private void GetMapCurve(out MapCameraCurve outCurve, out float outCurveTime)
{
outCurve = null;
outCurveTime = 0;
float remainingTime = moveTime;
//float addedtime = 0;
//iNCIN
foreach (MapCameraCurve curve in cameraCurves)
{
float length = curve.GetCurveMaxTime();
if (remainingTime <= length)
{
outCurve = curve;
outCurveTime = remainingTime;
return;
}
remainingTime -= length;
if (remainingTime < 0)
{
break;
}
}
}
private void GenerateCameraCurvesList()
{
//cameraCurves
cameraCurves = new List <MapCameraCurve>();
foreach (Entity entity in Map.Instance.Children)
{
MapCameraCurve curve = entity as MapCameraCurve;
if (curve != null)
{
cameraCurves.Add(curve);
}
}
ListUtils.SelectionSort(cameraCurves, delegate(MapCameraCurve curve1, MapCameraCurve curve2)
{
return(string.Compare(curve1.Name, curve2.Name));
});
cameraCurvesTotalTime = 0;
foreach (MapCameraCurve curve in cameraCurves)
{
//curveTime += curve.Time;
cameraCurvesTotalTime += curve.GetCurveMaxTime();
}
//EngineConsole.Instance.Print("CurveTime = " + curveTime.ToString() + " cameraCurvesTotalTime = " + cameraCurvesTotalTime.ToString());
}
public void SetCamera(MapObject cameraOrCameraCurve)
{
camera = cameraOrCameraCurve as MapCamera;
cameraCurve = cameraOrCameraCurve as MapCameraCurve;
if (cameraCurve != null)
{
cameraCurveTime = cameraCurve.GetCurveTimeRange().Minimum;
}
oldCameraCurveTime = cameraCurveTime;
}
private void GetDemoModeMapCurve(out MapCameraCurve outCurve, out float outCurveTime)
{
outCurve = null;
outCurveTime = 0;
float remainingTime = demoModeTime;
foreach (MapCameraCurve curve in cameraCurves)
{
float length = curve.GetCurveMaxTime();
if (remainingTime < length)
{
outCurve = curve;
outCurveTime = remainingTime;
return;
}
remainingTime -= length;
if (remainingTime < 0)
break;
}
}
void GetDemoModeMapCurve(out MapCameraCurve outCurve, out float outCurveTime)
{
outCurve = null;
outCurveTime = 0;
float remainingTime = demoModeTime;
foreach (MapCameraCurve curve in cameraCurves)
{
float length = curve.GetCurveMaxTime();
if (remainingTime < length)
{
outCurve = curve;
outCurveTime = remainingTime;
return;
}
remainingTime -= length;
if (remainingTime < 0)
{
break;
}
}
}
public void ResetCamera()
{
camera = null;
cameraCurve = null;
}
public void SetCamera( MapObject cameraOrCameraCurve )
{
camera = cameraOrCameraCurve as MapCamera;
cameraCurve = cameraOrCameraCurve as MapCameraCurve;
if( cameraCurve != null )
cameraCurveTime = cameraCurve.GetCurveTimeRange().Minimum;
oldCameraCurveTime = cameraCurveTime;
}
public void ResetCamera()
{
camera = null;
cameraCurve = null;
}
private void GetMapCurve(out MapCameraCurve outCurve, out float outCurveTime)
{
outCurve = null;
outCurveTime = 0;
float remainingTime = moveTime;
//float addedtime = 0;
//iNCIN
foreach (MapCameraCurve curve in cameraCurves)
{
float length = curve.GetCurveMaxTime();
if (remainingTime <= length)
{
outCurve = curve;
outCurveTime = remainingTime;
return;
}
remainingTime -= length;
if (remainingTime < 0)
break;
}
}