//save the flight control state entered at a given time
public void push(FlightCtrlState state, double time)
{
TimedCtrlState savedCopy = new TimedCtrlState();
savedCopy.flightCtrlState = new FlightCtrlState();
savedCopy.flightCtrlState.CopyFrom(state);
savedCopy.ActTime = time;
states.Enqueue(savedCopy);
// this saves the current attitude control values to a sepperate controlstate, that way attitude control is allways accesible without delay
pitch = state.pitch;
roll = state.roll;
yaw = state.yaw;
}
//save the flight control state entered at a given time
public void push(FlightCtrlState state, double time)
{
TimedCtrlState savedCopy = new TimedCtrlState();
savedCopy.flightCtrlState = new FlightCtrlState();
savedCopy.flightCtrlState.CopyFrom(state);
savedCopy.ActTime = time;
states.Enqueue(savedCopy);
// this saves the current attitude control values to a sepperate controlstate, that way attitude control is allways accesible without delay
pitch = state.pitch;
roll = state.roll;
yaw = state.yaw;
}
//retrieve the flight control state entered at a given time
public void pop(FlightCtrlState controls, double time)
{
if (states.Count == 0 || states.Peek().ActTime > time)
{
setNeutral(controls);
return; //returns neutral if no controls are entered or the entered controls are not within the signal delay
}
TimedCtrlState popState = states.Peek();
while (states.Peek().ActTime < time)
{
popState = states.Dequeue();
}
controls.CopyFrom(popState.flightCtrlState);
if (controls.killRot) // this overrides the delay in attitute control if SAS is activated. Thereby allowing SAS to make control changes without delay
{
controls.pitch = pitch;
controls.roll = roll;
controls.yaw = yaw;
}
}
