/// <summary>
/// output some text, show/hide a dialogue, and change the color of the region
/// </summary>
void doSomething(TriggerRegion region, RigidBody otherBody, TriggerReportFlags flags, CollisionReportInfo info)
{
if (flags.HasFlag(TriggerReportFlags.Enter)) {
Console.WriteLine(otherBody.GetName() + " has entered trigger area \"" + region.Name + "\"");
// cycle through the balloon colors
region.CycleToNextColor();
}
else {
Console.WriteLine(otherBody.GetName() + " has left trigger area \"" + region.Name + "\"");
region.CycleToNextColor();
}
}
/// <summary>
/// Calculates the next waypoint we should drive to
/// </summary>
/// <param name="enteredRegion">The trigger region that fired the collision event</param>
/// <param name="nextRegion">The next trigger region we should drive to</param>
/// <param name="info">
/// Contains some information about when we drove into the previous trigger region.
/// If this is null, then it's the initial waypoint we got when we loaded the level.
/// </param>
public void CalculateNewWaypoint(TriggerRegion enteredRegion, TriggerRegion nextRegion, CollisionReportInfo info)
{
// have to check for this because trigger regions like sending duplicate events
// also we check against the previous region in situations where the kart is in two regions at once
if ((nextRegion != CurrentRegion && nextRegion != PreviousRegion && enteredRegion != PreviousRegion) || info == null) {
// do we need to do all of the transform stuff? it's accurate, but do we need to be particularly accurate?
// forward is -X
float offset;
if (info == null || info.Position == null) {
// when we're starting, we'll just use our kart's position for things
Vector3 relativePos = nextRegion.Ghost.WorldTransform.InverseAffine() * Kart.ActualPosition;
offset = MakeOffset(relativePos, nextRegion);
}
else {
// otherwise calculate using the region we just entered
Vector3 relativePos = enteredRegion.Ghost.WorldTransform.InverseAffine() * info.Position.Value;
offset = MakeOffset(relativePos, enteredRegion);
}
nextWaypoint = nextRegion.Ghost.WorldTransform * new Vector3(0, 0, offset * nextRegion.Width);
nextWaypoint.y = Kart.ActualPosition.y;
// update the region pointers
PreviousRegion = enteredRegion;
CurrentRegion = nextRegion;
// update this axis' position
#if DEBUG
//axis.RootNode.Position = nextWaypoint;
//axis.RootNode.Orientation = nextRegion.Body.Orientation;
nextRegion.CycleToNextColor();
#endif
}
}
