public void ResetRealTime()
{
X.RealTimeToSource();
Y.RealTimeToSource();
Rad.RealTimeToSource();
Vx.RealTimeToSource();
Vy.RealTimeToSource();
F.RealTimeToSource();
R.RealTimeToSource();
G.RealTimeToSource();
B.RealTimeToSource();
}
protected void SetMinMax()
{
// 与bitmapObject不同，由于sb是纯静态的，所以可先判断出范围，为提高效率，这里先进行计算
if (_element.FadeList.Count > 0)
{
FadeTime = new TimeRange
{
Min = (int)_element.FadeList.Min(k => k.StartTime),
Max = (int)_element.FadeList.Max(k => k.EndTime),
};
F.Source = _element.FadeList.First().F1;
F.Target = _element.FadeList.Last().F2;
}
if (_element.RotateList.Count > 0)
{
RotateTime = new TimeRange
{
Min = (int)_element.RotateList.Min(k => k.StartTime),
Max = (int)_element.RotateList.Max(k => k.EndTime),
};
Rad.Source = _element.RotateList.First().R1;
Rad.Target = _element.RotateList.Last().R2;
}
if (_element.ScaleList.Count > 0)
{
VTime = new TimeRange
{
Min = (int)_element.ScaleList.Min(k => k.StartTime),
Max = (int)_element.ScaleList.Max(k => k.EndTime)
};
Vx.Source = _element.ScaleList.First().S1 *_vSize.Width;
Vy.Source = _element.ScaleList.First().S1 *_vSize.Width;
Vx.Target = _element.ScaleList.Last().S2 *_vSize.Height;
Vy.Target = _element.ScaleList.Last().S2 *_vSize.Height;
}
if (_element.VectorList.Count > 0)
{
if (!VTime.Equals(TimeRange.Default))
{
var tmpMin = (int)_element.VectorList.Min(k => k.StartTime);
var tmpMax = (int)_element.VectorList.Max(k => k.EndTime);
if (tmpMin < VTime.Min)
{
VTime.Min = tmpMin;
Vx.Source = _element.VectorList.First().Vx1 *_vSize.Width;
Vy.Source = _element.VectorList.First().Vy1 *_vSize.Height;
}
if (tmpMax > VTime.Max)
{
VTime.Max = tmpMax;
Vx.Target = _element.VectorList.Last().Vx2 *_vSize.Width;
Vy.Target = _element.VectorList.Last().Vy2 *_vSize.Height;
}
}
else
{
VTime = new TimeRange
{
Min = (int)_element.VectorList.Min(k => k.StartTime),
Max = (int)_element.VectorList.Max(k => k.EndTime)
};
Vx.Source = _element.VectorList.First().Vx1 *_vSize.Width;
Vy.Source = _element.VectorList.First().Vy1 *_vSize.Height;
Vx.Target = _element.VectorList.Last().Vx2 *_vSize.Width;
Vy.Target = _element.VectorList.Last().Vy2 *_vSize.Height;
}
}
if (_element.MoveList.Count > 0)
{
MovTime = new TimeRange
{
Min = (int)_element.MoveList.Min(k => k.StartTime),
Max = (int)_element.MoveList.Max(k => k.EndTime)
};
X.Source = (_element.MoveList.First().X1 + 107) * _vSize.Width;
Y.Source = _element.MoveList.First().Y1 *_vSize.Height;
X.Target = (_element.MoveList.Last().X2 + 107) * _vSize.Width;
Y.Target = _element.MoveList.Last().Y2 *_vSize.Height;
}
if (_element.MoveXList.Count > 0)
{
if (!MovTime.Equals(TimeRange.Default))
{
var tmpMin = (int)_element.MoveXList.Min(k => k.StartTime);
var tmpMax = (int)_element.MoveXList.Max(k => k.EndTime);
if (tmpMin < MovTime.Min)
{
MovTime.Min = tmpMin;
X.Source = (_element.MoveXList.First().X1 + 107) * _vSize.Width;
}
if (tmpMax > MovTime.Max)
{
MovTime.Max = tmpMax;
X.Target = (_element.MoveXList.Last().X2 + 107) * _vSize.Width;
}
}
else
{
MovTime = new TimeRange
{
Min = (int)_element.MoveXList.Min(k => k.StartTime),
Max = (int)_element.MoveXList.Max(k => k.EndTime)
};
X.Source = (_element.MoveXList.First().X1 + 107) * _vSize.Width;
X.Target = (_element.MoveXList.Last().X2 + 107) * _vSize.Width;
}
}
if (_element.MoveYList.Count > 0)
{
if (!MovTime.Equals(TimeRange.Default))
{
var tmpMin = (int)_element.MoveYList.Min(k => k.StartTime);
var tmpMax = (int)_element.MoveYList.Max(k => k.EndTime);
if (tmpMin <= MovTime.Min)
{
MovTime.Min = tmpMin;
Y.Source = _element.MoveYList.First().Y1 *_vSize.Height;
}
if (tmpMax >= MovTime.Max)
{
MovTime.Max = tmpMax;
Y.Target = _element.MoveYList.Last().Y2 *_vSize.Height;
}
}
else
{
MovTime = new TimeRange
{
Min = (int)_element.MoveYList.Min(k => k.StartTime),
Max = (int)_element.MoveYList.Max(k => k.EndTime)
};
Y.Source = _element.MoveYList.First().Y1 *_vSize.Height;
Y.Target = _element.MoveYList.Last().Y2 *_vSize.Height;
}
}
if (_element.ColorList.Count > 0)
{
CTime = new TimeRange
{
Min = (int)_element.ColorList.Min(k => k.StartTime),
Max = (int)_element.ColorList.Max(k => k.EndTime)
};
R.Source = _element.ColorList.First().R1;
G.Source = _element.ColorList.First().G1;
B.Source = _element.ColorList.First().B1;
R.Target = _element.ColorList.Last().R2;
G.Target = _element.ColorList.Last().G2;
B.Target = _element.ColorList.Last().B2;
}
if (_element.ParameterList.Count > 0)
{
PTime = new TimeRange
{
Min = (int)_element.ParameterList.Min(k => k.StartTime),
Max = (int)_element.ParameterList.Max(k => k.EndTime)
};
}
X.RealTimeToSource();
Y.RealTimeToSource();
Rad.RealTimeToSource();
Vx.RealTimeToSource();
Vy.RealTimeToSource();
F.RealTimeToSource();
R.RealTimeToSource();
G.RealTimeToSource();
B.RealTimeToSource();
}