OrbitViewMoveToZoomAnimator(BasicOrbitView orbitView, Double end, double smoothing,
PropertyAccessor.DoubleAccessor propertyAccessor, bool endCenterOnSurface)
: base(end, smoothing, propertyAccessor)
{
this.orbitView = orbitView;
this.endCenterOnSurface = endCenterOnSurface;
}
/**
* Construct a {@link MoveToDoubleAnimator}
*
* @param end The target value, the value to animate to.
* @param smoothing The smoothing factor. A number between 0 and 1. The higher the number the greater the
* smoothing.
* @param propertyAccessor The accessor used to access the animated value.
*/
public MoveToDoubleAnimator(
double end, double smoothing,
PropertyAccessor.DoubleAccessor propertyAccessor) : base(null, 0, end, propertyAccessor)
{
interpolator = null;
this.smoothing = smoothing;
}
/**
* Construct a {@link MoveToDoubleAnimator}
*
* @param end The target value, the value to animate to.
* @param smoothing smoothing The smoothing factor. A number between 0 and 1. The higher the number the
* greater the smoothing.
* @param minEpsilon The minimum difference between the current value and the target value that triggers the
* end of the animation. Defaults to .001.
* @param propertyAccessor The double accessor used to access the animated value.
*/
public MoveToDoubleAnimator(
double end, double smoothing, double minEpsilon,
PropertyAccessor.DoubleAccessor propertyAccessor) : base(null, 0, end, propertyAccessor)
{
this.interpolator = null;
this.smoothing = smoothing;
this.minEpsilon = minEpsilon;
}
public DoubleAnimator(Interpolator interpolator,
double begin, double end,
PropertyAccessor.DoubleAccessor propertyAccessor) : base(interpolator)
{
if (interpolator == null)
{
this.interpolator = new ScheduledInterpolator(10000);
}
if (propertyAccessor == null)
{
string message = Logging.getMessage("nullValue.ViewPropertyAccessorIsNull");
Logging.logger().severe(message);
throw new ArgumentException(message);
}
Begin = begin;
End = end;
this.propertyAccessor = propertyAccessor;
}
/**
* Create the animator. If the altitude mode is relative to surface elevation, the ending elevation will be
* re-calculated as the animation runs to ensure that the final elevation is based on the most accurate elevation
* data available.
*
* @param globe Globe used to evaluate altitude mode and determine if mid-zoom is necessary. May be null.
* @param beginZoom Beginning elevation.
* @param endZoom Ending elevation.
* @param beginLatLon Beginning location.
* @param endLatLon Ending location.
* @param altitudeMode Altitude mode of ending elevation ({@link WorldWind#CLAMP_TO_GROUND},
* {@link WorldWind#RELATIVE_TO_GROUND}, or {@link WorldWind#ABSOLUTE}. Altitude mode
* is not used if {@code globe} is null.
* @param propertyAccessor Accessor to set elevation.
*/
public ViewElevationAnimator(Globe globe, double beginZoom, double endZoom, LatLon beginLatLon,
LatLon endLatLon, int altitudeMode, PropertyAccessor.DoubleAccessor propertyAccessor) : base(null, beginZoom, endZoom, propertyAccessor)
{
this.endLatLon = endLatLon;
this.altitudeMode = altitudeMode;
if (globe == null)
{
UseMidZoom = false;
}
else
{
this.globe = globe;
this.midZoom = computeMidZoom(globe, beginLatLon, endLatLon, beginZoom, endZoom);
UseMidZoom = useMidZoom(beginZoom, endZoom, midZoom);
}
if (UseMidZoom)
{
this.trueEndZoom = endZoom;
this.End = this.midZoom;
}
}