private void SwitchStageMapForPlayer(StageMap newStageMap, bool init = false)
{
if (playerPin.IsAnimating)
{
playerPin.StopAnimation(stopWhereItIs: false);
}
playerPin.currentStageMap = newStageMap;
// Move the player too, if the stage is unlocked
if (!init && !newStageMap.FirstPin.isLocked && MovePlayerWithStageChange)
{
playerPin.ForceToJourneyPosition(CurrentJourneyPosition);
}
}
public static int GetPosIndexFromJourneyPosition(StageMap stageMap, JourneyPosition journeyPos)
{
var st = journeyPos.Stage;
if (stageMap.stageNumber > st)
{
return(0);
}
if (stageMap.stageNumber < st)
{
return(stageMap.MaxUnlockedPinIndex);
}
var pin = stageMap.PinForJourneyPosition(journeyPos);
return(pin.pinIndex);
}
public void MoveToJourneyPosition(JourneyPosition journeyPosition, StageMap stageMap)
{
MoveToPin(StageMapsManager.GetPosIndexFromJourneyPosition(stageMap, journeyPosition), stageMap.stageNumber);
}
IEnumerator AnimateToPinCO(int targetIndex)
{
isAnimating = true;
if (onMoveStart != null)
{
onMoveStart();
}
int tmpCurrentIndex = currentStageMap.CurrentPinIndex;
//Debug.Log("ANIMATING FROM " + tmpCurrentIndex + " TO " + targetIndex);
// Different stage: we will teleport antura
int newStageIndex = stageMapsManager.CurrentShownStageMap.stageNumber;
int oldStageIndex = currentStageMap.stageNumber;
UpdatePlayerJourneyPosition(stageMapsManager.CurrentShownStageMap.mapLocations[targetIndex].JourneyPos);
if (newStageIndex != oldStageIndex)
{
currentStageMap = stageMapsManager.CurrentShownStageMap;
if (newStageIndex > oldStageIndex)
{
tmpCurrentIndex = 0;
}
else
{
tmpCurrentIndex = currentStageMap.MaxUnlockedPinIndex;
}
//Debug.Log("MOVING TO NEW STAGE AT INDEX " + tmpCurrentIndex + " STAGE " + currentStageMap.stageNumber);
currentStageMap.ForceCurrentPinIndex(tmpCurrentIndex);
ForceToJourneyPosition(currentStageMap.mapLocations[tmpCurrentIndex].JourneyPos, true);
}
// Antura too far: teleport him
const int teleportDistance = 4;
if (Mathf.Abs(targetIndex - tmpCurrentIndex) >= teleportDistance)
{
//Debug.Log("TELEPORTING because distance is " + Mathf.Abs(targetIndex - tmpCurrentIndex) + " from " + tmpCurrentIndex + " to " + targetIndex);
bool isAdvancing = targetIndex > tmpCurrentIndex;
int teleportIndex = targetIndex + (isAdvancing ? -teleportDistance : teleportDistance);
teleportIndex = Mathf.Clamp(teleportIndex, 0, currentStageMap.MaxUnlockedPinIndex);
currentStageMap.ForceCurrentPinIndex(teleportIndex);
ForceToJourneyPosition(currentStageMap.mapLocations[teleportIndex].JourneyPos, true);
tmpCurrentIndex = teleportIndex;
}
//Debug.Log("Starting movement from " + tmpCurrentIndex + " to " + targetIndex);
do
{
//Debug.Log("inner target is " + targetIndex + " tmp is " + tmpCurrentIndex);
float speed = Mathf.Clamp(50 * Mathf.Abs(targetIndex - tmpCurrentIndex), 50, 100);
bool isAdvancing = targetIndex >= tmpCurrentIndex;
if (tmpCurrentIndex != targetIndex)
{
tmpCurrentIndex += isAdvancing ? 1 : -1;
}
LookAtPin(!isAdvancing, true);
var nextPos = currentStageMap.mapLocations[tmpCurrentIndex].Position;
yield return(MoveToCO(nextPos, speed));
currentStageMap.ForceCurrentPinIndex(tmpCurrentIndex);
ForceToJourneyPosition(currentStageMap.mapLocations[tmpCurrentIndex].JourneyPos, true);
}while (tmpCurrentIndex != targetIndex);
//Debug.Log("Current index is now: " + tmpCurrentIndex);
isAnimating = false;
if (onMoveEnd != null)
{
onMoveEnd();
}
}