public void setLedBar(LedBar bar)
{
ledBar = bar;
//@todo calculate position based on all three leds not just the first one.
}
public float calculateDistance(LedBar bar)
{
float distanceOneToTwo = calculateDistanceBetweenLeds(bar.Leds[0], bar.Leds[1]);
float distanceTwoToThree = calculateDistanceBetweenLeds(bar.Leds[1], bar.Leds[2]);
// Debug.Log("Distance 1 = " + distanceOneToTwo);
// Debug.Log("Distance tWo to Three is: " + distanceTwoToThree);
float distance = (ledBarSize * focalLenght) / (distanceOneToTwo + distanceTwoToThree);
//Debug.Log("distance from camera to head is: " + distance + "CM");
// debugText.text = "Distance to head is: " + distance.ToString("0.##") + "cm";
return(toCameraDistance(distance));
}
public void calculateHeadRotation(LedBar ledbar)
{
float distanceOneToTwo = calculateDistanceBetweenLeds(ledbar.Leds[0], ledbar.Leds[1]);
float distanceTwoToThree = calculateDistanceBetweenLeds(ledbar.Leds[1], ledbar.Leds[2]);
int percentageRight = (int)(distanceOneToTwo / (distanceOneToTwo + distanceTwoToThree) * 100);
if (index < 10)
{
totalPercentageRight += percentageRight;
index++;
}
else
{
int percentageRAVG = totalPercentageRight / 10;
int percentageLAVG = 100 - percentageRAVG;
checkLooking(percentageRAVG, percentageLAVG);
// Debug.Log(percentageRAVG);
index = 0;
totalPercentageRight = 0;
}
}
// camera x = (((324 - 316)/640) * data) + 316;
// camera y = (((244 - 236)/480) * data) + 236;
Vector3 calculateCameraPosition(float x, float y, LedBar bar)
{
x = dataMaxX - x;
float cameraX = (((cameraMaxX - cameraMinX) / dataMaxX) * x) + cameraMinX;
float cameraY = (((cameraMaxY - cameraMinY) / dataMaxY) * y) + cameraMinY;
float cameraDistance = distanceHandler.calculateDistance(bar);
headRotationHandler.calculateHeadRotation(bar);
Vector3 cameraPos = new Vector3(cameraX, cameraY, cameraDistance);
float mainCameraX = camera.transform.localPosition.x;
float mainCameraY = camera.transform.localPosition.y;
float maxJumpThreshold = 0.1f;
// keep speed in check and check if it does not jump to much.
// without speed you lose the camera tracking
if (cameraPos.x < mainCameraX + maxJumpThreshold && cameraPos.x > mainCameraX - maxJumpThreshold)
{
if (cameraPos.y < mainCameraY + maxJumpThreshold && cameraPos.y > mainCameraY - maxJumpThreshold)
{
// Debug.Log(cameraPos);
return(cameraPos);
}
}
// return cameraPos;
return(camera.transform.localPosition);
}
private void PipeClient_onResponse(string response)
{
ledBar = JsonUtility.FromJson <LedBar>(response);
}