//BUG BUG BUG !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
//only update compass after level have been loaded, ner during load
public void setCompass(float Angle)
{
Vector3 pos = compassStrip.anchoredPosition3D;
latitudeCompass = BenjasMath.keepAngle0to360(Angle);
xposCompass = BenjasMath.map(latitudeCompass, 0, 360, xPosAtZero, xPosAt360, false);
pos.x = xposCompass;
compassStrip.anchoredPosition3D = pos;
}
public void setBacon(float Angle)
{
Vector3 pos = baconOne.anchoredPosition3D;
angleBacon = BenjasMath.keepAngleBetween(Angle, -180, 180);
xposBacon = BenjasMath.map(angleBacon, -clampBaconAngleAt, clampBaconAngleAt, -clampBaconAt, clampBaconAt, true);
//center around 0 degrees
pos.x = xposBacon;
baconOne.anchoredPosition3D = pos;
}
private Vector3 getHandAngle(float value, float min, float max, float minAngle, float maxAngle, float currentAngle)
{
float targetAngle = BenjasMath.map(value, min, max, minAngle, maxAngle);
if (instrumentMaxDegreesPerSec > 0)
{
targetAngle = Mathf.MoveTowardsAngle(currentAngle, targetAngle, instrumentMaxDegreesPerSec * Time.deltaTime);
}
return(new Vector3(0, 0, targetAngle));
}
public void updatespeedo()
{
if (glider != null)
{
sppedoSmoothing = Mathf.Clamp(sppedoSmoothing, 0, 0.999999f);
if (ignoreVerticalSpeed)
{
speedoValue = Mathf.Lerp(glider.speedHorrizontal, speedoValue, sppedoSmoothing);
}
else
{
speedoValue = Mathf.Lerp(glider.speed, speedoValue, sppedoSmoothing);
}
speedoHand.localEulerAngles = getHandAngle(speedoValue, speedoMin, speedoMax, speedoMinAngle, speedoMaxAngle, speedoHand.localEulerAngles.z);
speedDigits.text = Mathf.FloorToInt(speedoValue).ToString() + " " + speedUnit;
//adaptive smoothing depending on height
altChangeSmoothingMinMax.x = Mathf.Clamp(altChangeSmoothingMinMax.x, 0, 0.999999f);
altChangeSmoothingMinMax.y = Mathf.Clamp(altChangeSmoothingMinMax.y, 0, 0.999999f);
altChangeSmoothing = BenjasMath.map(altitudeValue
, altChangeSmoothingAltLimits.x, altChangeSmoothingAltLimits.y
, altChangeSmoothingMinMax.x, altChangeSmoothingMinMax.y);
//apply values
altitudeValue = Mathf.Lerp(glider.altitude, altitudeValue, altChangeSmoothing);
altChangeValue = Mathf.Lerp(glider.altChange, altChangeValue, altChangeSmoothing);
altChangeHand.localEulerAngles = getHandAngle(altChangeValue, altChangeMin, altChangeMax, altChangeMinAngle, altChangeMaxAngle, altChangeHand.localEulerAngles.z);
int alt = Mathf.FloorToInt(altitudeValue);
string altsring = alt.ToString();
altDigitsRed.text = altsring;
altDigitsBlack.text = altsring;
if (alt < 10)
{
altsring = "0" + altsring;
}
if (alt < 100)
{
altsring = "0" + altsring;
}
//if (alt < 1000) altsring = "0" + altsring;
altDigitsWhite.text = altsring;
altDigitsUnit.text = altUnit;
}
}
private void updateMap(Vector3 coordinates)
{
positionMap = mapPointer.anchoredPosition3D;
positionWorld = coordinates;
//Debug.Log("map" +positionMap.x);
positionMap.x = BenjasMath.map(positionWorld.x,
SWworld.x, NEworld.x,
mapMinScaled.x, mapMaxScaled.x,
clampMin.x, clampMax.x);
//Debug.Log(positionMap.x);
positionMap.y = BenjasMath.map(positionWorld.z,
SWworld.z, NEworld.z,
mapMinScaled.y, mapMaxScaled.y,
clampMin.y, clampMax.y);
mapPointer.anchoredPosition3D = positionMap;
}