internal void SetWritingMode(WritingModes writingMode)
{
if (writingMode == WritingModes.Vertical || writingMode == WritingModes.Rotate270)
{
m_writingModeTopBottom = true;
}
}
public void SetWritingMode(WritingModes writingMode)
{
if (writingMode != WritingModes.Vertical && writingMode != WritingModes.Rotate270)
{
return;
}
this.m_writingModeTopBottom = true;
}
public static byte Translate(WritingModes aValue, RPLVersionEnum rplVersion)
{
if ((int)rplVersion <= 3 && aValue == WritingModes.Rotate270)
{
return(0);
}
return(StyleEnumConverter.Translate(aValue));
}
internal static byte Translate(WritingModes aValue, RPLVersionEnum rplVersion)
{
if ((int)rplVersion <= 3 && aValue == WritingModes.Rotate270)
{
return(0);
}
return(Translate(aValue));
}
internal static byte Translate(WritingModes aValue)
{
switch (aValue)
{
case WritingModes.Vertical:
return(1);
case WritingModes.Rotate270:
return(2);
default:
return(0);
}
}
private void CreateFont(string family, ReportSize size, FontStyles style, FontWeights weight, TextDecorations decoration, TextAlignments alignment, VerticalAlignments verticalAlignment, Directions direction, WritingModes writingMode)
{
this.CreateGDIFont(family, size, style, weight, decoration);
StringAlignment textStringAlignment = this.CreateTextStringAlignment(alignment);
bool directionRightToLeft = false;
if (direction == Directions.RTL)
{
directionRightToLeft = true;
}
this.SetWritingMode(writingMode);
StringAlignment lineStringAlignment = this.CreateLineStringAlignment(verticalAlignment);
this.CreateFormatString(textStringAlignment, lineStringAlignment, directionRightToLeft);
}
public CanvasFont(string family, ReportSize size, FontStyles style, FontWeights weight, TextDecorations decoration, TextAlignments alignment, VerticalAlignments verticalAlignment, Directions direction, WritingModes writingMode)
{
this.CreateFont(family, size, style, weight, decoration, alignment, verticalAlignment, direction, writingMode);
}
