private void SpawnTransitionObjects(bool firstTime)
{
// No transition object to spawn
if (!faderPrefab)
{
return;
}
// Set a reference to this scene's transition object
fader = Instantiate(faderPrefab);
// Position it to cover the screen
fader.transform.SetParent(FindObjectOfType <Canvas>().transform);
fader.GetComponent <RectTransform>().offsetMin = Vector2.zero;
fader.GetComponent <RectTransform>().offsetMax = Vector2.zero;
fader.transform.localScale = Vector2.one;
// Since we are calling this at the OnSceneLoaded event, we must be fading in to the scene
fader.SetTransitionState(TransitionState.FadingIn);
if (!firstTime)
{
fader.opacity = 1;
fader.PlayTransitionSound();
}
else // No need to play a transition when we press the play button
{
fader.opacity = 0;
}
}
//init
void Start()
{
//debug
debugOn = false; //default to off
//properties
currentLevel = 0; //initial level
isGameOver = false; //initial flag
//objects
theCam = Camera.main; //main camera in scene
theGame = GameObject.FindWithTag(TAG_GAME); //game manager object in scene
theDimView = GameObject.FindWithTag(TAG_DIMVIEW); //dim view game object in scene
theVisor = GameObject.FindWithTag(TAG_VISOR); //visor object in scene
theVisorFrameView = GameObject.FindWithTag(TAG_VISOR_FRAMEVIEW); //visor frame view object in scene
theTargets = GameObject.FindWithTag(TAG_TARGETS); //targets game object container in scene
theTutorial = GameObject.FindWithTag(TAG_TUTORIAL); //tutorial game object container in scene
//scripts
theBounds = theGame.AddComponent <Bounds>(); //add new bounds script
theData = theGame.AddComponent <GazeDataManager>(); //add new data manager script
theWave = theGame.AddComponent <Wave>(); //add new wave script
theVisorRechargeScript = theVisor.GetComponent <Recharge>(); //visor recharge script
theVisorGazeMoveScript = theVisor.GetComponent <GazeMove>(); //visor gazemove script
//init tutorial wave
//a single target that must be destroyed to advance
theWave = theWave.waveWithPrefabParentLimits(target_00, theTargets, 1, 1, 0);
//update score
ScoreManager.Instance.resetScore();
UnityEngine.Debug.Log("[GameManager] Starting the game!");
//transition into scene via state manager
if (StateManager.Instance != null)
{
TransitionFade theTransition = StateManager.Instance.gameObject.GetComponent <TransitionFade>();
theTransition.toggleFade();
}
//audio
if (AudioManager.Instance != null)
{
AudioManager.Instance.toggleFade();
}
} //end function
//init
void Start()
{
//summarize the data
summarizeData();
//transition into scene via state manager
if (StateManager.Instance != null)
{
TransitionFade theTransition = StateManager.Instance.gameObject.GetComponent <TransitionFade>();
theTransition.toggleFade();
}
//audio
if (AudioManager.Instance != null)
{
AudioManager.Instance.toggleFade();
}
} //end function
//init
void Start()
{
//show mouse cursor
Screen.showCursor = true;
//transition into scene via state manager
if (StateManager.Instance != null)
{
TransitionFade theTransition = StateManager.Instance.gameObject.GetComponent <TransitionFade>();
theTransition.toggleFade();
}
//audio
if (AudioManager.Instance != null)
{
AudioManager.Instance.bgmSource.time = 0; //reset playback to beginning
AudioManager.Instance.toggleFade();
}
} //end function
//init
void Start()
{
//get game objects from scene
cam = Camera.main; //main camera
eyeL = GameObject.FindWithTag(TAG_EYEL); //l eye
eyeR = GameObject.FindWithTag(TAG_EYER); //r eye
eyeScale = eyeL.transform.localScale; //baseline scale for eye objects
calPointObj = GameObject.FindWithTag(TAG_CALPOINT); //calibration point
calPointObj.renderer.enabled = false; //invisible to start
calPointObj.transform.position = Vector3.zero; //position to 0, 0, 0
calPointList = new List <Point2D>(); //prepare to store calibration points
//init properties
_taskQueue = new Queue <taskDelegate>();
calAttempts = 0;
calSuccess = false;
hideGUI = false;
Screen.showCursor = true; //show cursor
//validate gaze data
gazeValidator = new Validator(30);
//listen for gaze events
GazeManager.Instance.AddGazeListener(this);
//transition into scene via state manager
if (StateManager.Instance != null)
{
TransitionFade theTransition = StateManager.Instance.gameObject.GetComponent <TransitionFade>();
theTransition.toggleFade();
}
//audio
/*
* if (AudioManager.Instance != null) {
* AudioManager theAudioManager = AudioManager.Instance.gameObject.GetComponent<AudioManager>();
* theAudioManager.toggleFade();
* }
*/
}
void Start()
{
SetupObjectiveTextList();
_spawnerRef = GameObject.FindGameObjectWithTag("Manager_Spawnpoints")?.GetComponent <SpawnpointFinder>();
_mainCameraRef = GameObject.FindGameObjectWithTag("MainCamera")?.GetComponent <Camera>();
_npcManagerRef = GetComponent <FriendlyNPCManager>();
_fader = GameObject.FindObjectOfType <TransitionFade>();
RoundTimerText?.gameObject.SetActive(false);
if (!_tutorialPassed)
{
GameObject.FindGameObjectWithTag("TempUpgradeCanvas")?.SetActive(false);
}
Debug.Assert(_spawnerRef != null, "Did not have a spawner in the level.");
Debug.Assert(_mainCameraRef != null, "Did not have a camera in the level.");
Debug.Assert(_npcManagerRef != null, "Did not have a FriendlyNPCManager");
Debug.Assert(DummyControllerForPlacementCamera != null, "Invalid dummy controller.");
Debug.Log("Difficulty This Round is " + GameManager.Difficulty.ToString());
}
} //end function
//check the game state and update as needed
//used to manage levels, waves, and other content experienced during gameplay
public void checkGameState()
{
//check whether the current wave has ended
//if so, setup a new wave
//otherwise continue with current wave
if (theWave.isEnded == true)
{
//fade out and destroy tutorial object
if (theTutorial != null)
{
Destroy(theTutorial);
}
//increment the current level
currentLevel++;
Debug.Log("[GameManager] Wave starting for level: " + currentLevel);
//1, 2, 4, 8, 10, 9, 9, 6, 1
//set up a new wave based on the current level
switch (currentLevel)
{
//note: level 0 tutorial already init in start function
//level 1: introduce random destination, two targets
case 1:
//one wave of two slow targets that move to a random destination and stop
theWave = theWave.waveWithPrefabParentLimits(target_01, theTargets, 2, 2, 0);
break;
//level 2: introduce random destination loops, medium speed, two waves
case 2:
//two waves of two medium speed targets that complete random destination loops
theWave = theWave.waveWithPrefabParentLimits(target_02, theTargets, 2, 4, 0);
break;
//level 3: introduce destroy on completion of random loops, three waves
case 3:
//three waves of two medium speed targets that complete 10 random destination loops
theWave = theWave.waveWithPrefabParentLimits(target_03, theTargets, 2, 8, 0);
break;
//level 4: introduce origin loops, three targets
case 4:
//10 medium speed targets (three at once) that loop between origin and random destination
theWave = theWave.waveWithPrefabParentLimits(target_04, theTargets, 3, 10, 0);
break;
//level 5: introduce destroy on completion of 11 origin loops
case 5:
//three waves of three medium speed targets that complete 11 random destination to origin loops
theWave = theWave.waveWithPrefabParentLimits(target_05, theTargets, 3, 9, 0);
break;
//level 6: introduce fast speed, reduce loops
case 6:
//three waves of three fast targets that complete 9 random destination to origin loops
theWave = theWave.waveWithPrefabParentLimits(target_06, theTargets, 3, 9, 0);
break;
//level 7: reduce waves, reduce loops
case 7:
//two waves of three fast targets that complete 7 random destination to origin loops
theWave = theWave.waveWithPrefabParentLimits(target_07, theTargets, 3, 6, 0);
break;
//level 8: introduce most difficult speed, one shot target
case 8:
//an extremely fast target that makes a single random destination to origin loop
theWave = theWave.waveWithPrefabParentLimits(target_08, theTargets, 1, 1, 0);
break;
//game complete
case 9:
//game complete
Debug.Log("All waves completed - Game Over");
//toggle flag
isGameOver = true;
//update score
ScoreManager.Instance.totalObjects = 50; //50 targets in demo
ScoreManager.Instance.levelScore();
break;
//default
default:
Debug.Log("[GameManager] Error: level not found");
break;
} //end switch
//reset wave if game is not over
if (isGameOver == false)
{
theWave.resetWave();
}
//end game
else if (isGameOver == true)
{
Debug.Log("[GameManager] Game Over - End Game");
//load level summary
//transition to next scene
TransitionFade theTransition = StateManager.Instance.gameObject.GetComponent <TransitionFade>();
theTransition.toggleFade();
StateManager.Instance.switchSceneAfterDelay("summary", theTransition.duration);
//audio
AudioManager theAudioManager = AudioManager.Instance.gameObject.GetComponent <AudioManager>();
theAudioManager.toggleFade();
AudioManager.Instance.switchBgmAfterDelay(theAudioManager.bgmSummary, theAudioManager.bgmFadeDuration);
//show mouse cursor
Screen.showCursor = true;
}
} //end if
} //end function
private void frm_SalirDialog_Load(object sender, EventArgs e)
{
TransitionFade.ShowAsyc(this);
}
} //end function
//TODO: TEMP GUI FOR TESTING
void OnGUI() {
//set gui skin
if (GameObject.FindWithTag("global")) {
GUI.skin = GameObject.FindWithTag("global").GetComponent<Global>().menuGUI;
}
//create buttons
int btnW = 300;
int btnH = 100;
float btnX = Screen.width / 2 - btnW / 2;
float btnY = Screen.height - btnH; //aligned to bottom of screen
int btnBuffer = btnH + btnH / 4;
//connect button
float btnConnectY = btnY - btnH / 2 - btnBuffer * 2;
Rect btnConnectRect = new Rect(btnX, btnConnectY, btnW, btnH);
string btnConnectText;
if (globalScript.tetConnected == true) {
//set text
btnConnectText = "Connected!";
//disable button
GUI.enabled = false;
//draw button
GUI.Button(btnConnectRect, btnConnectText);
}
else {
//set text
btnConnectText = "1. Connect";
//enable button
GUI.enabled = true;
//draw button
if (GUI.Button(btnConnectRect, btnConnectText)) {
//connect
UnityEngine.Debug.Log("1. Setup Connecting...");
//enable script
connectScript.enabled = true;
//audio
AudioManager.Instance.playBtnClick(); //sfx
}
}
//activate button
float btnActivateY = btnY - btnH / 2 - btnBuffer;
Rect btnActivateRect = new Rect(btnX, btnActivateY, btnW, btnH);
string btnActivateText;
if (globalScript.tetActive == true) {
//set text
btnActivateText = "Activated!";
//disable button
GUI.enabled = false;
//draw button
GUI.Button(btnActivateRect, btnActivateText);
}
else {
//set text
btnActivateText = "2. Activate";
//enable button only if tet server already connected
if (globalScript.tetConnected == true) {
GUI.enabled = true;
}
else {
GUI.enabled = false;
}
//draw button
if (GUI.Button(btnActivateRect, btnActivateText)) {
//activate
UnityEngine.Debug.Log("2. Setup Activating...");
//enable script
activateScript.enabled = true;
//audio
AudioManager.Instance.playBtnClick(); //sfx
}
}
//calibrate button
float btnCalY = btnY - btnH / 2;
Rect btnCalRect = new Rect(btnX, btnCalY, btnW, btnH);
string btnCalText = "3. Calibrate";
//TODO
//if (GazeManager.Instance.IsActivated == true) {
if (globalScript.tetConnected == true && globalScript.tetActive == true) {
//enable button
GUI.enabled = true;
//draw button
if (GUI.Button(btnCalRect, btnCalText)) {
//activate
UnityEngine.Debug.Log("3. Setup Calibrating...");
//transition to next scene
TransitionFade theTransition = StateManager.Instance.gameObject.GetComponent<TransitionFade>();
theTransition.toggleFade();
StateManager.Instance.switchSceneAfterDelay("calibrate", theTransition.duration);
//audio
AudioManager.Instance.playBtnClick(); //sfx
AudioManager.Instance.toggleFade(); //bgm
}
}
else {
//disable button
GUI.enabled = false;
//draw button
GUI.Button(btnCalRect, btnCalText);
}
//reenable GUI by default
GUI.enabled = true;
} //end function
// Start is called before the first frame update
void Start()
{
_fader = GameObject.FindObjectOfType <TransitionFade>();
}
//GUI
void OnGUI()
{
//set gui skin
if (GameObject.FindWithTag("global"))
{
GUI.skin = GameObject.FindWithTag("global").GetComponent <Global>().menuGUI;
}
//check whether GUI should be shown
if (hideGUI == false)
{
//create calibration button
int btnW = 300;
int btnH = 100;
float btnX = Screen.width / 2 - btnW / 2;
float btnY = Screen.height / 2 - btnH / 2;
Rect btnRect = new Rect(btnX, btnY, btnW, btnH);
string btnText = "Click to calibrate";
if (calAttempts > 0)
{
btnText = "Calibration failed: Recalibrate";
}
if (calSuccess == true)
{
btnText = "Calibration successful: Continue";
}
if (GUI.Button(btnRect, btnText))
{
//proceed to next scene
if (calSuccess == true)
{
UnityEngine.Debug.Log("Load Main Menu");
//remove gaze listener
GazeManager.Instance.RemoveGazeListener(this);
//handle in task queue
addTaskToQueue(new taskDelegate(delegate {
//transition to next scene
TransitionFade theTransition = StateManager.Instance.gameObject.GetComponent <TransitionFade>();
theTransition.toggleFade();
StateManager.Instance.switchSceneAfterDelay("mainMenu", theTransition.duration);
//audio
AudioManager theAudioManager = AudioManager.Instance.gameObject.GetComponent <AudioManager>();
theAudioManager.playBtnClick(); //sfx
//theAudioManager.toggleFade(); //bgm
}));
}
//restart calibration process
else if (GazeManager.Instance.IsCalibrating == false && calSuccess == false)
{
//reset attempts
calAttempts = 0;
//generate calibration points
generateCalPoints(MIN_CAL_POINTS);
//CalibrationStart(num points {min = 9}, calibration process handler)
GazeManager.Instance.CalibrationStart(MIN_CAL_POINTS, this);
//audio
AudioManager theAudioManager = AudioManager.Instance.gameObject.GetComponent <AudioManager>();
theAudioManager.playBtnClick(); //sfx
}
//hide GUI
hideGUI = true;
} //end inner if
} //end outer if
} //end function
} //end function
//GUI
void OnGUI()
{
//set gui skin
if (GameObject.FindWithTag("global"))
{
GUI.skin = GameObject.FindWithTag("global").GetComponent <Global>().menuGUI;
}
//create buttons
int btnW = 300;
int btnH = 100;
float btnX = Screen.width / 2 - btnW / 2;
float btnY = Screen.height - btnH; //aligned to bottom of screen
int btnBuffer = btnH + btnH / 2;
//play button
float btnPlayY = btnY - btnH / 2 - btnBuffer;
Rect btnPlayRect = new Rect(btnX, btnPlayY, btnW, btnH);
string btnPlayText = "Play Again";
//menu button
float btnMenuY = btnPlayY + btnBuffer;
Rect btnMenuRect = new Rect(btnX, btnMenuY, btnW, btnH);
string btnMenuText = "Return to Main Menu";
//create text
float summaryW = btnW;
float summaryH = btnH * 2;
float summaryX = Screen.width / 2 - summaryW / 2;
float summaryY = btnPlayY - summaryH;
Rect summaryRect = new Rect(summaryX, summaryY, summaryW, summaryH);
GUI.Label(summaryRect, _summaryText);
//play button pressed
if (GUI.Button(btnPlayRect, btnPlayText))
{
//return to game
Debug.Log("Load Game");
//transition to next scene
TransitionFade theTransition = StateManager.Instance.gameObject.GetComponent <TransitionFade>();
theTransition.toggleFade();
StateManager.Instance.switchSceneAfterDelay("game", theTransition.duration);
//audio
AudioManager.Instance.playBtnClick(); //sfx
AudioManager.Instance.toggleFade();
AudioManager.Instance.switchBgmAfterDelay(AudioManager.Instance.bgmGame, AudioManager.Instance.bgmFadeDuration);
}
//calibrate button pressed
if (GUI.Button(btnMenuRect, btnMenuText))
{
//return to main menu
Debug.Log("Load Main Menu");
//transition to next scene
TransitionFade theTransition = StateManager.Instance.gameObject.GetComponent <TransitionFade>();
theTransition.toggleFade();
StateManager.Instance.switchSceneAfterDelay("mainMenu", theTransition.duration);
//audio
AudioManager.Instance.playBtnClick(); //sfx
AudioManager.Instance.toggleFade();
AudioManager.Instance.switchBgmAfterDelay(AudioManager.Instance.bgmMenu, AudioManager.Instance.bgmFadeDuration);
}
} //end function
} //end function
//GUI
void OnGUI()
{
//set gui skin
if (GameObject.FindWithTag("global"))
{
GUI.skin = GameObject.FindWithTag("global").GetComponent <Global>().menuGUI;
}
//create buttons
int btnW = 300;
int btnH = 100;
float btnX = Screen.width / 2 - btnW / 2;
float btnY = Screen.height - btnH; //aligned to bottom of screen
int btnBuffer = btnH + btnH / 2;
//play button
float btnPlayY = btnY - btnH / 2 - btnBuffer;
Rect btnPlayRect = new Rect(btnX, btnPlayY, btnW, btnH);
string btnPlayText = "Play";
//calibrate button
float btnCalY = btnPlayY + btnBuffer;
Rect btnCalRect = new Rect(btnX, btnCalY, btnW, btnH);
string btnCalText = "Recalibrate";
//quit button
float btnQuitW = 100;
float btnQuitH = 50;
float btnQuitBuffer = 10;
float btnQuitX = Screen.width - btnQuitW - btnQuitBuffer; //aligned to bottom-right of screen
float btnQuitY = Screen.height - btnQuitH - btnQuitBuffer;
Rect btnQuitRect = new Rect(btnQuitX, btnQuitY, btnQuitW, btnQuitH);
string btnQuitText = "Quit";
//play button pressed
if (GUI.Button(btnPlayRect, btnPlayText))
{
//proceed to game scene
Debug.Log("Load Game");
//transition to next scene
TransitionFade theTransition = StateManager.Instance.gameObject.GetComponent <TransitionFade>();
theTransition.toggleFade();
StateManager.Instance.switchSceneAfterDelay("game", theTransition.duration);
//audio
AudioManager.Instance.playBtnClick(); //sfx
AudioManager.Instance.toggleFade(); //bgm
AudioManager.Instance.switchBgmAfterDelay(AudioManager.Instance.bgmGame, AudioManager.Instance.bgmFadeDuration);
}
//calibrate button pressed
if (GUI.Button(btnCalRect, btnCalText))
{
//proceed to calibration scene
Debug.Log("Load Calibration");
//transition to next scene
TransitionFade theTransition = StateManager.Instance.gameObject.GetComponent <TransitionFade>();
theTransition.toggleFade();
StateManager.Instance.switchSceneAfterDelay("calibrate", theTransition.duration);
//audio
AudioManager.Instance.playBtnClick(); //sfx
AudioManager.Instance.toggleFade(); //bgm
}
//quit button pressed
if (GUI.Button(btnQuitRect, btnQuitText))
{
//quit application
Debug.Log("Quit Application");
Application.Quit();
}
} //end function