def setUp(self):
# Animation stuff
dudeFrame = 6
dudeFrameCounter = 0
dudeFrameSpeed = 5
# load the textures for possible heroes
dudeTextures = []
characters = []
try:
dudeTextures.append(
sf.Texture.from_file("assets/sprites/dude0.png"))
dudeTextures.append(
sf.Texture.from_file("assets/sprites/dude1.png"))
dudeTextures.append(
sf.Texture.from_file("assets/sprites/dude2.png"))
except IOError:
print("ERROR")
exit(1)
for dudeTexture in dudeTextures:
characters.append(sf.Sprite(dudeTexture))
for i in range(len(characters)):
characters[i].ratio = sf.Vector2(4, 4)
characters[i].origin = texture_size / 2
characters[i].position = (game_size.x / (len(characters) + 1) *
(i + 1), game_size.y / 2)
topLeft = sf.Vector2(114, 0)
for character in characters:
character.texture_rectangle = sf.Rectangle(topLeft, texture_size)
level = 1
space = pm.Space()
sprite = characters[1]
# create hero's physical body
dude_body = pm.Body(50, pm.inf) # Has a weight, but cannot rotate
# create hero's boundaries
dude_poly = pm.Poly.create_box(dude_body, person_size)
dude_poly.friction = 1
dude_poly.collision_type = 3
jump_sensor = pm.Poly.create_box(dude_body,
size=(50, 2),
offset=(0, 65))
jump_sensor.sensor = True
jump_sensor.collision_type = 2
space.add(dude_body, dude_poly, jump_sensor)
self.base_entity = BaseEntity(dude_body, dude_poly, sprite,
sf.Vector2(19, 44))
def setUp(self):
# Animation stuff
dudeFrame = 6
dudeFrameCounter = 0
dudeFrameSpeed = 5
# load the textures for possible heroes
dudeTextures = []
characters = []
try:
dudeTextures.append(sf.Texture.from_file("assets/sprites/dude0.png"))
dudeTextures.append(sf.Texture.from_file("assets/sprites/dude1.png"))
dudeTextures.append(sf.Texture.from_file("assets/sprites/dude2.png"))
except IOError:
print("ERROR")
exit(1)
for dudeTexture in dudeTextures:
characters.append(sf.Sprite(dudeTexture))
for i in range(len(characters)):
characters[i].ratio = sf.Vector2(4,4)
characters[i].origin = texture_size/2
characters[i].position = (game_size.x/(len(characters) + 1) * (i + 1), game_size.y/2)
topLeft = sf.Vector2(114,0)
for character in characters:
character.texture_rectangle = sf.Rectangle(topLeft, texture_size)
level = 1
space = pm.Space()
sprite = characters[1]
# create hero's physical body
dude_body = pm.Body(50, pm.inf) # Has a weight, but cannot rotate
# create hero's boundaries
dude_poly = pm.Poly.create_box(dude_body, person_size)
dude_poly.friction = 1
dude_poly.collision_type = 3
jump_sensor = pm.Poly.create_box(dude_body, size=(50,2), offset=(0,65))
jump_sensor.sensor = True
jump_sensor.collision_type = 2
space.add(dude_body, dude_poly, jump_sensor)
self.base_entity = BaseEntity(dude_body, dude_poly, sprite, sf.Vector2(19,44))
class baseTesting(unittest.TestCase):
def setUp(self):
# Animation stuff
dudeFrame = 6
dudeFrameCounter = 0
dudeFrameSpeed = 5
# load the textures for possible heroes
dudeTextures = []
characters = []
try:
dudeTextures.append(
sf.Texture.from_file("assets/sprites/dude0.png"))
dudeTextures.append(
sf.Texture.from_file("assets/sprites/dude1.png"))
dudeTextures.append(
sf.Texture.from_file("assets/sprites/dude2.png"))
except IOError:
print("ERROR")
exit(1)
for dudeTexture in dudeTextures:
characters.append(sf.Sprite(dudeTexture))
for i in range(len(characters)):
characters[i].ratio = sf.Vector2(4, 4)
characters[i].origin = texture_size / 2
characters[i].position = (game_size.x / (len(characters) + 1) *
(i + 1), game_size.y / 2)
topLeft = sf.Vector2(114, 0)
for character in characters:
character.texture_rectangle = sf.Rectangle(topLeft, texture_size)
level = 1
space = pm.Space()
sprite = characters[1]
# create hero's physical body
dude_body = pm.Body(50, pm.inf) # Has a weight, but cannot rotate
# create hero's boundaries
dude_poly = pm.Poly.create_box(dude_body, person_size)
dude_poly.friction = 1
dude_poly.collision_type = 3
jump_sensor = pm.Poly.create_box(dude_body,
size=(50, 2),
offset=(0, 65))
jump_sensor.sensor = True
jump_sensor.collision_type = 2
space.add(dude_body, dude_poly, jump_sensor)
self.base_entity = BaseEntity(dude_body, dude_poly, sprite,
sf.Vector2(19, 44))
def tearDown(self):
self.base_entity = None
def testForNone(self):
self.assertFalse(None, self.base_entity)
def testPosition(self):
self.assertFalse(None, self.base_entity.get_position)
def testFace(self):
self.assertFalse(None, self.base_entity.face)
def testHealth(self):
self.base_entity.take_damage(0.2)
self.assertFalse(
self.base_entity._health == self.base_entity._max_health)
self.assertTrue(self.base_entity._health == 1 - 0.2)
self.base_entity.take_healing(0.2)
self.assertTrue(
self.base_entity._health == self.base_entity._max_health)
self.assertTrue(self.base_entity._health == 1)
def testCan(self):
# test setting and getting
# for the following actions
for action in ["jump", "press"]:
self.base_entity.can(action, False)
self.assertFalse(self.base_entity.can(action))
self.base_entity.can(action, True)
self.assertTrue(self.base_entity.can(action))
def testUpdateSpritePosition(self):
self.base_entity.update_sprite_position()
self.assertTrue(self.base_entity._sprite.position ==
self.base_entity._body.position)
def testUpdateSpriteFrame(self):
topLeft = sf.Vector2(
self.base_entity._frame_size.x * self.base_entity._frame,
self.base_entity._frame_size.y * self.base_entity._direction)
self.base_entity.update_sprite_frame()
self.assertTrue(self.base_entity._sprite.texture_rectangle ==
sf.Rectangle(topLeft, self.base_entity._frame_size))
# change properties
self.base_entity._direction = LEFT
self.base_entity._frame = 2
# update topLeft variable
topLeft = sf.Vector2(
self.base_entity._frame_size.x * self.base_entity._frame,
self.base_entity._frame_size.y * self.base_entity._direction)
# check to make sure that sprite frame has not been updated
self.assertFalse(self.base_entity._sprite.texture_rectangle ==
sf.Rectangle(topLeft, self.base_entity._frame_size))
# update frame and check
# for equality
self.base_entity.update_sprite_frame()
self.assertTrue(self.base_entity._sprite.texture_rectangle ==
sf.Rectangle(topLeft, self.base_entity._frame_size))
class baseTesting(unittest.TestCase):
def setUp(self):
# Animation stuff
dudeFrame = 6
dudeFrameCounter = 0
dudeFrameSpeed = 5
# load the textures for possible heroes
dudeTextures = []
characters = []
try:
dudeTextures.append(sf.Texture.from_file("assets/sprites/dude0.png"))
dudeTextures.append(sf.Texture.from_file("assets/sprites/dude1.png"))
dudeTextures.append(sf.Texture.from_file("assets/sprites/dude2.png"))
except IOError:
print("ERROR")
exit(1)
for dudeTexture in dudeTextures:
characters.append(sf.Sprite(dudeTexture))
for i in range(len(characters)):
characters[i].ratio = sf.Vector2(4,4)
characters[i].origin = texture_size/2
characters[i].position = (game_size.x/(len(characters) + 1) * (i + 1), game_size.y/2)
topLeft = sf.Vector2(114,0)
for character in characters:
character.texture_rectangle = sf.Rectangle(topLeft, texture_size)
level = 1
space = pm.Space()
sprite = characters[1]
# create hero's physical body
dude_body = pm.Body(50, pm.inf) # Has a weight, but cannot rotate
# create hero's boundaries
dude_poly = pm.Poly.create_box(dude_body, person_size)
dude_poly.friction = 1
dude_poly.collision_type = 3
jump_sensor = pm.Poly.create_box(dude_body, size=(50,2), offset=(0,65))
jump_sensor.sensor = True
jump_sensor.collision_type = 2
space.add(dude_body, dude_poly, jump_sensor)
self.base_entity = BaseEntity(dude_body, dude_poly, sprite, sf.Vector2(19,44))
def tearDown(self):
self.base_entity = None
def testForNone(self):
self.assertFalse(None, self.base_entity)
def testPosition(self):
self.assertFalse(None, self.base_entity.get_position)
def testFace(self):
self.assertFalse(None, self.base_entity.face)
def testHealth(self):
self.base_entity.take_damage(0.2);
self.assertFalse(self.base_entity._health == self.base_entity._max_health)
self.assertTrue(self.base_entity._health == 1 - 0.2);
self.base_entity.take_healing(0.2);
self.assertTrue(self.base_entity._health == self.base_entity._max_health)
self.assertTrue(self.base_entity._health == 1);
def testCan(self):
# test setting and getting
# for the following actions
for action in ["jump", "press"]:
self.base_entity.can(action, False)
self.assertFalse(self.base_entity.can(action))
self.base_entity.can(action, True)
self.assertTrue(self.base_entity.can(action))
def testUpdateSpritePosition(self):
self.base_entity.update_sprite_position()
self.assertTrue(self.base_entity._sprite.position == self.base_entity._body.position)
def testUpdateSpriteFrame(self):
topLeft = sf.Vector2(self.base_entity._frame_size.x*self.base_entity._frame,self.base_entity._frame_size.y*self.base_entity._direction)
self.base_entity.update_sprite_frame()
self.assertTrue(self.base_entity._sprite.texture_rectangle == sf.Rectangle(topLeft, self.base_entity._frame_size))
# change properties
self.base_entity._direction = LEFT
self.base_entity._frame = 2
# update topLeft variable
topLeft = sf.Vector2(self.base_entity._frame_size.x*self.base_entity._frame,self.base_entity._frame_size.y*self.base_entity._direction)
# check to make sure that sprite frame has not been updated
self.assertFalse(self.base_entity._sprite.texture_rectangle == sf.Rectangle(topLeft, self.base_entity._frame_size))
# update frame and check
# for equality
self.base_entity.update_sprite_frame()
self.assertTrue(self.base_entity._sprite.texture_rectangle == sf.Rectangle(topLeft, self.base_entity._frame_size))
