//---------------------------------------------------------------------------------------------------------
// RetryLevel
//---------------------------------------------------------------------------------------------------------
// If the player didn't pass the level, let them play it over
//---------------------------------------------------------------------------------------------------------
void RetryLevel(object stuff = null)
{
var level = ChallengeLevelLayer.CreateScene(Window, lastLevelPlayed, activePlayer);
var transitionToGame = new CCTransitionFade(2.0f, level);
Director.ReplaceScene(transitionToGame);
}
//---------------------------------------------------------------------------------------------------------
// NextLevel
//---------------------------------------------------------------------------------------------------------
// Transitions to the next level if the player passed this level
//---------------------------------------------------------------------------------------------------------
void NextLevel(object stuff = null)
{
var nextLevelToPlay = GetNextLevelToPlay();
var nextLevel = ChallengeLevelLayer.CreateScene(Window, nextLevelToPlay, activePlayer);
var transitionToGame = new CCTransitionFade(2.0f, nextLevel);
Director.ReplaceScene(transitionToGame);
}
//---------------------------------------------------------------------------------------------------------
// SeqMenuCallBack
//---------------------------------------------------------------------------------------------------------
// Callback when sequence UI icon is touched
//---------------------------------------------------------------------------------------------------------
void ChallengeMenuCallback(object pSender)
{
var nextLevelToPlay = new Level();
var sentMenuItem = (CCMenuItemImage)pSender;
var challengeTypeString = sentMenuItem.UserData.ToString();
int branchProgressionIndex; // index of current branch progression
switch (challengeTypeString)
{
case "Linear":
{
branchProgressionIndex = 1;
currentPlayer.ActiveBranch = BranchType.Linear;
nextLevelToPlay = GetNextLevelToPlay(branchProgressionIndex);
currentPlayer.BranchProgression [branchProgressionIndex].BranchState = CompletionState.started;
break;
}
case "Even":
{
branchProgressionIndex = 2;
currentPlayer.ActiveBranch = BranchType.Even;
nextLevelToPlay = GetNextLevelToPlay(branchProgressionIndex);
currentPlayer.BranchProgression [branchProgressionIndex].BranchState = CompletionState.started;
break;
}
case "Odd":
{
branchProgressionIndex = 3;
currentPlayer.ActiveBranch = BranchType.Odd;
nextLevelToPlay = GetNextLevelToPlay(branchProgressionIndex);
currentPlayer.BranchProgression [branchProgressionIndex].BranchState = CompletionState.started;
break;
}
case "Triangular":
{
branchProgressionIndex = 4;
currentPlayer.ActiveBranch = BranchType.Triangular;
nextLevelToPlay = GetNextLevelToPlay(branchProgressionIndex);
currentPlayer.BranchProgression [branchProgressionIndex].BranchState = CompletionState.started;
break;
}
case "Square":
{
branchProgressionIndex = 5;
currentPlayer.ActiveBranch = BranchType.Square;
nextLevelToPlay = GetNextLevelToPlay(branchProgressionIndex);
currentPlayer.BranchProgression [branchProgressionIndex].BranchState = CompletionState.started;
break;
}
case "Lazy":
{
branchProgressionIndex = 6;
currentPlayer.ActiveBranch = BranchType.Lazy;
nextLevelToPlay = GetNextLevelToPlay(branchProgressionIndex);
currentPlayer.BranchProgression [branchProgressionIndex].BranchState = CompletionState.started;
break;
}
case "Fibonacci":
{
branchProgressionIndex = 7;
currentPlayer.ActiveBranch = BranchType.Fibonacci;
nextLevelToPlay = GetNextLevelToPlay(branchProgressionIndex);
currentPlayer.BranchProgression [branchProgressionIndex].BranchState = CompletionState.started;
break;
}
case "Prime":
{
branchProgressionIndex = 8;
currentPlayer.ActiveBranch = BranchType.Prime;
nextLevelToPlay = GetNextLevelToPlay(branchProgressionIndex);
currentPlayer.BranchProgression [branchProgressionIndex].BranchState = CompletionState.started;
break;
}
case "Double":
{
branchProgressionIndex = 9;
currentPlayer.ActiveBranch = BranchType.Double;
nextLevelToPlay = GetNextLevelToPlay(branchProgressionIndex);
currentPlayer.BranchProgression [branchProgressionIndex].BranchState = CompletionState.started;
break;
}
case "Triple":
{
branchProgressionIndex = 10;
currentPlayer.ActiveBranch = BranchType.Triple;
nextLevelToPlay = GetNextLevelToPlay(branchProgressionIndex);
currentPlayer.BranchProgression [branchProgressionIndex].BranchState = CompletionState.started;
break;
}
case "Pi":
{
branchProgressionIndex = 11;
currentPlayer.ActiveBranch = BranchType.Pi;
nextLevelToPlay = GetNextLevelToPlay(branchProgressionIndex);
currentPlayer.BranchProgression [branchProgressionIndex].BranchState = CompletionState.started;
break;
}
case "Recaman":
{
branchProgressionIndex = 12;
currentPlayer.ActiveBranch = BranchType.Recaman;
nextLevelToPlay = GetNextLevelToPlay(branchProgressionIndex);
currentPlayer.BranchProgression [branchProgressionIndex].BranchState = CompletionState.started;
break;
}
}
// TODO: because we set the branch progression after a challenge is selected, we should write to the player file
var layer = ChallengeLevelLayer.CreateScene(Window, nextLevelToPlay, currentPlayer);
var transitionToLayer = new CCTransitionSlideInR(0.2f, layer);
Director.ReplaceScene(transitionToLayer);
}