private void SendMode()
{
// TestUIManagerにModeの状態を送る
mTestUIManager.SetEditMode(mEditMode.ToString());
mTestUIManager.SetAxisMode(mAxisMode.ToString());
}
public override string ToString()
{
var optionsString = new StringBuilder();
const string FORMAT_STRING = "{0}={1}\n";
const string FORMAT_STRING_LABEL = "{0}={{{1}}}\n";
if (IsEmptyGroupPlot)
{
return("group/empty plot");
}
optionsString.Append("ylabel near ticks");
optionsString.Append(Helper.LineFeed());
if (IsUsedForBoxPlots)
{
addSeparator(optionsString);
optionsString.AppendFormat(FORMAT_STRING, "boxplot/draw direction", BoxPlotDrawDirection.ToString());
}
foreach (var groupLineEntry in GroupLines)
{
addSeparator(optionsString);
optionsString.Append(groupLineEntry);
}
addSeparator(optionsString);
optionsString.AppendFormat(FORMAT_STRING, "axis x line" + (XAxisArrow ? String.Empty : "*"), XAxisPosition);
addSeparator(optionsString);
optionsString.AppendFormat(FORMAT_STRING, "axis y line" + (YAxisArrow ? String.Empty : "*"), YAxisPosition);
if (XAxisIsHidden)
{
addSeparator(optionsString);
optionsString.AppendFormat(FORMAT_STRING, "hide x axis", "true");
}
if (YAxisIsHidden)
{
addSeparator(optionsString);
optionsString.AppendFormat(FORMAT_STRING, "hide y axis", "true");
}
if (!String.IsNullOrEmpty(BackgroundColor))
{
addSeparator(optionsString);
optionsString.AppendFormat(FORMAT_STRING, "axis background/.style", "{" + String.Format(FORMAT_STRING, "fill", BackgroundColor) + "}");
}
if (EnlargeLimits)
{
addSeparator(optionsString);
optionsString.Append("enlargelimits");
optionsString.Append(Helper.LineFeed());
}
if (LegendOptions != null)
{
addSeparator(optionsString);
optionsString.Append(LegendOptions);
optionsString.Append(Helper.LineFeed());
}
addSeparator(optionsString);
optionsString.AppendFormat(FORMAT_STRING, "xmode", XMode.ToString());
addSeparator(optionsString);
optionsString.AppendFormat(FORMAT_STRING, "ymode", YMode.ToString());
if (!string.IsNullOrEmpty(XLabel))
{
addSeparator(optionsString);
optionsString.AppendFormat(FORMAT_STRING_LABEL, "xlabel", _converter.StringToTeX(XLabel));
}
if (!string.IsNullOrEmpty(YLabel))
{
addSeparator(optionsString);
optionsString.AppendFormat(FORMAT_STRING_LABEL, "ylabel", _converter.StringToTeX(YLabel));
}
if (!string.IsNullOrEmpty(Title))
{
addSeparator(optionsString);
optionsString.AppendFormat(FORMAT_STRING_LABEL, "title", _converter.StringToTeX(Title));
}
//ranges
if (XMax != null)
{
addSeparator(optionsString);
optionsString.AppendFormat(FORMAT_STRING, "xmax", ((float)XMax).ToString(CultureInfo.InvariantCulture));
}
if (XMin != null)
{
addSeparator(optionsString);
optionsString.AppendFormat(FORMAT_STRING, "xmin", ((float)XMin).ToString(CultureInfo.InvariantCulture));
}
if (YMin != null)
{
addSeparator(optionsString);
optionsString.AppendFormat(FORMAT_STRING, "ymin", ((float)YMin).ToString(CultureInfo.InvariantCulture));
}
if (YMax != null)
{
addSeparator(optionsString);
optionsString.AppendFormat(FORMAT_STRING, "ymax", ((float)YMax).ToString(CultureInfo.InvariantCulture));
}
if (XTicks != null && XTicks.Length > 0)
{
addSeparator(optionsString);
var ticks = string.Join(",", Array.ConvertAll(XTicks, f => f.ToString(CultureInfo.InvariantCulture)));
optionsString.AppendFormat(FORMAT_STRING_LABEL, "xtick", ticks);
}
if (XTickLabels != null && XTickLabels.Length > 0)
{
addSeparator(optionsString);
var tickLabels = $"{{{string.Join("}, {", _converter.StringToTeX(XTickLabels))}}}";
optionsString.AppendFormat(FORMAT_STRING_LABEL, "xticklabels", tickLabels);
}
if (!string.IsNullOrEmpty(XGroupLineOffset))
{
addSeparator(optionsString);
optionsString.AppendFormat(FORMAT_STRING, "group line offset", XGroupLineOffset);
}
if (!string.IsNullOrEmpty(XGroupLineTextOffset))
{
addSeparator(optionsString);
optionsString.AppendFormat(FORMAT_STRING, "text offset", XGroupLineTextOffset);
}
if (XTickLabelsRotateBy % 360 != 0)
{
addSeparator(optionsString);
optionsString.AppendFormat("xticklabel style = {{rotate={0}, anchor=east, yshift={1}}}", XTickLabelsRotateBy % 360, Helper.Length(-6, Helper.MeasurementUnits.pt));
}
if (XMinorTicks != null && XMinorTicks.Length > 0)
{
addSeparator(optionsString);
var ticks = string.Join(",", Array.ConvertAll(XMinorTicks, f => f.ToString(CultureInfo.InvariantCulture)));
optionsString.AppendFormat(FORMAT_STRING_LABEL, "minor xtick", ticks);
}
if (YTicks != null && YTicks.Length > 0)
{
addSeparator(optionsString);
var ticks = string.Join(",", Array.ConvertAll(YTicks, f => f.ToString(CultureInfo.InvariantCulture)));
optionsString.AppendFormat(FORMAT_STRING_LABEL, "ytick", ticks);
}
if (YTickLabels != null && YTickLabels.Length > 0)
{
addSeparator(optionsString);
var tickLabels = $"{{{string.Join("}, {", _converter.StringToTeX(YTickLabels))}}}";
optionsString.AppendFormat(FORMAT_STRING_LABEL, "yticklabels", tickLabels);
}
if (YTickLabelsRotateBy % 360 != 0)
{
addSeparator(optionsString);
optionsString.AppendFormat("yticklabel style = {{rotate={0}, anchor=east, xshift={1}}}", XTickLabelsRotateBy % 360, Helper.Length(-6, Helper.MeasurementUnits.pt));
}
if (YMinorTicks != null && YMinorTicks.Length > 0)
{
addSeparator(optionsString);
var ticks = string.Join(",", Array.ConvertAll(YMinorTicks, f => f.ToString(CultureInfo.InvariantCulture)));
optionsString.AppendFormat(FORMAT_STRING, "minor ytick", $"{{{ticks}}}");
}
//tick ranges
if (XTickMax != null)
{
addSeparator(optionsString);
optionsString.AppendFormat(FORMAT_STRING, "xtickmax", ((float)XTickMax).ToString(CultureInfo.InvariantCulture));
}
if (XTickMin != null)
{
addSeparator(optionsString);
optionsString.AppendFormat(FORMAT_STRING, "xtickmin", ((float)XTickMin).ToString(CultureInfo.InvariantCulture));
}
if (YTickMin != null)
{
addSeparator(optionsString);
optionsString.AppendFormat(FORMAT_STRING, "ytickmin", ((float)YTickMin).ToString(CultureInfo.InvariantCulture));
}
if (YTickMax != null)
{
addSeparator(optionsString);
optionsString.AppendFormat(FORMAT_STRING, "ytickmax", ((float)YTickMax).ToString(CultureInfo.InvariantCulture));
}
// minor tick num
if (MinorXTickNum != null)
{
addSeparator(optionsString);
optionsString.AppendFormat(FORMAT_STRING, "minor x tick num", MinorXTickNum);
}
if (MinorYTickNum != null)
{
addSeparator(optionsString);
optionsString.AppendFormat(FORMAT_STRING, "minor y tick num", MinorYTickNum);
}
if (XMode == AxisMode.log || YMode == AxisMode.log)
{
if (LogTicksWithFixedPoint)
{
addSeparator(optionsString);
optionsString.Append("log ticks with fixed point");
}
}
// scaled ticks
addSeparator(optionsString);
optionsString.AppendFormat(FORMAT_STRING, "scaled x ticks", XScaledTicks ? "true" : "false");
addSeparator(optionsString);
optionsString.AppendFormat(FORMAT_STRING, "scaled y ticks", YScaledTicks ? "true" : "false");
//discontinuities
addSeparator(optionsString);
optionsString.AppendFormat(FORMAT_STRING, "axis x discontinuity", XDiscontinuity);
addSeparator(optionsString);
optionsString.AppendFormat(FORMAT_STRING, "axis y discontinuity", YDiscontinuity);
//grid
if (XMajorGrid)
{
addSeparator(optionsString);
optionsString.Append("xmajorgrids");
}
if (YMajorGrid)
{
addSeparator(optionsString);
optionsString.Append("ymajorgrids");
}
if (XMinorGrid)
{
addSeparator(optionsString);
optionsString.Append("xminorgrids");
}
if (YMinorGrid)
{
addSeparator(optionsString);
optionsString.Append("yminorgrids");
}
//dimensions
if (!String.IsNullOrEmpty(Width))
{
addSeparator(optionsString);
optionsString.AppendFormat(FORMAT_STRING, "width", Width);
}
if (!String.IsNullOrEmpty(Height))
{
addSeparator(optionsString);
optionsString.AppendFormat(FORMAT_STRING, "height", Height);
}
return(optionsString.ToString());
}
