//||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
// _CORE PROCESSES_
// START
// Use this for initialization
void Start()
{
Application.targetFrameRate = 60;
//currentSong = Overseer.selectedSong;
currentSong = TestSong.getTestSong();
Overseer.songScore = 0;
Debug.Log(currentSong.SongName);
Debug.Log(currentSong.LoopList[0].SongName);
currentLoop = currentSong.LoopList[0];
loopRepetition = 1;
timer = new TimingManager(currentLoop.BeatsPerMinute);
graphics = GameObject.FindObjectOfType <GraphicsManager>();
levels = GameObject.FindObjectOfType <LevelManager>();
inputManager = GameObject.FindObjectOfType <InputManager>();
sounds = GameObject.FindObjectOfType <SoundManager>();
score = FindObjectOfType <ScoreController>();
beatNo = timer.currentBeat();
// Find the first edge.
currentEdge = currentLoop.EdgeList[0];
currentNode = currentEdge.FromNode;
endNode = currentLoop.NodeList[currentLoop.NodeList.Count - 1];
if (currentNode.StartNode)
{
startNode = currentNode;
//Debug.Log("All loaded, we're good to go! - " + ((double)(Time.time - TimingManager.StartTime)).ToString());
//Debug.Log(currentNode.NodeName + " " + CurrentNode.NodeType.ToString());
}
playerEdge = currentEdge;
playerNode = currentNode;
graphics.beginGraphicsProcess();
loaded = true;
}
// SONG HAS BEEN IMPORTED
// This method runs all the things that get a loop set up for when a new song is imported
public void songHasBeenImported()
{
currentLoop = currentSong.LoopList[0];
listofLOAB.Clear();
listofLOUB.Clear();
listofUsedBeats = new List <float>();
foreach (DataTypes.Loop loop in currentSong.LoopList)
{
listofAvailableBeats = new List <float>();
listofUsedBeats = new List <float>();
listofLOAB[loop.LoopNumber] = listofAvailableBeats;
listofLOUB[loop.LoopNumber] = listofUsedBeats;
populateLoAB();
foreach (DataTypes.Node node in loop.NodeList)
{
foreach (float time in node.TimePosition)
{
if (listofAvailableBeats.Contains(time))
{
listofAvailableBeats.Remove(time);
listofUsedBeats.Add(time);
}
}
}
}
hitNo = 0;
rollNo = 0;
snareNo = 0;
selectedNode = null;
isAcceptNodeSet = false;
acceptToBeHighlighted = false;
foreach (DataTypes.Node node in currentLoop.NodeList)
{
if (node.NodeType == DataTypes.NodeType.HIT)
{
hitNo++;
}
else if (node.NodeType == DataTypes.NodeType.ROLL)
{
rollNo++;
}
else if (node.NodeType == DataTypes.NodeType.SNARE)
{
snareNo++;
}
if (node.AcceptNode == true)
{
isAcceptNodeSet = true;
}
nodeToBeHighlighted = false;
}
if (currentLoop.NodeList.Exists(o => o.AcceptNode == true))
{
isAcceptNodeSet = true;
acceptToBeHighlighted = true;
}
updateGraphics();
}
// NEW LOOP TRANSITION
// This method transitions between edges. There is no expectation of input; code will later
// be implemented if the player does then correctly input the first node of the loop.
public IEnumerator newLoopTransition()
{
bool timeToTransition = false;
while (!timeToTransition)
{
if (beatNo >= currentEdge.TransitionTime)
{
timeToTransition = true;
}
yield return(null);
}
if (timeToTransition)
{
currentNode = currentEdge.ToNode;
currentEdge = currentLoop.EdgeList[0];
playerEdge = currentEdge;
playerNode = currentNode;
if (currentNode == currentEdge.FromNode)
{
sounds.playNodeSound();
}
}
transitioning = false;
graphics.beginGraphicsProcess();
}
// DELETE NODE
// This method deletes the selected node, then links the two nodes on either side of it.
public void deleteNode()
{
DataTypes.Node gonerNode = selectedNode;
// We use the first TimePosition of the note to be deleted as a reference point (why?)
// float deletePoint = gonerNode.TimePosition[0];
// We then go through each nextNode in
for (int i = 0; i < gonerNode.NextNode.Count; i++)
{
DataTypes.Node newNextNode = gonerNode.NextNode[i];
DataTypes.Node newPrevNode = gonerNode.PrevNode[i];
foreach (DataTypes.Node node in newPrevNode.NextNode)
{
if (node == gonerNode)
{
gonerNode.NextNode[i] = newNextNode;
}
}
foreach (DataTypes.Node node in newNextNode.PrevNode)
{
if (node == gonerNode)
{
gonerNode.NextNode[i] = newPrevNode;
}
}
}
foreach (float time in gonerNode.TimePosition)
{
listofUsedBeats.Remove(time);
listofAvailableBeats.Add(time);
}
currentLoop.NodeList.Remove(gonerNode);
NodeMenu nodeMenu = FindObjectOfType <NodeMenu>();
// TODO: Graphical representation.
updateGraphics();
// FROM A PREVIOUS VERSION OF THIS METHOD WHICH DELETED ALL FUTURE NODES OR TIME POSITIONS
/*foreach (DataTypes.Node node in currentLoop.NodeList){
* if (node.TimePosition[0]>= deletePoint){
* currentLoop.NodeList.Remove(node);
* }
* else if (currentLoop.NodeList.Count > 1){
* foreach (DataTypes.Node prevNode in node.PrevNode){
* if (prevNode.TimePosition[0] >= deletePoint)
* node.PrevNode.Remove(prevNode);
* }
* foreach (float time in node.TimePosition){
* if (time >= deletePoint){
* int index = node.TimePosition.IndexOf(time);
* node.TimePosition.RemoveAt[index];
* foreach (DataTypes.Node nextNode in node.NextNode){
* if (nextNode.TimePosition)
* }
* }
* }
* }
* }*/
}
// BAILED NODE TRANSITION
// This method transitions node and edge without awarding points or expecting further input.
public IEnumerator bailedNodeTransition()
{
bool timeToTransition = false;
while (!timeToTransition)
{
if (beatNo >= currentEdge.TransitionTime)
{
timeToTransition = true;
}
yield return(null);
}
if (timeToTransition)
{
currentNode = currentEdge.ToNode;
int oldEdgeIndex = currentLoop.EdgeList.FindIndex(i => i == currentEdge);
if (oldEdgeIndex + 1 != currentLoop.EdgeList.Count)
{
currentEdge = currentLoop.EdgeList[oldEdgeIndex + 1];
playerEdge = currentEdge;
playerNode = currentNode;
if (currentNode == currentEdge.FromNode)
{
sounds.playNodeSound();
score.awardPoints();
}
}
else
{
playerNode = currentNode;
if (currentNode == currentEdge.ToNode)
{
sounds.playNodeSound();
score.awardPoints();
}
}
}
transitioning = false;
float latestTime = 0f;
foreach (DataTypes.Node node in currentLoop.NodeList)
{
foreach (float time in node.TimePosition)
{
if (time > latestTime)
{
latestTime = time;
}
}
}
if (bailed && !transitioning &&
currentEdge.TransitionTime == latestTime)
{
transitioning = true;
resetTransition();
}
}
// SWITCH LOOP
// This switches the current loop back or forward.
public void switchLoop(int i)
{
if (currentLoop.LoopNumber == 1 && i == -1)
{
return;
}
else if (i == 1 || i == -1)
{
if (i == 1)
{
currentLoop = currentSong.LoopList[currentLoop.LoopNumber];
}
else
{
currentLoop = currentSong.LoopList[currentLoop.LoopNumber - 2];
}
listofAvailableBeats = listofLOAB[currentLoop.LoopNumber];
listofUsedBeats = listofLOUB[currentLoop.LoopNumber];
if (listofAvailableBeats.Count == 0 && listofUsedBeats.Count == 0)
{
populateLoAB();
}
hitNo = 0;
rollNo = 0;
snareNo = 0;
selectedNode = null;
isAcceptNodeSet = false;
foreach (DataTypes.Node node in currentLoop.NodeList)
{
if (node.NodeType == DataTypes.NodeType.HIT)
{
hitNo++;
}
else if (node.NodeType == DataTypes.NodeType.ROLL)
{
rollNo++;
}
else if (node.NodeType == DataTypes.NodeType.SNARE)
{
snareNo++;
}
if (node.AcceptNode == true)
{
isAcceptNodeSet = true;
}
nodeToBeHighlighted = false;
}
}
else
{
Debug.Log("Error: switchLoop");
}
// TODO: Graphical representation.
updateGraphics();
}
// IMPORT SONG
// This method takes in a string and parses it to form a new song.
public DataTypes.Song importSong(string song)
{
// Break up the elements of the "song" string - we can't rely on newLines via
// Unity's stupid multiline fields.
string[] splitSong = song.Split(new char[]{';'});
DataTypes.Song newSong = new DataTypes.Song();
DataTypes.Loop newLoop = new DataTypes.Loop();
DataTypes.Node newNode = new DataTypes.Node();
foreach (string songInfo in splitSong){
if(songInfo.StartsWith("SONG NAME")){
newSong.SongName = songInfo.Substring(songInfo.IndexOf('<') + 1, songInfo.IndexOf('>') - (songInfo.IndexOf('<')+1));
}
else if (songInfo.StartsWith("LOOP START")){
newLoop = new DataTypes.Loop();
}
else if (songInfo.StartsWith("LOOP NUMBER")){
newLoop.LoopNumber = System.Int32.Parse(songInfo.Substring(songInfo.IndexOf('<') + 1, songInfo.IndexOf('>') - (songInfo.IndexOf('<')+1)));
}
else if (songInfo.StartsWith("LOOP REPETITIONS")){
newLoop.Repetitions = System.Int32.Parse(songInfo.Substring(songInfo.IndexOf('<') + 1, songInfo.IndexOf('>') - (songInfo.IndexOf('<')+1)));
}
else if (songInfo.StartsWith("LOOP BPM")){
newLoop.BeatsPerMinute = System.Int32.Parse(songInfo.Substring(songInfo.IndexOf('<') + 1, songInfo.IndexOf('>') - (songInfo.IndexOf('<')+1)));
}
else if (songInfo.StartsWith("NODE START")){
newNode = new DataTypes.Node();
}
else if (songInfo.StartsWith("NODE NAME")){
newNode.NodeName = songInfo.Substring(songInfo.IndexOf('<') + 1, songInfo.IndexOf('>') - (songInfo.IndexOf('<')+1));
}
else if (songInfo.StartsWith("NODE TYPE")){
newNode.NodeType = (DataTypes.NodeType)System.Enum.Parse(typeof(DataTypes.NodeType), songInfo.Substring(songInfo.IndexOf('<') + 1, songInfo.IndexOf('>') - (songInfo.IndexOf('<')+1)));
}
else if (songInfo.StartsWith("NODE LOOP NUMBER")){
newNode.LoopNumber = System.Int32.Parse(songInfo.Substring(songInfo.IndexOf('<') + 1, songInfo.IndexOf('>') - (songInfo.IndexOf('<')+1)));
}
else if (songInfo.StartsWith("NODE TIME POSITION")){
newNode.TimePosition.Add(float.Parse(songInfo.Substring(songInfo.IndexOf('<') + 1, songInfo.IndexOf('>') - (songInfo.IndexOf('<')+1))));
}
else if (songInfo.StartsWith("NODE IS START")){
newNode.StartNode = bool.Parse(songInfo.Substring(songInfo.IndexOf('<') + 1, songInfo.IndexOf('>') - (songInfo.IndexOf('<')+1)));
}
else if (songInfo.StartsWith("NODE IS ACCEPT")){
newNode.AcceptNode = bool.Parse(songInfo.Substring(songInfo.IndexOf('<') + 1, songInfo.IndexOf('>') - (songInfo.IndexOf('<')+1)));
}
else if (songInfo.StartsWith("NODE END")){
newLoop.NodeList.Add(newNode);
newNode = new DataTypes.Node();
}
else if (songInfo.StartsWith("LOOP END")){
newSong.LoopList.Add(newLoop);
newLoop = new DataTypes.Loop();
}
}
return newSong;
}
public void beginGraphicsProcess()
{
stateMachine = GameObject.FindObjectOfType <StateMachine>();
//theCamera = GameObject.FindObjectOfType<Camera>();
line = GetComponent <LineRenderer>();
currentLoop = stateMachine.CurrentLoop;
currentNode = stateMachine.CurrentNode;
nodes = currentLoop.NodeList;
edges = currentLoop.EdgeList;
drawGraph(nodes);
}
public void beginGraphicsProcess()
{
stateMachine = GameObject.FindObjectOfType<StateMachine>();
//theCamera = GameObject.FindObjectOfType<Camera>();
line = GetComponent<LineRenderer>();
currentLoop = stateMachine.CurrentLoop;
currentNode = stateMachine.CurrentNode;
nodes = currentLoop.NodeList;
edges = currentLoop.EdgeList;
drawGraph(nodes);
}
// ADD NODE
// This method creates a node, names it and adds it to the current loop.
public void addNode(string type)
{
DataTypes.NodeType newType;
if (type == "HIT")
{
newType = DataTypes.NodeType.HIT;
}
else if (type == "ROLL")
{
newType = DataTypes.NodeType.ROLL;
}
else
{
newType = DataTypes.NodeType.SNARE;
}
DataTypes.Node newNode = new DataTypes.Node(newType);
if (newNode.NodeType == DataTypes.NodeType.HIT)
{
hitNo++;
newNode.nameNode(hitNo);
}
else if (newNode.NodeType == DataTypes.NodeType.ROLL)
{
rollNo++;
newNode.nameNode(rollNo);
}
else
{
snareNo++;
newNode.nameNode(snareNo);
}
newNode.TimePosition.Add(listofAvailableBeats[0]);
ListofAvailableBeats.Remove(newNode.TimePosition[0]);
listofUsedBeats.Add(newNode.TimePosition[0]);
currentLoop.NodeList.Add(newNode);
if (currentLoop.NodeList.Count > 1)
{
currentLoop.NodeList.Sort((x, y) => (x.TimePosition[0].CompareTo(y.TimePosition[0])));
}
// TODO: Graphical representation.
updateGraphics();
}
// Update is called once per frame
void Update()
{
if (selectedNode != null && nodeToBeHighlighted)
{
ringNode(nodePositionsNodePos[selectedNode], 30f, 30);
nodeToBeHighlighted = false;
}
if (isAcceptNodeSet && acceptToBeHighlighted)
{
DataTypes.Node acceptNode = currentLoop.NodeList.Find(o => o.AcceptNode == true);
ringAccept(nodePositionsNodePos[acceptNode], 30f, 30);
acceptToBeHighlighted = false;
}
currentBeat = getCurrentBeat();
if (menu != null)
{
menu.transform.SetAsLastSibling();
}
}
//|||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
// _NODE-RELATED METHODS_
// GET PREFAB
// This method assesses a node's type and returns the corresponding prefab.
GameObject getPrefab(DataTypes.Node node)
{
if (node.NodeType.Equals(DataTypes.NodeType.HIT))
{
return(AssetDatabase.LoadAssetAtPath("Assets/Resources/Prefabs/Hit graph node.prefab", typeof(GameObject)) as GameObject);
}
else if (node.NodeType.Equals(DataTypes.NodeType.ROLL))
{
return(AssetDatabase.LoadAssetAtPath("Assets/Resources/Prefabs/Roll graph node.prefab", typeof(GameObject)) as GameObject);
}
else if (node.NodeType.Equals(DataTypes.NodeType.SNARE))
{
return(AssetDatabase.LoadAssetAtPath("Assets/Resources/Prefabs/Snare graph node.prefab", typeof(GameObject)) as GameObject);
}
else
{
return(null);
}
}
//||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
// _LINERENDERER-RELATED METHODS_
// VISUAL PULSE
// This method goes to the position of the player's node and, every frame, draws a
// ring around it using the ringNode method (see below). This ring pulses in time
// with the music.
// It MIGHT need to be turned into an IEnumerator/CoRoutine.
void visualPulse(float radiusVariation)
{
DataTypes.Node node = stateMachine.PlayerNode;
float sizeOfRadius = (stateMachine.Timer.getCurrentTime() % TimingManager.QuarterLength);
float radiusPulse;
if (sizeOfRadius < TimingManager.EighthLength)
{
radiusPulse = radiusVariation / (TimingManager.EighthLength / sizeOfRadius);
}
else
{
radiusPulse = (2 * radiusVariation) - (radiusVariation / (TimingManager.EighthLength / sizeOfRadius));
}
float radius = 20 + radiusPulse;
/*Debug.Log(nodePositionsNodePos[node]);*/
Vector3 position = nodePositionsNodePos[node];
ringNode(position, radius, 40);
}
// FAILED TRANSITION
// This method handles a failed transition.
public IEnumerator failedTransition()
{
bool timeToTransition = false;
while (!timeToTransition)
{
if (beatNo >= currentEdge.TransitionTime)
{
timeToTransition = true;
}
yield return(null);
}
if (timeToTransition)
{
currentNode = currentEdge.ToNode;
int oldEdgeIndex = currentLoop.EdgeList.FindIndex(i => i == currentEdge);
currentEdge = currentLoop.EdgeList[oldEdgeIndex + 1];
score.multiplierReset();
}
transitioning = false;
float latestTime = 0f;
foreach (DataTypes.Node node in currentLoop.NodeList)
{
foreach (float time in node.TimePosition)
{
if (time > latestTime)
{
latestTime = time;
}
}
}
if (bailed && !transitioning &&
currentEdge.TransitionTime == latestTime)
{
transitioning = true;
resetTransition();
}
}
//RESET TRANSITION
// This method handles a transition between the end of one iteration of a loop
// and the beginning of another.
public IEnumerator resetTransition()
{
resetting = true;
bool timeToTransition = false;
while (!timeToTransition)
{
bool endofbar = false;
while (!endofbar)
{
if (timer.currentElapsed() % 1.0f == 0.0f)
{
endofbar = true;
}
yield return(null);
}
timer.resetTimer();
if (beatNo == currentLoop.NodeList[0].TimePosition[0])
{
timeToTransition = true;
}
yield return(null);
}
if (timeToTransition)
{
timer.resetTimer();
currentEdge = currentLoop.EdgeList[0];
currentNode = currentEdge.FromNode;
//ScoreController.resetMultiplier();
if (currentNode == currentLoop.NodeList[0])
{
sounds.playNodeSound();
}
}
transitioning = false;
resetting = false;
}
// Update is called once per frame
void Update()
{
/*if (graphicsStarted){
* if (!pulsing){
* pulsing = true;
* StartCoroutine(visualPulse(10f));
* }
* }*/
visualPulse(20f);
if (acceptToBeHighlighted)
{
DataTypes.Node acceptNode = currentLoop.NodeList.Find(o => o.AcceptNode == true);
ringAccept(nodePositionsNodePos[acceptNode], 30f, 30);
acceptToBeHighlighted = false;
}
if (lastDrawnEdge != stateMachine.CurrentEdge)
{
arrowToBeDrawn = true;
}
if (arrowToBeDrawn)
{
drawEdge();
}
}
//||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
// _TRANSITIONS_
// NODE TRANSITION
// This method transitions node and edge.
public IEnumerator nodeTransition()
{
bool timeToTransition = false;
while(!timeToTransition){
if(beatNo >= currentEdge.TransitionTime){
timeToTransition = true;
}
yield return null;
}
if (timeToTransition){
currentNode = currentEdge.ToNode;
int oldEdgeIndex = currentLoop.EdgeList.FindIndex(i => i == currentEdge);
currentEdge = currentLoop.EdgeList[oldEdgeIndex+1];
playerEdge = currentEdge;
playerNode = currentNode;
if (currentNode == currentEdge.FromNode){
sounds.playNodeSound();
score.awardPoints();
}
}
transitioning = false;
float latestTime = 0f;
foreach (DataTypes.Node node in currentLoop.NodeList){
foreach (float time in node.TimePosition){
if(time > latestTime){
latestTime = time;
}
}
}
if ( bailed && !transitioning
&& currentEdge.TransitionTime == latestTime){
transitioning = true;
resetTransition();
}
}
// NEW LOOP TRANSITION
// This method transitions between edges. There is no expectation of input; code will later
// be implemented if the player does then correctly input the first node of the loop.
public IEnumerator newLoopTransition()
{
bool timeToTransition = false;
while(!timeToTransition){
if(beatNo >= currentEdge.TransitionTime){
timeToTransition = true;
}
yield return null;
}
if(timeToTransition){
currentNode = currentEdge.ToNode;
currentEdge = currentLoop.EdgeList[0];
playerEdge = currentEdge;
playerNode = currentNode;
if (currentNode == currentEdge.FromNode){
sounds.playNodeSound();
}
}
transitioning = false;
graphics.beginGraphicsProcess();
}
// FAILED TRANSITION
// This method handles a failed transition.
public IEnumerator failedTransition()
{
bool timeToTransition = false;
while(!timeToTransition){
if(beatNo >= currentEdge.TransitionTime){
timeToTransition = true;
}
yield return null;
}
if (timeToTransition){
currentNode = currentEdge.ToNode;
int oldEdgeIndex = currentLoop.EdgeList.FindIndex(i => i == currentEdge);
currentEdge = currentLoop.EdgeList[oldEdgeIndex+1];
score.multiplierReset();
}
transitioning = false;
float latestTime = 0f;
foreach (DataTypes.Node node in currentLoop.NodeList){
foreach (float time in node.TimePosition){
if(time > latestTime){
latestTime = time;
}
}
}
if ( bailed && !transitioning
&& currentEdge.TransitionTime == latestTime){
transitioning = true;
resetTransition();
}
}
// SWITCH LOOP
// This switches the current loop back or forward.
public void switchLoop(int i)
{
if (currentLoop.LoopNumber == 1 && i == -1){
return;
}
else if (i == 1 || i == -1){
if (i == 1){
currentLoop = currentSong.LoopList[currentLoop.LoopNumber];
} else {
currentLoop = currentSong.LoopList[currentLoop.LoopNumber - 2];
}
listofAvailableBeats = listofLOAB[currentLoop.LoopNumber];
listofUsedBeats = listofLOUB[currentLoop.LoopNumber];
if (listofAvailableBeats.Count == 0 && listofUsedBeats.Count == 0){
populateLoAB();
}
hitNo = 0;
rollNo = 0;
snareNo = 0;
selectedNode = null;
isAcceptNodeSet = false;
foreach (DataTypes.Node node in currentLoop.NodeList){
if (node.NodeType == DataTypes.NodeType.HIT){hitNo++;}
else if(node.NodeType == DataTypes.NodeType.ROLL){rollNo++;}
else if (node.NodeType == DataTypes.NodeType.SNARE){snareNo++;}
if (node.AcceptNode == true){isAcceptNodeSet = true;}
nodeToBeHighlighted = false;
}
}
else {
Debug.Log ("Error: switchLoop");
}
// TODO: Graphical representation.
updateGraphics();
}
// SONG HAS BEEN IMPORTED
// This method runs all the things that get a loop set up for when a new song is imported
public void songHasBeenImported()
{
currentLoop = currentSong.LoopList[0];
listofLOAB.Clear();
listofLOUB.Clear();
listofUsedBeats = new List<float>();
foreach (DataTypes.Loop loop in currentSong.LoopList){
listofAvailableBeats = new List<float>();
listofUsedBeats = new List<float>();
listofLOAB[loop.LoopNumber] = listofAvailableBeats;
listofLOUB[loop.LoopNumber] = listofUsedBeats;
populateLoAB();
foreach(DataTypes.Node node in loop.NodeList){
foreach(float time in node.TimePosition){
if (listofAvailableBeats.Contains(time)){
listofAvailableBeats.Remove(time);
listofUsedBeats.Add(time);
}
}
}
}
hitNo = 0;
rollNo = 0;
snareNo = 0;
selectedNode = null;
isAcceptNodeSet = false;
acceptToBeHighlighted = false;
foreach (DataTypes.Node node in currentLoop.NodeList){
if (node.NodeType == DataTypes.NodeType.HIT){hitNo++;}
else if(node.NodeType == DataTypes.NodeType.ROLL){rollNo++;}
else if (node.NodeType == DataTypes.NodeType.SNARE){snareNo++;}
if (node.AcceptNode == true){isAcceptNodeSet = true;}
nodeToBeHighlighted = false;
}
if(currentLoop.NodeList.Exists(o => o.AcceptNode == true)){
isAcceptNodeSet = true;
acceptToBeHighlighted = true;
}
updateGraphics();
}
// ADD NODE
// This method creates a node, names it and adds it to the current loop.
public void addNode(string type)
{
DataTypes.NodeType newType;
if (type == "HIT"){
newType = DataTypes.NodeType.HIT;
} else if (type == "ROLL"){
newType = DataTypes.NodeType.ROLL;
} else {
newType = DataTypes.NodeType.SNARE;
}
DataTypes.Node newNode = new DataTypes.Node(newType);
if (newNode.NodeType == DataTypes.NodeType.HIT){
hitNo++;
newNode.nameNode(hitNo);
} else if (newNode.NodeType == DataTypes.NodeType.ROLL){
rollNo++;
newNode.nameNode(rollNo);
} else {
snareNo++;
newNode.nameNode(snareNo);
}
newNode.TimePosition.Add(listofAvailableBeats[0]);
ListofAvailableBeats.Remove(newNode.TimePosition[0]);
listofUsedBeats.Add (newNode.TimePosition[0]);
currentLoop.NodeList.Add(newNode);
if (currentLoop.NodeList.Count > 1){
currentLoop.NodeList.Sort((x, y) => (x.TimePosition[0].CompareTo(y.TimePosition[0])));
}
// TODO: Graphical representation.
updateGraphics();
}
//RESET TRANSITION
// This method handles a transition between the end of one iteration of a loop
// and the beginning of another.
public IEnumerator resetTransition()
{
resetting = true;
bool timeToTransition = false;
while(!timeToTransition){
bool endofbar = false;
while (!endofbar){
if (timer.currentElapsed() % 1.0f == 0.0f){
endofbar = true;
}
yield return null;
}
timer.resetTimer();
if(beatNo == currentLoop.NodeList[0].TimePosition[0]){
timeToTransition = true;
}
yield return null;
}
if (timeToTransition){
timer.resetTimer();
currentEdge = currentLoop.EdgeList[0];
currentNode = currentEdge.FromNode;
//ScoreController.resetMultiplier();
if (currentNode == currentLoop.NodeList[0]){
sounds.playNodeSound();
}
}
transitioning = false;
resetting = false;
}
//||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
// _CORE PROCESSES_
// START
// Use this for initialization
void Start()
{
Application.targetFrameRate = 60;
//currentSong = Overseer.selectedSong;
currentSong = TestSong.getTestSong();
Overseer.songScore = 0;
Debug.Log (currentSong.SongName);
Debug.Log(currentSong.LoopList[0].SongName);
currentLoop = currentSong.LoopList[0];
loopRepetition = 1;
timer = new TimingManager(currentLoop.BeatsPerMinute);
graphics = GameObject.FindObjectOfType<GraphicsManager>();
levels = GameObject.FindObjectOfType<LevelManager>();
inputManager = GameObject.FindObjectOfType<InputManager>();
sounds = GameObject.FindObjectOfType<SoundManager>();
score = FindObjectOfType<ScoreController>();
beatNo = timer.currentBeat();
// Find the first edge.
currentEdge = currentLoop.EdgeList[0];
currentNode = currentEdge.FromNode;
endNode = currentLoop.NodeList[currentLoop.NodeList.Count - 1];
if (currentNode.StartNode){
startNode = currentNode;
//Debug.Log("All loaded, we're good to go! - " + ((double)(Time.time - TimingManager.StartTime)).ToString());
//Debug.Log(currentNode.NodeName + " " + CurrentNode.NodeType.ToString());
}
playerEdge = currentEdge;
playerNode = currentNode;
graphics.beginGraphicsProcess();
loaded = true;
}
// IMPORT SONG
// This method takes in a string and parses it to form a new song.
public DataTypes.Song importSong(string song)
{
// Break up the elements of the "song" string - we can't rely on newLines via
// Unity's stupid multiline fields.
string[] splitSong = song.Split(new char[] { ';' });
DataTypes.Song newSong = new DataTypes.Song();
DataTypes.Loop newLoop = new DataTypes.Loop();
DataTypes.Node newNode = new DataTypes.Node();
foreach (string songInfo in splitSong)
{
if (songInfo.StartsWith("SONG NAME"))
{
newSong.SongName = songInfo.Substring(songInfo.IndexOf('<') + 1, songInfo.IndexOf('>') - (songInfo.IndexOf('<') + 1));
}
else if (songInfo.StartsWith("LOOP START"))
{
newLoop = new DataTypes.Loop();
}
else if (songInfo.StartsWith("LOOP NUMBER"))
{
newLoop.LoopNumber = System.Int32.Parse(songInfo.Substring(songInfo.IndexOf('<') + 1, songInfo.IndexOf('>') - (songInfo.IndexOf('<') + 1)));
}
else if (songInfo.StartsWith("LOOP REPETITIONS"))
{
newLoop.Repetitions = System.Int32.Parse(songInfo.Substring(songInfo.IndexOf('<') + 1, songInfo.IndexOf('>') - (songInfo.IndexOf('<') + 1)));
}
else if (songInfo.StartsWith("LOOP BPM"))
{
newLoop.BeatsPerMinute = System.Int32.Parse(songInfo.Substring(songInfo.IndexOf('<') + 1, songInfo.IndexOf('>') - (songInfo.IndexOf('<') + 1)));
}
else if (songInfo.StartsWith("NODE START"))
{
newNode = new DataTypes.Node();
}
else if (songInfo.StartsWith("NODE NAME"))
{
newNode.NodeName = songInfo.Substring(songInfo.IndexOf('<') + 1, songInfo.IndexOf('>') - (songInfo.IndexOf('<') + 1));
}
else if (songInfo.StartsWith("NODE TYPE"))
{
newNode.NodeType = (DataTypes.NodeType)System.Enum.Parse(typeof(DataTypes.NodeType), songInfo.Substring(songInfo.IndexOf('<') + 1, songInfo.IndexOf('>') - (songInfo.IndexOf('<') + 1)));
}
else if (songInfo.StartsWith("NODE LOOP NUMBER"))
{
newNode.LoopNumber = System.Int32.Parse(songInfo.Substring(songInfo.IndexOf('<') + 1, songInfo.IndexOf('>') - (songInfo.IndexOf('<') + 1)));
}
else if (songInfo.StartsWith("NODE TIME POSITION"))
{
newNode.TimePosition.Add(float.Parse(songInfo.Substring(songInfo.IndexOf('<') + 1, songInfo.IndexOf('>') - (songInfo.IndexOf('<') + 1))));
}
else if (songInfo.StartsWith("NODE IS START"))
{
newNode.StartNode = bool.Parse(songInfo.Substring(songInfo.IndexOf('<') + 1, songInfo.IndexOf('>') - (songInfo.IndexOf('<') + 1)));
}
else if (songInfo.StartsWith("NODE IS ACCEPT"))
{
newNode.AcceptNode = bool.Parse(songInfo.Substring(songInfo.IndexOf('<') + 1, songInfo.IndexOf('>') - (songInfo.IndexOf('<') + 1)));
}
else if (songInfo.StartsWith("NODE END"))
{
newLoop.NodeList.Add(newNode);
newNode = new DataTypes.Node();
}
else if (songInfo.StartsWith("LOOP END"))
{
newSong.LoopList.Add(newLoop);
newLoop = new DataTypes.Loop();
}
}
return(newSong);
}