public float getPhysicalDistanceTo(touch t)
{
touchInterface i = null;
t._getInterface(ref i);
return(Vector2.Distance(i.physicalPos, physicalPos));
}
public static void _processTouchScreenEvent(touch t)
{
if (t == null)
{
Debug.LogWarning("Please report a bug in hypercube input. A null touch event was sent for processing.");
return;
}
if (t.state == touch.activationState.TOUCHDOWN)
{
foreach (touchScreenTarget target in eventTargets)
{
target.onTouchDown(t);
}
}
else if (t.state == touch.activationState.ACTIVE)
{
foreach (touchScreenTarget target in eventTargets)
{
target.onTouchMoved(t);
}
}
else if (t.state == touch.activationState.TOUCHUP)
{
foreach (touchScreenTarget target in eventTargets)
{
target.onTouchUp(t);
}
}
}
public override void onTouchMoved(touch touch)
{
touchInterface i = new touchInterface();
touch._getInterface(ref i);
display.text = "Latest Values:\nx: " + i.rawTouchScreenX + "\ny: " + i.rawTouchScreenY;
}
public touchScreenInputManager(string _deviceName, SerialController _serial, bool _isFrontTouchScreen) : base(_serial, new byte[] { 255, 255 }, 1024)
{
firmwareVersion = -9999f;
touches = new touch[0];
touchCount = 0;
pinch = 1f;
twist = 0f;
deviceName = _deviceName;
isFront = _isFrontTouchScreen;
for (int i = 0; i < touchPool.Length; i++)
{
touchPool[i] = new touch(isFront);
}
for (int i = 0; i < interfaces.Length; i++)
{
interfaces[i] = new touchInterface();
}
for (int i = 0; i < touchIdMap.Length; i++)
{
touchIdMap[i] = 0;
}
}
public touchScreen(touchScreenOrientation _orientation)
{
touches = new touch[0];
touchCount = 0;
pinch = 1f;
twist = 0f;
screenOrientation = _orientation;
active = false; //the first input causes it to activate.
for (int i = 0; i < touchPool.Length; i++)
{
touchPool[i] = new touch();
}
for (int i = 0; i < interfaces.Length; i++)
{
interfaces[i] = new touchInterface();
interfaces[i].orientation = _orientation;
}
for (int i = 0; i < touchIdMap.Length; i++)
{
touchIdMap[i] = 0;
}
}
void postProcessData()
{
touchCount = 0;
for (int k = 0; k < maxTouches; k++)
{
if (interfaces[touchIdMap[k]].active)
{
touchCount++;
}
}
float averageNormalizedX = 0f;
float averageNormalizedY = 0f;
float averageDiffX = 0f;
float averageDiffY = 0f;
float averageDistX = 0f;
float averageDistY = 0f;
touchInterface highX = null;
touchInterface lowX = null;
touchInterface highY = null;
touchInterface lowY = null;
touches = new touch[touchCount];
//main touches are a way for us to stabilize the twist and scale outputs by not hopping around different touches, instead trying to calculate the values from the same touches if possible
bool updateMainTouches = false;
if (touchCount > 1 && (mainTouchA == null || mainTouchB == null || mainTouchA.active == false || mainTouchB.active == false))
{
updateMainTouches = true;
}
int t = 0;
for (int i = 0; i < touchPoolSize; i++)
{
touchPool[i]._interface(interfaces[i]); //update and apply our new info to each touch.
if (interfaces[i].active)
{
touches[t] = touchPool[i];//these are the touches that can be queried from hypercube.input.front.touches
t++;
averageNormalizedX += touchPool[i].posX;
averageNormalizedY += touchPool[i].posY;
averageDiffX += touchPool[i].diffX;
averageDiffY += touchPool[i].diffY;
averageDistX += touchPool[i].distX;
averageDistY += touchPool[i].distY;
if (updateMainTouches)
{
if (highX == null || interfaces[i].physicalPos.x > highX.physicalPos.x)
{
highX = interfaces[i];
}
if (lowX == null || interfaces[i].physicalPos.x < lowX.physicalPos.x)
{
lowX = interfaces[i];
}
if (highY == null || interfaces[i].physicalPos.y > highY.physicalPos.y)
{
highY = interfaces[i];
}
if (lowY == null || interfaces[i].physicalPos.y < lowY.physicalPos.y)
{
lowY = interfaces[i];
}
}
}
}
if (touchCount < 2)
{
touchSize = touchSizeCm = 0f;
pinch = 1f;
lastTouchAngle = twist = 0f;
mainTouchA = mainTouchB = null;
if (touchCount == 0)
{
averagePos = averageDiff = averageDist = Vector2.zero;
}
else //1 touch only.
{
averagePos = new Vector2(touches[0].posX, touches[0].posY);
averageDiff = new Vector2(touches[0].diffX, touches[0].diffY);
averageDist = new Vector2(touches[0].distX, touches[0].distY);
}
}
else
{
averagePos = new Vector2(averageNormalizedX / (float)touchCount, averageNormalizedX / (float)touchCount);
averageDiff = new Vector2(averageDiffX / (float)touchCount, averageDiffY / (float)touchCount);
averageDist = new Vector2(averageDistX / (float)touchCount, averageDistY / (float)touchCount);
if (averageDiff.x < -.3f || averageDiff.x > .3f || averageDiff.y < -.3f || averageDiff.y > .3) //this is too fast to be a real movement, its probably an artifact.
{
averageDiff = averageDist = Vector2.zero;
}
//pinch and twist
if (updateMainTouches)
{
if ((highX.physicalPos.x - lowX.physicalPos.x) > (highY.physicalPos.y - lowY.physicalPos.y))//use the bigger of the two differences, and then use the true distance
{
mainTouchA = highX; mainTouchB = lowX;
}
else
{
mainTouchA = highY; mainTouchB = lowY;
}
}
touchSizeCm = mainTouchA.getPhysicalDistance(mainTouchB);
touchSize = mainTouchA.getDistance(mainTouchB);
float angle = angleBetweenPoints(mainTouchA.normalizedPos, mainTouchB.normalizedPos);
//validate everything coming out of here... ignore crazy values that may come from hardware artifacts.
if (lastTouchAngle == 0)
{
twist = 0;
}
else
{
twist = angle - lastTouchAngle;
}
if (twist < -20f || twist > 20f) //more than 20 degrees in 1 frame?!.. most likely junk. toss it.
{
twist = angle = 0f;
}
lastTouchAngle = angle;
if (lastSize == 0f)
{
pinch = 1f;
}
else
{
pinch = touchSizeCm / lastSize;
}
if (pinch < .7f || pinch > 1.3f) //the chances that this is junk data coming from the touchscreen are very high. dump it.
{
pinch = 1f;
}
lastSize = touchSizeCm;
}
//finally, send off the events to touchScreenTargets.
for (int i = 0; i < touchPoolSize; i++)
{
if (touchPool[i].state != touch.activationState.DESTROYED)
{
input._processTouchScreenEvent(touchPool[i]);
}
}
}
public static void _processTouchScreenEvent(touch t)
{
}
