public bool Apply()
{
// read axis title
_doc.TitleText = m_View.AxisTitle;
if (null != _axisLineStyleController)
{
if (!_axisLineStyleController.Apply())
{
return(false);
}
else
{
_doc.AxisLineStyle = (AxisLineStyle)_axisLineStyleController.ModelObject;
}
}
_doc.ShowMajorLabels = m_View.ShowMajorLabels;
_doc.ShowMinorLabels = m_View.ShowMinorLabels;
// if we have offset applying, create a brand new AxisStyle instance
double offset = m_View.PositionOffset / 100;
if (0 != offset)
{
AxisStyle newDoc = new AxisStyle(CSLineID.FromIDandFirstLogicalOffset(_doc.StyleID, offset));
newDoc.CopyWithoutIdFrom(_doc);
_doc = newDoc;
}
return(true); // all ok
}
public static void AddAxis(AxisStyleCollection collection, AxisCreationArguments creationArgs)
{
var context = collection.GetPropertyContext();
var axstyle = new AxisStyle(creationArgs.CurrentStyle, false, false, false, null, context);
if (creationArgs.TemplateStyle != null && collection.Contains(creationArgs.TemplateStyle))
{
axstyle.CopyWithoutIdFrom(collection[creationArgs.TemplateStyle]);
if (creationArgs.MoveAxis)
{
collection.Remove(creationArgs.TemplateStyle);
}
}
collection.Add(axstyle);
}
public override void FixupInternalDataStructures()
{
base.FixupInternalDataStructures();
var layer = Main.AbsoluteDocumentPath.GetRootNodeImplementing <XYPlotLayer>(this);
if (null == layer)
{
_cachedLayerSegment = null;
_cachedScale?.Dispose();
_cachedScale = null;
return;
}
layer.CoordinateSystem.LayerToLogicalCoordinates(X, Y, out var rBegin);
Logical3D rEnd = rBegin;
switch (_scaleSpanType)
{
case FloatingScaleSpanType.IsLogicalValue:
rEnd[_scaleNumber] = rBegin[_scaleNumber] + _scaleSpanValue;
break;
case FloatingScaleSpanType.IsPhysicalEndOrgDifference:
{
var physValue = layer.Scales[_scaleNumber].NormalToPhysicalVariant(rBegin[_scaleNumber]);
physValue += _scaleSpanValue; // to be replaced by the scale span
var logValue = layer.Scales[_scaleNumber].PhysicalVariantToNormal(physValue);
rEnd[_scaleNumber] = logValue;
}
break;
case FloatingScaleSpanType.IsPhysicalEndOrgRatio:
{
var physValue = layer.Scales[_scaleNumber].NormalToPhysicalVariant(rBegin[_scaleNumber]);
physValue *= _scaleSpanValue; // to be replaced by the scale span
var logValue = layer.Scales[_scaleNumber].PhysicalVariantToNormal(physValue);
rEnd[_scaleNumber] = logValue;
}
break;
}
// axis style
var csLineId = new CSLineID(_scaleNumber, rBegin);
if (_axisStyle.StyleID != csLineId)
{
var propertyContext = this.GetPropertyContext();
var axStyle = new AxisStyle(new CSLineID(_scaleNumber, rBegin), false, false, false, null, propertyContext);
axStyle.CopyWithoutIdFrom(_axisStyle);
_axisStyle = axStyle;
}
_cachedScale?.Dispose();
_cachedScale = new ScaleSegment(layer.Scales[_scaleNumber], rBegin[_scaleNumber], rEnd[_scaleNumber], _scaleSegmentType);
_tickSpacing.FinalProcessScaleBoundaries(_cachedScale.OrgAsVariant, _cachedScale.EndAsVariant, _cachedScale);
_cachedScale.TickSpacing = _tickSpacing;
_cachedLayerSegment = new LayerSegment(layer, _cachedScale, rBegin, rEnd, _scaleNumber);
_axisStyle.FixupInternalDataStructures(_cachedLayerSegment, _cachedLayerSegment.GetAxisStyleInformation); // we use here special AxisStyleInformation not provided by the underlying CS, but by the layer segment
}
