protected Vector3d LinearModifiers(InputControlCommand command)
{
var result = Vector3d.Zero;
switch (command)
{
case InputControlCommand.None:
break;
case InputControlCommand.Forward:
result += Base.ForwardRelative;
break;
case InputControlCommand.Backward:
result -= Base.ForwardRelative;
break;
case InputControlCommand.StrafeLeft:
result -= Base.RightRelative;
break;
case InputControlCommand.StrafeRight:
result += Base.RightRelative;
break;
case InputControlCommand.StrafeUp:
result += Base.UpRelative;
break;
case InputControlCommand.StrafeDown:
result -= Base.UpRelative;
break;
default:
throw new NotImplementedException();
}
return(result);
}
public void Control(double delta_time, InputControlCommand command)
{
switch (Input.Type)
{
case InputControlType.None:
ControlNone(delta_time, command);
break;
case InputControlType.Direct:
ControlDirect(delta_time, command);
break;
case InputControlType.Force:
ControlForce(delta_time, command);
break;
case InputControlType.Velocity:
ControlVelocity(delta_time, command);
break;
default:
throw new NotImplementedException();
}
}
protected void ControlVelocity(double delta_time, InputControlCommand command)
{
var physic = Entity.Get <PhysicComponent>();
physic.Velocity += Input.Speed * delta_time * LinearModifiers(command);
}
protected void ControlDirect(double delta_time, InputControlCommand command)
{
Base.Position += Input.Speed * delta_time * LinearModifiers(command);
}
protected void ControlNone(double delta_time, InputControlCommand command)
{
}