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#include <pgf/gd/ogdf/c/InterfaceFromOGDF.h>
#include <ogdf/energybased/GEMLayout.h>
struct GEMLayout_script :
scripting::declarations,
scripting::factory<ogdf::GEMLayout>
{
ogdf::GEMLayout* make (scripting::run_parameters* parameters) {
using namespace ogdf;
GEMLayout* r = new GEMLayout;
parameters->configure_option ("GEMLayout.numberOfRounds",
&GEMLayout::numberOfRounds, *r);
parameters->configure_option ("GEMLayout.minimalTemperature",
&GEMLayout::minimalTemperature, *r);
parameters->configure_option ("GEMLayout.initialTemperature",
&GEMLayout::initialTemperature, *r);
parameters->configure_option ("GEMLayout.gravitationalConstant",
&GEMLayout::gravitationalConstant, *r);
parameters->configure_option ("GEMLayout.desiredLength",
&GEMLayout::desiredLength, *r);
parameters->configure_option ("GEMLayout.maximalDisturbance",
&GEMLayout::maximalDisturbance, *r);
parameters->configure_option ("GEMLayout.rotationAngle",
&GEMLayout::rotationAngle, *r);
parameters->configure_option ("GEMLayout.oscillationAngle",
&GEMLayout::oscillationAngle, *r);
parameters->configure_option ("GEMLayout.rotationSensitivity",
&GEMLayout::rotationSensitivity, *r);
parameters->configure_option ("GEMLayout.oscillationSensitivity",
&GEMLayout::oscillationSensitivity, *r);
parameters->configure_option ("GEMLayout.attractionFormula",
&GEMLayout::attractionFormula, *r);
return r;
}
void declare (scripting::script s) {
using namespace scripting;
using namespace ogdf;
s.declare (key ("GEMLayout")
.set_module ("LayoutModule", this)
.documentation_in ("pgf.gd.doc.ogdf.energybased.GEMLayout"));
s.declare (key ("GEMLayout.numberOfRounds")
.type ("number")
.initial ("20000")
.documentation_in ("pgf.gd.doc.ogdf.energybased.GEMLayout"));
s.declare (key ("GEMLayout.minimalTemperature")
.type ("number")
.initial ("0.005")
.documentation_in ("pgf.gd.doc.ogdf.energybased.GEMLayout"));
s.declare (key ("GEMLayout.initialTemperature")
.type ("number")
.initial ("10")
.documentation_in ("pgf.gd.doc.ogdf.energybased.GEMLayout"));
s.declare (key ("GEMLayout.gravitationalConstant")
.type ("number")
.initial ("0.0625")
.documentation_in ("pgf.gd.doc.ogdf.energybased.GEMLayout"));
s.declare (key ("GEMLayout.desiredLength")
.type ("length")
.alias_function ("function (o) return o['node pre sep'] + o['node post sep'] end")
.documentation_in ("pgf.gd.doc.ogdf.energybased.GEMLayout"));
s.declare (key ("GEMLayout.maximalDisturbance")
.type ("number")
.initial ("0")
.documentation_in ("pgf.gd.doc.ogdf.energybased.GEMLayout"));
s.declare (key ("GEMLayout.rotationAngle")
.type ("number")
.documentation_in ("pgf.gd.doc.ogdf.energybased.GEMLayout"));
s.declare (key ("GEMLayout.oscillationAngle")
.type ("number")
.documentation_in ("pgf.gd.doc.ogdf.energybased.GEMLayout"));
s.declare (key ("GEMLayout.rotationSensitivity")
.type ("number")
.initial ("0.01")
.documentation_in ("pgf.gd.doc.ogdf.energybased.GEMLayout"));
s.declare (key ("GEMLayout.oscillationSensitivity")
.type ("number")
.initial ("0.3")
.documentation_in ("pgf.gd.doc.ogdf.energybased.GEMLayout"));
s.declare (key ("GEMLayout.attractionFormula")
.type ("number")
.initial ("1")
.documentation_in ("pgf.gd.doc.ogdf.energybased.GEMLayout"));
}
};
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