// Use this for initialization
void Start()
{
if (this.name == "barA")
{
//haptic = GameObject.Find("HapticSquareA").GetComponent<HapticSquare>();
//haptic.UpdateHaptics(HapticSquare.HapticType.BAR01);
}
//else if (this.name == "barB")
//{
// haptic = GameObject.Find("HapticSquareB").GetComponent<HapticSquare>();
// haptic.UpdateHaptics(HapticSquare.HapticType.BAR02);
//}
//else if (this.name == "barC")
//{
// haptic = GameObject.Find("HapticSquareC").GetComponent<HapticSquare>();
// haptic.UpdateHaptics(HapticSquare.HapticType.BAR03);
//}
//else if (this.name == "barD")
//{
// haptic = GameObject.Find("HapticSquareD").GetComponent<HapticSquare>();
// haptic.UpdateHaptics(HapticSquare.HapticType.BAR04);
//}
//else if (this.name == "barE")
//{
// haptic = GameObject.Find("HapticSquareE").GetComponent<HapticSquare>();
// haptic.UpdateHaptics(HapticSquare.HapticType.BAR11);
//}
//else if (this.name == "barF")
//{
// haptic = GameObject.Find("HapticSquareF").GetComponent<HapticSquare>();
// haptic.UpdateHaptics(HapticSquare.HapticType.BAR13);
//}
//else if (this.name == "barG")
//{
// haptic = GameObject.Find("HapticSquareG").GetComponent<HapticSquare>();
// haptic.UpdateHaptics(HapticSquare.HapticType.BAR33);
//}
else if (this.name == "barOnHigh")
{
haptic = GameObject.Find("HapticSquareX").GetComponent <HapticSquare>();
haptic.UpdateHaptics(HapticSquare.HapticType.BARA);
}
else if (this.name == "barOnMed")
{
haptic = GameObject.Find("HapticSquareY").GetComponent <HapticSquare>();
haptic.UpdateHaptics(HapticSquare.HapticType.BARB);
}
else if (this.name == "barOnLow")
{
haptic = GameObject.Find("HapticSquareZ").GetComponent <HapticSquare>();
haptic.UpdateHaptics(HapticSquare.HapticType.BARC);
}
}
private void StartFormative()
{
Debug.Log("start circuit.cs for formative");
// circuits for testing different circuits with high, med, low current
circuitSprite1 = Resources.Load <Sprite>("Sprites/Circuits/circuitA");
circuitSprite2 = Resources.Load <Sprite>("Sprites/Circuits/circuitA2");
circuitSprite3 = Resources.Load <Sprite>("Sprites/Circuits/circuitA3");
haptic = GameObject.Find("HapticSquare").GetComponent <HapticSquare>();
currentHapticType = HapticSquare.HapticType.NOISEHIGH;
haptic.UpdateHaptics(currentHapticType);
}
private void StartTasks()
{
thisPlayerLog = GameObject.Find("EventSystem").GetComponent <PlayerLog>();
hint = GameObject.Find("Hint");
hint.SetActive(false);
confirmPage = GameObject.Find("Confirm Finish");
confirmPage.SetActive(false);
Debug.Log("this circuit: " + GlobalVariables.thisTask);
haptic = GameObject.Find("HapticSquare").GetComponent <HapticSquare>();
nextButton = GameObject.Find("Next Button");
finishButton = GameObject.Find("Finish Button");
buttonC1 = GameObject.Find("Circuit1 Button");
buttonC2 = GameObject.Find("Circuit2 Button");
buttonC3 = GameObject.Find("Circuit3 Button");
sliderR = GameObject.Find("SliderR");
finishButton.SetActive(false);
buttonC1.SetActive(false);
buttonC2.SetActive(false);
buttonC3.SetActive(false);
sliderR.SetActive(false);
//set button sprites
buttonC1Sprite = Resources.Load <Sprite>("Sprites/Buttons/circuit1");
buttonC1ClickedSprite = Resources.Load <Sprite>("Sprites/Buttons/circuit1clicked");
buttonC2Sprite = Resources.Load <Sprite>("Sprites/Buttons/circuit2");
buttonC2ClickedSprite = Resources.Load <Sprite>("Sprites/Buttons/circuit2clicked");
buttonC3Sprite = Resources.Load <Sprite>("Sprites/Buttons/circuit3");
buttonC3ClickedSprite = Resources.Load <Sprite>("Sprites/Buttons/circuit3clicked");
buttonReadSprite = Resources.Load <Sprite>("Sprites/Buttons/read");
buttonReadClickedSprite = Resources.Load <Sprite>("Sprites/Buttons/readclicked");
GlobalVariables.hintOn = false;
switch (GlobalVariables.thisTask)
{
case 1:
circuitSprite1 = Resources.Load <Sprite>("Sprites/Circuits/bg-circuit1");
taskSprite = Resources.Load <Sprite>("Sprites/Buttons/task1");
currentHapticType = HapticSquare.HapticType.STRIPEHIGHH; //quick solution for fixing a bug
haptic.UpdateHaptics(currentHapticType);
currentHapticType = HapticSquare.HapticType.STRIPEHIGHV;
haptic.UpdateHaptics(currentHapticType);
thisPlayerLog.AddEvent("=============================================\n"
+ "t = " + Time.time.ToString() + ", Start Task 1"
+ "\n=============================================");
break;
case 2:
circuitSprite1 = Resources.Load <Sprite>("Sprites/Circuits/bg-circuit2");
taskSprite = Resources.Load <Sprite>("Sprites/Buttons/task2");
currentHapticType = HapticSquare.HapticType.STRIPEMEDH; //quick solution for fixing a bug
haptic.UpdateHaptics(currentHapticType);
currentHapticType = HapticSquare.HapticType.STRIPEMEDV;
haptic.UpdateHaptics(currentHapticType);
thisPlayerLog.AddEvent("=============================================\n"
+ "t = " + Time.time.ToString() + ", Start Task 2"
+ "\n=============================================");
break;
case 3:
circuitSprite1 = Resources.Load <Sprite>("Sprites/Circuits/bg-circuit1");
taskSprite = Resources.Load <Sprite>("Sprites/Buttons/task3");
currentHapticType = HapticSquare.HapticType.STRIPEHIGHV;
haptic.UpdateHaptics(currentHapticType);
//activate C1 and C2 buttons
buttonC1.SetActive(true);
buttonC2.SetActive(true);
thisPlayerLog.AddEvent("=============================================\n"
+ "t = " + Time.time.ToString() + ", Start Task 3"
+ "\n=============================================");
break;
case 4:
circuitSprite1 = Resources.Load <Sprite>("Sprites/Circuits/bg-circuit1");
taskSprite = Resources.Load <Sprite>("Sprites/Buttons/task4");
currentHapticType = HapticSquare.HapticType.STRIPELOWH; //quick solution for fixing a bug
haptic.UpdateHaptics(currentHapticType);
currentHapticType = HapticSquare.HapticType.STRIPEHIGHV;
haptic.UpdateHaptics(currentHapticType);
//activate C1 and C2 buttons
buttonC1.SetActive(true);
buttonC2.SetActive(true);
buttonC3.SetActive(true);
thisPlayerLog.AddEvent("=============================================\n"
+ "t = " + Time.time.ToString() + ", Start Task 4"
+ "\n=============================================");
break;
case 5:
circuitSprite1 = Resources.Load <Sprite>("Sprites/Circuits/bg-circuit4R1");
taskSprite = Resources.Load <Sprite>("Sprites/Buttons/task5");
currentHapticType = HapticSquare.HapticType.STRIPEMEDV;
haptic.UpdateHaptics(currentHapticType);
//activate slider
sliderR.SetActive(true);
//deactivate the back button
nextButton.SetActive(false);
finishButton.SetActive(true);
thisPlayerLog.AddEvent("=============================================\n"
+ "t = " + Time.time.ToString() + ", Start Task 5"
+ "\n=============================================");
break;
}
GlobalVariables.currentHapticType = currentHapticType;
haptic.DeactivateHaptic();
GameObject bg = GameObject.Find("Background");
bg.GetComponent <Image>().sprite = circuitSprite1;
//spriteR = bg.GetComponent<SpriteRenderer>();
//spriteR.sprite = circuitSprite1;
GameObject taskLabel = GameObject.Find("Task Label");
taskLabel.GetComponent <Image>().sprite = taskSprite;
//spriteR = taskLabel.GetComponent<SpriteRenderer>();
//spriteR.sprite = taskSprite;
}
// formative function
public void ChangeHaptic(int option)
{
//thisHaptic.DeactivateHaptic();
//haptic.DeactivateHaptic();
//haptic.SetEnabled(false);
switch (option)
{
case 1:
currentHapticType = HapticSquare.HapticType.NOISEHIGH;
haptic.UpdateHaptics(currentHapticType);
//haptic.SetEnabled(true);
Debug.Log(currentHapticType);
//haptic.ActivateHaptic();
break;
case 2:
currentHapticType = HapticSquare.HapticType.DOTS;
haptic.UpdateHaptics(currentHapticType);
//haptic.SetEnabled(true);
Debug.Log(currentHapticType);
//haptic.ActivateHaptic();
break;
case 3:
currentHapticType = HapticSquare.HapticType.CHECKERS;
haptic.UpdateHaptics(currentHapticType);
//haptic.SetEnabled(true);
Debug.Log(currentHapticType);
//haptic.ActivateHaptic();
break;
case 4:
currentHapticType = HapticSquare.HapticType.STRIPEHIGH;
haptic.UpdateHaptics(currentHapticType);
//haptic.SetEnabled(true);
Debug.Log(currentHapticType);
//haptic.ActivateHaptic();
break;
}
}
private void FlowCurrent(string dir, string zoneName)
{
string newCurrentHapticType;
String thisFeel = FeelStripe(touchPosWorldPrev, touchPosWorld, dir);
if (thisFeel.StartsWith("vertical"))
{
if (GlobalVariables.hapticOn)
{
haptic.ActivateHaptic();
}
newCurrentHapticType = GlobalVariables.currentHapticType;
haptic.UpdateHaptics(newCurrentHapticType);
if (!GlobalVariables.hintOn)
{
if (thisFeel.EndsWith("clockwise"))
{
thisPlayerLog.AddTouchEvent("Touch Move Clockwise " + zoneName + ", " + dir, touchPosWorld);
}
else
{
thisPlayerLog.AddTouchEvent("Touch Move Counter-Clockwise " + zoneName + ", " + dir, touchPosWorld);
}
}
}
else if (thisFeel.StartsWith("horizontal"))
{
if (GlobalVariables.hapticOn)
{
haptic.ActivateHaptic();
}
newCurrentHapticType = GlobalVariables.currentHapticType + "-horizontal";
haptic.UpdateHaptics(newCurrentHapticType);
if (!GlobalVariables.hintOn)
{
if (thisFeel.EndsWith("clockwise"))
{
thisPlayerLog.AddTouchEvent("Touch Move Clockwise " + zoneName + ", " + dir, touchPosWorld);
}
else
{
thisPlayerLog.AddTouchEvent("Touch Move Counter-Clockwise " + zoneName + ", " + dir, touchPosWorld);
}
}
}
else //don't feel any texture
{
if (!GlobalVariables.formative)
{
haptic.DeactivateHaptic();
}
else if (GlobalVariables.hapticOn)
{
haptic.ActivateHaptic();
}
if (!GlobalVariables.hintOn)
{
thisPlayerLog.AddTouchEvent("Error Touch Move Clockwise " + zoneName + ", " + dir, touchPosWorld);
}
//Debug.Log("moving opposite direction!");
}
}