 64)
m = gen_hex_map([[{'a':'a'}]]*2, 32)
assert m.pxw, m.pxh == (63, 48)
def test_hex_dimensions(self):
m = gen_hex_map([[{'a': 'a'}]], 32)
assert m.pxw, m.pxh == (36, 32)
m = gen_hex_map([[{'a': 'a'}] * 2], 32)
assert m.pxw, m.pxh == (36, 64)
m = gen_hex_map([[{'a': 'a'}]] * 2, 32)
assert m.pxw, m.pxh == (63, 48)
def test_hex_neighbor(self):
# test hexagonal tile map
# tiles = [['a', 'b'], ['c', 'd'], ['e', 'f'], ['g', 'h']]
# /d\ /h\
# /b\_/f\_/
# \_/c\_/g\
# /a\_/e\_/
# \_/ \_/
m = gen_hex_map(hmd, 32)
t = m.get_cell(0, 0)
assert (t.x, t.y) == (0, 0) and t.properties['meta'] == 'a'
assert m.get_neighbor(t, m.DOWN) is None
assert m.get_neighbor(t, m.UP).properties['meta'] == 'b'
assert m.get_neighbor(t, m.DOWN_LEFT) is None
assert m.get_neighbor(t, m.DOWN_RIGHT) is None
assert m.get_neighbor(t, m.UP_LEFT) is None
assert m.get_neighbor(t, m.UP_RIGHT).properties['meta'] == 'c'
t = m.get_neighbor(t, m.UP)
assert (t.x, t.y) == (0, 1) and t.properties['meta'] == 'b'
assert m.get_neighbor(t, m.DOWN).properties['meta'] == 'a'
assert m.get_neighbor(t, m.UP) is None
assert m.get_neighbor(t, m.DOWN_LEFT) is None
assert m.get_neighbor(t, m.DOWN_RIGHT).properties['meta'] == 'c'
assert m.get_neighbor(t, m.UP_LEFT) is None
assert m.get_neighbor(t, m.UP_RIGHT).properties['meta'] == 'd'
t = m.get_neighbor(t, m.DOWN_RIGHT)
assert (t.x, t.y) == (1, 0) and t.properties['meta'] == 'c'
assert m.get_neighbor(t, m.DOWN) is None
assert m.get_neighbor(t, m.UP).properties['meta'] == 'd'
assert m.get_neighbor(t, m.DOWN_LEFT).properties['meta'] == 'a'
assert m.get_neighbor(t, m.DOWN_RIGHT).properties['meta'] == 'e'
assert m.get_neighbor(t, m.UP_LEFT).properties['meta'] == 'b'
assert m.get_neighbor(t, m.UP_RIGHT).properties['meta'] == 'f'
t = m.get_neighbor(t, m.UP_RIGHT)
assert (t.x, t.y) == (2, 1) and t.properties['meta'] == 'f'
assert m.get_neighbor(t, m.DOWN).properties['meta'] == 'e'
assert m.get_neighbor(t, m.UP) is None
assert m.get_neighbor(t, m.DOWN_LEFT).properties['meta'] == 'c'
assert m.get_neighbor(t, m.DOWN_RIGHT).properties['meta'] == 'g'
assert m.get_neighbor(t, m.UP_LEFT).properties['meta'] == 'd'
assert m.get_neighbor(t, m.UP_RIGHT).properties['meta'] == 'h'
t = m.get_neighbor(t, m.DOWN_RIGHT)
assert (t.x, t.y) == (3, 0) and t.properties['meta'] == 'g'
assert m.get_neighbor(t, m.DOWN) is None
assert m.get_neighbor(t, m.UP).properties['meta'] == 'h'
assert m.get_neighbor(t, m.DOWN_LEFT).properties['meta'] == 'e'
assert m.get_neighbor(t, m.DOWN_RIGHT) is None
assert m.get_neighbor(t, m.UP_LEFT).properties['meta'] == 'f'
assert m.get_neighbor(t, m.UP_RIGHT) is None
t = m.get_neighbor(t, m.UP)
assert (t.x, t.y) == (3, 1) and t.properties['meta'] == 'h'
assert m.get_neighbor(t, m.DOWN).properties['meta'] == 'g'
assert m.get_neighbor(t, m.UP) is None
assert m.get_neighbor(t, m.DOWN_LEFT).properties['meta'] == 'f'
assert m.get_neighbor(t, m.DOWN_RIGHT) is None
assert m.get_neighbor(t, m.UP_LEFT) is None
assert m.get_neighbor(t, m.UP_RIGHT) is None
def test_hex_neighbor(self):
# test hexagonal tile map
# tiles = [['a', 'b'], ['c', 'd'], ['e', 'f'], ['g', 'h']]
# /d\ /h\
# /b\_/f\_/
# \_/c\_/g\
# /a\_/e\_/
# \_/ \_/
m = gen_hex_map(hmd, 32)
t = m.get_cell(0,0)
assert (t.x, t.y) == (0, 0) and t.properties['meta'] == 'a'
assert m.get_neighbor(t, m.DOWN) is None
assert m.get_neighbor(t, m.UP).properties['meta'] == 'b'
assert m.get_neighbor(t, m.DOWN_LEFT) is None
assert m.get_neighbor(t, m.DOWN_RIGHT) is None
assert m.get_neighbor(t, m.UP_LEFT) is None
assert m.get_neighbor(t, m.UP_RIGHT).properties['meta'] == 'c'
t = m.get_neighbor(t, m.UP)
assert (t.x, t.y) == (0, 1) and t.properties['meta'] == 'b'
assert m.get_neighbor(t, m.DOWN).properties['meta'] == 'a'
assert m.get_neighbor(t, m.UP) is None
assert m.get_neighbor(t, m.DOWN_LEFT) is None
assert m.get_neighbor(t, m.DOWN_RIGHT).properties['meta'] == 'c'
assert m.get_neighbor(t, m.UP_LEFT) is None
assert m.get_neighbor(t, m.UP_RIGHT).properties['meta'] == 'd'
t = m.get_neighbor(t, m.DOWN_RIGHT)
assert (t.x, t.y) == (1, 0) and t.properties['meta'] == 'c'
assert m.get_neighbor(t, m.DOWN) is None
assert m.get_neighbor(t, m.UP).properties['meta'] == 'd'
assert m.get_neighbor(t, m.DOWN_LEFT).properties['meta'] == 'a'
assert m.get_neighbor(t, m.DOWN_RIGHT).properties['meta'] == 'e'
assert m.get_neighbor(t, m.UP_LEFT).properties['meta'] == 'b'
assert m.get_neighbor(t, m.UP_RIGHT).properties['meta'] == 'f'
t = m.get_neighbor(t, m.UP_RIGHT)
assert (t.x, t.y) == (2, 1) and t.properties['meta'] == 'f'
assert m.get_neighbor(t, m.DOWN).properties['meta'] == 'e'
assert m.get_neighbor(t, m.UP) is None
assert m.get_neighbor(t, m.DOWN_LEFT).properties['meta'] == 'c'
assert m.get_neighbor(t, m.DOWN_RIGHT).properties['meta'] == 'g'
assert m.get_neighbor(t, m.UP_LEFT).properties['meta'] == 'd'
assert m.get_neighbor(t, m.UP_RIGHT).properties['meta'] == 'h'
t = m.get_neighbor(t, m.DOWN_RIGHT)
assert (t.x, t.y) == (3, 0) and t.properties['meta'] == 'g'
assert m.get_neighbor(t, m.DOWN) is None
assert m.get_neighbor(t, m.UP).properties['meta'] == 'h'
assert m.get_neighbor(t, m.DOWN_LEFT).properties['meta'] == 'e'
assert m.get_neighbor(t, m.DOWN_RIGHT) is None
assert m.get_neighbor(t, m.UP_LEFT).properties['meta'] == 'f'
assert m.get_neighbor(t, m.UP_RIGHT) is None
t = m.get_neighbor(t, m.UP)
assert (t.x, t.y) == (3, 1) and t.properties['meta'] == 'h'
assert m.get_neighbor(t, m.DOWN).properties['meta'] == 'g'
assert m.get_neighbor(t, m.UP) is None
assert m.get_neighbor(t, m.DOWN_LEFT).properties['meta'] == 'f'
assert m.get_neighbor(t, m.DOWN_RIGHT) is None
assert m.get_neighbor(t, m.UP_LEFT) is None
assert m.get_neighbor(t, m.UP_RIGHT) is None
def test_hex_coords(self):
# test hexagonal tile map
# tiles = [['a', 'b'], ['c', 'd'], ['e', 'f'], ['g', 'h']]
# /d\ /h\
# /b\_/f\_/
# \_/c\_/g\
# /a\_/e\_/
# \_/ \_/
m = gen_hex_map(hmd, 32)
# test tile sides / corners
t00 = m.get_cell(0, 0)
assert t00.top == 32
assert t00.bottom == 0
assert t00.left == (0, 16)
assert t00.right == (36, 16)
assert t00.center == (18, 16)
assert t00.topleft == (9, 32)
assert t00.topright == (27, 32)
assert t00.bottomleft == (9, 0)
assert t00.bottomright == (27, 0)
assert t00.midtop == (18, 32)
assert t00.midbottom == (18, 0)
assert t00.midtopleft == (4, 24)
assert t00.midtopright == (31, 24)
assert t00.midbottomleft == (4, 8)
assert t00.midbottomright == (31, 8)
t10 = m.get_cell(1, 0)
assert t10.top == 48
assert t10.bottom == 16
assert t10.left == t00.topright
assert t10.right == (63, 32)
assert t10.center == (45, 32)
assert t10.topleft == (36, 48)
assert t10.topright == (54, 48)
assert t10.bottomleft == t00.right
assert t10.bottomright == (54, 16)
assert t10.midtop == (45, 48)
assert t10.midbottom == (45, 16)
assert t10.midtopleft == (31, 40)
assert t10.midtopright == (58, 40)
assert t10.midbottomleft == t00.midtopright
assert t10.midbottomright == (58, 24)
t = m.get_cell(2, 0)
assert t.top == 32
assert t.bottom == 0
assert t.left == t10.bottomright
assert t.right == (90, 16)
assert t.center == (72, 16)
assert t.topleft == t10.right
assert t.midtopleft == t10.midbottomright
def test_hex_coords(self):
# test hexagonal tile map
# tiles = [['a', 'b'], ['c', 'd'], ['e', 'f'], ['g', 'h']]
# /d\ /h\
# /b\_/f\_/
# \_/c\_/g\
# /a\_/e\_/
# \_/ \_/
m = gen_hex_map(hmd, 32)
# test tile sides / corners
t00 = m.get_cell(0, 0)
assert t00.top == 32
assert t00.bottom == 0
assert t00.left == (0, 16)
assert t00.right == (36, 16)
assert t00.center == (18, 16)
assert t00.topleft == (9, 32)
assert t00.topright == (27, 32)
assert t00.bottomleft == (9, 0)
assert t00.bottomright == (27, 0)
assert t00.midtop == (18, 32)
assert t00.midbottom == (18, 0)
assert t00.midtopleft == (4, 24)
assert t00.midtopright == (31, 24)
assert t00.midbottomleft == (4, 8)
assert t00.midbottomright == (31, 8)
t10 = m.get_cell(1, 0)
assert t10.top == 48
assert t10.bottom == 16
assert t10.left == t00.topright
assert t10.right == (63, 32)
assert t10.center == (45, 32)
assert t10.topleft == (36, 48)
assert t10.topright == (54, 48)
assert t10.bottomleft == t00.right
assert t10.bottomright == (54, 16)
assert t10.midtop == (45, 48)
assert t10.midbottom == (45, 16)
assert t10.midtopleft == (31, 40)
assert t10.midtopright == (58, 40)
assert t10.midbottomleft == t00.midtopright
assert t10.midbottomright == (58, 24)
t = m.get_cell(2, 0)
assert t.top == 32
assert t.bottom == 0
assert t.left == t10.bottomright
assert t.right == (90, 16)
assert t.center == (72, 16)
assert t.topleft == t10.right
assert t.midtopleft == t10.midbottomright
def test_hex_pixel(self):
# test hexagonal tile map
# tiles = [['a', 'b'], ['c', 'd'], ['e', 'f'], ['g', 'h']]
# /d\ /h\
# /b\_/f\_/
# \_/c\_/g\
# /a\_/e\_/
# \_/ \_/
m = gen_hex_map(hmd, 32)
t = m.get(0, 0)
assert t is None
t = m.get(0, 16)
assert (t.x, t.y) == (0, 0) and t.properties['meta'] == 'a'
t = m.get(16, 16)
assert (t.x, t.y) == (0, 0) and t.properties['meta'] == 'a'
t = m.get(35, 16)
assert (t.x, t.y) == (0, 0) and t.properties['meta'] == 'a'
t = m.get(36, 16)
assert (t.x, t.y) == (1, 0) and t.properties['meta'] == 'c'
def test_hex_pixel(self):
# test hexagonal tile map
# tiles = [['a', 'b'], ['c', 'd'], ['e', 'f'], ['g', 'h']]
# /d\ /h\
# /b\_/f\_/
# \_/c\_/g\
# /a\_/e\_/
# \_/ \_/
m = gen_hex_map(hmd, 32)
t = m.get(0,0)
assert t is None
t = m.get(0,16)
assert (t.x, t.y) == (0, 0) and t.properties['meta'] == 'a'
t = m.get(16,16)
assert (t.x, t.y) == (0, 0) and t.properties['meta'] == 'a'
t = m.get(35,16)
assert (t.x, t.y) == (0, 0) and t.properties['meta'] == 'a'
t = m.get(36,16)
assert (t.x, t.y) == (1, 0) and t.properties['meta'] == 'c'
def test_main(self):
self.init_window(256, 256)
self.set_map(gen_hex_map([[dict()] * 10] * 10, 32))
self.w.push_handlers(self.view)
self.view.allow_oob = False
@event(self.view)
@for_cells()
def on_mouse_enter(cells):
for cell in cells:
e = TintEffect((1, .5, .5, 1))
cell.properties['hover'] = e
cell.add_effect(e)
@event(self.view)
@for_cells()
def on_mouse_leave(cells):
for cell in cells:
cell.remove_effect(cell.properties['hover'])
@event(self.view)
@for_cells()
@for_sprites()
def on_mouse_press(objs, x, y, button, modifiers):
for obj in objs:
if 'clicked' in obj.properties:
obj.remove_effect(obj.properties['clicked'])
del obj.properties['clicked']
else:
e = TintEffect((.5, 1, .5, 1))
obj.properties['clicked'] = e
obj.add_effect(e)
return
self.show_focus()
self.run_test()
def test_main(self):
self.init_window(256, 256)
self.set_map(gen_hex_map([[{}] * 10] * 10, 32))
self.w.push_handlers(self.view)
self.view.allow_oob = False
@event(self.view)
@for_cells()
def on_mouse_enter(cells):
for cell in cells:
e = TintEffect((1, 0.5, 0.5, 1))
cell.properties["hover"] = e
cell.add_effect(e)
@event(self.view)
@for_cells()
def on_mouse_leave(cells):
for cell in cells:
cell.remove_effect(cell.properties["hover"])
@event(self.view)
@for_cells()
@for_sprites()
def on_mouse_press(objs, x, y, button, modifiers):
for obj in objs:
if "clicked" in obj.properties:
obj.remove_effect(obj.properties["clicked"])
del obj.properties["clicked"]
else:
e = TintEffect((0.5, 1, 0.5, 1))
obj.properties["clicked"] = e
obj.add_effect(e)
return
self.show_focus()
self.run_test()
def test_main(self):
self.init_window(256, 256)
self.set_map(gen_hex_map([[{}]*10]*10, 32), resize=True)
self.view.allow_oob = False
self.run_test()
