def load(self, bytes, frames, event_type, event_code, pid):
event = CameraMovementEvent(frames, event_type, event_code, pid)
event.name = 'cameramovement_X1'
#Get the X and Y, last byte is also a flag
bytes.skip(3)
flag = bytes.get_big_8()
#Get the zoom, last byte is a flag
if flag & 0x10 != 0:
bytes.skip(1)
flag = bytes.get_big_8()
#If we are currently zooming get more?? idk
if flag & 0x20 != 0:
bytes.skip(1)
flag = bytes.get_big_8()
#Do camera rotation as applies
if flag & 0x40 != 0:
bytes.skip(2)
return event
def load(self, bytes, frames, event_type, event_code, pid):
event = CameraMovementEvent(frames, event_type, event_code, pid)
event.name = 'cameramovement_X1'
#Get the X and Y, last byte is also a flag
bytes.skip(3)
flag = bytes.get_big_8()
#Get the zoom, last byte is a flag
if flag & 0x10 != 0:
bytes.skip(1)
flag = bytes.get_big_8()
#If we are currently zooming get more?? idk
if flag & 0x20 != 0:
bytes.skip(1)
flag = bytes.get_big_8()
#Do camera rotation as applies
if flag & 0x40 != 0:
bytes.skip(2)
return event
def load(self, bytes, frames, event_type, event_code, pid):
event = CameraMovementEvent(frames, event_type, event_code, pid)
event.name = 'cameramovement_18'
bytes.skip(162)
return event
def load(self, bytes, frames, event_type, event_code, pid):
event = CameraMovementEvent(frames, event_type, event_code, pid)
event.name = 'cameramovement_08'
bytes.skip( (bytes.get_big_16() & 0x0F) << 3)
return event
def load(self, bytes, frames, event_type, event_code, pid):
event = CameraMovementEvent(frames, event_type, event_code, pid)
event.name = 'cameramovement_18'
bytes.skip(162)
return event
def load(self, bytes, frames, event_type, event_code, pid):
event = CameraMovementEvent(frames, event_type, event_code, pid)
event.name = 'cameramovement_08'
bytes.skip((bytes.get_big_16() & 0x0F) << 3)
return event
