internal static spr᧢ smethod_14(ShapeObject A_0, SizeF A_1)
{
VMLFill fill = A_0.Fill;
if (Class1022.smethod_0(A_1))
{
return(null);
}
if (smethod_4(fill))
{
return(smethod_1(sprⓚ.ᜀ(fill.ColorInternal), fill.Opacity));
}
RectangleF ef = new RectangleF(0f, 0f, A_1.Width, A_1.Height);
float num = -((float)fill.Angle) - 90f;
float totalRotation = (float)A_0.TotalRotation;
RectangleF empty = RectangleF.Empty;
spr➂ r➂ = new spr➂();
if (A_0.IsTextureRotated)
{
r➂.ᜀ(totalRotation + num, spr.ᜁ(ef));
empty = spr.ᜁ(ef, -num);
}
else
{
r➂.ᜀ(num, spr.ᜁ(ef));
empty = spr.ᜁ(spr.ᜁ(ef, totalRotation), -num);
}
spr⡀ r⡀ = new spr⡀(empty);
r⡀.ᜀ(r➂);
smethod_7(fill, r⡀);
return(r⡀);
}
internal static spr᧢ smethod_13(ShapeObject A_0, SizeF A_1)
{
PointF tf;
VMLFill fill = A_0.Fill;
sprᲆ rᲆ = new sprᲆ();
sprᧂ rᧂ = new sprᧂ();
rᧂ.ᜀ(true);
rᲆ.ᜁ(rᧂ);
RectangleF ef = new RectangleF(0f, 0f, A_1.Width, A_1.Height);
if (A_0.IsTextureRotated)
{
tf = spr.ᜁ(spr.ᜀ((float)fill.FocusLeft, (float)fill.FocusTop, ef), spr.ᜁ(ef), (float)A_0.Rotation);
PointF[] tfArray = spr.ᜀ(ef, (float)A_0.Rotation);
rᧂ.ᜃ(tfArray);
}
else
{
RectangleF ef2 = spr.ᜁ(ef, (float)A_0.Rotation);
tf = spr.ᜀ((float)fill.FocusLeft, (float)fill.FocusTop, ef2);
rᧂ.ᜁ(ef2);
}
return(smethod_6(rᲆ, fill, tf));
}
private VMLFill method_20()
{
if (this.vmlfill_0 == null)
{
this.vmlfill_0 = new VMLFill(this.shapeObject_0);
}
return(this.vmlfill_0);
}
internal spr➂ method_3(spr❯ A_0, bool A_1, VMLFill A_2)
{
PointF[] tfArray2 = new PointF[] { PointF.Empty, new PointF((float)this.shapeObject_0.CoordSizeWidth, 0f), new PointF((float)this.shapeObject_0.CoordSizeWidth, (float)this.shapeObject_0.CoordSizeHeight), new PointF(0f, (float)this.shapeObject_0.CoordSizeHeight) };
this.method_1(tfArray2, false);
RectangleF ef = smethod_6(tfArray2);
float x = ef.X;
float y = ef.Y;
float width = ef.Width;
float height = ef.Height;
if (this.shapeObject_0.IsTextureRotated)
{
RectangleF ef2 = this.shapeObject_0.method_47(new RectangleF(0f, 0f, this.sizeF_0.Width, this.sizeF_0.Height));
width = ef2.Width;
height = ef2.Height;
}
RectangleF ef3 = new RectangleF(x, y, width, height);
if (!A_2.Tiled)
{
this.method_6(ref ef3, A_2.Stretch);
}
else
{
this.method_4(ref ef3, A_2.Tile, A_0, ef);
}
x = ef3.X;
y = ef3.Y;
width = ef3.Width;
height = ef3.Height;
float num6 = width / ((float)A_0.ᜑ().Width);
float num5 = height / ((float)A_0.ᜑ().Height);
if (A_1)
{
if (num6 > num5)
{
num5 = num6;
}
else
{
num6 = num5;
}
}
spr➂ r➂ = new spr➂();
r➂.ᜁ(num6, num5, MatrixOrder.Prepend);
double num7 = this.float_2 + this.shapeObject_0.Rotation;
if (this.shapeObject_0.IsTextureRotated && (num7 != 0.0))
{
x = tfArray2[0].X;
y = tfArray2[0].Y;
r➂.ᜀ((float)num7, MatrixOrder.Append);
}
r➂.ᜀ(x, y, MatrixOrder.Append);
return(r➂);
}
private static sprᫎ[] smethod_12(sprᫎ[] A_0, VMLFill A_1)
{
sprᫎ[] rᫎArray;
float num4;
float num5;
float focus = A_1.Focus;
if (smethod_16(A_1))
{
focus = (focus > 0f) ? (focus - 100f) : (focus + 100f);
}
if (focus == 0f)
{
return(A_0);
}
int length = A_0.Length;
if (focus == 100f)
{
rᫎArray = new sprᫎ[A_0.Length];
for (int j = 0; j < length; j++)
{
rᫎArray[(length - 1) - j] = new sprᫎ(A_0[j].ᜀ(), 1f - A_0[j].ᜁ());
}
return(rᫎArray);
}
focus *= 0.01f;
if (focus > 0f)
{
num4 = 1f - focus;
num5 = focus;
}
else
{
num4 = -focus;
num5 = 1f + focus;
}
rᫎArray = new sprᫎ[length * 2];
for (int i = 0; i < length; i++)
{
sprᫎ rᫎ = A_0[(focus > 0f) ? i : ((length - 1) - i)];
float num2 = (focus > 0f) ? rᫎ.ᜁ() : (1f - rᫎ.ᜁ());
rᫎArray[i] = new sprᫎ(rᫎ.ᜀ(), num2 * num4);
rᫎArray[(rᫎArray.Length - 1) - i] = new sprᫎ(rᫎ.ᜀ(), 1f - (num2 * num5));
}
return(rᫎArray);
}
private void method_5()
{
VMLFill fill = this.method_20();
if (!fill.On)
{
this.spr᧢_0 = null;
}
else
{
if (this.shapeObject_0.IsTextureRotated)
{
double rotation = this.shapeObject_0.Rotation;
}
switch (fill.FillType)
{
case FillType.Pattern:
this.spr᧢_0 = Class1075.smethod_2(fill.ImageBytes, this.class724_0.method_11(), sprⓚ.ᜀ(fill.ColorInternal), sprⓚ.ᜀ(fill.Color2Internal));
return;
case FillType.Texture:
this.spr᧢_0 = Class1075.smethod_15(fill, this.class724_0.method_11(), this.class316_0);
return;
case FillType.Picture:
this.spr᧢_0 = Class1075.smethod_3(fill, this.class724_0.method_11(), this.class316_0);
return;
case FillType.Shade:
case FillType.ShadeScale:
case FillType.ShadeTitle:
case FillType.ShadeUnscale:
this.spr᧢_0 = Class1075.smethod_14(this.shapeObject_0, this.sizeF_1);
return;
case FillType.ShadeCenter:
this.spr᧢_0 = Class1075.smethod_13(this.shapeObject_0, this.sizeF_1);
return;
case FillType.ShadeShape:
this.spr᧢_0 = this.method_28().IsWordArt ? Class1075.smethod_13(this.shapeObject_0, this.sizeF_1) : Class1075.smethod_6(this.sprᲆ_0, fill, new PointF(this.sizeF_1.Width * 0.5f, this.sizeF_1.Height * 0.5f));
return;
}
this.spr᧢_0 = Class1075.smethod_1(sprⓚ.ᜀ(fill.ColorInternal), fill.Opacity);
}
}
internal static bool smethod_16(VMLFill A_0)
{
switch (A_0.FillType)
{
case FillType.Shade:
case FillType.ShadeScale:
case FillType.ShadeTitle:
switch (((int)A_0.Angle))
{
case -135:
case -90:
case -45:
return(true);
}
return(false);
}
return(false);
}
private static void smethod_11(VMLFill A_0, sprℊ A_1)
{
Class954[] gradientColors = A_0.GradientColors;
int length = gradientColors.Length;
sprᫎ[] sourceArray = new sprᫎ[length];
for (int i = 0; i < length; i++)
{
double num5 = (float)spr⤋.ᜀ(gradientColors[i].int_0);
double num6 = A_0.Opacity2 + ((A_0.Opacity - A_0.Opacity2) * num5);
sprⓚ rⓚ = smethod_0(sprⓚ.ᜀ(gradientColors[i].color_0), num6);
sourceArray[i] = new sprᫎ(rⓚ, (float)num5);
}
int num4 = sourceArray.Length;
if (sourceArray[0].ᜁ() > 0f)
{
num4++;
}
if (sourceArray[sourceArray.Length - 1].ᜁ() < 1f)
{
num4++;
}
sprᫎ[] destinationArray = sourceArray;
if (num4 > sourceArray.Length)
{
destinationArray = new sprᫎ[num4];
int destinationIndex = 0;
if (sourceArray[0].ᜁ() > 0f)
{
destinationArray[0] = new sprᫎ(sourceArray[0].ᜀ(), 0f);
destinationIndex++;
}
Array.Copy(sourceArray, 0, destinationArray, destinationIndex, sourceArray.Length);
if (sourceArray[sourceArray.Length - 1].ᜁ() < 1f)
{
destinationArray[num4 - 1] = new sprᫎ(sourceArray[sourceArray.Length - 1].ᜀ(), 1f);
}
}
A_1.ᜀ(smethod_12(destinationArray, A_0));
}
internal static spr᧢ smethod_15(VMLFill A_0, byte[] A_1, Class316 A_2)
{
spr⍂ r⍂;
spr❯ r❯;
if (A_1 == null)
{
A_1 = A_0.ImageBytes;
}
if (A_1 == null)
{
return(smethod_1(sprⓚ.ᜀ(A_0.ColorInternal), A_0.Opacity));
}
if (!A_0.Tiled)
{
r⍂ = new spr⍂(A_1);
}
else
{
switch (A_0.Tile.flipOrientation_0)
{
case FlipOrientation.Horizontal:
r⍂ = new spr⍂(A_1, WrapMode.TileFlipX);
goto Label_007E;
case FlipOrientation.Vertical:
r⍂ = new spr⍂(A_1, WrapMode.TileFlipY);
goto Label_007E;
case FlipOrientation.Both:
r⍂ = new spr⍂(A_1, WrapMode.TileFlipXY);
goto Label_007E;
}
r⍂ = new spr⍂(A_1, WrapMode.Tile);
}
Label_007E:
r❯ = spr≨.(A_1);
r⍂.ᜀ(A_2.method_3(r❯, A_0.LockAspectRatio, A_0));
return(r⍂);
}
internal spr➂ method_2(spr❯ A_0, bool A_1, VMLFill A_2)
{
return(this.method_3(A_0, A_1, A_2));
}
