public override void pinFunction(RSDESPin pin, EmbodiedClassifier classifier)
{
if (pin != null)
{
pin.toggleHorizonPlane();
}
}
public override void pinFunction(RSDESPin pin, EmbodiedClassifier classifier)
{
if (pin != null)
{
pin.toggleTerminator();
}
}
public static Vector3 directionFromLatLong(this RSDESPin pin)
{
if (RSDESManager.verboseLogging && pin == null)
{
Debug.Log("dead pin", pin);
}
return(directionFromLatLong(pin.Latlong));
}
public pinData(RSDESPin pin, Vector3 contactPoint)
{
RSDESManager.onEarthTilt += pin.onEarthTilt;
this.pin = pin;
this.contactPoint = contactPoint;
this.latLong = GeoPlanetMaths.latlong(contactPoint, RSDESManager.earthPos);
//pin.Latlong = this.latLong;
}
public static RSDESPin Constructor(Vector2 latlong)
{
RSDESPin pin = Instantiate(Resources.Load <GameObject>("Prefabs/RSDES/RSDESpushPinPrefab"))
.GetComponent <RSDESPin>();
pin.Latlong = latlong;
pin.setupPin();
return(pin);
}
protected override void WhenGestureDeactivated(Hand maybeNullHand, DeactivationReason reason)
{
if ((reason == DeactivationReason.CancelledGesture && !forgiving) || reason == DeactivationReason.FinishedGesture)
{
if (pinA != null || pinB != null)
{
playErrorSound();
}
pinB = null;
pinA = null;
}
}
public override void checkClassifier(EmbodiedClassifier classifier)
{
//look at whether the gesture being performed is close to the surface of the Earth
float dist = IMRE.Math.Operations.magnitude((float3)RSDESManager.earthPos - classifier.origin);
if (Unity.Mathematics.math.abs(RSDESManager.EarthRadius - dist) < tolerance && Time.time > _startTime + cooldown)
{
//figure out when the gesture began
_startTime = Time.time;
//make a pin at a location on the Earth closest to where the gesture is
RSDESPin.Constructor(GeoPlanetMaths.latlong(classifier.origin, RSDESManager.earthPos));
//the gesture has completed the functionality.
classifier.shouldFinish = true;
}
}
private void Awake()
{
ins = this;
EarthRadius = 1f;
//initialize system scales to agree.
SimulationTime = DateTime.UtcNow;
simulationScale = earthRadius / earthTrueRadius;
worldScaleModifier.ins.AbsoluteScale = simulationScale;
earthPos = this.transform.position;
//Debug.Log(earthRot.eulerAngles);
if (sunPin == null)
{
RSDESPin.Constructor().setupSun();
}
if (moonPin == null)
{
RSDESPin.Constructor().setupMoon();
}
if (northPolePin == null)
{
RSDESPin.Constructor().setupNorthPole();
}
if (southPolePin == null)
{
RSDESPin.Constructor().setupSouthPole();
}
onEarthTilt += updateLatLongLines;
onEarthTilt += SetSunMoonPositions;
onEarthTilt += updateNightSky;
onEarthTilt += updatePoleLine;
//resetEarthTilt();
}
private void SetSunMoonPositions()
{
Vector3 EarthOffset = Vector3.zero;
if (Horizons.planetsHaveValues)
{
EarthOffset = Horizons.Planets.Find(p => p.id == 399).position;
}
if (Sun != null && sunPin != null && Horizons.planetsHaveValues)
{
if (sunBetweenTropics)
{
Vector2 tmp = GeoPlanetMaths.latlong(Horizons.Planets.Find(p => p.id == 10).position - EarthOffset);
tmp.x = (tmp.x / realEarthtilt) * earthTiltDeg;
sunPin.Latlong = tmp;
}
else
{
sunPin.Latlong = GeoPlanetMaths.latlong(Horizons.Planets.Find(p => p.id == 10).position - EarthOffset);
}
}
else
{
Debug.LogWarning("Sun, " + Sun + " ,or Sunpin, " + sunPin + " ,are not set.");
RSDESPin.Constructor().GetComponent <RSDESPin>().setupSun();
}
if (Moon != null && moonPin != null && Horizons.planetsHaveValues)
{
moonPin.Latlong = GeoPlanetMaths.latlong(Horizons.Planets.Find(p => p.id == 301).position - EarthOffset);
}
else
{
Debug.LogWarning("moon, " + Moon + " ,or moonpin, " + moonPin + " ,are not set.");
RSDESPin.Constructor().GetComponent <RSDESPin>().setupMoon();
}
}
public override float3 pinDirection(RSDESPin pin)
{
return(new float3(0f, 1f, 0f));
}
public static Vector3[] terminatorOfStar(this RSDESPin pin)
{
return(terminatorOfStar(directionFromLatLong(pin.Latlong), RSDESManager.earthPos, RSDESManager.LR_Resolution));
}
public static Vector3[] latAtPoint(this RSDESPin pin)
{
return(latAtPoint(directionFromLatLong(pin.Latlong) * RSDESManager.EarthRadius + RSDESManager.earthPos, RSDESManager.LR_Resolution));
}
public override Unity.Mathematics.float3 pinDirection(RSDESPin pin)
{
return((Unity.Mathematics.float3)pin.directionFromLatLong());
}
public abstract float3 pinDirection(RSDESPin pin);
public abstract void pinFunction(RSDESPin pin, EmbodiedClassifier classifier);
protected override void WhileGestureActive(Hand hand)
{
if (RSDESManager.ins != null)
{
RSDESPin bestPin = null;
float dist = Mathf.Infinity;
foreach (pinData currPinData in RSDESManager.ins.PinnedPoints)
{
if ((currPinData.pin.pinHead.transform.position - fingerTip(hand)).magnitude < dist && isPointingAt(currPinData.pin.pinHead, hand))
{
dist = (currPinData.pin.pinHead.transform.position - fingerTip(hand)).magnitude;
bestPin = currPinData.pin;
}
}
if (dist < distanceTolerance && bestPin != null)
{
if (pinA == null && pinB == null)
{
pinA = bestPin;
playPositiveSound();
pinA.playParticleEffect();
}
else if (pinA != null && pinB == null && bestPin != pinA)
{
pinB = bestPin;
pinB.playParticleEffect();
RSDESManager.ins.instantiateGreatArc(pinA.dbPinData, pinB.dbPinData);
playCompleteSound();
RSDESPin tmp;
tmp = pinA;
pinA = pinB;
pinB = tmp;
}
else //pinA & pinB are set
{
if (bestPin == pinB)
{
RSDESManager.ins.instantiateGreatCircle(pinA.dbPinData, pinB.dbPinData);
playCompleteSound();
pinA.playParticleEffect();
pinA = pinB;
pinB = null;
}
}
#region Old Stuff
// if (pinA != null && (bestPin != null && bestPin != pinB))
// pinB = pinA;
// if (pinB != null && bestPin == pinB)
// {
// //if(RSDESManager.verboseLogging)
// Debug.Log("DRAW CIRCLE");
// //draw circle
// RSDESManager.ins.instantiateGreatCircle(bestPin.dbPinData, pinA.dbPinData);
// pinB = null;
// }
// else if (pinB != null)
// {
// //if (RSDESManager.verboseLogging)
// Debug.Log("DRAW ARC");
// //draw arc
// RSDESManager.ins.instantiateGreatArc(bestPin.dbPinData, pinA.dbPinData);
// }
// else
// {
// Debug.LogError("Pin B is null within " + name);
// }
// pinA = bestPin;
// pinA.playParticleEffect();
// gestureComplete = true;
//}
//else if (dist < distanceTolerance)
//{
// pinA = bestPin;
//}
#endregion
}
}
}
public override float3 pinDirection(RSDESPin pin)
{
throw new System.NotImplementedException();
}
public override void pinFunction(RSDESPin pin, EmbodiedClassifier classifier)
{
throw new System.NotImplementedException();
}
public override void pinFunction(RSDESPin pin, EmbodiedClassifier classifier)
{
pin.Latlong = GeoPlanetMaths.latlong(classifier.origin, RSDESManager.earthPos);
}
