00001 /*************************************************************************** 00002 ** 00003 ** This file is part of GeopsyCore. 00004 ** 00005 ** This library is free software; you can redistribute it and/or 00006 ** modify it under the terms of the GNU Lesser General Public 00007 ** License as published by the Free Software Foundation; either 00008 ** version 2.1 of the License, or (at your option) any later version. 00009 ** 00010 ** This file is distributed in the hope that it will be useful, but WITHOUT 00011 ** ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or 00012 ** FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public 00013 ** License for more details. 00014 ** 00015 ** You should have received a copy of the GNU Lesser General Public 00016 ** License along with this library; if not, write to the Free Software 00017 ** Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA 00018 ** 00019 ** See http://www.geopsy.org for more information. 00020 ** 00021 ** Created: 2011-10-24 00022 ** Authors: 00023 ** Marc Wathelet (ISTerre, Grenoble, France) 00024 ** 00025 ***************************************************************************/ 00026 00027 #ifndef SIGNALHEADEROBJECT_H 00028 #define SIGNALHEADEROBJECT_H 00029 00030 #include <QtScript> 00031 00032 #include "Signal.h" 00033 00034 namespace GeopsyCore { 00035 00036 class SignalHeaderObject: public QObject, public QScriptable 00037 { 00038 Q_OBJECT 00039 Q_PROPERTY(QString amplitudeUnit READ amplitudeUnit WRITE setAmplitudeUnit) 00040 Q_PROPERTY(double averageAmplitude READ averageAmplitude) 00041 Q_PROPERTY(double countPerUnit READ countPerUnit) 00042 Q_PROPERTY(double countPerVolt READ countPerVolt WRITE setCountPerVolt) 00043 Q_PROPERTY(QString component READ component WRITE setComponent) 00044 Q_PROPERTY(double deltaT READ deltaT WRITE setDeltaT) 00045 Q_PROPERTY(QString duration READ duration WRITE setDuration) 00046 Q_PROPERTY(QString endTime READ endTime WRITE setEndTime) 00047 Q_PROPERTY(QString fileFormat READ fileFormat) 00048 Q_PROPERTY(QString fileName READ fileName) 00049 Q_PROPERTY(bool headerModified READ headerModified) 00050 Q_PROPERTY(int id READ id) 00051 Q_PROPERTY(bool isOriginalFile READ isOriginalFile) 00052 Q_PROPERTY(double maximumAmplitude READ maximumAmplitude) 00053 Q_PROPERTY(QString name READ name WRITE setName) 00054 Q_PROPERTY(int nSamples READ nSamples) 00055 Q_PROPERTY(int numberInFile READ numberInFile) 00056 Q_PROPERTY(QString pointer READ pointer) 00057 Q_PROPERTY(double receiverX READ receiverX WRITE setReceiverX) 00058 Q_PROPERTY(double receiverY READ receiverY WRITE setReceiverY) 00059 Q_PROPERTY(double receiverZ READ receiverZ WRITE setReceiverZ) 00060 Q_PROPERTY(double samplingFrequency READ samplingFrequency WRITE setSamplingFrequency) 00061 Q_PROPERTY(int sampleSize READ sampleSize) 00062 Q_PROPERTY(QString shortFileName READ shortFileName) 00063 Q_PROPERTY(double sourceAzimuth READ sourceAzimuth) 00064 Q_PROPERTY(double sourceDistance READ sourceDistance) 00065 Q_PROPERTY(double sourceX READ sourceX WRITE setSourceX) 00066 Q_PROPERTY(double sourceY READ sourceY WRITE setSourceY) 00067 Q_PROPERTY(double sourceZ READ sourceZ WRITE setSourceZ) 00068 Q_PROPERTY(QString t0 READ t0 WRITE setT0) 00069 Q_PROPERTY(QString timeReference READ timeReference WRITE setTimeReference) 00070 Q_PROPERTY(QString type READ type) 00071 Q_PROPERTY(double unitPerCount READ unitPerCount) 00072 Q_PROPERTY(double unitPerVolt READ unitPerVolt WRITE setUnitPerVolt) 00073 Q_PROPERTY(double voltPerCount READ voltPerCount WRITE setVoltPerCount) 00074 Q_PROPERTY(double voltPerUnit READ voltPerUnit WRITE setVoltPerUnit) 00075 public: 00076 SignalHeaderObject(QObject * parent=0); 00077 00078 void setAmplitudeUnit(const QString& v); 00079 void setComponent(const QString& v); 00080 void setCountPerVolt(double v); 00081 void setDeltaT(double v); 00082 void setDuration(const QString& v); 00083 void setEndTime(const QString& v); 00084 void setName(const QString& v); 00085 void setReceiverX(double v); 00086 void setReceiverY(double v); 00087 void setReceiverZ(double v); 00088 void setSamplingFrequency(double v); 00089 void setSourceX(double v); 00090 void setSourceY(double v); 00091 void setSourceZ(double v); 00092 void setT0(const QString& v); 00093 void setTimeReference(const QString& v); 00094 void setUnitPerVolt(double v); 00095 void setVoltPerCount(double v); 00096 void setVoltPerUnit(double v); 00097 00098 QString amplitudeUnit() const {return thisSignal()->amplitudeUnitStandardName();} 00099 double averageAmplitude() const {return thisSignal()->averageAmplitude();} 00100 QString component() const {return thisSignal()->componentStandardName();} 00101 double countPerUnit() const {return thisSignal()->countPerUnit();} 00102 double countPerVolt() const {return thisSignal()->countPerVolt();} 00103 double deltaT() const {return thisSignal()->deltaT();} 00104 QString duration() const {return QString::number(thisSignal()->duration(), 'g', 20);} 00105 QString endTime() const {return QString::number(thisSignal()->endTime(), 'g', 20);} 00106 QString fileFormat() const; 00107 QString fileName() const; 00108 bool headerModified() const {return thisSignal()->isHeaderModified();} 00109 int id() const {return thisSignal()->id();} 00110 bool isOriginalFile() const {return thisSignal()->isOriginalFile();} 00111 double maximumAmplitude() const {return thisSignal()->maximumAmplitude();} 00112 QString name() const {return thisSignal()->name();} 00113 int nSamples() const {return thisSignal()->nSamples();} 00114 int numberInFile() const {return thisSignal()->numberInFile();} 00115 QString pointer() const {return QString::number((long)thisSignal(), 16);} 00116 double receiverX() const {return thisSignal()->receiver().x();} 00117 double receiverY() const {return thisSignal()->receiver().y();} 00118 double receiverZ() const {return thisSignal()->receiver().z();} 00119 double samplingFrequency() const {return thisSignal()->samplingFrequency();} 00120 int sampleSize() const {return thisSignal()->dataSizeMb();} 00121 QString shortFileName() const; 00122 double sourceAzimuth() const {return Angle::mathToGeographic(thisSignal()->sourceReceiverAzimuth());} 00123 double sourceDistance() const {return thisSignal()->sourceReceiverDistance();} 00124 double sourceX() const {return thisSignal()->source().x();} 00125 double sourceY() const {return thisSignal()->source().y();} 00126 double sourceZ() const {return thisSignal()->source().z();} 00127 QString t0() const {return QString::number(thisSignal()->t0(), 'g', 20);} 00128 QString timeReference() const {return thisSignal()->timeReferenceString();} 00129 QString type() const {return Signal::typeString(thisSignal()->type());} 00130 double unitPerCount() const {return thisSignal()->unitPerCount();} 00131 double unitPerVolt() const {return thisSignal()->unitPerVolt();} 00132 double voltPerCount() const {return thisSignal()->voltPerCount();} 00133 double voltPerUnit() const {return thisSignal()->voltPerUnit();} 00134 signals: 00135 void dataChanged(Signal * sig); 00136 private: 00137 inline Signal * thisSignal() const; 00138 }; 00139 00140 inline Signal * SignalHeaderObject::thisSignal() const 00141 { 00142 return qscriptvalue_cast<Signal *>(thisObject().data()); 00143 } 00144 00145 } // namespace GeopsyCore 00146 00147 Q_DECLARE_METATYPE(GeopsyCore::Signal *) 00148 00149 #endif // SIGNALHEADEROBJECT_H
