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org.fudaa.dodico.rubar.io.RubarOUVWriter Maven / Gradle / Ivy
/**
* @creation 3 janv. 2005 @modification $Date: 2007-05-22 13:11:24 $ @license GNU General Public License 2 @copyright (c)1998-2001 CETMEF 2 bd
* Gambetta F-60231 Compiegne @mail [email protected]
*/
package org.fudaa.dodico.rubar.io;
import gnu.trove.TDoubleHashSet;
import org.fudaa.ctulu.CtuluLib;
import org.fudaa.ctulu.CtuluLibString;
import org.fudaa.ctulu.CtuluNumberFormatI;
import org.fudaa.ctulu.fileformat.FortranLib;
import org.fudaa.dodico.fortran.FileOpWriterCharSimpleAbstract;
import org.fudaa.dodico.fortran.FortranWriter;
import org.fudaa.dodico.h2d.rubar.*;
import org.fudaa.dodico.h2d.type.H2dRubarOuvrageType;
import org.fudaa.dodico.h2d.type.H2dVariableType;
import org.fudaa.dodico.mesure.EvolutionReguliereAbstract;
import java.io.IOException;
import java.text.DecimalFormat;
import java.util.ArrayList;
import java.util.Arrays;
import java.util.List;
/**
* @author Fred Deniger
* @version $Id: RubarOUVWriter.java,v 1.9 2007-05-22 13:11:24 deniger Exp $
*/
public class RubarOUVWriter extends FileOpWriterCharSimpleAbstract {
FortranWriter w_;
private boolean newFormat;
public boolean isNewFormat() {
return newFormat;
}
public void setNewFormat(boolean newFormat) {
this.newFormat = newFormat;
}
protected void writeOuv(final H2dRubarOuvrageContainer _c) {
final int nbOuv = _c.getNbOuvrage();
H2dRubarOuvrageI o;
final String esp = CtuluLibString.ESPACE;
buildFirstLine();
w_ = new FortranWriter(out_);
w_.setSpaceBefore(true);
final DecimalFormat fmt = CtuluLib.getDecimalFormat();
fmt.setMinimumFractionDigits(4);
fmt.setMaximumFractionDigits(4);
try {
for (int iOuv = 0; iOuv < nbOuv; iOuv++) {
StringBuffer buf = new StringBuffer();
o = _c.getOuvrage(iOuv);
// XIA1, YIA1
buf.append(fmt.format(o.getXaAmont())).append(esp).append(fmt.format(o.getYAmont())).append(esp);
// YIE1, YIE1
buf.append(fmt.format(o.getXElementAmont())).append(esp).append(fmt.format(o.getYElementAmont())).append(esp);
final int nbMaille = o.getNbMailleIntern();
// NREF, NBMAIL
buf.append(o.getRubarRef()).append(esp).append(nbMaille);
writelnToOut(buf.toString());
// buf=writeln(buf);
// XIEI YIEI
for (int iMail = 0; iMail < nbMaille; iMail++) {
writelnToOut(fmt.format(o.getXMailleIntern(iMail)) + esp + fmt.format(o.getYMailleIntern(iMail)));
}
buf = new StringBuffer();
// XIA2, YIA2
buf.append(fmt.format(o.getXaAval())).append(esp).append(fmt.format(o.getYAval())).append(esp);
// YIE2, YIE2
buf.append(fmt.format(o.getXElementAval())).append(esp).append(fmt.format(o.getYELementAval())).append(esp);
// NOUV
final int nbOuvEle = o.getNbOuvrageElementaires();
buf.append(nbOuvEle);
writelnToOut(buf.toString());
for (int iOuvEle = 0; iOuvEle < nbOuvEle; iOuvEle++) {
final H2dRubarOuvrageElementaireInterface ele = o.getOuvrageElementaire(iOuvEle);
writeOuvElem(ele);
}
}
} catch (final IOException e) {
analyze_.manageException(e);
}
}
protected void writeOuvElem(H2dRubarOuvrageElementaireInterface ele) throws IOException {
if (ele.getType().equals(H2dRubarOuvrageType.BRECHE)) {
writeOuvBreche((H2dRubarOuvrageElementaireBrecheI) ele);
} else if (ele.getType().equals(H2dRubarOuvrageType.COMPOSITE)) {
writeOuvComposite((H2dRubarOuvrageElementaireCompositeI) ele);
} else if (ele.getType().equals(H2dRubarOuvrageType.DEVERSOIR)) {
writeOuvDeversoir((H2dRubarOuvrageElementaireDeversoirI) ele);
} else if (ele.getType().equals(H2dRubarOuvrageType.DEVERSOIR_HYDRAULIQUE)) {
writeOuvDeversoirHydraulique((H2dRubarOuvrageElementaireDeversoirHydrauliqueI) ele);
} else if (ele.getType().equals(H2dRubarOuvrageType.ORIFICE_CIRCULAIRE)) {
writeOuvOrificeCirculaire((H2dRubarOuvrageElementaireOrificeCirculaireI) ele);
} else if (ele.getType().equals(H2dRubarOuvrageType.APPORT_DEBIT)) {
writeOuvApport((H2dRubarOuvrageElementaireApportI) ele);
} else if (ele.getType().equals(H2dRubarOuvrageType.TRANSFERT_DEBIT_TARAGE)) {
writeOuvTransfert((H2dRubarOuvrageElementaireTransfertDebitI) ele);
}
}
int[] firstLine_;
final CtuluNumberFormatI defaultFormat = FortranLib.getFortranFormat(10, 3);
final CtuluNumberFormatI xyNewFormat = FortranLib.getFortranFormat(12, 3);
protected void buildFirstLine() {
if (firstLine_ == null) {
firstLine_ = RubarOUVReader.getFirstLineFmt();
}
}
protected void writeOuvComposite(final H2dRubarOuvrageElementaireCompositeI _d) throws IOException {
w_.stringField(0, _d.getType().getRubarId());
w_.stringField(1, _d.getTypeControle().getRubarId());
final double[] valeurs = _d.getValeurs();
w_.stringField(2, Integer.toString(valeurs.length));
CtuluNumberFormatI xyFormat = this.defaultFormat;
if (newFormat) {
xyFormat = xyNewFormat;
}
w_.stringField(3, xyFormat.format(_d.getXAmont()));
w_.stringField(4, xyFormat.format(_d.getYAmont()));
w_.stringField(5, xyFormat.format(_d.getXAval()));
w_.stringField(6, xyFormat.format(_d.getYAval()));
w_.writeFields(newFormat ? RubarOUVReader.FMT_COMPOSITE_NEW : RubarOUVReader.FMT_COMPOSITE);
if (valeurs.length > 0) {
for (int i = 0; i < valeurs.length; i++) {
w_.stringField(i, defaultFormat.format(valeurs[i]));
}
w_.writeFields(RubarOUVReader.FMT_COMPOSITE_VALEURS);
}
final H2dRubarOuvrageElementaireInterface[] ouvrages = _d.getOuvrages();
for (int i = 0; i < ouvrages.length; i++) {
writeOuvElem(ouvrages[i]);
}
}
protected void writeOuvDeversoir(final H2dRubarOuvrageElementaireDeversoirI _d) throws IOException {
w_.stringField(0, _d.getType().getRubarId());
w_.stringField(2, defaultFormat.format(_d.getLongDeversement()));
w_.stringField(3, defaultFormat.format(_d.getCoteSeuilZd()));
w_.stringField(4, defaultFormat.format(_d.getCoteMisEnchargeZm()));
w_.stringField(5, defaultFormat.format(_d.getCoefficientDebit()));
w_.writeFields(RubarOUVReader.FMT_DEVERSOIR);
}
protected void writeOuvDeversoirHydraulique(final H2dRubarOuvrageElementaireDeversoirHydrauliqueI _d)
throws IOException {
w_.stringField(0, _d.getType().getRubarId());
w_.stringField(2, defaultFormat.format(_d.getLongDeversement()));
w_.stringField(3, defaultFormat.format(_d.getCoteSeuilZd()));
w_.stringField(4, defaultFormat.format(_d.getCoteMisEnchargeZm()));
w_.stringField(5, defaultFormat.format(_d.getCoefficientDebit()));
w_.writeFields(RubarOUVReader.FMT_DEVERSOIR_HYDRAULIQUE);
}
protected void writeOuvOrificeCirculaire(final H2dRubarOuvrageElementaireOrificeCirculaireI _d) throws IOException {
w_.stringField(0, _d.getType().getRubarId());
w_.stringField(2, defaultFormat.format(_d.getLongDeversement()));
w_.stringField(3, defaultFormat.format(_d.getCoteSeuilZd()));
w_.stringField(4, defaultFormat.format(_d.getDiametre()));
w_.stringField(5, defaultFormat.format(_d.getCoefficientDebit()));
w_.writeFields(RubarOUVReader.FMT_ORIFICE_CIRCULAIRE);
}
protected void writeOuvDebit(final H2dRubarOuvrageElementaireTransfertDebitI _d, List qVariables) throws IOException {
w_.stringField(0, _d.getType().getRubarId());
List evols = new ArrayList();
TDoubleHashSet timesSet = new TDoubleHashSet();
for (H2dVariableType qVariable : qVariables) {
EvolutionReguliereAbstract evol = _d.getEvol(qVariable);
if (evol != null) {
timesSet.addAll(evol.getArrayX());
evols.add(evol);
} else {
break;
}
}
double[] times = timesSet.toArray();
Arrays.sort(times);
final int nbPt = times.length;
w_.intField(1, nbPt);
w_.stringField(2, CtuluLibString.ZERO);
w_.stringField(3, CtuluLibString.ZERO);
w_.stringField(4, CtuluLibString.ZERO);
w_.stringField(5, CtuluLibString.ZERO);
w_.writeFields(firstLine_);
for (int i = 0; i < nbPt; i++) {
out_.write(Double.toString(times[i]));
for (int j = 0; j < evols.size(); j++) {
out_.write(CtuluLibString.ESPACE);
out_.write(Double.toString(evols.get(j).getInterpolateYValueFor(times[i])));
}
writelnToOut();
}
}
private void writeOuvTransfert(final H2dRubarOuvrageElementaireTransfertDebitI _d) throws IOException {
writeOuvDebit(_d, H2dRubarOuvrage.getTarageVariables());
}
private void writeOuvApport(final H2dRubarOuvrageElementaireApportI _d) throws IOException {
int nbEvolution = _d.getEvols().size();
List qVariables = RubarOUVReader.getH2dVariableTypesTransportBlocks(nbEvolution);
writeOuvDebit(_d, qVariables);
}
int[] fmtBrecheSec_;
int[] fmtBrecheQuatre_;
int[] fmtBrecheThird_;
protected void writeOuvBreche(final H2dRubarOuvrageElementaireBrecheI _d) throws IOException {
CtuluNumberFormatI formatteur6_2 = FortranLib.getFortranFormat(6, 2);
CtuluNumberFormatI formatteur8_2 = FortranLib.getFortranFormat(8, 2);
CtuluNumberFormatI formatteur10_2 = FortranLib.getFortranFormat(10, 2);
w_.stringField(0, _d.getType().getRubarId());
w_.stringField(1, Integer.toString(_d.getBrecheType()));
if (_d.getDebutTemps() >= 0) {
w_.stringField(2, formatteur8_2.format(_d.getDebutTemps()));
}
w_.stringField(3, formatteur10_2.format(_d.getCoteCrete()));
w_.stringField(4, formatteur10_2.format(_d.getCotePied()));
w_.stringField(5, formatteur10_2.format(_d.getLargeurCrete()));
w_.stringField(6, formatteur10_2.format(_d.getLargeurPied()));
w_.writeFields(RubarOUVReader.FMT_BRECHE);
w_.stringField(0, formatteur10_2.format(_d.getDiametreMedian()));
w_.stringField(1, formatteur10_2.format(_d.getCoeffStrickler()));
w_.stringField(2, formatteur10_2.format(_d.getMasseVolumiqueGrain()));
w_.stringField(3, formatteur10_2.format(_d.getPorosite()));
w_.writeFields(RubarOUVReader.FMT_BRECHE_LINE2);
w_.stringField(0, formatteur10_2.format(_d.getCoteFond()));
w_.stringField(1, formatteur10_2.format(_d.getDimensionInitiale()));
w_.stringField(2, formatteur10_2.format(_d.getCoefficientErosionLineaire()));
w_.writeFields(RubarOUVReader.FMT_BRECHE_LINE3);
w_.stringField(0, formatteur10_2.format(_d.getPasDeTemps()));
w_.stringField(1, formatteur10_2.format(_d.getCoeffPerteDeCharge()));
w_.stringField(2, Integer.toString(_d.getRenardSurverseId()));
w_.stringField(3, Integer.toString(_d.getNbPasDeTempsMax()));
w_.writeFields(RubarOUVReader.FMT_BRECHE_LINE4);
}
@Override
protected void internalWrite(final Object _o) {
if (_o instanceof H2dRubarOuvrageContainer) {
writeOuv((H2dRubarOuvrageContainer) _o);
} else {
donneesInvalides(_o);
}
}
}
