public void updateLocationChanged()
{
if (updateLocationDropDown.GetComponent <Dropdown>().value == 0)
{
UL = updateLocation.fixedUpdate;
}
else
{
UL = updateLocation.update;
}
}
static float secondsToFrames(float seconds, updateLocation UL)
{
if (UL == updateLocation.fixedUpdate)
{
return(seconds / Time.fixedDeltaTime);
}
else //updateLocation.Update
{
return(seconds / Time.deltaTime);
}
}
static float timeToFrames(float time, unitOfTime UOT, updateLocation UL)
{
if (UOT == unitOfTime.frames)
{
return(time);
}
else //unitOfTime.seconds
{
return(secondsToFrames(time, UL));
}
}
//-------------------------HELPER FUNCTIONS-------------------------
//NOTE: this is public only so we can make our extension methods work
public static float timeToFrames(float time, unitOfTime UOT, updateLocation UL) //Prefably calculate velocity and dont use this function directly
{
if (UOT == unitOfTime.frames)
{
return(time);
}
else //unitOfTime.seconds
{
return(secondsToFrames(time, UL));
}
}
// Use this for initialization
void Awake()
{
distanceToTravel = 7.5f;
distanceSlider.GetComponent <Slider>().value = distanceToTravel;
distanceDisplay.GetComponent <Text>().text = distanceToTravel.ToString();
t = .25f;
lerpValueSlider.GetComponent <Slider>().value = t;
maxDistanceDelta = 1f;
moveTowardsInputField.GetComponent <InputField>().text = maxDistanceDelta.ToString();
UL = updateLocation.fixedUpdate;
UOT = unitOfTime.seconds;
guideDistance = 10;
distanceInputField.GetComponent <InputField>().text = guideDistance.ToString();
guideTime = 5;
timeInputField.GetComponent <InputField>().text = guideTime.ToString();
points = new []
{
lerpPoint,
lerpWithDeltaTimePoint,
lerpWithFixedDeltaTimePoint,
moveTowardsPoint,
moveTowardsWithDeltaTimePoint,
moveTowardsWithFixedDeltaTimePoint,
lerpHelperPoint
};
labels = new[]
{
label1,
label2,
label3,
label4,
label5,
label6,
label7
};
prevPosition = new Vector3[7];
prepPrivateVars();
positionPointsOnStart();
}
public static float calcLerpVelocity(this float f, float guideDistance, float timeToTravel_GD, unitOfTime UOT_GD, updateLocation UL)
{
return(lerpHelper.calcLerpVelocity(guideDistance, lerpHelper.timeToFrames(timeToTravel_GD, UOT_GD, UL)));
}
public static float calcLerpValue(Color startColor, Color currColor, Color endColor, float guideDistance, float guideTime, unitOfTime UOT_GD, updateLocation UL, colorSpace CS)
{
return(calcLerpValue(startColor, currColor, endColor, calcLerpVelocity(guideDistance, guideTime, UOT_GD, UL), CS));
}
//-------------------------CALCULATE LERP VELOCITY-------------------------(NOTE: these functions are also found in colorKit)
static float calcLerpVelocity(float guideDistance, float timeToTravel_GD, unitOfTime UOT_GD, updateLocation UL)
{
return(calcLerpVelocity(guideDistance, timeToFrames(timeToTravel_GD, UOT_GD, UL)));
}
public static float calcLerpValue(this Color startColor, Color currColor, Color endColor, float guideDistance, float guideTime, unitOfTime UOT_GD, updateLocation UL, colorSpace CS)
{
return(colorLerpHelper.calcLerpValue(startColor, currColor, endColor, guideDistance, guideTime, UOT_GD, UL, CS));
}
