public void SaveLastGesture(SpellHandler.SpellType type, bool twoHanded)
{
if (currentGesture == null)
{
return;
}
currentGesture.SetSpell(type);
SaveGesture(currentGesture, twoHanded);
Debug.Log("Saved Gesture for Spell Type: " + type);
}
public Gesture(GestureHand startingHand)
{
switch (startingHand)
{
case GestureHand.LEFT:
leftNodes = new List <Vector3>();
rightNodes = null;
break;
case GestureHand.RIGHT:
leftNodes = null;
rightNodes = new List <Vector3>();
break;
case GestureHand.BOTH:
leftNodes = new List <Vector3>();
rightNodes = new List <Vector3>();
break;
}
curHands = startingHand;
spell = SpellHandler.SpellType.NONE;
}
public void SetSpell(SpellHandler.SpellType spell)
{
this.spell = spell;
}
public void Init(int buttonId, SpellHandler.SpellType type, GestureCalibrationMenu gestureCalibrationMenu)
{
this.gestureCalibrationMenu = gestureCalibrationMenu;
this.buttonId = buttonId;
this.type = type;
}
public void ChangeCalibrationType(SpellHandler.SpellType type)
{
calibrationType = type;
}
//Returns the index of the best match in validGestures or -1 if none are close enough
private SpellHandler.SpellType FindBestMatch(Gesture inputGesture)
{
SpellHandler.SpellType bestMatch = SpellHandler.SpellType.NONE;
float matchDiff = 0;
Gesture.GestureHand hands = inputGesture.GetCurHands();
if ((hands == Gesture.GestureHand.BOTH && (inputGesture.NumNodes(Gesture.GestureHand.LEFT) == 1 || inputGesture.NumNodes(Gesture.GestureHand.RIGHT) == 1)) ||
(hands != Gesture.GestureHand.BOTH && inputGesture.NumNodes(hands) == 1))
{
return(bestMatch);
}
if (hands == Gesture.GestureHand.BOTH)
{
Debug.Log("both hands involved");
//If there's only 1 node just stop
if (inputGesture.NumNodes(Gesture.GestureHand.LEFT) < 2 || inputGesture.NumNodes(Gesture.GestureHand.RIGHT) < 2)
{
return(bestMatch);
}
foreach (Gesture g in twoHandGestures)
{
float diff = g.AverageDifference(inputGesture, lengthAccuracyFactor, Gesture.GestureHand.LEFT)
+ g.AverageDifference(inputGesture, lengthAccuracyFactor, Gesture.GestureHand.RIGHT) / 2;
//Debug.Log("diff = " + diff);
if ((bestMatch == SpellHandler.SpellType.NONE && diff < accuracyPerSample) || diff < matchDiff)
{
bestMatch = g.GetSpell();
matchDiff = diff;
}
}
}
else
{
//If there's only 1 node just stop
if (inputGesture.NumNodes(hands) < 2)
{
return(bestMatch);
}
foreach (Gesture g in oneHandGestures)
{
float diff = g.AverageDifference(inputGesture, lengthAccuracyFactor, hands);
//Debug.Log("diff = " + diff);
if ((bestMatch == SpellHandler.SpellType.NONE && diff < accuracyPerSample) || diff < matchDiff)
{
bestMatch = g.GetSpell();
matchDiff = diff;
}
}
}
return(bestMatch);
}
public override void Awake()
{
base.Awake();
currentGestureType = SpellHandler.SpellType.NONE;
}
public void SetCurrentGesture(SpellHandler.SpellType type)
{
//Update the currently shown gesture display
if (currentDisplay != null)
{
Destroy(currentDisplay);
}
//Make the pressed button and it's mirror uninteractable and update the element sprite
switch (type)
{
case SpellHandler.SpellType.ONE_QUICK:
gestureQuickUIButton.interactable = false;
currentDisplay = Instantiate(quickDisplay);
gestureNameText.text = "Quick";
break;
case SpellHandler.SpellType.ONE_HEAVY:
gestureHeavyUIButton.interactable = false;
currentDisplay = Instantiate(heavyDisplay);
gestureNameText.text = "Heavy";
break;
case SpellHandler.SpellType.ONE_SPECIAL:
gestureSpecialUIButton.interactable = false;
currentDisplay = Instantiate(specialDisplay);
gestureNameText.text = "Special";
break;
case SpellHandler.SpellType.TWO_OFFENSE:
gestureOffensiveUIButton.interactable = false;
currentDisplay = Instantiate(offensiveDisplay);
gestureNameText.text = "Offense";
break;
case SpellHandler.SpellType.TWO_DEFENSE:
gestureDefensiveUIButton.interactable = false;
currentDisplay = Instantiate(defensiveDisplay);
gestureNameText.text = "Defense";
break;
}
//Make the previously pressed button interactable again
switch (currentGestureType)
{
case SpellHandler.SpellType.ONE_QUICK:
gestureQuickUIButton.interactable = true;
break;
case SpellHandler.SpellType.ONE_HEAVY:
gestureHeavyUIButton.interactable = true;
break;
case SpellHandler.SpellType.ONE_SPECIAL:
gestureSpecialUIButton.interactable = true;
break;
case SpellHandler.SpellType.TWO_OFFENSE:
gestureOffensiveUIButton.interactable = true;
break;
case SpellHandler.SpellType.TWO_DEFENSE:
gestureDefensiveUIButton.interactable = true;
break;
}
currentGestureType = type;
gestureManager.ChangeCalibrationType(type);
timesToPerform = maxTimesToPerform;
timesToPerformText.text = timesToPerform.ToString();
}