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namespace RTF
{
using System.Text;
using System.Windows.Forms;
public partial class RTFBuilder
{
#region Nested type: RTFCellDefinitionBuilder
// ----------------------------------------------------------------------------------------
// _ ___ _..-._ Date: 12/11/08 23:47
// \`.|\..----...-'` `-._.-'' _.-..'
// / ' ` , __.-''
// )/` _/ \ `-_, / Solution: RTFLib
// `-'" `"\_ ,_.-;_.-\_ ', Project : RTFLib
// _.-'_./ {_.' ; / Author : Anton
// {_.-``-' {_/ Assembly: 1.0.0.0
// Copyright © 2005-2008, Rogue Trader/MWM
// Project Item Name: RTFCellDefinitionBuilder.cs - Code
// Purpose: Injects Cell Rtf Codes
// ----------------------------------------------------------------------------------------
/// <summary>
/// Injects Cell Rtf Codes
/// </summary>
private class RTFCellDefinitionBuilder
{
#region Fields
private readonly RTFBuilder _builder;
private readonly StringBuilder _definitionBuilder;
private RTFCellDefinition _cellDefinition;
#endregion
#region Constructor
internal RTFCellDefinitionBuilder(RTFBuilder builder, StringBuilder definitionBuilder, RTFCellDefinition cellDefinition)
{
this._builder = builder;
this._definitionBuilder = definitionBuilder;
this._cellDefinition = cellDefinition;
this.AppendDefinition();
}
#endregion
#region Public Properties
public RTFCellDefinition CellDefinition
{
get { return this._cellDefinition; }
}
#endregion
#region Methods
private void AppendDefinition()
{
this.CellAlignment();
this.TableCellBorderSide();
//Pad();
this._definitionBuilder.AppendFormat("\\cellx{0}", (int) (this._cellDefinition.CellWidthRaw * TWIPSA4) + this._cellDefinition.X);
//_definitionBuilder.AppendFormat("\\clwWidth{0}", _cellDefinition.CellWidth);
//_definitionBuilder.Append("\\cltxlrtb\\clFitText");
this._definitionBuilder.AppendLine();
//Cell text flow
}
private string BorderDef()
{
StringBuilder sb = new StringBuilder();
RTFBorderSide _rTFBorderSide = this._cellDefinition.RTFBorderSide;
if ((_rTFBorderSide & RTFBorderSide.DoubleThickness) == RTFBorderSide.DoubleThickness)
{
sb.Append("\\brdrth");
}
else
{
sb.Append("\\brdrs");
}
if ((_rTFBorderSide & RTFBorderSide.DoubleBorder) == RTFBorderSide.DoubleBorder)
{
sb.Append("\\brdrdb");
}
sb.Append("\\brdrw");
sb.Append(this._cellDefinition.BorderWidth);
sb.Append("\\brdrcf");
sb.Append(this._builder.IndexOf(this._cellDefinition.BorderColor));
return sb.ToString();
}
private void CellAlignment()
{
switch (this._cellDefinition.Alignment)
{
case RTFAlignment.BottomCenter:
case RTFAlignment.BottomLeft:
case RTFAlignment.BottomRight:
this._definitionBuilder.Append("\\clvertalb"); //\\qr
break;
case RTFAlignment.MiddleCenter:
case RTFAlignment.MiddleLeft:
case RTFAlignment.MiddleRight:
this._definitionBuilder.Append("\\clvertalc"); //\\qr
break;
case RTFAlignment.TopCenter:
case RTFAlignment.TopLeft:
case RTFAlignment.TopRight:
this._definitionBuilder.Append("\\clvertalt"); //\\qr
break;
}
}
private void Pad()
{
if (this._cellDefinition.Padding != Padding.Empty)
{
StringBuilder sb = this._definitionBuilder;
sb.AppendFormat("\\clpadfl3\\clpadl{0}", this._cellDefinition.Padding.Left);
sb.AppendFormat("\\clpadlr3\\clpadr{0}", this._cellDefinition.Padding.Right);
sb.AppendFormat("\\clpadlt3\\clpadt{0}", this._cellDefinition.Padding.Top);
sb.AppendFormat("\\clpadlb3\\clpadb{0}", this._cellDefinition.Padding.Bottom);
}
}
private void TableCellBorderSide()
{
RTFBorderSide _rTFBorderSide = this._cellDefinition.RTFBorderSide;
if (_rTFBorderSide != RTFBorderSide.None)
{
StringBuilder sb = this._definitionBuilder;
string bd = this.BorderDef();
if (_rTFBorderSide == RTFBorderSide.None)
{
sb.Append("\\brdrnil");
}
else
{
if ((_rTFBorderSide & RTFBorderSide.Left) == RTFBorderSide.Left)
{
sb.Append("\\clbrdrl").Append(bd);
}
if ((_rTFBorderSide & RTFBorderSide.Right) == RTFBorderSide.Right)
{
sb.Append("\\clbrdrr").Append(bd);
}
if ((_rTFBorderSide & RTFBorderSide.Top) == RTFBorderSide.Top)
{
sb.Append("\\clbrdrt").Append(bd);
}
if ((_rTFBorderSide & RTFBorderSide.Bottom) == RTFBorderSide.Bottom)
{
sb.Append("\\clbrdrb").Append(bd);
}
}
}
}
#endregion
}
#endregion
}
}
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Interested in financial math and programming theory in general. Working on medical applications in spare time. Happy to get feedback.