public override void ExecuteCommand(Command command, bool resetState)
{
TicTacCommand cmd = (TicTacCommand)command;
if (resetState)
{
// we got a correction from the server, reset (this only runs on the client)
_motor.SetState(cmd.Result.Position, cmd.Result.Velocity, cmd.Result.Grounded, cmd.Result.JumpFrames);
}
else
{
// apply movement (this runs on both server and client)
PlayerMotor.State motorState = _motor.Move(cmd.Input.Forward, cmd.Input.Backward, cmd.Input.Left, cmd.Input.Right, cmd.Input.Jump, cmd.Input.Yaw);
// copy the motor state to the commands result (this gets sent back to the client)
cmd.Result.Position = motorState.position;
cmd.Result.Velocity = motorState.velocity;
cmd.Result.Grounded = motorState.isGrounded;
cmd.Result.JumpFrames = motorState.jumpFrames;
if (cmd.IsFirstExecution)
{
//AnimatePlayer(cmd);
// set state pitch
state.Pitch = cmd.Input.Pitch;
// check if we should try to fire our weapon
if (cmd.Input.Aiming && cmd.Input.Fire)
{
FireWeapon(cmd);
}
}
}
}
void FireWeapon(TicTacCommand cmd)
{
if (weapons[0].FireFrame + weapons[0].FireInterval <= BoltNetwork.ServerFrame)
{
weapons[0].FireFrame = BoltNetwork.ServerFrame;
state.Fire();
}
}
public override void SimulateController()
{
PollKeys(false);
ITicTacCommandInput input = TicTacCommand.Create();
input.Forward = _forward;
input.Backward = _backward;
input.Left = _left;
input.Right = _right;
input.Jump = _jump;
input.Yaw = _yaw;
input.Pitch = _pitch;
// new lines
input.Aiming = _aiming;
input.Fire = _fire;
entity.QueueInput(input);
}
public virtual void HitDetection(TicTacCommand cmd, BoltEntity entity)
{
}
