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#include <ogdf/energybased/FMMMLayout.h>
#include <tulip/ForEach.h>
#include "tulip2ogdf/OGDFLayoutPluginBase.h"
using namespace std;
namespace {
const char * paramHelp[] = {HTML_HELP_OPEN()
HTML_HELP_DEF( "type", "DoubleProperty" )
HTML_HELP_BODY()
"A double property containing unit edge length to use."
HTML_HELP_CLOSE(), HTML_HELP_OPEN()
HTML_HELP_DEF( "type", "SizeProperty" )
HTML_HELP_BODY()
"The nodes size."
HTML_HELP_CLOSE(),
HTML_HELP_OPEN()
HTML_HELP_DEF( "type", "double" )
HTML_HELP_BODY()
"The unit edge length."
HTML_HELP_CLOSE(),
HTML_HELP_OPEN()
HTML_HELP_DEF( "type", "bool" )
HTML_HELP_BODY()
"set new initial placement before running algorithm."
HTML_HELP_CLOSE(),
HTML_HELP_OPEN()
HTML_HELP_DEF( "type", "String Collection" )
HTML_HELP_DEF("values", "<FONT COLOR=\"red\"> Portrait : <FONT COLOR=\"black\"> A4 portrait page. <BR> <FONT COLOR=\"red\"> Landscape : <FONT COLOR=\"black\"> A4 landscape page. <BR> <FONT COLOR=\"red\"> Square : <FONT COLOR=\"black\"> Square format.")
HTML_HELP_DEF( "default", "Square" )
HTML_HELP_BODY()
"Possible page formats."
HTML_HELP_CLOSE(),
HTML_HELP_OPEN()
HTML_HELP_DEF( "type", "String Collection" )
HTML_HELP_DEF("values", "<FONT COLOR=\"red\"> GorgeousAndEfficient : <FONT COLOR=\"black\"> Best quality. <BR> <FONT COLOR=\"red\"> BeautifulAndFast : <FONT COLOR=\"black\"> Medium quality and speed.<BR> <FONT COLOR=\"red\"> NiceAndIncredibleSpeed : <FONT COLOR=\"black\"> Best speed.")
HTML_HELP_DEF( "default", "BeautifulAndFast" )
HTML_HELP_BODY()
"Trade-off between run-time and quality."
HTML_HELP_CLOSE(),
HTML_HELP_OPEN()
HTML_HELP_DEF( "type", "String Collection" )
HTML_HELP_DEF("values", "<FONT COLOR=\"red\"> Midpoint : <FONT COLOR=\"black\"> Measure from center point of edge end points. <BR> <FONT COLOR=\"red\"> BoundingCircle : <FONT COLOR=\"black\"> Measure from border of circle s surrounding edge end points. ")
HTML_HELP_DEF( "default", "BoundingCircle" )
HTML_HELP_BODY()
"Specifies how the length of an edge is measured."
HTML_HELP_CLOSE(),
HTML_HELP_OPEN()
HTML_HELP_DEF( "type", "String Collection" )
HTML_HELP_DEF("values", "All <BR> Integer <BR> Exponent")
HTML_HELP_DEF( "default", "Integer" )
HTML_HELP_BODY()
"Specifies which positions for a node are allowed."
HTML_HELP_CLOSE(),
HTML_HELP_OPEN()
HTML_HELP_DEF( "type", "String Collection" )
HTML_HELP_DEF("values", "None <BR> NoGrowingRow <BR> Always")
HTML_HELP_DEF( "default", "NoGrowingRow" )
HTML_HELP_BODY()
"Specifies in which case it is allowed to tip over drawings of connected components."
HTML_HELP_CLOSE(),
HTML_HELP_OPEN()
HTML_HELP_DEF( "type", "String Collection" )
HTML_HELP_DEF("values", "<FONT COLOR=\"red\"> None : <FONT COLOR=\"black\"> Do not presort. <BR> <FONT COLOR=\"red\"> DecreasingHeight : <FONT COLOR=\"black\"> Presort by decreasing height of components. <BR> <FONT COLOR=\"red\"> DecreasingWidth : <FONT COLOR=\"black\"> Presort by decreasing width of components. ")
HTML_HELP_DEF( "default", "DecreasingHeight" )
HTML_HELP_BODY()
"Specifies how connected components are sorted before the packing algorithm is applied."
HTML_HELP_CLOSE(),
HTML_HELP_OPEN()
HTML_HELP_DEF( "type", "String Collection" )
HTML_HELP_DEF("values", "UniformProb <BR> NonUniformProbLowerMass <BR> NonUniformProbHigherMass")
HTML_HELP_DEF( "default", "NonUniformProbLowerMass" )
HTML_HELP_BODY()
"Specifies how sun nodes of galaxies are selected. "
HTML_HELP_CLOSE(),
HTML_HELP_OPEN()
HTML_HELP_DEF( "type", "String Collection" )
HTML_HELP_DEF("values", "Constant <BR> LinearlyDecreasing <BR> RapidlyDecreasing")
HTML_HELP_DEF( "default", "LinearlyDecreasing" )
HTML_HELP_BODY()
"Specifies how MaxIterations is changed in subsequent multilevels. "
HTML_HELP_CLOSE(),
HTML_HELP_OPEN()
HTML_HELP_DEF( "type", "String Collection" )
HTML_HELP_DEF("values", "Simple <BR> Advanced")
HTML_HELP_DEF( "default", "Advanced" )
HTML_HELP_BODY()
"Specifies how the initial placement is generated."
HTML_HELP_CLOSE(),
HTML_HELP_OPEN()
HTML_HELP_DEF( "type", "String Collection" )
HTML_HELP_DEF("values", "<FONT COLOR=\"red\"> FruchtermanReingold : <FONT COLOR=\"black\"> The force-model by Fruchterman, Reingold. <BR> <FONT COLOR=\"red\"> Eades : <FONT COLOR=\"black\"> The force-model by Eades. <BR> <FONT COLOR=\"red\"> New : <FONT COLOR=\"black\"> The new force-model. ")
HTML_HELP_DEF( "default", "New" )
HTML_HELP_BODY()
"Specifies the force model. "
HTML_HELP_CLOSE(),
HTML_HELP_OPEN()
HTML_HELP_DEF( "type", "String Collection" )
HTML_HELP_DEF("values", "<FONT COLOR=\"red\"> Exact : <FONT COLOR=\"black\"> Exact calculation. <BR> <FONT COLOR=\"red\"> GridApproximation : <FONT COLOR=\"black\"> Grid approximation. <BR> <FONT COLOR=\"red\"> NMM : <FONT COLOR=\"black\"> Calculation as for new multipole method. ")
HTML_HELP_DEF( "default", "NMM" )
HTML_HELP_BODY()
"Specifies how to calculate repulsive forces."
HTML_HELP_CLOSE(),
HTML_HELP_OPEN()
HTML_HELP_DEF( "type", "String Collection" )
HTML_HELP_DEF("values", "<FONT COLOR=\"red\"> UniformGrid : <FONT COLOR=\"black\"> Uniform placement on a grid. <BR> <FONT COLOR=\"red\"> RandomTime : <FONT COLOR=\"black\"> Random placement (based on current time). <BR> <FONT COLOR=\"red\"> RandomRandIterNr : <FONT COLOR=\"black\"> Random placement (based on randIterNr()). <BR> <FONT COLOR=\"red\"> KeepPositions : <FONT COLOR=\"black\"> No change in placement. ")
HTML_HELP_DEF( "default", "RandomRandIterNr" )
HTML_HELP_BODY()
"Specifies how the initial placement is done. "
HTML_HELP_CLOSE(),
HTML_HELP_OPEN()
HTML_HELP_DEF( "type", "String Collection" )
HTML_HELP_DEF("values", "PathByPath <BR> SubtreeBySubtree")
HTML_HELP_DEF( "default", "Advanced" )
HTML_HELP_BODY()
"Specifies how the reduced bucket quadtree is constructed."
HTML_HELP_CLOSE(),
HTML_HELP_OPEN()
HTML_HELP_DEF( "type", "String Collection" )
HTML_HELP_DEF("values", "<FONT COLOR=\"red\"> Iteratively : <FONT COLOR=\"black\"> Iteratively (in constant time). <BR> <FONT COLOR=\"red\"> Aluru : <FONT COLOR=\"black\"> According to formula by Aluru et al. (in constant time).")
HTML_HELP_DEF( "default", "Advanced" )
HTML_HELP_BODY()
"Specifies how to calculate the smallest quadratic cell surrounding particles of a node in the reduced bucket quadtree."
HTML_HELP_CLOSE(),
HTML_HELP_OPEN()
HTML_HELP_DEF( "type", "int" )
HTML_HELP_BODY()
"the fixed number of iterations for the stop criterion."
HTML_HELP_CLOSE(),
HTML_HELP_OPEN()
HTML_HELP_DEF( "type", "double" )
HTML_HELP_BODY()
"the threshold for the stop criterion."
HTML_HELP_CLOSE()
};
}
#define ELT_PAGEFORMAT "Page Format"
#define ELT_PAGEFORMATLIST "Square;Portrait;Landscape"
#define ELT_SQUARE 0
#define ELT_PORTRAIT 1
#define ELT_LANDSCAPE 2
#define ELT_QUALITYVSSPEED "Quality vs Speed"
#define ELT_QUALITYVSSPEEDLIST "BeautifulAndFast;NiceAndIncredibleSpeed;GorgeousAndEfficient"
#define ELT_BEAUTIFULANDFAST 0
#define ELT_NICEANDINCREDIBLESPEED 1
#define ELT_GORGEOUSANDEFFICIENT 2
#define ELT_EDGELENGTHMEASUREMENT "Edge Length Measurement"
#define ELT_EDGELENGTHMEASUREMENTLIST "BoundingCircle;Midpoint"
#define ELT_BOUNDINGCIRCLE 0
#define ELT_MIDPOINT 1
#define ELT_ALLOWEDPOSITIONS "Allowed Positions"
#define ELT_ALLOWEDPOSITIONSLIST "Integer;Exponent;All"
#define ELT_INTEGER 0
#define ELT_EXPONENT 1
#define ELT_ALL 2
#define ELT_TIPOVER "Tip Over"
#define ELT_TIPOVERLIST "NoGrowingRow;Always;None"
#define ELT_NOGROWINGROW 0
#define ELT_ALWAYS 1
#define ELT_NONE 2
#define ELT_PRESORT "Pre Sort"
#define ELT_PRESORTLIST "DecreasingHeight;DecreasingWidth;None;"
#define ELT_DECREASINGHEIGHT 0
#define ELT_DECREASINGWDTH 1
#define ELT_GALAXYCHOICE "Galaxy Choice"
#define ELT_GALAXYCHOICELIST "NonUniformProbLowerMass;NonUniformProbHigherMass;UniformProb"
#define ELT_NONUNIFORMPROBLOWERMASS 0
#define ELT_NONUNIFORMPROBHIGHERMASS 1
#define ELT_UNIFORMPROB 2
#define ELT_MAXITERCHANGE "Max Iter Change"
#define ELT_MAXITERCHANGELIST "LinearlyDecreasing;RapidlyDecreasing;Constant"
#define ELT_LINEARLYDECREASING 0
#define ELT_RAPIDLYDECREASING 1
#define ELT_CONSTANT 2
#define ELT_INITIALPLACEMENTMULT "Initial Placement Mult"
#define ELT_INITIALPLACEMENTMULTLIST "Advanced;Simple"
#define ELT_ADVANCED 0
#define ELT_SIMPLE 1
#define ELT_FORCEMODEL "Force Model"
#define ELT_FORCEMODELLIST "New;FruchtermanReingold;Eades"
#define ELT_NEW 0
#define ELT_FRUCHTERMANNREINGOLD 1
#define ELT_EADES 2
#define ELT_REPULSIVEFORCEMETHOD "Repulsive Force Method"
#define ELT_REPULSIVEFORCEMETHODLIST "NMM;Exact;GridApproximation"
#define ELT_NMM 0
#define ELT_EXACT 1
#define ELT_GRIDAPPROXIMATION 2
#define ELT_INITIALPLACEMENTFORCES "Initial Placement Forces"
#define ELT_INITIALPLACEMENTFORCESLIST "RandomRandIterNr;RandomTime;UniformGrid;KeepPositions"
#define ELT_RANDOMRANDITERNR 0
#define ELT_RANDOMTIME 1
#define ELT_UNIFORMGRID 2
#define ELT_KEEPPOSITIONS 3
#define ELT_REDUCEDTREECONSTRCUCTION "Reduced Tree Construction"
#define ELT_REDUCEDTREECONSTRCUCTIONLIST "SubtreeBySubtree;PathByPath"
#define ELT_SUBTREEBYSUBTREE 0
#define ELT_PATHBYPATH 1
#define ELT_SMALLESTCELLFINDING "Smallest Cell Finding"
#define ELT_SMALLESTCELLFINDINGLIST "Iteratively;Aluru"
#define ELT_ITERATIVELY 0
#define ELT_ALURU 1
// comments below have been extracted from OGDF/src/energybased/FMMMLayout.cpp
/** \addtogroup layout */
/*@{*/
/**
* This is an implementation of Fast Multipole Multilevel Method (FM^3).
* \author Stefan Hachul
*
* \par License:
* This is part of the Open Graph Drawing Framework (OGDF).
* Copyright (C) 2005-2007
*
* \par
* This program is free software; you can redistribute it and/or
* modify it under the terms of the GNU General Public License
* Version 2 or 3 as published by the Free Software Foundation
* and appearing in the files LICENSE_GPL_v2.txt and
* LICENSE_GPL_v3.txt included in the packaging of this file.
*
* \par
* In addition, as a special exception, you have permission to link
* this software with the libraries of the COIN-OR Osi project
* (http://www.coin-or.org/projects/Osi.xml), all libraries required
* by Osi, and all LP-solver libraries directly supported by the
* COIN-OR Osi project, and distribute executables, as long as
* you follow the requirements of the GNU General Public License
* in regard to all of the software in the executable aside from these
* third-party libraries.
*
* \par
* This program is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
* GNU General Public License for more details.
*
* \par
* You should have received a copy of the GNU General Public
* License along with this program; if not, write to the Free
* Software Foundation, Inc., 51 Franklin Street, Fifth Floor,
* Boston, MA 02110-1301, USA.
*
* \see http://www.gnu.org/copyleft/gpl.html
***************************************************************/
class OGDFFm3: public OGDFLayoutPluginBase {
tlp::StringCollection stringCollection;
public:
OGDFFm3(const tlp::PropertyContext &context);
~OGDFFm3();
void beforeCall();
void callOGDFLayoutAlgorithm(ogdf::GraphAttributes &gAttributes);
};
/*@}*/
/*Nom de la classe, Nom du plugins, nom de l'auteur,date de
creation,informations, release, groupe*/
LAYOUTPLUGINOFGROUP(OGDFFm3,"FM^3 (OGDF)", "Stephan Hachul", "09/11/2007", "Alpha", "1.2" ,"Force Directed");
OGDFFm3::OGDFFm3(const tlp::PropertyContext &context) :
OGDFLayoutPluginBase(context, new ogdf::FMMMLayout()) {
addParameter<DoubleProperty> ("Edge Length Property", paramHelp[0],
"viewMetric", false);
addParameter<SizeProperty> ("Node Size", paramHelp[1], "viewSize", false);
addParameter<double> ("Unit edge length", paramHelp[2], "10.0", false);
addParameter<bool> ("New initial placement", paramHelp[3], "true");
addParameter<int>("Fixed iterations", paramHelp[18], "30");
addParameter<double>("Threshold", paramHelp[19], "0.01");
addParameter<StringCollection> (ELT_PAGEFORMAT, paramHelp[4],
ELT_PAGEFORMATLIST);
addParameter<StringCollection> (ELT_QUALITYVSSPEED, paramHelp[5],
ELT_QUALITYVSSPEEDLIST);
addParameter<StringCollection> (ELT_EDGELENGTHMEASUREMENT, paramHelp[6],
ELT_EDGELENGTHMEASUREMENTLIST);
addParameter<StringCollection> (ELT_ALLOWEDPOSITIONS, paramHelp[7],
ELT_ALLOWEDPOSITIONSLIST);
addParameter<StringCollection> (ELT_TIPOVER, paramHelp[8], ELT_TIPOVERLIST);
addParameter<StringCollection> (ELT_PRESORT, paramHelp[9], ELT_PRESORTLIST);
addParameter<StringCollection> (ELT_GALAXYCHOICE, paramHelp[10],
ELT_GALAXYCHOICELIST);
addParameter<StringCollection> (ELT_MAXITERCHANGE, paramHelp[11],
ELT_MAXITERCHANGELIST);
addParameter<StringCollection> (ELT_INITIALPLACEMENTMULT, paramHelp[12],
ELT_INITIALPLACEMENTMULTLIST);
addParameter<StringCollection> (ELT_FORCEMODEL, paramHelp[13],
ELT_FORCEMODELLIST);
addParameter<StringCollection> (ELT_REPULSIVEFORCEMETHOD, paramHelp[14],
ELT_REPULSIVEFORCEMETHODLIST);
addParameter<StringCollection> (ELT_INITIALPLACEMENTFORCES, paramHelp[15],
ELT_INITIALPLACEMENTFORCESLIST);
addParameter<StringCollection> (ELT_REDUCEDTREECONSTRCUCTION, paramHelp[16],
ELT_REDUCEDTREECONSTRCUCTIONLIST);
addParameter<StringCollection> (ELT_SMALLESTCELLFINDING, paramHelp[17],
ELT_SMALLESTCELLFINDINGLIST);
}
OGDFFm3::~OGDFFm3() {
}
void OGDFFm3::beforeCall() {
ogdf::FMMMLayout *fmmm = static_cast<ogdf::FMMMLayout*> (ogdfLayoutAlgo);
if (dataSet != 0) {
fmmm->useHighLevelOptions(true);
SizeProperty * size = NULL;
if (dataSet->get("Node Size", size))
tlpToOGDF->copyTlpNodeSizeToOGDF(size);
double edgeLenth = 10;
if (dataSet->get("Unit edge length", edgeLenth))
fmmm->unitEdgeLength(edgeLenth);
bool bval = false;
if (dataSet->get("New initial placement", bval)) {
fmmm->newInitialPlacement(bval);
}
int ival = 0;
if (dataSet->get("Fixed iterations", ival)) {
fmmm->fixedIterations(ival);
}
double dval = 0;
if (dataSet->get("Threshold", dval)) {
fmmm->threshold(dval);
}
if (dataSet->get(ELT_PAGEFORMAT, stringCollection)) {
if (stringCollection.getCurrent() == ELT_PORTRAIT) {
fmmm->pageFormat(ogdf::FMMMLayout::pfPortrait);
}
else if (stringCollection.getCurrent() == ELT_LANDSCAPE) {
fmmm->pageFormat(ogdf::FMMMLayout::pfLandscape);
}
else {
fmmm->pageFormat(ogdf::FMMMLayout::pfSquare);
}
}
if (dataSet->get(ELT_QUALITYVSSPEED, stringCollection)) {
if (stringCollection.getCurrent() == ELT_NICEANDINCREDIBLESPEED) {
fmmm->qualityVersusSpeed(
ogdf::FMMMLayout::qvsNiceAndIncredibleSpeed);
}
else if (stringCollection.getCurrent() == ELT_GORGEOUSANDEFFICIENT) {
fmmm->qualityVersusSpeed(ogdf::FMMMLayout::qvsGorgeousAndEfficient);
}
else {
fmmm->qualityVersusSpeed(ogdf::FMMMLayout::qvsBeautifulAndFast);
}
}
if (dataSet->get(ELT_EDGELENGTHMEASUREMENT, stringCollection)) {
if (stringCollection.getCurrent() == ELT_BOUNDINGCIRCLE) {
fmmm->edgeLengthMeasurement(ogdf::FMMMLayout::elmBoundingCircle);
}
else {
fmmm->edgeLengthMeasurement(ogdf::FMMMLayout::elmMidpoint);
}
}
if (dataSet->get(ELT_ALLOWEDPOSITIONS, stringCollection)) {
if (stringCollection.getCurrent() == ELT_INTEGER) {
fmmm->allowedPositions(ogdf::FMMMLayout::apInteger);
}
else if (stringCollection.getCurrent() == ELT_EXPONENT) {
fmmm->allowedPositions(ogdf::FMMMLayout::apExponent);
}
else {
fmmm->allowedPositions(ogdf::FMMMLayout::apAll);
}
}
if (dataSet->get(ELT_TIPOVER, stringCollection)) {
if (stringCollection.getCurrent() == ELT_NONE) {
fmmm->tipOverCCs(ogdf::FMMMLayout::toNone);
}
else if (stringCollection.getCurrent() == ELT_NOGROWINGROW) {
fmmm->tipOverCCs(ogdf::FMMMLayout::toNoGrowingRow);
}
else {
fmmm->tipOverCCs(ogdf::FMMMLayout::toAlways);
}
}
if (dataSet->get(ELT_PRESORT, stringCollection)) {
if (stringCollection.getCurrent() == ELT_NONE) {
fmmm->presortCCs(ogdf::FMMMLayout::psNone);
}
else if (stringCollection.getCurrent() == ELT_DECREASINGHEIGHT) {
fmmm->presortCCs(ogdf::FMMMLayout::psDecreasingHeight);
}
else {
fmmm->presortCCs(ogdf::FMMMLayout::psDecreasingWidth);
}
}
if (dataSet->get(ELT_GALAXYCHOICE, stringCollection)) {
if (stringCollection.getCurrent() == ELT_UNIFORMPROB) {
fmmm->galaxyChoice(ogdf::FMMMLayout::gcUniformProb);
}
else if (stringCollection.getCurrent() == ELT_NONUNIFORMPROBLOWERMASS) {
fmmm->galaxyChoice(ogdf::FMMMLayout::gcNonUniformProbLowerMass);
}
else {
fmmm->galaxyChoice(ogdf::FMMMLayout::gcNonUniformProbHigherMass);
}
}
if (dataSet->get(ELT_MAXITERCHANGE, stringCollection)) {
if (stringCollection.getCurrent() == ELT_CONSTANT) {
fmmm->maxIterChange(ogdf::FMMMLayout::micConstant);
}
else if (stringCollection.getCurrent() == ELT_LINEARLYDECREASING) {
fmmm->maxIterChange(ogdf::FMMMLayout::micLinearlyDecreasing);
}
else {
fmmm->maxIterChange(ogdf::FMMMLayout::micRapidlyDecreasing);
}
}
if (dataSet->get(ELT_INITIALPLACEMENTMULT, stringCollection)) {
if (stringCollection.getCurrent() == ELT_ADVANCED) {
fmmm->initialPlacementMult(ogdf::FMMMLayout::ipmAdvanced);
}
else {
fmmm->initialPlacementMult(ogdf::FMMMLayout::ipmSimple);
}
}
if (dataSet->get(ELT_FORCEMODEL, stringCollection)) {
if (stringCollection.getCurrent() == ELT_FRUCHTERMANNREINGOLD) {
fmmm->forceModel(ogdf::FMMMLayout::fmFruchtermanReingold);
}
else if (stringCollection.getCurrent() == ELT_EADES) {
fmmm->forceModel(ogdf::FMMMLayout::fmEades);
}
else {
fmmm->forceModel(ogdf::FMMMLayout::fmNew);
}
}
if (dataSet->get(ELT_REPULSIVEFORCEMETHOD, stringCollection)) {
if (stringCollection.getCurrent() == ELT_EXACT) {
fmmm->repulsiveForcesCalculation(ogdf::FMMMLayout::rfcExact);
}
else if (stringCollection.getCurrent() == ELT_GRIDAPPROXIMATION) {
fmmm->repulsiveForcesCalculation(
ogdf::FMMMLayout::rfcGridApproximation);
}
else {
fmmm->repulsiveForcesCalculation(ogdf::FMMMLayout::rfcNMM);
}
}
if (dataSet->get(ELT_INITIALPLACEMENTFORCES, stringCollection)) {
if (stringCollection.getCurrent() == ELT_UNIFORMGRID) {
fmmm->initialPlacementForces(ogdf::FMMMLayout::ipfUniformGrid);
}
else if (stringCollection.getCurrent() == ELT_RANDOMTIME) {
fmmm->initialPlacementForces(ogdf::FMMMLayout::ipfRandomTime);
}
else if (stringCollection.getCurrent() == ELT_RANDOMRANDITERNR) {
fmmm->initialPlacementForces(ogdf::FMMMLayout::ipfRandomRandIterNr);
}
else {
fmmm->initialPlacementForces(ogdf::FMMMLayout::ipfKeepPositions);
}
}
if (dataSet->get(ELT_REDUCEDTREECONSTRCUCTION, stringCollection)) {
if (stringCollection.getCurrent() == ELT_SUBTREEBYSUBTREE) {
fmmm->nmTreeConstruction(ogdf::FMMMLayout::rtcSubtreeBySubtree);
}
else {
fmmm->nmTreeConstruction(ogdf::FMMMLayout::rtcPathByPath);
}
}
if (dataSet->get(ELT_SMALLESTCELLFINDING, stringCollection)) {
if (stringCollection.getCurrent() == ELT_ITERATIVELY) {
fmmm->nmSmallCell(ogdf::FMMMLayout::scfIteratively);
}
else {
fmmm->nmSmallCell(ogdf::FMMMLayout::scfAluru);
}
}
}
}
void OGDFFm3::callOGDFLayoutAlgorithm(ogdf::GraphAttributes &gAttributes) {
ogdf::FMMMLayout *fmmm = static_cast<ogdf::FMMMLayout*> (ogdfLayoutAlgo);
DoubleProperty *length = NULL;
if (dataSet->get("Edge Length Property", length) && length) {
EdgeArray<double> edgeLength(tlpToOGDF->getOGDFGraph());
tlp::edge e;
forEach(e, graph->getEdges()) {
edgeLength[tlpToOGDF->getOGDFGraphEdge(e.id)] = length->getEdgeValue(e);
}
fmmm->call(gAttributes, edgeLength);
}
else {
OGDFLayoutPluginBase::callOGDFLayoutAlgorithm(gAttributes);
}
}
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