def __del__(self):
'''
Calls the destructor and frees the memory.
'''
spe.call('RecipientFilterDest', self)
spe.dealloc(self)
def getViewCoords(userid, mask=0xFFFFFFFF, collisiongroup=0):
player = playerlib.getPlayer(userid)
startvec = player.getEyeLocation()
# Create start and end vector pointers
pStart = createVector(*startvec)
pEnd = createVector(*list(Vector(startvec) + Vector(player.viewvector) \
* MAX_COORD_RANGE))
# Allocate space for the CGameTrace object
ptr = spe.alloc(SIZE_TRACE_T)
# Call UTIL_TraceLine()
spe.call('TraceLine', pStart, pEnd, mask, spe.getPlayer(int(userid)),
collisiongroup, ptr)
# Wrap the end vector...
x = spe.makeObject('Vector', ptr + 12)
# ... and save the result
result = x.x, x.y, x.z
# Deallocate reserved space
spe.dealloc(pStart)
spe.dealloc(pEnd)
spe.dealloc(ptr)
# Finally, return the result
return result
def getViewCoords(userid, mask=0xFFFFFFFF, collisiongroup=0):
player = playerlib.getPlayer(userid)
startvec = player.getEyeLocation()
# Create start and end vector pointers
pStart = createVector(*startvec)
pEnd = createVector(*list(Vector(startvec) + Vector(player.viewvector) \
* MAX_COORD_RANGE))
# Allocate space for the CGameTrace object
ptr = spe.alloc(SIZE_TRACE_T)
# Call UTIL_TraceLine()
spe.call('TraceLine', pStart, pEnd, mask, spe.getPlayer(int(userid)),
collisiongroup, ptr)
# Wrap the end vector...
x = spe.makeObject('Vector', ptr + 12)
# ... and save the result
result = x.x, x.y, x.z
# Deallocate reserved space
spe.dealloc(pStart)
spe.dealloc(pEnd)
spe.dealloc(ptr)
# Finally, return the result
return result
def __del__(self):
'''
Frees the memory.
'''
spe.dealloc(self)
