void localGyro(Vector3 gravity, Vector3 userAccel)
{
//save the last rotation
if (didRealUpdateLastFrame)
{
didRealUpdateLastFrame = false;
lastRotation = myRotation.x;
}
//because we are only modifying one component I don't need to copy into a local variable
myRotation.x = EasyInputUtilities.relativeAngleInAxis(Vector3.up, -gravity, Vector3.right);
myRotation.x *= -sensitivity;
//we need to adjust for if the z is parallel with gravity (x undefined)
if (gravity.z > .97 || gravity.z < -.97)
{
//all the way forward or back
myRotation.x = lastRotation;
}
//clamp the up/down rotation if set this way
if (clampRotation && clampRotationDegreesFromZero != 0f)
{
if (myRotation.x <= (360f - clampRotationDegreesFromZero) && myRotation.x >= clampRotationDegreesFromZero)
{
if (myRotation.x <= 180f)
{
myRotation.x = clampRotationDegreesFromZero;
}
else if (myRotation.x > 180f)
{
myRotation.x = (360f - clampRotationDegreesFromZero);
}
}
}
//at this point we'd have the correct result but it would be very shaky
//lerp or slerp doesn't seem to be good enough so manually make it smooth
if ((lastRotation - myRotation.x) > precision || (lastRotation - myRotation.x) < -precision)
{
//only moving in increments of tilt precesion degrees
didRealUpdateLastFrame = true;
transform.localRotation = Quaternion.Euler(myRotation);
}
}
void localAccelerometer(Vector3 accel)
{
//accelerometers due to gravity can really only sense 2 axis (can't filter out gravity)
//here we convert those 2 axis into horizontal and vertical and normalize
horizontal = EasyInputUtilities.relativeAngleInAxis(Vector3.up, -accel, Vector3.forward) / normalizeDegrees;
vertical = EasyInputUtilities.relativeAngleInAxis(Vector3.up, -accel, Vector3.right) / normalizeDegrees;
horizontal *= -sensitivity * Time.deltaTime * 100f;
vertical *= -sensitivity * Time.deltaTime * 100f;
actionVector3 = EasyInputUtilities.getControllerVector3(horizontal, vertical, tiltHorizontal, tiltVertical);
switch (action)
{
case EasyInputConstants.ACTION_TYPE.Position:
transform.position += actionVector3;
break;
case EasyInputConstants.ACTION_TYPE.Rotation:
transform.Rotate(actionVector3, Space.World);
break;
case EasyInputConstants.ACTION_TYPE.LocalPosition:
transform.Translate(actionVector3);
break;
case EasyInputConstants.ACTION_TYPE.LocalRotation:
transform.Rotate(actionVector3);
break;
case EasyInputConstants.ACTION_TYPE.LocalScale:
transform.localScale += actionVector3;
break;
default:
Debug.Log("Invalid Action");
break;
}
}
void localGyro(Vector3 gravity, Vector3 userAcceleration)
{
//save the last rotation
if (didRealUpdateLastFrame)
{
didRealUpdateLastFrame = false;
lastRotation = myRotation.y;
}
//reset the rotation
myRotation.y = 0f;
#if !UNITY_EDITOR && UNITY_TVOS
//because we are only modifying one component I don't need to copy into a local variable
myRotation.y = EasyInputUtilities.relativeAngleInAxis(Vector3.up, -gravity, Vector3.forward);
myRotation.y *= -tiltSensitivity;
//we need to adjust for if the z is parallel with gravity ( y undefined)
if (gravity.x > .97 || gravity.x < -.97)
{
//all the way forward or back
myRotation.y = lastRotation;
}
#endif
myRotation.y += accumulatedRotation;
//at this point we'd have the correct result but it would be very shaky
//lerp or slerp doesn't seem to be good enough so manually make it smooth
if ((lastRotation - myRotation.y) > tiltPrecision || (lastRotation - myRotation.y) < -tiltPrecision)
{
//only moving in increments of tilt precesion degrees
didRealUpdateLastFrame = true;
player.transform.localRotation = Quaternion.Euler(myRotation);
}
}
public void steerBall(Vector3 accel)
{
//accelerometers due to gravity can really only sense 2 axis (can't filter out gravity)
//here we convert those 2 axis into horizontal and vertical and normalize
if (accel != Vector3.zero)
{
horizontal = EasyInputUtilities.relativeAngleInAxis(Vector3.up, -accel, Vector3.forward) / normalizeDegrees;
vertical = EasyInputUtilities.relativeAngleInAxis(Vector3.up, -accel, Vector3.right) / normalizeDegrees;
horizontal *= -sensitivity;
vertical *= -sensitivity;
}
else
{
horizontal = 0f;
vertical = 0f;
}
actionVectorPosition.x = horizontal;
actionVectorPosition.y = 0f;
actionVectorPosition.z = vertical;
myRigidbody.AddForce(actionVectorPosition);
}
