def createUnit(pos, color, factionId):
coreInstance.addEntity(
Entity(
pos=pos,
collision=Collision(['layerA'], (0.025, 0.025), colisionReaction),
friction=0.93,
walker=Mobile(speed=0.03),
faction=Faction(factionId),
mouseControlled=MouseControlled(),
deltaVector=[0, 0, 0],
render=Render('Cube', 0.05, color=color),
hp=Health(100),
))
def createFactory(pos, color, factionId):
coreInstance.addEntity(
Entity(
pos=pos,
collision=Collision(['layerA'], (0.025, 0.025), colisionReaction),
friction=0.93,
walker=Mobile(speed=0.03),
faction=Faction(factionId),
deltaVector=[0, 0, 0],
regularInvoker=RegularInvoker(200, lambda: combinedSpawner(pos, color, factionId)),
render=Render('Cube', 0.05, color=color),
hp=Health(100),
))
def spawnBomb(self, key):
if key != b' ':
return
ownerEntity = coreInstance.entities[self.ownerId]
coreInstance.addEntity(
Entity(
pos=scramblePosition(ownerEntity.pos, 0.05),
render=Render("Model1"),
bomb=Bomb(),
gravity=Gravity(),
friction=0.93,
collision=Collision(['layerA'], (0.1, 0.1)),
deltaVector=scramblePosition(ownerEntity.deltaVector, 0.05)))
def initSandboxWorld():
coreInstance.addEntity(Entity(pos=[2, 0, 0], collision=Collision(['layerA', 'layerB'], (1, 1))))
coreInstance.addEntity(Entity(pos=[-2, 0, 0], collision=Collision(['layerA', 'layerB'], (1, 1))))
coreInstance.addEntity(Entity(pos=[0, 2, 0], collision=Collision(['layerA', 'layerB'], (1, 1))))
coreInstance.addEntity(Entity(pos=[0, -2, 0], collision=Collision(['layerA', 'layerB'], (1, 1))))
coreInstance.addEntity(
Entity(
pos=[0, 0, 0],
collision=Collision(['layerB'], (0.1, 0.1)),
friction=0.93,
deltaVector=[0, 0, 0],
render=Render('Model1'),
hp=Health(100),
playerControlled=PlayerControlled(),
bomberMan=BomberMan(),
deinit=lambdav('print("game over")\n'
'sys.exit()')
# gravity=Gravity()
))
def onKeyDown(self, key):
entity = coreInstance.entities[self.ownerId]
if key == b'a':
entity.pos[0] -= 0.035
entity.deltaVector[0] -= 0.085
elif key == b'd':
entity.pos[0] += 0.035
entity.deltaVector[0] += 0.085
elif key == b'w':
entity.deltaVector[1] += 0.085
entity.pos[1] += 0.015
elif key == b's':
entity.deltaVector[1] -= 0.085
entity.pos[1] -= 0.015
elif key == b' ':
for _ in range(0,10):
coreInstance.addEntity(Entity(
pos=scramblePosition(entity.pos, 0.01),
friction=0.93,
collision=Collision(['layerA'], (0.005, 0.005), collisionCausesPositionRevert),
deltaVector=scramblePosition(entity.deltaVector, 0.15),
gravity=Gravity([0, -0.01, 0]),
render=Render('Cube', 0.01)
))
def initArkanoid():
coreInstance.addEntity(Entity(pos=[-2, -2, 0], collision=Collision(["layerA", "layerB"], (1, 1))))
coreInstance.addEntity(Entity(pos=[2, -2, 0], collision=Collision(["layerA", "layerB"], (1, 1))))
coreInstance.addEntity(Entity(pos=[2, 2, 0], collision=Collision(["layerA", "layerB"], (1, 1))))
coreInstance.addEntity(Entity(pos=[-2, 2, 0], collision=Collision(["layerA", "layerB"], (1, 1))))
coreInstance.addEntity(Entity(pos=[-2, 0, 0], collision=Collision(["layerA", "layerB"], (1, 1))))
coreInstance.addEntity(Entity(pos=[2, 0, 0], collision=Collision(["layerA", "layerB"], (1, 1))))
coreInstance.addEntity(Entity(pos=[0, 2, 0], collision=Collision(["layerA", "layerB"], (1, 1))))
coreInstance.addEntity(Entity(pos=[0, -2, 0], collision=Collision(["layerA", "layerB"], (1, 1))))
def onCollision(entA, entB, vector):
pass
def onCollisionBall(entA, entB, vector):
if abs(vector[0]) > abs(vector[1]):
entA.deltaVector[0] *= -0.99
else:
entA.deltaVector[1] *= -0.99
entA.deltaVector = scramblePosition(entA.deltaVector, 0.01)
entA.deltaVector = [x * 0.04 for x in normalize(entA.deltaVector)]
coreInstance.addEntity(
Entity(
pos=[0, -0.85, 0],
collision=Collision(["layerA"], (0.15, 0.05), OnCollisionReaction=onCollisionBall),
friction=0.93,
deltaVector=[0, 0, 0],
render=Render("Cube", dimensions=[0.3, 0.1, 1]),
hp=Health(100),
playerControlled=PlayerControlled()
# gravity=Gravity()
)
)
coreInstance.addEntity(
Entity(
name="Ball",
pos=[0, -0.3, 0],
collision=Collision(["layerA"], (0.05, 0.05), OnCollisionReaction=onCollisionBall),
friction=1.0,
deltaVector=[0.05, -0.15, 0],
render=Render("Cube", dimensions=[0.1, 0.1, 1]),
)
)
def onCollisionBrick(entA, entB, vector):
if hasattr(entA, "name") and entA.name == "Brick":
coreInstance.deleteEntity(entA.id)
for xPos in range(0, 10):
for yPos in range(0, 3):
coreInstance.addEntity(
Entity(
name="Brick",
pos=[xPos * 0.15 - 0.5, yPos * 0.15 + 0.5, 0],
collision=Collision(["layerA"], (0.05, 0.05), OnCollisionReaction=onCollisionBrick),
render=Render("Cube", dimensions=[0.1, 0.1, 1]),
deltaVector=[0.0, 0.0, 0.0],
friction=0.0,
)
)
def initPlatformer():
coreInstance.addEntity(Entity(pos=[-2, -2, 0], collision=Collision(['layerA', 'layerB'], (1, 1))))
coreInstance.addEntity(Entity(pos=[2, -2, 0], collision=Collision(['layerA', 'layerB'], (1, 1))))
coreInstance.addEntity(Entity(pos=[2, 2, 0], collision=Collision(['layerA', 'layerB'], (1, 1))))
coreInstance.addEntity(Entity(pos=[-2, 2, 0], collision=Collision(['layerA', 'layerB'], (1, 1))))
coreInstance.addEntity(Entity(pos=[-2, 0, 0], collision=Collision(['layerA', 'layerB'], (1, 1))))
coreInstance.addEntity(Entity(pos=[2, 0, 0], collision=Collision(['layerA', 'layerB'], (1, 1))))
coreInstance.addEntity(Entity(pos=[0, 2, 0], collision=Collision(['layerA', 'layerB'], (1, 1))))
coreInstance.addEntity(Entity(pos=[0, -2, 0], collision=Collision(['layerA', 'layerB'], (1, 1))))
coreInstance.addEntity(Entity(
pos=[0.4, 0.2, 0], render=Render('Cube', 0.1), collision=Collision(['layerA', 'layerB'], (0.05, 0.05))))
coreInstance.addEntity(Entity(
pos=[-0.4, -0.6, 0], render=Render('Cube', 0.1), collision=Collision(['layerA', 'layerB'], (0.05, 0.05))))
coreInstance.addEntity(Entity(
pos=[0.0, -0.3, 0], render=Render('Cube', 0.1), collision=Collision(['layerA', 'layerB'], (0.05, 0.05))))
coreInstance.addEntity(
Entity(
pos=[0, 0, 0],
collision=Collision(['layerB'], (0.05, 0.05), collisionCausesPositionRevert),
friction=0.93,
deltaVector=[0, 0, 0],
render=Render('Cube', 0.1),
hp=Health(100),
gravity=Gravity([0, -0.01, 0]),
playerControlled=PlayerControlled(),
deinit=lambdav('print("game over")\n'
'sys.exit()')
))
