// Write the current Ranges portion of controls to an XML stream
bool US_RunProtocol::RunProtoRanges::toXml( QXmlStreamWriter& xmlo )
{
nranges = chrngs.count();
xmlo.writeStartElement( "ranges" );
for ( int ii = 0; ii < nranges; ii++ )
{
xmlo.writeStartElement( "range" );
xmlo.writeAttribute ( "channel", chrngs[ ii ].channel );
xmlo.writeAttribute ( "start_radius",
QString::number( chrngs[ ii ].lo_rad ) );
xmlo.writeAttribute ( "end_radius",
QString::number( chrngs[ ii ].hi_rad ) );
for ( int jj = 0; jj < chrngs[ ii ].wvlens.count(); jj++ )
{
xmlo.writeStartElement( "wavelength" );
xmlo.writeAttribute ( "lambda",
QString::number( chrngs[ ii ].wvlens[ jj ] ) );
xmlo.writeEndElement(); // wavelength
}
xmlo.writeEndElement(); // range
}
xmlo.writeEndElement(); // ranges
return ( ! xmlo.hasError() );
}
// Write all current controls to an XML stream
bool US_RunProtocol::toXml( QXmlStreamWriter& xmlo )
{
xmlo.writeStartDocument();
xmlo.writeDTD ( "<!DOCTYPE US_RunProtocol>" );
xmlo.writeStartElement ( "ProtocolData" );
xmlo.writeAttribute ( "version", "1.0" );
xmlo.writeStartElement ( "protocol" );
xmlo.writeAttribute ( "description", protname );
xmlo.writeAttribute ( "guid", pGUID );
xmlo.writeAttribute ( "optima_host", optimahost );
xmlo.writeAttribute ( "investigator", investigator );
xmlo.writeAttribute ( "temperature", QString::number( temperature ) );
xmlo.writeAttribute ( "temeq_delay", QString::number( temeq_delay ) );
rpRotor.toXml( xmlo );
rpSpeed.toXml( xmlo );
rpCells.toXml( xmlo );
rpSolut.toXml( xmlo );
rpOptic.toXml( xmlo );
rpRange.toXml( xmlo );
xmlo.writeEndElement(); // protocol
xmlo.writeEndElement(); // ProtocolData
xmlo.writeEndDocument();
return ( ! xmlo.hasError() );
}
// Write the current Cells portion of controls to an XML stream
bool US_RunProtocol::RunProtoCells::toXml( QXmlStreamWriter& xmlo )
{
xmlo.writeStartElement( "cells" );
xmlo.writeAttribute ( "total_holes", QString::number( ncell ) );
xmlo.writeAttribute ( "used_holes", QString::number( nused ) );
for ( int ii = 0; ii < nused; ii++ )
{
xmlo.writeStartElement( "cell" );
xmlo.writeAttribute ( "id", QString::number( used[ ii ].cell ) );
// if ( ( ii + 1 ) < nused ) //ALEXEY bug
// {
// xmlo.writeAttribute( "centerpiece", used[ ii ].centerpiece );
// xmlo.writeAttribute( "windows", used[ ii ].windows );
// }
if ( used[ ii ].cell != ncell )
{
xmlo.writeAttribute( "centerpiece", used[ ii ].centerpiece );
xmlo.writeAttribute( "windows", used[ ii ].windows );
}
else
{
xmlo.writeAttribute( "counterbalance", used[ ii ].cbalance ); // ALEXEY: Potential BUG: WHY last cell is always counterbalance ??
}
xmlo.writeEndElement(); // cell
}
xmlo.writeEndElement(); // cells
return ( ! xmlo.hasError() );
}
// Write the current Speed portion of controls to an XML stream
bool US_RunProtocol::RunProtoSpeed::toXml( QXmlStreamWriter& xmlo )
{
xmlo.writeStartElement( "speed" );
xmlo.writeAttribute( "spin_down", spin_down ? "1" : "0" );
xmlo.writeAttribute( "radial_calibration", radial_calib ? "1" : "0" );
for ( int ii = 0; ii < ssteps.count(); ii++ )
{
QString s_durat;
QString s_delay;
QString s_sintv;
US_RunProtocol::timeToString( ssteps[ ii ].duration, s_durat );
US_RunProtocol::timeToString( ssteps[ ii ].delay, s_delay );
US_RunProtocol::timeToString( ssteps[ ii ].scanintv, s_sintv );
xmlo.writeStartElement( "speedstep" );
xmlo.writeAttribute ( "rotorspeed",
QString::number( ssteps[ ii ].speed ) );
xmlo.writeAttribute ( "acceleration",
QString::number( ssteps[ ii ].accel ) );
xmlo.writeAttribute ( "duration", s_durat );
xmlo.writeAttribute ( "delay", s_delay );
xmlo.writeAttribute ( "scan_interval", s_sintv );
xmlo.writeEndElement (); // speedstep
}
xmlo.writeEndElement(); // speed
return ( ! xmlo.hasError() );
}
// Write the current Solutions portion of controls to an XML stream
bool US_RunProtocol::RunProtoSolutions::toXml( QXmlStreamWriter& xmlo )
{
nschan = chsols.count();
xmlo.writeStartElement( "solutions" );
for ( int ii = 0; ii < nschan; ii++ )
{
xmlo.writeStartElement( "solution" );
xmlo.writeAttribute ( "channel", chsols[ ii ].channel );
xmlo.writeAttribute ( "name", chsols[ ii ].solution );
xmlo.writeAttribute ( "id", chsols[ ii ].sol_id );
xmlo.writeAttribute ( "chan_comment", chsols[ ii ].ch_comment );
xmlo.writeEndElement(); // solution
}
xmlo.writeEndElement(); // solutions
return ( ! xmlo.hasError() );
}
// Write the current Optical Systems portion of controls to an XML stream
bool US_RunProtocol::RunProtoOptics::toXml( QXmlStreamWriter& xmlo )
{
nochan = chopts.count();
xmlo.writeStartElement( "optics" );
for ( int ii = 0; ii < nochan; ii++ )
{
xmlo.writeStartElement( "optical_system" );
xmlo.writeAttribute ( "channel", chopts[ ii ].channel );
if ( ! chopts[ ii ].scan1.isEmpty() )
xmlo.writeAttribute ( "scan1", chopts[ ii ].scan1 );
if ( ! chopts[ ii ].scan2.isEmpty() )
xmlo.writeAttribute ( "scan2", chopts[ ii ].scan2 );
if ( ! chopts[ ii ].scan3.isEmpty() )
xmlo.writeAttribute ( "scan3", chopts[ ii ].scan3 );
xmlo.writeEndElement(); // optical_system
}
xmlo.writeEndElement(); // optics
return ( ! xmlo.hasError() );
}
// Write the current Rotor portion of controls to an XML stream
bool US_RunProtocol::RunProtoRotor::toXml( QXmlStreamWriter& xmlo )
{
xmlo.writeStartElement( "rotor" );
xmlo.writeAttribute( "laboratory", laboratory );
xmlo.writeAttribute( "rotor", rotor );
xmlo.writeAttribute( "calibration", calibration );
xmlo.writeAttribute( "labid", QString::number( labID ) );
xmlo.writeAttribute( "rotid", QString::number( rotID ) );
xmlo.writeAttribute( "calid", QString::number( calID ) );
xmlo.writeAttribute( "absid", QString::number( absID ) );
xmlo.writeAttribute( "labguid", labGUID );
xmlo.writeAttribute( "rotguid", rotGUID );
xmlo.writeAttribute( "calguid", calGUID );
xmlo.writeAttribute( "absguid", absGUID );
xmlo.writeEndElement(); // rotor
return ( ! xmlo.hasError() );
}
void Table::setXML(QXmlStreamWriter& w) const{
int s=datalist.size();
for(int i=0;i<s && !w.hasError();i++)
{
QString xname=datalist[i]->getName()->text();
QString xtype=datalist[i]->getType()->text();
QString xlv=datalist[i]->getLV()->text();
QString xstrength=datalist[i]->getStrength()->text();
QString xconstitution=datalist[i]->getConstitution()->text();
w.writeStartElement(xtype);
w.writeTextElement("Name",xname);
w.writeTextElement("LV",xlv);
w.writeTextElement("Strength",xstrength);
w.writeTextElement("Constitution",xconstitution);
if(xtype!="Golem")
{
QString xmp=datalist[i]->getMP()->text();
QString xwisdom=datalist[i]->getWisdom()->text();
w.writeTextElement("MP",xmp);
w.writeTextElement("Wisdom",xwisdom);
}
w.writeEndElement();
}
}
bool Document::saveMOJ(QString fileName)
{
QFile file(fileName);
if (!file.open(QIODevice::WriteOnly))
{
return false;
}
QXmlStreamWriter writer;
writer.setAutoFormatting(true);
writer.setDevice(&file);
writer.writeStartDocument("1.0", false);
writer.writeStartElement("MrWriter");
QString version;
version.append(QString::number(MAJOR_VERSION)).append(".").append(QString::number(MINOR_VERSION)).append(QString::number(PATCH_VERSION));
writer.writeAttribute(QXmlStreamAttribute("version", version));
QString docVersion = QString::number(DOC_VERSION);
writer.writeAttribute(QXmlStreamAttribute("docversion", docVersion));
writer.writeStartElement("title");
writer.writeCharacters("MrWriter document - see http://unruhschuh.com/mrwriter/");
writer.writeEndElement();
for (int i = 0; i < pages.size(); ++i)
{
writer.writeStartElement("page");
writer.writeAttribute(QXmlStreamAttribute("width", QString::number(pages[i].width())));
writer.writeAttribute(QXmlStreamAttribute("height", QString::number(pages[i].height())));
writer.writeEmptyElement("background");
writer.writeAttribute(QXmlStreamAttribute("type", "solid"));
writer.writeAttribute(QXmlStreamAttribute("color", toRGBA(pages[i].backgroundColor().name(QColor::HexArgb))));
writer.writeAttribute(QXmlStreamAttribute("style", "plain"));
writer.writeStartElement("layer");
// for (int j = 0; j < pages[i].m_strokes.size(); ++j)
for (auto strokes : pages[i].strokes())
{
writer.writeStartElement("stroke");
writer.writeAttribute(QXmlStreamAttribute("tool", "pen"));
writer.writeAttribute(QXmlStreamAttribute("color", toRGBA(strokes.color.name(QColor::HexArgb))));
QString patternString;
if (strokes.pattern == MrDoc::solidLinePattern)
{
patternString = "solid";
}
else if (strokes.pattern == MrDoc::dashLinePattern)
{
patternString = "dash";
}
else if (strokes.pattern == MrDoc::dashDotLinePattern)
{
patternString = "dashdot";
}
else if (strokes.pattern == MrDoc::dotLinePattern)
{
patternString = "dot";
}
else
{
patternString = "solid";
}
writer.writeAttribute(QXmlStreamAttribute("style", patternString));
qreal width = strokes.penWidth;
writer.writeAttribute(QXmlStreamAttribute("width", QString::number(width)));
QString pressures;
for (int k = 0; k < strokes.pressures.length(); ++k)
{
pressures.append(QString::number(strokes.pressures[k])).append(" ");
}
writer.writeAttribute((QXmlStreamAttribute("pressures", pressures.trimmed())));
QString points;
for (int k = 0; k < strokes.points.size(); ++k)
{
points.append(QString::number(strokes.points[k].x()));
points.append(" ");
points.append(QString::number(strokes.points[k].y()));
points.append(" ");
}
writer.writeCharacters(points.trimmed());
writer.writeEndElement(); // closing "stroke"
}
writer.writeEndElement(); // closing "layer"
writer.writeEndElement(); // closing "page"
}
writer.writeEndDocument();
QFileInfo fileInfo(file);
file.close();
if (writer.hasError())
{
return false;
}
else
{
setDocumentChanged(false);
m_path = fileInfo.absolutePath();
m_docName = fileInfo.completeBaseName();
return true;
}
}
bool Document::saveXOJ(QString fileName)
{
QFile file(fileName);
if (!file.open(QIODevice::WriteOnly))
{
return false;
}
QXmlStreamWriter writer;
writer.setAutoFormatting(true);
writer.setDevice(&file);
writer.writeStartDocument("1.0", false);
writer.writeStartElement("xournal");
writer.writeAttribute(QXmlStreamAttribute("version", "0.4.8"));
writer.writeStartElement("title");
writer.writeCharacters("Xournal document - see http://math.mit.edu/~auroux/software/xournal/");
writer.writeEndElement();
for (int i = 0; i < pages.size(); ++i)
{
writer.writeStartElement("page");
writer.writeAttribute(QXmlStreamAttribute("width", QString::number(pages[i].width())));
writer.writeAttribute(QXmlStreamAttribute("height", QString::number(pages[i].height())));
writer.writeEmptyElement("background");
writer.writeAttribute(QXmlStreamAttribute("type", "solid"));
writer.writeAttribute(QXmlStreamAttribute("color", toRGBA(pages[i].backgroundColor().name(QColor::HexArgb))));
writer.writeAttribute(QXmlStreamAttribute("style", "plain"));
writer.writeStartElement("layer");
// for (int j = 0; j < pages[i].m_strokes.size(); ++j)
for (auto strokes : pages[i].strokes())
{
writer.writeStartElement("stroke");
writer.writeAttribute(QXmlStreamAttribute("tool", "pen"));
writer.writeAttribute(QXmlStreamAttribute("color", toRGBA(strokes.color.name(QColor::HexArgb))));
qreal width = strokes.penWidth;
QString widthString;
widthString.append(QString::number(width));
for (int k = 0; k < strokes.pressures.size() - 1; ++k)
{
qreal p0 = strokes.pressures[k];
qreal p1 = strokes.pressures[k + 1];
widthString.append(' ');
widthString.append(QString::number(0.5 * (p0 + p1) * width));
}
writer.writeAttribute(QXmlStreamAttribute("width", widthString));
for (int k = 0; k < strokes.points.size(); ++k)
{
writer.writeCharacters(QString::number(strokes.points[k].x()));
writer.writeCharacters(" ");
writer.writeCharacters(QString::number(strokes.points[k].y()));
writer.writeCharacters(" ");
}
writer.writeEndElement(); // closing "stroke"
}
writer.writeEndElement(); // closing "layer"
writer.writeEndElement(); // closing "page"
}
writer.writeEndDocument();
QFileInfo fileInfo(file);
file.close();
if (writer.hasError())
{
return false;
}
else
{
return true;
}
}
