def __init__( self, pos, look, spin, damage ): TrackedEntity.__init__( self ) Block.__init__( self, pos[0], pos[1], pos[2], 0.2 ) self.set_color( (150, 150, 0, 0) ) self.pos, self.spin = pos, spin self.vel = look * self.muzzle_velocity self.damage = damage self.coll = CollGeometry() self.coll.add_geometry( CollAABB( Vector3f(), Vector3f(.1, .1, .1) ) )
def __init__( self, pos, angles ): TrackedEntity.__init__( self ) Block.__init__( self, pos[0], pos[1], pos[2], 0.1 ) self.set_color( (0, 0, 100, 0) ) pos, angles = numpy.array(pos), numpy.array(angles) self.vel = numpy.array((0., 0., 0.)) self.grounded = False self.cstate = CharacterState( pos, angles ) self.coll = CollGeometry() self.coll.add_geometry( CollAABB( Vector3f(), Vector3f(.1, .1, .1) ) )
class World( Entity ): drawable = collidable = updatable = True server_sendable = True client_sendable = batchable = False def __init__( self ): self.bstate = BlockWorldState() self.bstate.random( 10 ) self.batch = None self.coll = CollGeometry() def update( self, dt ): if not self.bstate.dirty: return self.coll = CollGeometry() self.bstate.dirty = False self.ground = Block( -50., -100., -50., 100. ) self.ground.set_color( (100, 0, 0, 0) ) self.coll.add_geometry( CollAABB( Vector3f( -50., -100., -50. ), Vector3f( 50., 0., 50. ) ) ) self.blocks = [ self.ground ] for b in self.bstate.blocks: minx, minz, c = b b = Block( minx, 0., minz, 5. ) b.set_color( (0, 100, c, 0) ) self.coll.add_geometry( CollAABB( Vector3f( minx, 0., minz ), Vector3f( minx+5., 5, minz+5. ) ) ) self.blocks.append( b ) self.batch = Batch( self.blocks ) def collision_geometry( self ): return self.coll def resolve( self, other, coll ): return other.resolve( self, coll ) def state( self ): return self.bstate def draw( self ): if self.batch: self.batch.draw()
def update( self, dt ): if not self.bstate.dirty: return self.coll = CollGeometry() self.bstate.dirty = False self.ground = Block( -50., -100., -50., 100. ) self.ground.set_color( (100, 0, 0, 0) ) self.coll.add_geometry( CollAABB( Vector3f( -50., -100., -50. ), Vector3f( 50., 0., 50. ) ) ) self.blocks = [ self.ground ] for b in self.bstate.blocks: minx, minz, c = b b = Block( minx, 0., minz, 5. ) b.set_color( (0, 100, c, 0) ) self.coll.add_geometry( CollAABB( Vector3f( minx, 0., minz ), Vector3f( minx+5., 5, minz+5. ) ) ) self.blocks.append( b ) self.batch = Batch( self.blocks )
