// Token: 0x06006661 RID: 26209 RVA: 0x001CC214 File Offset: 0x001CA414
internal double CalcLineAdvanceForTextParagraph(TextParagraph textParagraph, int dcp, double lineAdvance)
{
if (!DoubleUtil.IsNaN(this._lineHeight))
{
LineStackingStrategy lineStackingStrategy = this.LineStackingStrategy;
if (lineStackingStrategy != LineStackingStrategy.BlockLineHeight)
{
if (lineStackingStrategy != LineStackingStrategy.MaxHeight)
{
}
if (dcp == 0 && textParagraph.HasFiguresOrFloaters() && textParagraph.GetLastDcpAttachedObjectBeforeLine(0) + textParagraph.ParagraphStartCharacterPosition == textParagraph.ParagraphEndCharacterPosition)
{
lineAdvance = this._lineHeight;
}
else
{
lineAdvance = Math.Max(lineAdvance, this._lineHeight);
}
}
else
{
lineAdvance = this._lineHeight;
}
}
return(lineAdvance);
}
/// <summary>
/// Calculate line advance for TextParagraphs - this method has special casing in case the LineHeight property on the Paragraph element
/// needs to be respected
/// </summary>
/// <param name="textParagraph">
/// TextParagraph that owns the line
/// </param>
/// <param name="dcp">
/// Dcp of the line
/// </param>
/// <param name="lineAdvance">
/// Calculated height of the line
/// </param>
internal double CalcLineAdvanceForTextParagraph(TextParagraph textParagraph, int dcp, double lineAdvance)
{
if (!double.IsNaN(_lineHeight))
{
switch (LineStackingStrategy)
{
case LineStackingStrategy.BlockLineHeight:
lineAdvance = _lineHeight;
break;
case LineStackingStrategy.MaxHeight:
default:
if (dcp == 0 && textParagraph.HasFiguresOrFloaters() &&
((textParagraph.GetLastDcpAttachedObjectBeforeLine(0) + textParagraph.ParagraphStartCharacterPosition)
== textParagraph.ParagraphEndCharacterPosition))
{
// The Paragraph element contains only figures and floaters and has LineHeight set. In this case LineHeight
// should be respected
lineAdvance = _lineHeight;
}
else
{
lineAdvance = Math.Max(lineAdvance, _lineHeight);
}
break;
// case LineStackingStrategy.InlineLineHeight:
// // Inline uses the height of the line just processed.
// break;
// case LineStackingStrategy.GridHeight:
// lineAdvance = (((TextDpi.ToTextDpi(lineAdvance) - 1) / TextDpi.ToTextDpi(_lineHeight)) + 1) * _lineHeight;
// break;
//}
}
}
return(lineAdvance);
}
/// <summary>
/// Calculate line advance for TextParagraphs - this method has special casing in case the LineHeight property on the Paragraph element
/// needs to be respected
/// </summary>
/// <param name="textParagraph">
/// TextParagraph that owns the line
/// </param>
/// <param name="dcp">
/// Dcp of the line
/// </param>
/// <param name="lineAdvance">
/// Calculated height of the line
/// </param>
internal double CalcLineAdvanceForTextParagraph(TextParagraph textParagraph, int dcp, double lineAdvance)
{
if (!DoubleUtil.IsNaN(_lineHeight))
{
switch (LineStackingStrategy)
{
case LineStackingStrategy.BlockLineHeight:
lineAdvance = _lineHeight;
break;
case LineStackingStrategy.MaxHeight:
default:
if (dcp == 0 && textParagraph.HasFiguresOrFloaters() &&
((textParagraph.GetLastDcpAttachedObjectBeforeLine(0) + textParagraph.ParagraphStartCharacterPosition)
== textParagraph.ParagraphEndCharacterPosition))
{
// The Paragraph element contains only figures and floaters and has LineHeight set. In this case LineHeight
// should be respected
lineAdvance = _lineHeight;
}
else
{
lineAdvance = Math.Max(lineAdvance, _lineHeight);
}
break;
// case LineStackingStrategy.InlineLineHeight:
// // Inline uses the height of the line just processed.
// break;
// case LineStackingStrategy.GridHeight:
// lineAdvance = (((TextDpi.ToTextDpi(lineAdvance) - 1) / TextDpi.ToTextDpi(_lineHeight)) + 1) * _lineHeight;
// break;
//}
}
}
return lineAdvance;
}