def test_isnt_free_position( self ):
"""Given a level with some flat tiles
When a goldcar occupies a tile
And we have a position on another tile far from goldcar
Then is_free_position returns true
"""
# Given
playfield = Playfield()
playfield.level = Level()
playfield.level.set_tile( Tile( Vec3D(0,0,0), Tile.Type.FLAT ) )
playfield.level.set_tile( Tile( Vec3D(1,0,0), Tile.Type.FLAT ) )
playfield.level.set_tile( Tile( Vec3D(2,0,0), Tile.Type.FLAT ) )
playfield.level.set_tile( Tile( Vec3D(3,0,0), Tile.Type.FLAT ) )
playfield.level.set_tile( Tile( Vec3D(4,0,0), Tile.Type.FLAT ) )
# When
playfield.goldcars = [
GoldCar( TrailPosition(playfield.level.get_tile(2,0), 900), 1 )]
pos = TrailPosition(playfield.level.get_tile(2,0), 100)
# Then
assert playfield.is_free_position( pos )
def test_get_free_position( self ):
"""Given a playfield with some tiles and goldcar
When get_free_position is called
Then that position doesn't collide with goldcar
"""
# Given
playfield = Playfield()
playfield.level = Level()
playfield.level.set_tile( Tile( Vec3D(0,0,0), Tile.Type.FLAT ) )
playfield.level.set_tile( Tile( Vec3D(1,0,0), Tile.Type.FLAT ) )
playfield.level.set_tile( Tile( Vec3D(2,0,0), Tile.Type.FLAT ) )
playfield.level.set_tile( Tile( Vec3D(3,0,0), Tile.Type.FLAT ) )
playfield.level.set_tile( Tile( Vec3D(4,0,0), Tile.Type.FLAT ) )
playfield.goldcars = [
GoldCar( TrailPosition(playfield.level.get_tile(1,0), 500), 1 )]
for i in range(0, 256):
# When
pos = playfield.get_free_position()
# Then
if pos is not None:
assert playfield.is_free_position( pos )
def test_goldcar_ranking( self ):
"""Given a playfield with 5 goldcars
When all goldcars have different scores
Then get_goldcar_ranking returns them ordered"""
# Given
playfield = Playfield()
playfield.goldcars = [GoldCar(None, i) for i in range(0,5)]
# When
playfield.goldcars[0].score = 55
playfield.goldcars[1].score = 12
playfield.goldcars[2].score = 100
playfield.goldcars[3].score = 0
playfield.goldcars[4].score = 25
# Then
ranking = playfield.get_goldcar_ranking()
assert len(ranking) == 5
for goldcars in ranking:
assert len(goldcars) == 1
assert ranking[0][0] is playfield.goldcars[2]
assert ranking[1][0] is playfield.goldcars[0]
assert ranking[2][0] is playfield.goldcars[4]
assert ranking[3][0] is playfield.goldcars[1]
assert ranking[4][0] is playfield.goldcars[3]
def test_goldcar_ranking( self ):
"""Given a playfield with 6 goldcars
When some goldcars have same scores
Then get_goldcar_ranking returns in same list"""
# Given
playfield = Playfield()
playfield.goldcars = [GoldCar(None, i) for i in range(0,6)]
# When
playfield.goldcars[0].score = 0
playfield.goldcars[1].score = 12
playfield.goldcars[2].score = 100
playfield.goldcars[3].score = 0
playfield.goldcars[4].score = 100
playfield.goldcars[5].score = 0
# Then
ranking = playfield.get_goldcar_ranking()
assert len(ranking) == 3
assert len(ranking[0]) == 2
assert len(ranking[1]) == 1
assert len(ranking[2]) == 3
assert playfield.goldcars[0] in ranking[2]
assert playfield.goldcars[1] in ranking[1]
assert playfield.goldcars[2] in ranking[0]
assert playfield.goldcars[3] in ranking[2]
assert playfield.goldcars[4] in ranking[0]
assert playfield.goldcars[5] in ranking[2]
def test_isnt_free_position(self):
"""Given a level with some flat tiles
When a goldcar occupies a tile
And we have a position on another tile far from goldcar
Then is_free_position returns true
"""
# Given
playfield = Playfield()
playfield.level = Level()
playfield.level.set_tile(Tile(Vec3D(0, 0, 0), Tile.Type.FLAT))
playfield.level.set_tile(Tile(Vec3D(1, 0, 0), Tile.Type.FLAT))
playfield.level.set_tile(Tile(Vec3D(2, 0, 0), Tile.Type.FLAT))
playfield.level.set_tile(Tile(Vec3D(3, 0, 0), Tile.Type.FLAT))
playfield.level.set_tile(Tile(Vec3D(4, 0, 0), Tile.Type.FLAT))
# When
playfield.goldcars = [
GoldCar(TrailPosition(playfield.level.get_tile(2, 0), 900), 1)
]
pos = TrailPosition(playfield.level.get_tile(2, 0), 100)
# Then
assert playfield.is_free_position(pos)
def test_goldcar_ranking(self):
"""Given a playfield with 6 goldcars
When some goldcars have same scores
Then get_goldcar_ranking returns in same list"""
# Given
playfield = Playfield()
playfield.goldcars = [GoldCar(None, i) for i in range(0, 6)]
# When
playfield.goldcars[0].score = 0
playfield.goldcars[1].score = 12
playfield.goldcars[2].score = 100
playfield.goldcars[3].score = 0
playfield.goldcars[4].score = 100
playfield.goldcars[5].score = 0
# Then
ranking = playfield.get_goldcar_ranking()
assert len(ranking) == 3
assert len(ranking[0]) == 2
assert len(ranking[1]) == 1
assert len(ranking[2]) == 3
assert playfield.goldcars[0] in ranking[2]
assert playfield.goldcars[1] in ranking[1]
assert playfield.goldcars[2] in ranking[0]
assert playfield.goldcars[3] in ranking[2]
assert playfield.goldcars[4] in ranking[0]
assert playfield.goldcars[5] in ranking[2]
def test_goldcar_ranking(self):
"""Given a playfield with 5 goldcars
When all goldcars have different scores
Then get_goldcar_ranking returns them ordered"""
# Given
playfield = Playfield()
playfield.goldcars = [GoldCar(None, i) for i in range(0, 5)]
# When
playfield.goldcars[0].score = 55
playfield.goldcars[1].score = 12
playfield.goldcars[2].score = 100
playfield.goldcars[3].score = 0
playfield.goldcars[4].score = 25
# Then
ranking = playfield.get_goldcar_ranking()
assert len(ranking) == 5
for goldcars in ranking:
assert len(goldcars) == 1
assert ranking[0][0] is playfield.goldcars[2]
assert ranking[1][0] is playfield.goldcars[0]
assert ranking[2][0] is playfield.goldcars[4]
assert ranking[3][0] is playfield.goldcars[1]
assert ranking[4][0] is playfield.goldcars[3]
def test_game_tick(self):
scenario = ScenarioPacman(60, 60)
playfield = Playfield()
playfield.load("tests/levelTest.lvl")
scenario.playfield = playfield
scenario.game_tick()
def test_game_tick( self ):
scenario = ScenarioPacman(60, 60)
playfield = Playfield()
playfield.load("tests/levelTest.lvl")
scenario.playfield = playfield
scenario.game_tick()
def test_normal_portal_handling( self ):
"""Given a goldcar on a small track with 2 portals
When goldcar rides through one portal
Then it comes out of the other"""
# Given
level = Level()
portalA = Enterance( Vec3D(2,0,0) )
tileAA = Tile( Vec3D(1,0,0), Tile.Type.FLAT )
tileA = Tile( Vec3D(0,0,0), Tile.Type.FLAT )
tileB = Tile( Vec3D(0,1,0), Tile.Type.FLAT )
tileC = Tile( Vec3D(0,2,0), Tile.Type.FLAT )
tileCC = Tile( Vec3D(1,2,0), Tile.Type.FLAT )
portalC = Enterance( Vec3D(2,2,0) )
level.set_tile( portalA )
level.set_tile( tileAA )
level.set_tile( tileA )
level.set_tile( tileB )
level.set_tile( tileC )
level.set_tile( tileCC )
level.set_tile( portalC)
goldcar = GoldCar( TrailPosition( tileB, 0), 0 )
#goldcar.pos.reverse_progress()
playfield = Playfield()
playfield.level = level
playfield.goldcars = [goldcar]
order = [tileB, tileC, tileCC, portalC, portalA, tileAA, tileA, tileB]
order_at = 0
count = 0
while order_at < len(order)-1 and count < 1000:
playfield.game_tick()
print goldcar.pos.tile, goldcar.pos.progress
if goldcar.pos.tile == order[ order_at ]:
pass
elif goldcar.pos.tile == order[ order_at+1 ]:
order_at += 1
else:
assert False, "unknown tile after " + str(order_at)
count += 1
assert count < 1000
def test_get_free_position(self):
"""Given a playfield with some tiles and goldcar
When get_free_position is called
Then that position doesn't collide with goldcar
"""
# Given
playfield = Playfield()
playfield.level = Level()
playfield.level.set_tile(Tile(Vec3D(0, 0, 0), Tile.Type.FLAT))
playfield.level.set_tile(Tile(Vec3D(1, 0, 0), Tile.Type.FLAT))
playfield.level.set_tile(Tile(Vec3D(2, 0, 0), Tile.Type.FLAT))
playfield.level.set_tile(Tile(Vec3D(3, 0, 0), Tile.Type.FLAT))
playfield.level.set_tile(Tile(Vec3D(4, 0, 0), Tile.Type.FLAT))
playfield.goldcars = [
GoldCar(TrailPosition(playfield.level.get_tile(1, 0), 500), 1)
]
for i in range(0, 256):
# When
pos = playfield.get_free_position()
# Then
if pos is not None:
assert playfield.is_free_position(pos)
def test_normal_portal_handling(self):
"""Given a goldcar on a small track with 2 portals
When goldcar rides through one portal
Then it comes out of the other"""
# Given
level = Level()
portalA = Enterance(Vec3D(2, 0, 0))
tileAA = Tile(Vec3D(1, 0, 0), Tile.Type.FLAT)
tileA = Tile(Vec3D(0, 0, 0), Tile.Type.FLAT)
tileB = Tile(Vec3D(0, 1, 0), Tile.Type.FLAT)
tileC = Tile(Vec3D(0, 2, 0), Tile.Type.FLAT)
tileCC = Tile(Vec3D(1, 2, 0), Tile.Type.FLAT)
portalC = Enterance(Vec3D(2, 2, 0))
level.set_tile(portalA)
level.set_tile(tileAA)
level.set_tile(tileA)
level.set_tile(tileB)
level.set_tile(tileC)
level.set_tile(tileCC)
level.set_tile(portalC)
goldcar = GoldCar(TrailPosition(tileB, 0), 0)
#goldcar.pos.reverse_progress()
playfield = Playfield()
playfield.level = level
playfield.goldcars = [goldcar]
order = [tileB, tileC, tileCC, portalC, portalA, tileAA, tileA, tileB]
order_at = 0
count = 0
while order_at < len(order) - 1 and count < 1000:
playfield.game_tick()
print goldcar.pos.tile, goldcar.pos.progress
if goldcar.pos.tile == order[order_at]:
pass
elif goldcar.pos.tile == order[order_at + 1]:
order_at += 1
else:
assert False, "unknown tile after " + str(order_at)
count += 1
assert count < 1000
