/// <summary>
/// Determines the type of the given axis.
/// </summary>
internal string CheckAxis(Axis axis)
{
if ((_xAxis != null) && (axis == _xAxis))
return "xaxis";
if ((_yAxis != null) && (axis == _yAxis))
return "yaxis";
if ((_zAxis != null) && (axis == _zAxis))
return "zaxis";
return "";
}
protected void FlattenAxis(Axis axis)
{
if (axis == null)
return;
LineFormat refLineFormat = new LineFormat();
refLineFormat._width = 0.15;
if (axis._hasMajorGridlines.Value && axis._majorGridlines != null)
FlattenLineFormat(axis._majorGridlines._lineFormat, refLineFormat);
if (axis._hasMinorGridlines.Value && axis._minorGridlines != null)
FlattenLineFormat(axis._minorGridlines._lineFormat, refLineFormat);
refLineFormat._width = 0.4;
if (axis._lineFormat != null)
FlattenLineFormat(axis._lineFormat, refLineFormat);
// axis.majorTick;
// axis.majorTickMark;
// axis.minorTick;
// axis.minorTickMark;
// axis.maximumScale;
// axis.minimumScale;
// axis.tickLabels;
// axis.title;
}
/// <summary>
/// Parses the keywords «\xaxis», «\yaxis» or «\zaxis» inside a chart.
/// </summary>
private void ParseAxes(Axis axis, Symbol symbolAxis)
{
// Syntax:
// 1. \xaxis[...]
// 2. \xaxis[...]{...} //???
//
// Usage of yaxis and zaxis are similar.
try
{
ReadCode();
if (Symbol == Symbol.BracketLeft)
{
ParseAttributes(axis, false);
ReadCode();
}
if (Symbol != Symbol.BraceLeft)
return;
while (Symbol != Symbol.BraceRight)
ReadCode();
AssertSymbol(Symbol.BraceRight, DomMsgID.MissingBraceRight, GetSymbolText(symbolAxis));
ReadCode(); // read beyond '}'
}
catch (DdlParserException pe)
{
ReportParserException(pe);
AdjustToNextBlock();
}
}
/// <summary>
/// Determines the type of the given axis.
/// </summary>
internal string CheckAxis(Axis axis)
{
if ((this.xAxis != null) && (axis == this.xAxis))
return "xaxis";
if ((this.yAxis != null) && (axis == this.yAxis))
return "yaxis";
if ((this.zAxis != null) && (axis == this.zAxis))
return "zaxis";
return "";
}