// INPUT CORRECT
// This method checks that the player's input corresponds to the expected input -
// That they are in the right place and that they are pressing the right thing.
public bool inputCorrect(DataTypes.InputType input)
{
if (stateMachine.CurrentNode == stateMachine.PlayerNode &&
(input.ToString() == stateMachine.PlayerEdge.NextNodeType.ToString() ||
((input.ToString() == "HIT" || input.ToString() == "SNARE")) ||
stateMachine.CurrentEdge.NextNodeType.ToString() == "ROLL"))
{
return(true);
}
else
{
return(false);
}
}
// CHECK FOR TRANSITION
// This method takes the input and decides what to do with it.
public void checkTransition(DataTypes.InputType input)
{
float latestTime = 0f;
foreach (DataTypes.Node node in currentLoop.NodeList)
{
foreach (float time in node.TimePosition)
{
if (time > latestTime)
{
latestTime = time;
}
}
}
if (currentEdge.TransitionTime == latestTime)
{
transitioning = false;
}
if (bailed && !transitioning &&
currentEdge.TransitionTime != latestTime)
{
transitioning = true;
StartCoroutine(bailedNodeTransition());
}
else if (bailed && !transitioning &&
currentEdge.TransitionTime == latestTime)
{
transitioning = true;
StartCoroutine(bailedNodeTransition());
}
if ((input == DataTypes.InputType.HIT ||
input == DataTypes.InputType.SNARE ||
input == DataTypes.InputType.BAIL) &&
!bailed &&
!transitioning)
{
transitioning = true;
// Checksfor a bail
if (input == DataTypes.InputType.BAIL &&
currentNode == playerNode)
{
bailOnLoop();
}
// Checks for a roll
else if (currentEdge.NextNodeType == DataTypes.NodeType.ROLL &&
inputManager.inputWithinTolerance(beatNo))
{
StartCoroutine("handleDrumrolls");
}
// Checks current edge
else if (inputManager.inputCorrect(input) &&
inputManager.inputWithinTolerance(beatNo))
{
StartCoroutine("nodeTransition");
}
else
{
StartCoroutine("failedTransition");
}
}
}
// GAMEPLAY LOOP
// This method contains the elements of the gameplay that are checked on a frame-by-frame basis.
public void gameplayLoop()
{
// Get the current beat
beatNo = timer.currentBeat();
//Debug.Log("Current Beat - " + beatNo.ToString());
//Debug.Log("Current Node - " + currentNode.NodeName);
//Debug.Log ("Current Beat in StateMachine at start of process - " + timer.currentBeat().ToString());
// Check to see if the first node has played (This happens automatically, does not count as
// a transition and can contribute towards points).
checkFirstHit();
// Check whether the current node is the final node in the loop and if the current edge's transition time matches the
float latestTime = 0f;
foreach (DataTypes.Node node in currentLoop.NodeList)
{
foreach (float time in node.TimePosition)
{
if (time > latestTime)
{
latestTime = time;
}
}
}
if (checkFinalNode() &&
(currentEdge.TransitionTime == latestTime))
{
if (loopRepetition.Equals(currentLoop.Repetitions))
{
if (playerNode != currentNode)
{
score.loopScoreReset();
StartCoroutine(resetTransition());
}
else if (currentLoop.LoopNumber == currentSong.LoopList.Count)
{
loadVictory();
}
else
{
StartCoroutine(loadNextLoop());
currentEdge.FromNode = currentNode;
StartCoroutine(newLoopTransition());
}
}
else if (loopRepetition != currentLoop.Repetitions)
{
StartCoroutine(resetTransition());
}
}
// Get and process the input to see if it triggers a transition. If it does, this process
// handles that transition as well.
DataTypes.InputType input = inputManager.getInput();
if ((input != DataTypes.InputType.NONE) || bailed)
{
checkTransition(input);
}
else
{
inputManager.checkForMiss();
}
//Debug.Log ("Current Beat in StateMachine at end of process - " + timer.currentBeat().ToString());
}
