/// <summary>
/// Apply appropriate settings to the missile prop instance
/// </summary>
protected override void configureMissileProp()
{
// set lifecycle stage
lifecycleStage = HellstormLifecycle.Launch;
// apply settings to the missile
missile.HasGravity = false;
missile.MaxSpeed = maxCruiseSpeed;
// orient the missile towards the player. get normalized delta vector that points towards the player
Vector3 directionVector = (Game.Player.Character.Position - missile.Position).Normalized;
missile.Rotation = Helper.getEulerAngles(directionVector, invertThrust);
}
/// <summary>
/// Apply missile flight control logic. Apply user input if enabled.
/// </summary>
/// <returns>Whether the control flow can proceed</returns>
public override bool control()
{
// invoke base control method; if it returns false, stop execution
if (!base.control())
{
return(false);
}
// calculate how long the missile has been created
int age = Game.GameTime - creationTime;
// check if it is necessary to transition to the next lifecycle stage
switch (lifecycleStage)
{
case HellstormLifecycle.Launch:
if (age >= launchStageTime)
{
transitionToMissileCam(missileCamera);
lifecycleStage = HellstormLifecycle.Cruise;
canControl = true;
clusterBombsReady = true;
}
break;
}
// apply "thrust" to the missile; recall that the missile has a set maximum speed
missile.ApplyForceRelative(cruisingThrustVector);
// if user control is enabled, detect relevant user input
if (canControl)
{
applyUserInput();
}
// mark Peds according to their relationship with the player
targetObservablePeds();
//DrawingHelper.markEntityOnScreen(Game.Player.Character, pedMarkerSprite);
return(true);
}
