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Target: xml2python
Code: AnnotationAttributes_getattr
Prefix:
Postfix:
// Try and handle legacy AnnotationAttributes
extern PyObject *AnnotationAttributes_Legacy_getattr(PyObject *, const char *);
PyObject *retval = NULL;
retval = AnnotationAttributes_Legacy_getattr(self, name);
if(retval != NULL)
return retval;
Code: AnnotationAttributes_setattr
Prefix:
Postfix:
if(obj == NULL)
{
extern PyObject *AnnotationAttributes_Legacy_setattr(PyObject *, const char *, PyObject *);
obj = AnnotationAttributes_Legacy_setattr(self, name, tuple);
}
Target: xml2atts
Function: GetDiscernibleBackgroundColor
Declaration: const ColorAttribute GetDiscernibleBackgroundColor() const;
Definition:
// Returns a "discernible" background color. If the background mode
// is Solid, the returned value is just the background color. If the
// background mode is Gradient, the returned color is an average of
// the two gradient colors
const ColorAttribute AnnotationAttributes::GetDiscernibleBackgroundColor() const
{
ColorAttribute retval;
double bg[4];
if (GetBackgroundMode() == Solid)
{
GetBackgroundColor().GetRgba(bg);
}
else
{
double gbg1[4], gbg2[4];
GetGradientColor1().GetRgba(gbg1);
GetGradientColor2().GetRgba(gbg2);
bg[0] = (gbg1[0] + gbg2[0]) * 0.5;
bg[1] = (gbg1[1] + gbg2[1]) * 0.5;
bg[2] = (gbg1[2] + gbg2[2]) * 0.5;
bg[3] = (gbg1[3] + gbg2[3]) * 0.5;
}
retval.SetRgba2(bg);
return retval;
}
Function: ProcessOldVersions
Declaration: virtual void ProcessOldVersions(DataNode *parentNode, const char *configVersion);
Definition:
// ****************************************************************************
// Method: AnnotationAttributes::ProcessOldVersions
//
// Purpose:
// This method maps old AnnotationAttributes fields to the 1.9.0 version of
// the data node tree for AnnotationAttributes.
//
// Programmer: Brad Whitlock
// Creation: Thu Feb 14 15:40:02 PST 2008
//
// Modifications:
// Brad Whitlock, Wed Mar 26 14:49:15 PDT 2008
// Added conversion of heights to scales.
//
// ****************************************************************************
#include <Utility.h>
#include <DebugStream.h>
typedef struct
{
const char *old_key;
const char *new_key;
} axis_attribute_mapping;
static const axis_attribute_mapping attribute_mappings[] = {
{"axesFlag2D", "axes2D.Axes2D.visible"},
{"axesAutoSetTicks2D", "axes2D.Axes2D.autoSetTicks"},
{"labelAutoSetScaling2D", "axes2D.Axes2D.autoSetScaling"},
{"xAxisLabels2D", "axes2D.Axes2D.xAxis.AxisAttributes.label.AxisLabels.visible"},
{"yAxisLabels2D", "axes2D.Axes2D.yAxis.AxisAttributes.label.AxisLabels.visible"},
{"xAxisTitle2D", "axes2D.Axes2D.xAxis.AxisAttributes.title.AxisTitles.visible"},
{"yAxisTitle2D", "axes2D.Axes2D.yAxis.AxisAttributes.title.AxisTitles.visible"},
{"xGridLines2D", "axes2D.Axes2D.xAxis.AxisAttributes.grid"},
{"yGridLines2D", "axes2D.Axes2D.yAxis.AxisAttributes.grid"},
{"xMajorTickMinimum2D", "axes2D.Axes2D.xAxis.AxisAttributes.tickMarks.AxisTickMarks.majorMinimum"},
{"yMajorTickMinimum2D", "axes2D.Axes2D.yAxis.AxisAttributes.tickMarks.AxisTickMarks.majorMinimum"},
{"xMajorTickMaximum2D", "axes2D.Axes2D.xAxis.AxisAttributes.tickMarks.AxisTickMarks.majorMaximum"},
{"yMajorTickMaximum2D", "axes2D.Axes2D.yAxis.AxisAttributes.tickMarks.AxisTickMarks.majorMaximum"},
{"xMajorTickSpacing2D", "axes2D.Axes2D.xAxis.AxisAttributes.tickMarks.AxisTickMarks.majorSpacing"},
{"yMajorTickSpacing2D", "axes2D.Axes2D.yAxis.AxisAttributes.tickMarks.AxisTickMarks.majorSpacing"},
{"xMinorTickSpacing2D", "axes2D.Axes2D.xAxis.AxisAttributes.tickMarks.AxisTickMarks.minorSpacing"},
{"yMinorTickSpacing2D", "axes2D.Axes2D.yAxis.AxisAttributes.tickMarks.AxisTickMarks.minorSpacing"},
{"xLabelFontHeight2D", "axes2D.Axes2D.xAxis.AxisAttributes.label.AxisLabels.font.FontAttributes.scale"},
{"yLabelFontHeight2D", "axes2D.Axes2D.yAxis.AxisAttributes.label.AxisLabels.font.FontAttributes.scale"},
{"xTitleFontHeight2D", "axes2D.Axes2D.xAxis.AxisAttributes.title.AxisTitles.font.FontAttributes.scale"},
{"yTitleFontHeight2D", "axes2D.Axes2D.yAxis.AxisAttributes.title.AxisTitles.font.FontAttributes.scale"},
{"xLabelScaling2D", "axes2D.Axes2D.xAxis.AxisAttributes.label.AxisLabels.scaling"},
{"yLabelScaling2D", "axes2D.Axes2D.yAxis.AxisAttributes.label.AxisLabels.scaling"},
{"axesLineWidth2D", "axes2D.Axes2D.lineWidth"},
{"axesTickLocation2D", "axes2D.Axes2D.tickLocation"},
{"axesTicks2D", "axes2D.Axes2D.tickAxes"},
{"xAxisUserTitle2D", "axes2D.Axes2D.xAxis.AxisAttributes.title.AxisTitles.title"},
{"yAxisUserTitle2D", "axes2D.Axes2D.yAxis.AxisAttributes.title.AxisTitles.title"},
{"xAxisUserTitleFlag2D", "axes2D.Axes2D.xAxis.AxisAttributes.title.AxisTitles.userTitle"},
{"yAxisUserTitleFlag2D", "axes2D.Axes2D.yAxis.AxisAttributes.title.AxisTitles.userTitle"},
{"xAxisUserUnits2D", "axes2D.Axes2D.xAxis.AxisAttributes.title.AxisTitles.units"},
{"yAxisUserUnits2D", "axes2D.Axes2D.yAxis.AxisAttributes.title.AxisTitles.units"},
{"xAxisUserUnitsFlag2D", "axes2D.Axes2D.xAxis.AxisAttributes.title.AxisTitles.userUnits"},
{"yAxisUserUnitsFlag2D", "axes2D.Axes2D.yAxis.AxisAttributes.title.AxisTitles.userUnits"},
{"axesFlag", "axes3D.Axes3D.visible"},
{"axesAutoSetTicks", "axes3D.Axes3D.autoSetTicks"},
{"labelAutoSetScaling", "axes3D.Axes3D.autoSetScaling"},
{"xAxisLabels", "axes3D.Axes3D.xAxis.AxisAttributes.label.AxisLabels.visible"},
{"yAxisLabels", "axes3D.Axes3D.yAxis.AxisAttributes.label.AxisLabels.visible"},
{"zAxisLabels", "axes3D.Axes3D.zAxis.AxisAttributes.label.AxisLabels.visible"},
{"xAxisTitle", "axes3D.Axes3D.xAxis.AxisAttributes.title.AxisTitles.visible"},
{"yAxisTitle", "axes3D.Axes3D.yAxis.AxisAttributes.title.AxisTitles.visible"},
{"zAxisTitle", "axes3D.Axes3D.zAxis.AxisAttributes.title.AxisTitles.visible"},
{"xGridLines", "axes3D.Axes3D.xAxis.AxisAttributes.grid"},
{"yGridLines", "axes3D.Axes3D.yAxis.AxisAttributes.grid"},
{"zGridLines", "axes3D.Axes3D.zAxis.AxisAttributes.grid"},
{"xAxisTicks", "axes3D.Axes3D.xAxis.AxisAttributes.tickMarks.AxisTickMarks.visible"},
{"yAxisTicks", "axes3D.Axes3D.yAxis.AxisAttributes.tickMarks.AxisTickMarks.visible"},
{"zAxisTicks", "axes3D.Axes3D.zAxis.AxisAttributes.tickMarks.AxisTickMarks.visible"},
{"xMajorTickMinimum", "axes3D.Axes3D.xAxis.AxisAttributes.tickMarks.AxisTickMarks.majorMinimum"},
{"yMajorTickMinimum", "axes3D.Axes3D.yAxis.AxisAttributes.tickMarks.AxisTickMarks.majorMinimum"},
{"zMajorTickMinimum", "axes3D.Axes3D.zAxis.AxisAttributes.tickMarks.AxisTickMarks.majorMinimum"},
{"xMajorTickMaximum", "axes3D.Axes3D.xAxis.AxisAttributes.tickMarks.AxisTickMarks.majorMaximum"},
{"yMajorTickMaximum", "axes3D.Axes3D.yAxis.AxisAttributes.tickMarks.AxisTickMarks.majorMaximum"},
{"zMajorTickMaximum", "axes3D.Axes3D.zAxis.AxisAttributes.tickMarks.AxisTickMarks.majorMaximum"},
{"xMajorTickSpacing", "axes3D.Axes3D.xAxis.AxisAttributes.tickMarks.AxisTickMarks.majorSpacing"},
{"yMajorTickSpacing", "axes3D.Axes3D.yAxis.AxisAttributes.tickMarks.AxisTickMarks.majorSpacing"},
{"zMajorTickSpacing", "axes3D.Axes3D.zAxis.AxisAttributes.tickMarks.AxisTickMarks.majorSpacing"},
{"xMinorTickSpacing", "axes3D.Axes3D.xAxis.AxisAttributes.tickMarks.AxisTickMarks.minorSpacing"},
{"yMinorTickSpacing", "axes3D.Axes3D.yAxis.AxisAttributes.tickMarks.AxisTickMarks.minorSpacing"},
{"zMinorTickSpacing", "axes3D.Axes3D.zAxis.AxisAttributes.tickMarks.AxisTickMarks.minorSpacing"},
{"xLabelFontHeight", "axes3D.Axes3D.xAxis.AxisAttributes.label.AxisLabels.font.FontAttributes.scale"},
{"yLabelFontHeight", "axes3D.Axes3D.yAxis.AxisAttributes.label.AxisLabels.font.FontAttributes.scale"},
{"zLabelFontHeight", "axes3D.Axes3D.zAxis.AxisAttributes.label.AxisLabels.font.FontAttributes.scale"},
{"xTitleFontHeight", "axes3D.Axes3D.xAxis.AxisAttributes.title.AxisTitles.font.FontAttributes.scale"},
{"yTitleFontHeight", "axes3D.Axes3D.yAxis.AxisAttributes.title.AxisTitles.font.FontAttributes.scale"},
{"zTitleFontHeight", "axes3D.Axes3D.zAxis.AxisAttributes.title.AxisTitles.font.FontAttributes.scale"},
{"xLabelScaling", "axes3D.Axes3D.xAxis.AxisAttributes.label.AxisLabels.scaling"},
{"yLabelScaling", "axes3D.Axes3D.yAxis.AxisAttributes.label.AxisLabels.scaling"},
{"zLabelScaling", "axes3D.Axes3D.zAxis.AxisAttributes.label.AxisLabels.scaling"},
{"xAxisUserTitle", "axes3D.Axes3D.xAxis.AxisAttributes.title.AxisTitles.title"},
{"yAxisUserTitle", "axes3D.Axes3D.yAxis.AxisAttributes.title.AxisTitles.title"},
{"zAxisUserTitle", "axes3D.Axes3D.zAxis.AxisAttributes.title.AxisTitles.title"},
{"xAxisUserTitleFlag", "axes3D.Axes3D.xAxis.AxisAttributes.title.AxisTitles.userTitle"},
{"yAxisUserTitleFlag", "axes3D.Axes3D.yAxis.AxisAttributes.title.AxisTitles.userTitle"},
{"zAxisUserTitleFlag", "axes3D.Axes3D.zAxis.AxisAttributes.title.AxisTitles.userTitle"},
{"xAxisUserUnits", "axes3D.Axes3D.xAxis.AxisAttributes.title.AxisTitles.units"},
{"yAxisUserUnits", "axes3D.Axes3D.yAxis.AxisAttributes.title.AxisTitles.units"},
{"zAxisUserUnits", "axes3D.Axes3D.zAxis.AxisAttributes.title.AxisTitles.units"},
{"xAxisUserUnitsFlag", "axes3D.Axes3D.xAxis.AxisAttributes.title.AxisTitles.userUnits"},
{"yAxisUserUnitsFlag", "axes3D.Axes3D.yAxis.AxisAttributes.title.AxisTitles.userUnits"},
{"zAxisUserUnitsFlag", "axes3D.Axes3D.zAxis.AxisAttributes.title.AxisTitles.userUnits"},
{"axesTickLocation", "axes3D.Axes3D.tickLocation"},
{"axesType", "axes3D.Axes3D.axesType"},
{"triadFlag", "axes3D.Axes3D.triadFlag"},
{"bboxFlag", "axes3D.Axes3D.bboxFlag"}
};
const char *height_attributes[] = {
"xLabelFontHeight2D",
"yLabelFontHeight2D",
"xTitleFontHeight2D",
"yTitleFontHeight2D",
"xLabelFontHeight",
"yLabelFontHeight",
"zLabelFontHeight",
"xTitleFontHeight",
"yTitleFontHeight",
"zTitleFontHeight"
};
void
AnnotationAttributes::ProcessOldVersions(DataNode *parentNode,
const char *configVersion)
{
if(parentNode == 0)
return;
DataNode *searchNode = parentNode->GetNode("AnnotationAttributes");
if(searchNode == 0)
return;
if(VersionLessThan(configVersion, "1.9.0"))
{
for(int key = 0; key < sizeof(attribute_mappings)/sizeof(axis_attribute_mapping); ++key)
{
DataNode *k = searchNode->GetNode(attribute_mappings[key].old_key);
if(k != 0)
{
searchNode->RemoveNode(k, false);
// Reparent the node.
stringVector keys = SplitValues(attribute_mappings[key].new_key, '.');
DataNode *pNode = searchNode;
for(size_t i = 0; i < keys.size(); ++i)
{
if(i < keys.size() - 1)
{
DataNode *node = pNode->GetNode(keys[i]);
if(node == 0)
{
node = new DataNode(keys[i]);
pNode->AddNode(node);
debug5 << "Created node: " << keys[i].c_str() << endl;
}
pNode = node;
}
else
{
// Add the node that we're moving and rename it too.
debug5 << "Moved node " << k->GetKey().c_str() << " to " << keys[i].c_str() << endl;
k->SetKey(keys[i]);
pNode->AddNode(k);
// If the node that we're moving is a height attribute
// then we need to change it to a scale attribute.
for(int hIndex = 0; hIndex < 10; ++hIndex)
{
if(std::string(attribute_mappings[key].old_key) == std::string(height_attributes[hIndex]) &&
k->GetNodeType() == DOUBLE_NODE)
{
double h = k->AsDouble();
double scale = h / 0.02;
k->SetDouble(scale);
debug5 << "Turned height " << h << " into scale " << scale << endl;
break;
}
}
}
}
}
}
}
}
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