public abstract object CalculateAnimatedValue(
object startValue,
object endValue,
object currValue,
object step,
int currFrameNum,
int totalFrameNum,
EasingCalculator calc);
public override object CalculateAnimatedValue(
object startValue,
object endValue,
object currValue,
object step,
int currFrameNum,
int totalFrameNum,
EasingCalculator calc)
{
SizeF sizeF = (SizeF)startValue;
return((object)new SizeF(calc.CalculateCurrentValue(sizeF.Width, ((SizeF)endValue).Width, currFrameNum, totalFrameNum), calc.CalculateCurrentValue(sizeF.Height, ((SizeF)endValue).Height, currFrameNum, totalFrameNum)));
}
public override object CalculateAnimatedValue(
object startValue,
object endValue,
object currValue,
object step,
int currFrameNum,
int totalFrameNum,
EasingCalculator calc)
{
Font font = (Font)currValue;
FontAnimationStep fontAnimationStep = (FontAnimationStep)step;
return((object)new Font(font.FontFamily, font.Size + fontAnimationStep.SizeStep));
}
public override object CalculateAnimatedValue(
object startValue,
object endValue,
object currValue,
object step,
int currFrameNum,
int totalFrameNum,
EasingCalculator calc)
{
PointF pointF1 = (PointF)step;
PointF pointF2 = (PointF)currValue;
return((object)new PointF(pointF2.X + pointF1.X, pointF2.Y + pointF1.Y));
}
public override object CalculateAnimatedValue(
object startValue,
object endValue,
object currValue,
object step,
int currFrameNum,
int totalFrameNum,
EasingCalculator calc)
{
if (endValue == null)
{
return(currValue);
}
return(endValue);
}
private object GetEndValue(RadObject element)
{
if (this.endValue != null)
{
return(this.endValue);
}
AnimationValueCalculator calculator = AnimationValueCalculatorFactory.GetCalculator(this.Property.PropertyType);
EasingCalculator calc = (EasingCalculator) new StandardEasingCalculator(RadEasingType.InQuad);
object currValue = this.StartValue;
for (int currFrameNum = 1; currFrameNum <= this.NumFrames; ++currFrameNum)
{
currValue = calculator.CalculateAnimatedValue(this.StartValue, this.EndValue, currValue, this.step, currFrameNum, this.NumFrames, calc);
}
return(currValue);
}
public override object CalculateAnimatedValue(
object startValue,
object endValue,
object currValue,
object step,
int currFrameNum,
int totalFrameNum,
EasingCalculator calc)
{
if (endValue == null)
{
return((object)(float)((double)(float)currValue + (double)(float)step));
}
float initialValue = (float)startValue;
float endValue1 = (float)endValue;
return((object)calc.CalculateCurrentValue(initialValue, endValue1, currFrameNum, totalFrameNum));
}
public override object CalculateAnimatedValue(
object startValue,
object endValue,
object currValue,
object step,
int currFrameNum,
int totalFrameNum,
EasingCalculator calc)
{
Size size1 = (Size)step;
Size size2 = (Size)currValue;
if (currFrameNum == totalFrameNum)
{
return(endValue);
}
return((object)new Size(size2.Width + size1.Width, size2.Height + size1.Height));
}
public override object CalculateAnimatedValue(
object startValue,
object endValue,
object currValue,
object step,
int currFrameNum,
int totalFrameNum,
EasingCalculator calc)
{
if (endValue == null)
{
Padding padding1 = (Padding)step;
Padding padding2 = (Padding)currValue;
return((object)new Padding(padding2.Left + padding1.Left, padding2.Top + padding1.Top, padding2.Right + padding1.Right, padding2.Bottom + padding1.Bottom));
}
Padding padding3 = (Padding)startValue;
Padding padding4 = (Padding)endValue;
return((object)new Padding(calc.CalculateCurrentValue(padding3.Left, padding4.Left, currFrameNum, totalFrameNum), calc.CalculateCurrentValue(padding3.Top, padding4.Top, currFrameNum, totalFrameNum), calc.CalculateCurrentValue(padding3.Right, padding4.Right, currFrameNum, totalFrameNum), calc.CalculateCurrentValue(padding3.Bottom, padding4.Bottom, currFrameNum, totalFrameNum)));
}
public override object CalculateAnimatedValue(
object startValue,
object endValue,
object currValue,
object step,
int currFrameNum,
int totalFrameNum,
EasingCalculator calc)
{
Color color1 = (Color)currValue;
ColorAnimationStep colorAnimationStep = (ColorAnimationStep)step;
if (endValue == null)
{
return((object)Color.FromArgb(Math.Max(0, Math.Min((int)byte.MaxValue, (int)color1.A + colorAnimationStep.A)), Math.Max(0, Math.Min((int)byte.MaxValue, (int)color1.R + colorAnimationStep.R)), Math.Max(0, Math.Min((int)byte.MaxValue, (int)color1.G + colorAnimationStep.G)), Math.Max(0, Math.Min((int)byte.MaxValue, (int)color1.B + colorAnimationStep.B))));
}
Color color2 = (Color)startValue;
Color color3 = (Color)endValue;
return((object)Color.FromArgb(Math.Max(0, Math.Min((int)byte.MaxValue, calc.CalculateCurrentValue((int)color2.A, (int)color3.A, currFrameNum, totalFrameNum))), Math.Max(0, Math.Min((int)byte.MaxValue, calc.CalculateCurrentValue((int)color2.R, (int)color3.R, currFrameNum, totalFrameNum))), Math.Max(0, Math.Min((int)byte.MaxValue, calc.CalculateCurrentValue((int)color2.G, (int)color3.G, currFrameNum, totalFrameNum))), Math.Max(0, Math.Min((int)byte.MaxValue, calc.CalculateCurrentValue((int)color2.B, (int)color3.B, currFrameNum, totalFrameNum)))));
}
public override object CalculateAnimatedValue(object startValue, object endValue, object currValue, object step, int currFrameNum, int totalFrameNum, EasingCalculator calc)
{
if (endValue == null)
{
Padding rect = (Padding)step;
Padding currRect = (Padding)currValue;
return(new Padding(
currRect.Left + rect.Left,
currRect.Top + rect.Top,
currRect.Right + rect.Right,
currRect.Bottom + rect.Bottom));
}
Padding startPadding = (Padding)startValue;
Padding endPadding = (Padding)endValue;
Padding res = new Padding(
calc.CalculateCurrentValue(startPadding.Left, endPadding.Left, currFrameNum, totalFrameNum),
calc.CalculateCurrentValue(startPadding.Top, endPadding.Top, currFrameNum, totalFrameNum),
calc.CalculateCurrentValue(startPadding.Right, endPadding.Right, currFrameNum, totalFrameNum),
calc.CalculateCurrentValue(startPadding.Bottom, endPadding.Bottom, currFrameNum, totalFrameNum)
);
return(res);
}
public override object CalculateAnimatedValue(
object startValue,
object endValue,
object currValue,
object step,
int currFrameNum,
int totalFrameNum,
EasingCalculator calc)
{
Rectangle rectangle1 = Rectangle.Empty;
if (currValue != null)
{
rectangle1 = (Rectangle)currValue;
}
if (endValue != null)
{
int initialValue1 = rectangle1.Left;
int initialValue2 = rectangle1.Top;
int width = rectangle1.Width;
int height = rectangle1.Height;
if ((object)startValue.GetType() == (object)typeof(Rectangle))
{
Rectangle rectangle2 = (Rectangle)startValue;
initialValue1 = rectangle2.Left;
initialValue2 = rectangle2.Top;
width = rectangle2.Width;
height = rectangle2.Height;
}
else if ((object)startValue.GetType() == (object)typeof(Point))
{
Point point = (Point)startValue;
initialValue1 = point.X;
initialValue2 = point.Y;
}
else
{
startValue.GetType();
Type type = typeof(Size);
}
int endValue1 = initialValue1;
int endValue2 = initialValue2;
int endValue3 = width;
int endValue4 = height;
if ((object)endValue.GetType() == (object)typeof(Rectangle))
{
Rectangle rectangle2 = (Rectangle)endValue;
endValue1 = rectangle2.Left;
endValue2 = rectangle2.Top;
endValue3 = rectangle2.Width;
endValue4 = rectangle2.Height;
}
else if ((object)endValue.GetType() == (object)typeof(Point))
{
Point point = (Point)endValue;
endValue1 = point.X;
endValue2 = point.Y;
}
else if ((object)endValue.GetType() == (object)typeof(Size))
{
Size size = (Size)endValue;
endValue3 = size.Width;
endValue4 = size.Height;
}
return((object)new Rectangle(calc.CalculateCurrentValue(initialValue1, endValue1, currFrameNum, totalFrameNum), calc.CalculateCurrentValue(initialValue2, endValue2, currFrameNum, totalFrameNum), calc.CalculateCurrentValue(width, endValue3, currFrameNum, totalFrameNum), calc.CalculateCurrentValue(height, endValue4, currFrameNum, totalFrameNum)));
}
if (step == null)
{
return(currValue);
}
if ((object)step.GetType() == (object)typeof(Rectangle))
{
Rectangle rectangle2 = (Rectangle)step;
return((object)new Rectangle(rectangle1.X + rectangle2.X, rectangle1.Y + rectangle2.Y, rectangle1.Width + rectangle2.Width, rectangle1.Height + rectangle2.Height));
}
if ((object)step.GetType() == (object)typeof(Point))
{
Point point = (Point)step;
return((object)new Rectangle(rectangle1.X + point.X, rectangle1.Y + point.Y, rectangle1.Width, rectangle1.Height));
}
if ((object)step.GetType() != (object)typeof(Size))
{
return(currValue);
}
Size size1 = (Size)step;
return((object)new Rectangle(rectangle1.X, rectangle1.Y, rectangle1.Width + size1.Width, rectangle1.Height + size1.Height));
}
public override object CalculateAnimatedValue(object startValue, object endValue, object currValue, object step, int currFrameNum, int totalFrameNum, EasingCalculator calc)
{
SizeF size = (SizeF)startValue;
float resWidth = calc.CalculateCurrentValue(size.Width, ((SizeF)endValue).Width, currFrameNum, totalFrameNum);
float resHeight = calc.CalculateCurrentValue(size.Height, ((SizeF)endValue).Height, currFrameNum, totalFrameNum);
return(new SizeF(
resWidth,
resHeight));
}
public override object CalculateAnimatedValue(object startValue, object endValue, object currValue, object step, int currFrameNum, int totalFrameNum, EasingCalculator calc)
{
PointF size = (PointF)step;
PointF currSize = (PointF)currValue;
return(new PointF(
currSize.X + size.X,
currSize.Y + size.Y));
}
public override object CalculateAnimatedValue(object startValue, object endValue, object currValue, object step, int currFrameNum, int totalFrameNum, EasingCalculator calc)
{
Size size = (Size)step;
Size currSize = (Size)currValue;
return(new Size(
currSize.Width + size.Width,
currSize.Height + size.Height));
}
public override object CalculateAnimatedValue(object startValue, object endValue, object currValue, object step, int currFrameNum, int totalFrameNum, EasingCalculator calc)
{
Rectangle currRect = Rectangle.Empty;
if (currValue != null)
{
currRect = (Rectangle)currValue;
}
if (endValue != null)
{
int startLeft = currRect.Left;
int startTop = currRect.Top;
int startWidth = currRect.Width;
int startHeight = currRect.Height;
int endLeft;
int endTop;
int endWidth;
int endHeight;
if (startValue.GetType() == typeof(Rectangle))
{
Rectangle startRectangle = (Rectangle)startValue;
startLeft = startRectangle.Left;
startTop = startRectangle.Top;
startWidth = startRectangle.Width;
startHeight = startRectangle.Height;
}
else if (startValue.GetType() == typeof(Point))
{
Point startPoint = (Point)startValue;
startLeft = startPoint.X;
startTop = startPoint.Y;
}
else if (startValue.GetType() == typeof(Size))
{
}
endLeft = startLeft;
endTop = startTop;
endWidth = startWidth;
endHeight = startHeight;
if (endValue.GetType() == typeof(Rectangle))
{
Rectangle endRectangle = (Rectangle)endValue;
endLeft = endRectangle.Left;
endTop = endRectangle.Top;
endWidth = endRectangle.Width;
endHeight = endRectangle.Height;
}
else if (endValue.GetType() == typeof(Point))
{
Point endPoint = (Point)endValue;
endLeft = endPoint.X;
endTop = endPoint.Y;
}
else if (endValue.GetType() == typeof(Size))
{
Size endSize = (Size)endValue;
endWidth = endSize.Width;
endHeight = endSize.Height;
}
int newLeft, newTop, newWidth, newHeight;
newLeft = calc.CalculateCurrentValue(startLeft, endLeft, currFrameNum, totalFrameNum);
newTop = calc.CalculateCurrentValue(startTop, endTop, currFrameNum, totalFrameNum);
newWidth = calc.CalculateCurrentValue(startWidth, endWidth, currFrameNum, totalFrameNum);
newHeight = calc.CalculateCurrentValue(startHeight, endHeight, currFrameNum, totalFrameNum);
return(new Rectangle(newLeft, newTop, newWidth, newHeight));
}
if (step == null)
{
return(currValue);
}
if (step.GetType() == typeof(Rectangle))
{
Rectangle rect = (Rectangle)step;
return(new Rectangle(
currRect.X + rect.X,
currRect.Y + rect.Y,
currRect.Width + rect.Width,
currRect.Height + rect.Height));
}
else if (step.GetType() == typeof(Point))
{
Point pt = (Point)step;
return(new Rectangle(
currRect.X + pt.X,
currRect.Y + pt.Y,
currRect.Width,
currRect.Height));
}
else if (step.GetType() == typeof(Size))
{
Size size = (Size)step;
return(new Rectangle(
currRect.X,
currRect.Y,
currRect.Width + size.Width,
currRect.Height + size.Height));
}
return(currValue);
}
public override object CalculateAnimatedValue(object startValue, object endValue, object currValue, object step, int currFrameNum, int totalFrameNum, EasingCalculator calc)
{
Color currColor = (Color)currValue;
ColorAnimationStep colorStep = (ColorAnimationStep)step;
int newA;
int newR;
int newG;
int newB;
if (endValue == null)
{
newA = Math.Max(0, Math.Min(255, currColor.A + colorStep.A));
newR = Math.Max(0, Math.Min(255, currColor.R + colorStep.R));
newG = Math.Max(0, Math.Min(255, currColor.G + colorStep.G));
newB = Math.Max(0, Math.Min(255, currColor.B + colorStep.B));
return(Color.FromArgb(newA, newR, newG, newB));
}
Color startColor = (Color)startValue;
Color endColor = (Color)endValue;
newA = Math.Max(0, Math.Min(255, calc.CalculateCurrentValue(startColor.A, endColor.A, currFrameNum, totalFrameNum)));
newR = Math.Max(0, Math.Min(255, calc.CalculateCurrentValue(startColor.R, endColor.R, currFrameNum, totalFrameNum)));
newG = Math.Max(0, Math.Min(255, calc.CalculateCurrentValue(startColor.G, endColor.G, currFrameNum, totalFrameNum)));
newB = Math.Max(0, Math.Min(255, calc.CalculateCurrentValue(startColor.B, endColor.B, currFrameNum, totalFrameNum)));
return(Color.FromArgb(newA, newR, newG, newB));
}
public override object CalculateAnimatedValue(object startValue, object endValue, object currValue, object step, int currFrameNum, int totalFrameNum, EasingCalculator calc)
{
if (endValue == null)
{
return((int)currValue + (int)step);
}
int startDouble = (int)startValue;
int endDouble = (int)endValue;
return(calc.CalculateCurrentValue(startDouble, endDouble, currFrameNum, totalFrameNum));
}
