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Main_crava.cpp
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Main_crava.cpp
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/***************************************************************************
* Copyright (C) 2010 by Statoil *
* *
* This program is free software; you can redistribute it and/or modify *
* it under the terms of the GNU General Public License as published by *
* the Free Software Foundation; either version 3 of the License, or *
* (at your option) any later version. *
* *
* 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. *
* *
* 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., *
* 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. *
***************************************************************************/
#include "Main_crava.h"
#include <QtGui>
#include <QObject>
#include "VariogramDialog.h"
#include "VariogramDialog1d.h"
#include "ModeDialog.h"
#include "SettingsDialog.h"
#include <string>
/**
@author Alf Birger Rustad (Statoil R&D) <[email protected]> Øystein Arneson (RD IRE FRM) <[email protected]>, Erik Bakken <[email protected]>, Andreas B. Lindblad <[email protected]>
*/
Main_crava::Main_crava(QWidget *parent, bool existing, const QString &filename) :QMainWindow(parent)
{
setupUi( this );
standard=new StandardStrings();//makes sure that the filepaths are relative to this instance.
setCurrentFile(filename);
setupButtonGroups();
createActions();
//survey information frames
seismicDataFrame->setEnabled(false);
deleteStackPushButton->setEnabled(false);
applyToAllStacksPushButton->setEnabled(false);
formatChangeFrame->setVisible(false);
formatChangeFrame->setEnabled(false);
waveletFrame->setVisible(false);
waveletFrame->setEnabled(false);
localWaveletFrame->setVisible(false);
localWaveletFrame->setEnabled(false);
localNoiseFrame->setVisible(false);
localNoiseFrame->setEnabled(false);
//well frames
wellFrame->setEnabled(false);
deleteWellPushButton->setEnabled(false);
openWellPushButton->setEnabled(false);
useSeparateLogNamesCheckBox->setEnabled(false);
anglePositionlineEdit->setEnabled(false);
weightLineEdit->setEnabled(false);
optimizePositionFrame->setVisible(false);
optimizePositionFrame->setEnabled(false);
xCoordinateRadioButton->setVisible(false);
yCoordinateRadioButton->setVisible(false);
relativeXCoordinateRadioButton->setVisible(false);
relativeYCoordinateRadioButton->setVisible(false);
xCoordinateLineEdit->setVisible(false);
yCoordinateLineEdit->setVisible(false);
relativeXCoordinateLineEdit->setVisible(false);
relativeYCoordinateLineEdit->setVisible(false);
//horizon
velocityFieldLineEdit->setVisible(false);
velocityFieldBrowsePushButton->setVisible(false);
velocityFieldLineEdit->setEnabled(false);
velocityFieldBrowsePushButton->setEnabled(false);
//Prior Model
faciesFrame->setEnabled(false);
deleteFaciesPushButton->setEnabled(false);
//scrolling
QScrollArea *scrollArea=new QScrollArea(this);
scrollArea->setWidget(centralwidget);
scrollArea->setWidgetResizable(true);
setCentralWidget(scrollArea);
setAttribute(Qt::WA_DeleteOnClose);
QList<QWidget*> widgets=QObject::findChildren<QWidget*>();
foreach (QWidget* widget, widgets){//turns all the text of tooltips into rich text so it linebreaks nicely.
if(!widget->toolTip().isEmpty()){
widget->setToolTip(QString("<qt>")+widget->toolTip());//could do ...+ QString("</qt>")
}
}
activateTable();
readGuiSpecificSettings();
bool *pressedOpen = new bool; // a bool that indicates if the user has pressed the open project button
*pressedOpen = false;
QString fileNameOfOpenFile = QString(); // not to be confused with filename
if(!filename.isEmpty()){//used on loading
int r = QMessageBox::warning(this, QString("Overwrite settings"), QString("Do you want to overwrite the settings by loading the settings in the specified file?"),
QMessageBox::Yes | QMessageBox::No);
writeXmlToTree(filename,xmlTreeWidget);//note that xmlTreeWidget is the tree from the Qt ui-file
QDir dir(top_directoryPointer->text(1));
dir.cd(input_directoryPointer->text(1));
standard->StandardStrings::setinputPath(dir.path());
if (r == QMessageBox::Yes) {
writeSettings();
}
else{
readSettings();
}
faciesGui();
forwardGui();
estimationGui();
updateGuiToTree();
if (r == QMessageBox::Yes) {
setCurrentFile(filename);
}
}
else {//used when not loading
readSettings();
if (!mode(false,pressedOpen, existing, fileNameOfOpenFile)){
if(existing){//calling close on the first main window does not close the program
setCurrentFile(filename);
close();
return;
}
}
updateGuiToTree();
setCurrentFile(filename);
setDefaultValues();
}
if (*pressedOpen == true){
if(!fileNameOfOpenFile.isEmpty()){
int r = QMessageBox::warning(this, QString("Overwrite settings"), QString("Do you want to overwrite the settings by loading the settings in the specified file?"),
QMessageBox::Yes | QMessageBox::No);
writeXmlToTree(fileNameOfOpenFile, xmlTreeWidget);
QDir dir(top_directoryPointer->text(1));
dir.cd(input_directoryPointer->text(1));
standard->StandardStrings::setinputPath(dir.path());
if (r == QMessageBox::Yes) {
writeSettings();
}
else{
readSettings();
}
faciesGui();
forwardGui();
estimationGui();
updateGuiToTree();
if (r == QMessageBox::Yes) {
setCurrentFile(fileNameOfOpenFile);
}
}
}
xmlTreeWidget->expandAll();
xmlTreeWidget->resizeColumnToContents(0);
xmlTreeWidget->resizeColumnToContents(1);
xmlTreeWidget->setMinimumWidth(xmlTreeWidget->columnWidth(0)+xmlTreeWidget->columnWidth(1));//makes the treewidget not have to scroll all the time.
tabWidget->setCurrentIndex(0);//survey information
toolBox->setCurrentIndex(1);
delete pressedOpen;
QList<QObject*> fields = getNecessaryFields();
foreach(QObject* field, fields){
field->installEventFilter(this);
}
if(stackListWidget->count()<1) angleLineEdit->setStyleSheet("");
}
Main_crava::~Main_crava()
{//qt automatically deletes all child widgets.
delete standard;
}
void Main_crava::createActions()
{
//this is probably all editable from designer, not the standard sequences though...
modeAction->setShortcut(QString("Ctrl+M"));
newAction->setShortcut(QKeySequence::New);
saveAction->setShortcut(QKeySequence::Save);
openAction->setShortcut(QKeySequence::Open);
quitAction->setShortcut(QString("Ctrl+Q"));
runAction->setShortcut(QString("Ctrl+R"));
manualAction->setShortcut(QString(QKeySequence::HelpContents));
connect(quitAction, SIGNAL(triggered()), this, SLOT(close()));
wellHeaderListWidget->setContextMenuPolicy(Qt::CustomContextMenu);
connect(wellHeaderListWidget, SIGNAL(customContextMenuRequested(const QPoint&)), this, SLOT(showContextMenu(const QPoint&))); //right click on wellHeaderListWidget
}
void Main_crava::setupButtonGroups()
{
//survey
//also sets up non-radiobuttons
//can't check the buttons in the constructor since there is no seismic data stack yet.
QButtonGroup *seismicStackType = new QButtonGroup(seismicDataFrame);
seismicStackType->addButton(ppRadioButton);
seismicStackType->addButton(psRadioButton);
QButtonGroup *headerFormatInformation = new QButtonGroup(seismicDataFrame);
headerFormatInformation->addButton(headerAutoDetectRadioButton);
headerFormatInformation->addButton(headerSeisWorksRadioButton);
headerFormatInformation->addButton(headerIesxRadioButton);
headerFormatInformation->addButton(headerSipRadioButton);
headerFormatInformation->addButton(headerCharismaRadioButton);
headerFormatInformation->addButton(headerUserDefinedRadioButton);
QButtonGroup *waveletType = new QButtonGroup(seismicDataFrame);
waveletType->addButton(wavelet1DRadioButton);
waveletType->addButton(wavelet3DRadioButton);
wavelet1DRadioButton->setChecked(true);//this should be in update gui function, but only 1D is possible currently, when 3D is enabled it needs to be moved.
wavelet3DRadioButton->setEnabled(false);
wavelet3DFrame->setEnabled(false);
wavelet3DFrame->setVisible(false);
//wells
QButtonGroup *vpFormat = new QButtonGroup(wellsTab);
vpFormat->addButton(vpRadioButton);
vpFormat->addButton(dtRadioButton);
QButtonGroup *vsFormat = new QButtonGroup(wellsTab);
vsFormat->addButton(vsRadioButton);
vsFormat->addButton(dtsRadioButton);
QButtonGroup *xcoordinatebuttons = new QButtonGroup(wellsTab);
xcoordinatebuttons->addButton(xCoordinateRadioButton);
xcoordinatebuttons->addButton(relativeXCoordinateRadioButton);
QButtonGroup *ycoordinatebuttons = new QButtonGroup(wellsTab);
ycoordinatebuttons->addButton(yCoordinateRadioButton);
ycoordinatebuttons->addButton(relativeYCoordinateRadioButton);
//horizon
QButtonGroup *singleMultizone = new QButtonGroup(horizonsTab);
singleMultizone->addButton(singleZoneInversionRadioButton);
singleMultizone->addButton(multizoneInversionRadioButton);
QButtonGroup *verticalInterval = new QButtonGroup(horizonsTab);
verticalInterval->addButton(twoSurfaceRadioButton);
verticalInterval->addButton(topSurfaceRadioButton);
verticalInterval->addButton(baseSurfaceRadioButton);
verticalInterval->addButton(correlationSurfaceRadioButton);
verticalInterval->addButton(oneSurfaceRadioButton);
verticalInterval->addButton(constantInversionRadioButton);
QButtonGroup *lateralInterval = new QButtonGroup(horizonsTab);
lateralInterval->addButton(areaSeismicRadioButton);
lateralInterval->addButton(areaFileRadioButton);
lateralInterval->addButton(areaUtmRadioButton);
lateralInterval->addButton(areaInCrossRadioButton);
QButtonGroup *multizoneCorrelationButtons = new QButtonGroup(horizonsTab);
multizoneCorrelationButtons->addButton(topCorrelationRadioButton);
multizoneCorrelationButtons->addButton(baseCorrelationRadioButton);
multizoneCorrelationButtons->addButton(compactionCorrelationRadioButton);
multizoneCorrelationButtons->addButton(singleCorrelationSurfaceRadioButton);
multizoneCorrelationButtons->addButton(twoCorrelationSurfacesRadioButton);
//prior model
QButtonGroup *background = new QButtonGroup(priorModelTab);
background->addButton(estimateBackgroundRadioButton);
background->addButton(backgroundRadioButton);
QButtonGroup *vp1Prior = new QButtonGroup(vpVsRhoFrame);
vp1Prior->addButton(vpConstant1RadioButton);
vp1Prior->addButton(vpFile1RadioButton);
QButtonGroup *vs1Prior = new QButtonGroup(vpVsRhoFrame);
vs1Prior->addButton(vsConstant1RadioButton);
vs1Prior->addButton(vsFile1RadioButton);
QButtonGroup *density1Prior = new QButtonGroup(vpVsRhoFrame);
density1Prior->addButton(densityConstant1RadioButton);
density1Prior->addButton(densityFile1RadioButton);
QButtonGroup *density2Prior = new QButtonGroup(aiVpVsRhoFrame);
density2Prior->addButton(densityConstant2RadioButton);
density2Prior->addButton(densityFile2RadioButton);
QButtonGroup *density3Prior = new QButtonGroup(aiSiRhoFrame);
density3Prior->addButton(densityConstant3RadioButton);
density3Prior->addButton(densityFile3RadioButton);
//QCheckBox:checked:disabled{}; checked and disabled buttons shows as not checked. This is a bug in Qt, using a newer version to compile would fix it
absoluteParametersCheckBox->setVisible(false);//Not wanted functionlity?
absoluteParametersCheckBox->setEnabled(false);//Not wanted functionlity?
matchEnergiesCheckBox->setVisible(false);//Not wanted functionlity
matchEnergiesCheckBox->setEnabled(false);//Not wanted functionlity
topSurfaceRadioButton->setVisible(false);//not working
baseSurfaceRadioButton->setVisible(false);//not working
topSurfaceRadioButton->setEnabled(false);//not working
baseSurfaceRadioButton->setEnabled(false);//not working
wellHeaderPushButton->setEnabled(false);//should only be clickable if there are any items in the well list widget.
}
void Main_crava::readGuiSpecificSettings()
{//makes the program remember how it looked like last time it was ran
QSettings settings("Statoil","CRAVA");
settings.beginGroup("crava");
settings.beginGroup("GUI");
resize(settings.value("size", QSize(1280, 720)).toSize());
move(settings.value("position", QPoint(0, 0)).toPoint());
xmlTreeWidget->setVisible(settings.value(QString("showtree"),true).toBool());
settings.beginGroup("tree");
settings.beginGroup(io_settingsPointer->text(0));//io-settings
//directories , not output directory
top_directoryPointer->setText(1,settings.value(top_directoryPointer->text(0),QString("")).toString());
input_directoryPointer->setText(1,settings.value(input_directoryPointer->text(0),QString("")).toString());
//directories here so having multiple windows open does not potentially cause trouble.
settings.endGroup();
settings.endGroup();
}
void Main_crava::readSettings()
{
//second argument is default
//could have been done dynamically by searching for same name then putting it in there.
QSettings settings("Statoil","CRAVA");
settings.beginGroup("crava");
settings.beginGroup("GUI");
settings.beginGroup("tree");
//iterate over all the various options that can be in settings, if the values in the tree are non-empty and different
//project-settings
settings.beginGroup(io_settingsPointer->text(0));//io-settings
settings.beginGroup(grid_outputPointer->text(0));//grid-output
settings.beginGroup(grid_output_formatPointer->text(0));//format
if(!forwardMode()){
settings.beginGroup(segy_formatPointer->text(0));//segy-format
for(int j=0;j<segy_formatPointer->childCount();++j){
segy_formatPointer->child(j)->setText(1,settings.value(segy_formatPointer->child(j)->text(0),QString("")).toString());
}
settings.endGroup();//end segy-format
}
//grid format
format_segyPointer->setText(1,settings.value(format_segyPointer->text(0),QString("")).toString());
format_stormPointer->setText(1,settings.value(format_stormPointer->text(0),QString("")).toString());
format_cravaPointer->setText(1,settings.value(format_cravaPointer->text(0),QString("")).toString());
format_sgriPointer->setText(1,settings.value(format_sgriPointer->text(0),QString("")).toString());
format_asciiPointer->setText(1,settings.value(format_asciiPointer->text(0),QString("")).toString());
settings.endGroup();//end format
settings.endGroup();//end grid-output
if(!forwardMode()){
settings.beginGroup(well_outputPointer->text(0));//well-output
settings.beginGroup(well_output_formatPointer->text(0));//format
well_output_norsarPointer->setText(1,settings.value(well_output_norsarPointer->text(0),QString("")).toString()); //why only norsar??
settings.endGroup();//end format
settings.endGroup();//end well-output
settings.beginGroup(wavelet_outputPointer->text(0));//wavelet-output
settings.beginGroup(wavelet_output_formatPointer->text(0));//format
wavelet_output_norsarPointer->setText(1,settings.value(wavelet_output_norsarPointer->text(0),QString("")).toString());
settings.endGroup();//end format
settings.endGroup();//end wavelet-output
}
io_settings_log_levelPointer->setText(1,settings.value(io_settings_log_levelPointer->text(0),QString("")).toString());//log-level
settings.endGroup();//end io-settings
if(!forwardMode()){
settings.beginGroup(advanced_settingsPointer->text(0));//advanced-settings
if(estimationMode()){
vp_vs_ratioPointer->setText(1,settings.value(vp_vs_ratioPointer->text(0),QString("")).toString());
vp_vs_ratio_from_wellsPointer->setText(1,settings.value(vp_vs_ratio_from_wellsPointer->text(0),QString("")).toString());
high_cut_seismic_resolutionPointer->setText(1,settings.value(high_cut_seismic_resolutionPointer->text(0),QString("")).toString());
energy_tresholdPointer->setText(1,settings.value(energy_tresholdPointer->text(0),QString("")).toString());
wavelet_tapering_lengthPointer->setText(1,settings.value(wavelet_tapering_lengthPointer->text(0),QString("")).toString());
minimum_relative_wavelet_amplitudePointer->setText(1,settings.value(minimum_relative_wavelet_amplitudePointer->text(0),QString("")).toString());
maximum_wavelet_shiftPointer->setText(1,settings.value(maximum_wavelet_shiftPointer->text(0),QString("")).toString());
white_noise_component_cutPointer->setText(1,settings.value(white_noise_component_cutPointer->text(0),QString("")).toString());
//reflection matrix should not be written, relative path...
kriging_data_limitPointer->setText(1,settings.value(kriging_data_limitPointer->text(0),QString("")).toString());
guard_zonePointer->setText(1,settings.value(guard_zonePointer->text(0),QString("")).toString());
debug_levelPointer->setText(1,settings.value(debug_levelPointer->text(0),QString("")).toString());
smooth_kriged_parametersPointer->setText(1,settings.value(smooth_kriged_parametersPointer->text(0),QString("")).toString());
}
else{
x_fractionPointer->setText(1,settings.value(x_fractionPointer->text(0),QString("")).toString());
y_fractionPointer->setText(1,settings.value(y_fractionPointer->text(0),QString("")).toString());
z_fractionPointer->setText(1,settings.value(z_fractionPointer->text(0),QString("")).toString());
use_intermediate_disk_storagePointer->setText(1,settings.value(use_intermediate_disk_storagePointer->text(0),QString("")).toString());
vp_vs_ratioPointer->setText(1,settings.value(vp_vs_ratioPointer->text(0),QString("")).toString());
vp_vs_ratio_from_wellsPointer->setText(1,settings.value(vp_vs_ratio_from_wellsPointer->text(0),QString("")).toString());
maximum_relative_thickness_differencePointer->setText(1,settings.value(maximum_relative_thickness_differencePointer->text(0),QString("")).toString());
frequency_band_low_cutPointer->setText(1,settings.value(frequency_band_low_cutPointer->text(0),QString("")).toString());
frequency_band_high_cutPointer->setText(1,settings.value(frequency_band_high_cutPointer->text(0),QString("")).toString());
high_cut_seismic_resolutionPointer->setText(1,settings.value(high_cut_seismic_resolutionPointer->text(0),QString("")).toString());
energy_tresholdPointer->setText(1,settings.value(energy_tresholdPointer->text(0),QString("")).toString());
wavelet_tapering_lengthPointer->setText(1,settings.value(wavelet_tapering_lengthPointer->text(0),QString("")).toString());
minimum_relative_wavelet_amplitudePointer->setText(1,settings.value(minimum_relative_wavelet_amplitudePointer->text(0),QString("")).toString());
maximum_wavelet_shiftPointer->setText(1,settings.value(maximum_wavelet_shiftPointer->text(0),QString("")).toString());
white_noise_component_cutPointer->setText(1,settings.value(white_noise_component_cutPointer->text(0),QString("")).toString());
//reflection matrix should not be written, relative path...
kriging_data_limitPointer->setText(1,settings.value(kriging_data_limitPointer->text(0),QString("")).toString());
guard_zonePointer->setText(1,settings.value(guard_zonePointer->text(0),QString("")).toString());
debug_levelPointer->setText(1,settings.value(debug_levelPointer->text(0),QString("")).toString());
smooth_kriged_parametersPointer->setText(1,settings.value(smooth_kriged_parametersPointer->text(0),QString("")).toString());
}
settings.endGroup();//end advanced settings
settings.beginGroup(allowed_parameter_valuesPointer->text(0));//allowed-parameter-values
for(int j=0;j<allowed_parameter_valuesPointer->childCount();++j){
allowed_parameter_valuesPointer->child(j)->setText(1,settings.value(allowed_parameter_valuesPointer->child(j)->text(0),QString("")).toString());
}
maximum_deviation_anglePointer->setText(1,settings.value(maximum_deviation_anglePointer->text(0),QString("")).toString());
maximum_rank_correlationPointer->setText(1,settings.value(maximum_rank_correlationPointer->text(0),QString("")).toString());
maximum_merge_distancePointer->setText(1,settings.value(maximum_merge_distancePointer->text(0),QString("")).toString());
maximum_offsetPointer->setText(1,settings.value(maximum_offsetPointer->text(0),QString("")).toString());
maximum_shiftPointer->setText(1,settings.value(maximum_shiftPointer->text(0),QString("")).toString());
settings.endGroup();
}
settings.endGroup();//end tree
settings.endGroup();//end GUI
settings.endGroup();//end crava
}
void Main_crava::writeSettings()
{
QSettings settings("Statoil","CRAVA");
settings.beginGroup("crava");
settings.beginGroup("GUI");
settings.setValue( QString("openProject"), currentFile() );
settings.setValue("size", size());
settings.setValue("position", pos());
settings.beginGroup("tree");
//iterate over all the various options that can be in settings, if the values in the tree are non-empty and different
settings.beginGroup(io_settingsPointer->text(0));//io-settings
settings.setValue(top_directoryPointer->text(0),top_directoryPointer->text(1));
settings.setValue(input_directoryPointer->text(0),input_directoryPointer->text(1));
settings.beginGroup(grid_outputPointer->text(0));//grid-output
settings.beginGroup(grid_output_formatPointer->text(0));//format
settings.beginGroup(segy_formatPointer->text(0));//segy-format
for(int j=0;j<segy_formatPointer->childCount();++j){
settings.setValue(segy_formatPointer->child(j)->text(0), segy_formatPointer->child(j)->text(1));
}
settings.endGroup();//end segy-format
settings.setValue(format_segyPointer->text(0), format_segyPointer->text(1));
settings.setValue(format_stormPointer->text(0), format_stormPointer->text(1));
settings.setValue(format_cravaPointer->text(0), format_cravaPointer->text(1));
settings.setValue(format_sgriPointer->text(0), format_sgriPointer->text(1));
settings.setValue(format_asciiPointer->text(0), format_asciiPointer->text(1));
settings.endGroup();//end format
settings.endGroup();//end grid-output
if(!forwardMode()){
settings.beginGroup(well_outputPointer->text(0));//well-output
settings.beginGroup(well_output_formatPointer->text(0));//format
settings.setValue(well_output_norsarPointer->text(0), well_output_norsarPointer->text(1));
settings.endGroup();//end format
settings.endGroup();//end well-output
settings.beginGroup(wavelet_outputPointer->text(0));//wavelet-output
settings.beginGroup(wavelet_output_formatPointer->text(0));//format
settings.setValue(wavelet_output_norsarPointer->text(0),wavelet_output_norsarPointer->text(1));
settings.endGroup();//end format
settings.endGroup();//end wavelet-output
}
settings.setValue(io_settings_log_levelPointer->text(0),io_settings_log_levelPointer->text(1));//log-level
settings.endGroup();//end io-settings
if(!forwardMode()){
settings.beginGroup(advanced_settingsPointer->text(0));//advanced-settings
if(estimationMode()){
settings.setValue(vp_vs_ratioPointer->text(0),vp_vs_ratioPointer->text(1));
settings.setValue(vp_vs_ratio_from_wellsPointer->text(0),vp_vs_ratio_from_wellsPointer->text(1));
settings.setValue(high_cut_seismic_resolutionPointer->text(0),high_cut_seismic_resolutionPointer->text(1));
settings.setValue(energy_tresholdPointer->text(0),energy_tresholdPointer->text(1));
settings.setValue(wavelet_tapering_lengthPointer->text(0),wavelet_tapering_lengthPointer->text(1));
settings.setValue(minimum_relative_wavelet_amplitudePointer->text(0),minimum_relative_wavelet_amplitudePointer->text(1));
settings.setValue(maximum_wavelet_shiftPointer->text(0),maximum_wavelet_shiftPointer->text(1));
settings.setValue(white_noise_component_cutPointer->text(0),white_noise_component_cutPointer->text(1));
//reflection matrix should not be written, relative path...
settings.setValue(kriging_data_limitPointer->text(0),kriging_data_limitPointer->text(1));
settings.setValue(guard_zonePointer->text(0),guard_zonePointer->text(1));
settings.setValue(debug_levelPointer->text(0),debug_levelPointer->text(1));
settings.setValue(smooth_kriged_parametersPointer->text(0),smooth_kriged_parametersPointer->text(1));
}
else{
settings.setValue(x_fractionPointer->text(0),x_fractionPointer->text(1));
settings.setValue(y_fractionPointer->text(0),y_fractionPointer->text(1));
settings.setValue(z_fractionPointer->text(0),z_fractionPointer->text(1));
settings.setValue(use_intermediate_disk_storagePointer->text(0),use_intermediate_disk_storagePointer->text(1));
settings.setValue(vp_vs_ratioPointer->text(0),vp_vs_ratioPointer->text(1));
settings.setValue(vp_vs_ratio_from_wellsPointer->text(0),vp_vs_ratio_from_wellsPointer->text(1));
settings.setValue(maximum_relative_thickness_differencePointer->text(0),maximum_relative_thickness_differencePointer->text(1));
settings.setValue(frequency_band_low_cutPointer->text(0),frequency_band_low_cutPointer->text(1));
settings.setValue(frequency_band_high_cutPointer->text(0),frequency_band_high_cutPointer->text(1));
settings.setValue(high_cut_seismic_resolutionPointer->text(0),high_cut_seismic_resolutionPointer->text(1));
settings.setValue(energy_tresholdPointer->text(0),energy_tresholdPointer->text(1));
settings.setValue(wavelet_tapering_lengthPointer->text(0),wavelet_tapering_lengthPointer->text(1));
settings.setValue(minimum_relative_wavelet_amplitudePointer->text(0),minimum_relative_wavelet_amplitudePointer->text(1));
settings.setValue(maximum_wavelet_shiftPointer->text(0),maximum_wavelet_shiftPointer->text(1));
settings.setValue(white_noise_component_cutPointer->text(0),white_noise_component_cutPointer->text(1));
//reflection matrix should not be written, relative path...
settings.setValue(kriging_data_limitPointer->text(0),kriging_data_limitPointer->text(1));
settings.setValue(guard_zonePointer->text(0),guard_zonePointer->text(1));
settings.setValue(debug_levelPointer->text(0),debug_levelPointer->text(1));
settings.setValue(smooth_kriged_parametersPointer->text(0),smooth_kriged_parametersPointer->text(1));
}
settings.endGroup();
settings.beginGroup(allowed_parameter_valuesPointer->text(0));//allowed-parameter-values
for(int j=0;j<allowed_parameter_valuesPointer->childCount();++j){
settings.setValue(allowed_parameter_valuesPointer->child(j)->text(0),allowed_parameter_valuesPointer->child(j)->text(1));
}
settings.setValue(maximum_deviation_anglePointer->text(0),maximum_deviation_anglePointer->text(1));
settings.setValue(maximum_rank_correlationPointer->text(0),maximum_rank_correlationPointer->text(1));
settings.setValue(maximum_merge_distancePointer->text(0),maximum_merge_distancePointer->text(1));
settings.setValue(maximum_offsetPointer->text(0),maximum_offsetPointer->text(1));
settings.setValue(maximum_shiftPointer->text(0),maximum_shiftPointer->text(1));
settings.endGroup();
}
settings.endGroup();
settings.endGroup();
settings.endGroup();
}
void Main_crava::updateGuiToTree()
{
///////////////
//survey //
//////////////
defaultStartTimeLineEdit->setText(survey_segy_start_timePointer->text(1));//segy-start-time
//angle-gather already handled by the slot
//wavlet estimation interval gui set-up
waveletTopLineEdit->setText(survey_top_surface_filePointer->text(1));//wavelet estimation interval
waveletBottomLineEdit->setText(survey_base_surface_filePointer->text(1));
if(!survey_top_surface_valuePointer->text(1).isEmpty()){
waveletTopSurfaceLabel->setEnabled(false);
waveletTopLineEdit->setEnabled(false);
waveletTopBrowsePushButton->setEnabled(false);
topTimeValueWaveletEstimationCheckBox->setChecked(true);
waveletTopValueLineEdit->setText(survey_top_surface_valuePointer->text(1));
}
else{
waveletTopValueLineEdit->setVisible(false);
}
if(!survey_base_surface_valuePointer->text(1).isEmpty()){
waveletBottomSurfaceLabel->setEnabled(false);
waveletBottomLineEdit->setEnabled(false);
waveletBottomBrowsePushButton->setEnabled(false);
baseTimeValueWaveletEstimationCheckBox->setChecked(true);
waveletBaseValueLineEdit->setText(survey_base_surface_valuePointer->text(1));
}
else{
waveletBaseValueLineEdit->setVisible(false);
}
/////////////////
//well-data //
////////////////
//update log names, but only if there are no wells
//recursiveXmlRead will populate these fields if wells are present
if(wellListWidget->currentRow() == -1){
timeLineEdit->setText(log_names_timePointer->text(1));
densityLineEdit->setText(log_names_densityPointer->text(1));
faciesLineEdit->setText(log_names_faciesPointer->text(1));
if(!log_names_dtPointer->text(1).isEmpty()){
dtRadioButton->setChecked(true);
dtLineEdit->setText(log_names_dtPointer->text(1));
on_vpRadioButton_toggled(false);
}
else{//default
vpRadioButton->setChecked(true);
vpLineEdit->setText(log_names_vpPointer->text(1));
}
if(!log_names_dtsPointer->text(1).isEmpty()){
dtsRadioButton->setChecked(true);
dtsLineEdit->setText(log_names_dtsPointer->text(1));
on_vsRadioButton_toggled(false);
}
else{//default
vsRadioButton->setChecked(true);
vsLineEdit->setText(log_names_vsPointer->text(1));
}
}
/*************************************************************************************
* Huge nested ifs check which vertical inversion interval frames should be visible. *
* and fills in all information from the xml-tree in the user interface *
*************************************************************************************/
//constant top and base
if((!top_surface_time_valuePointer->text(1).isEmpty()) ||
(!base_surface_time_valuePointer->text(1).isEmpty())){
singleZoneInversionRadioButton->setChecked(true);
constantInversionRadioButton->setChecked(true);
topTimeValueLineEdit->setText(top_surface_time_valuePointer->text(1));
bottomTimeValueLineEdit->setText(base_surface_time_valuePointer->text(1));
on_oneSurfaceRadioButton_toggled(false);//hide surfaceOneFrame
layersLineEdit->setText(interval_two_surfaces_number_of_layersPointer->text(1) );
}
//check if inversion is defined by one surface and distance to top and base
else if((!(interval_one_surface_reference_surfacePointer->text(1).isEmpty())) ||
(!(interval_one_surface_shift_to_interval_topPointer->text(1).isEmpty() )) ||
(!(interval_one_surface_thicknessPointer->text(1).isEmpty())) ||
(!(interval_one_surface_sample_densityPointer->text(1).isEmpty()))){
singleZoneInversionRadioButton->setChecked(true);
on_constantInversionRadioButton_toggled(false);//do not show user interface
oneSurfaceRadioButton->setChecked(true);
referenceSurfaceFileLineEdit->setText(interval_one_surface_reference_surfacePointer->text(1));
distanceTopLineEdit->setText(interval_one_surface_shift_to_interval_topPointer->text(1));
thicknessLineEdit->setText(interval_one_surface_thicknessPointer->text(1));
layerThicknessLineEdit->setText(interval_one_surface_sample_densityPointer->text(1));
}
//check for two surface inversion, correlation following both
else if(!top_surface_time_filePointer->text(1).isEmpty() &&
correlation_directionPointer->text(1).isEmpty()){
singleZoneInversionRadioButton->setChecked(true);
twoSurfaceRadioButton->setChecked(true);
on_constantInversionRadioButton_toggled(false);//do not show user interface
on_oneSurfaceRadioButton_toggled(false);//do not show user interface
topTimeFileLineEdit->setText(top_surface_time_filePointer->text(1));
bottomTimeFileLineEdit->setText(base_surface_time_filePointer->text(1));
layersLineEdit->setText(interval_two_surfaces_number_of_layersPointer->text(1) );
if(!top_surface_depth_filePointer->text(1).isEmpty()||//check if Time to depth conversion ticked
!base_surface_depth_filePointer->text(1).isEmpty()){
depthSurfacesCheckBox->setChecked(true);
topDepthFileLineEdit->setText(top_surface_depth_filePointer->text(1));
bottomDepthFileLineEdit->setText(base_surface_depth_filePointer->text(1));
}
else{
depthSurfacesCheckBox->setChecked(false);
}
}
//check for two surface inversion, separate correlation surface
else if(!correlation_directionPointer->text(1).isEmpty()){
singleZoneInversionRadioButton->setChecked(true);
correlationSurfaceRadioButton->setChecked(true);
on_constantInversionRadioButton_toggled(false);//do not show user interface
on_oneSurfaceRadioButton_toggled(false);//do not show user interface
topTimeFileLineEdit->setText(top_surface_time_filePointer->text(1));
bottomTimeFileLineEdit->setText(base_surface_time_filePointer->text(1));
layersLineEdit->setText(interval_two_surfaces_number_of_layersPointer->text(1) );
if(!top_surface_depth_filePointer->text(1).isEmpty()||//check if Time to depth conversion ticked
!base_surface_depth_filePointer->text(1).isEmpty()){
depthSurfacesCheckBox->setChecked(true);
topDepthFileLineEdit->setText(top_surface_depth_filePointer->text(1));
bottomDepthFileLineEdit->setText(base_surface_depth_filePointer->text(1));
}
else{
depthSurfacesCheckBox->setChecked(false);
}
}
//check for multizone
else if(zoneListWidget->count()>0 || !top_surface_time_multizone_filePointer->text(1).isEmpty() ||
!top_surface_time_multizone_valuePointer->text(1).isEmpty()){
multizoneInversionRadioButton->setChecked(true);
if(!top_surface_time_multizone_filePointer->text(1).isEmpty()){ //are we using a top surface file?
topSurfaceFileLineEdit->setText(top_surface_time_multizone_filePointer->text(1));
topTimeValueMultizoneLineEdit->setVisible(false);
topTimeValueMultizoneCheckBox->setChecked(false);
}
else if(!top_surface_time_multizone_valuePointer->text(1).isEmpty()){//are we using constant time top?
topTimeValueMultizoneLineEdit->setText(top_surface_time_multizone_valuePointer->text(1));
topSurfaceFileLabel->setEnabled(false);
topSurfaceFileLineEdit->setEnabled(false);
topSurfaceFileBrowsePushButton->setEnabled(false);
topTimeValueMultizoneCheckBox->setChecked(true);
}
else{//no top surface provided yet
topTimeValueMultizoneLineEdit->setVisible(false);
topTimeValueMultizoneCheckBox->setChecked(false);
}
}
else{//if nothing is set-up, we start with default empty two surface inversion
singleZoneInversionRadioButton->setChecked(true);
twoSurfaceRadioButton->setChecked(true);
}
//fill in velocity field information (only relevant when Time to depth is ticked)
if(!interval_two_surfaces_velocity_fieldPointer->text(1).isEmpty()){
depthSurfacesCheckBox->setChecked(true);
velocityFieldFileRadioButton->setChecked(true);
velocityFieldLineEdit->setText(interval_two_surfaces_velocity_fieldPointer->text(1));
}
else if(interval_two_surfaces_velocity_field_from_inversionPointer->text(1)==QString("yes")){
depthSurfacesCheckBox->setChecked(true);
velocityFieldInvesionRadioButton->setChecked(true);
}
else {//default
velocityFieldNoneRadioButton->setChecked(true);
}
/***********************************************************************
* prior-model *
* zone list is handled by the reading of the tree *
***********************************************************************/
//checks whether the estimate background model radio button is checked
if(background_vs_filePointer->text(1).isEmpty() && background_vp_filePointer->text(1).isEmpty() &&
background_density_filePointer->text(1).isEmpty() && background_ai_filePointer->text(1).isEmpty() &&
background_si_filePointer->text(1).isEmpty() && background_vp_vs_ratio_filePointer->text(1).isEmpty() &&
background_vp_constantPointer->text(1).isEmpty() && background_vs_constantPointer->text(1).isEmpty() &&
background_density_constantPointer->text(1).isEmpty()){
estimateBackgroundRadioButton->setChecked(true);
//check if Configure the estimated background is checked
if(background_velocity_fieldPointer->text(1).isEmpty() && background_high_cut_background_modellingPointer->text(1).isEmpty()){
backgroundEstimatedConfigurationCheckBox->setChecked(false);
velocityFieldLabel->setVisible(false);
velocityFieldPriorFileLineEdit->setVisible(false);
velocityFieldPriorFileBrowsePushButton->setVisible(false);
lateralCorrelationLabel->setVisible(false);
lateralCorrelationBackgroundPushButton->setVisible(false);
highCutFrequencyLabel->setVisible(false);
highCutFrequencyLineEdit->setVisible(false);
hzLabel->setVisible(false);
}
else{
backgroundEstimatedConfigurationCheckBox->setChecked(true);
velocityFieldPriorFileLineEdit->setText(background_velocity_fieldPointer->text(1));
highCutFrequencyLineEdit->setText(background_high_cut_background_modellingPointer->text(1));
}
}
else{
backgroundRadioButton->setChecked(true);
if(!background_vp_filePointer->text(1).isEmpty()){
vpVsRhoRadioButton->setChecked(true);
vpFile1RadioButton->setChecked(true);
vpFile1LineEdit->setText(background_vp_filePointer->text(1));
}
else if(!background_vp_constantPointer->text(1).isEmpty()){
vpVsRhoRadioButton->setChecked(true);
vpConstant1RadioButton->setChecked(true);
vpConstant1LineEdit->setText(background_vp_constantPointer->text(1));
}
if(!background_vs_filePointer->text(1).isEmpty()){
vpVsRhoRadioButton->setChecked(true);
vsFile1RadioButton->setChecked(true);
vsFile1LineEdit->setText(background_vs_filePointer->text(1));
}
else if(!background_vs_constantPointer->text(1).isEmpty()){
vpVsRhoRadioButton->setChecked(true);
vsConstant1RadioButton->setChecked(true);
vsConstant1LineEdit->setText(background_vs_constantPointer->text(1));
}
if(!background_vp_vs_ratio_filePointer->text(1).isEmpty()){
aiVpVsRhoRadioButton->setChecked(true);
vpVsFile2LineEdit->setText(background_vp_vs_ratio_filePointer->text(1));
}
if(!background_si_filePointer->text(1).isEmpty()){
aiSiRhoRadioButton->setChecked(true);
siFile3LineEdit->setText(background_si_filePointer->text(1));
}
if(!background_ai_filePointer->text(1).isEmpty()){
if(aiSiRhoRadioButton->isChecked()){
aiFile3LineEdit->setText(background_ai_filePointer->text(1));
}
else{
aiVpVsRhoRadioButton->setChecked(true);
aiFile2LineEdit->setText(background_ai_filePointer->text(1));
}
}
if(!background_density_filePointer->text(1).isEmpty()){
if(aiSiRhoRadioButton->isChecked()){
densityFile3RadioButton->setChecked(true);
densityFile3LineEdit->setText(background_density_filePointer->text(1));
}
else if(aiVpVsRhoRadioButton->isChecked()){
densityFile2RadioButton->setChecked(true);
densityFile2LineEdit->setText(background_density_filePointer->text(1));
}
else{
vpVsRhoRadioButton->setChecked(true);
densityFile1RadioButton->setChecked(true);
densityFile1LineEdit->setText(background_density_filePointer->text(1));
}
}
else if(!background_density_constantPointer->text(1).isEmpty()){
if(aiSiRhoRadioButton->isChecked()){
densityConstant3RadioButton->setChecked(true);
densityConstant3LineEdit->setText(background_density_constantPointer->text(1));
}
else if(aiVpVsRhoRadioButton->isChecked()){
densityConstant2RadioButton->setChecked(true);
densityConstant2LineEdit->setText(background_density_constantPointer->text(1));
}
else{
vpVsRhoRadioButton->setChecked(true);
densityConstant1RadioButton->setChecked(true);
densityConstant1LineEdit->setText(background_density_constantPointer->text(1));
}
}
}
//correlation variograms handled by the appropriate dialogs, the checkboxes must be handled.
bool modified=false;
for(int i=0;i<local_wavelet_lateral_correlationPointer->childCount();++i){//local wavelet variogram background
if(!local_wavelet_lateral_correlationPointer->child(i)->text(1).isEmpty()){
modified=true;
}
}
correlationLocalWaveletCheckBox->setChecked(modified);
on_correlationLocalWaveletCheckBox_toggled(modified);
modified=false;
for(int i=0;i<prior_model_lateral_correlationPointer->childCount();++i){//lateral correlation parameters background.
if(!prior_model_lateral_correlationPointer->child(i)->text(1).isEmpty()){
modified=true;
}
}
temporalCorrelationLineEdit->setText(temporal_correlationPointer->text(1));
parameterCorrelationLineEdit->setText(parameter_correlationPointer->text(1));
if(!temporal_correlationPointer->text(1).isEmpty()||!parameter_correlationPointer->text(1).isEmpty()){
modified=true;
}
correlationElasticParametersCheckBox->setChecked(modified);
on_correlationElasticParametersCheckBox_toggled(modified);
if(!correlation_directionPointer->text(1).isEmpty()){//correlation-direction
correlationSurfaceRadioButton->setChecked(true);
correlationDirectionFileLineEdit->setText(correlation_directionPointer->text(1));
}
else{
on_correlationSurfaceRadioButton_toggled(false); // hide the inputs if the button is not checked.
}
//facies list is handled by the reading to tree
//facies-probabilities=7
if(faciesProbabilitiesOn()){
if(faciesListWidget->count()<=1){//default
faciesEstimateCheckBox->setChecked(true);
}
if(facies_probabilities_use_vsPointer->text(1)!=QString("no")){
vsForFaciesCheckBox->setChecked(true);//default
}
if(facies_probabilities_use_predictionPointer->text(1)==QString("yes")){
predictionFaciesCheckBox->setChecked(true);//not-default
}
if(facies_probabilities_use_absolute_elastic_parametersPointer->text(1)==QString("yes")){
absoluteParametersCheckBox->setChecked(true);//not-default
}
faciesTopLineEdit->setText(facies_probabilities_top_surface_filePointer->text(1));
faciesBottomLineEdit->setText(facies_probabilities_base_surface_filePointer->text(1));
if(!facies_probabilities_top_surface_valuePointer->text(1).isEmpty()){
topValueFaciesEstimationCheckBox->setChecked(true);
topValueFaciesEstimationLineEdit->setText(facies_probabilities_top_surface_valuePointer->text(1));
}
else{
topValueFaciesEstimationLineEdit->setVisible(false);
}
if(!facies_probabilities_base_surface_valuePointer->text(1).isEmpty()){
baseValueFaciesEstimationCheckBox->setChecked(true);
baseValueFaciesEstimationLineEdit->setText(facies_probabilities_base_surface_valuePointer->text(1));
}
else{
baseValueFaciesEstimationLineEdit->setVisible(false);
}
uncertaintyLevelLineEdit->setText(uncertainty_levelPointer->text(1));
}
if(!earth_model_vp_filePointer->text(1).isEmpty()){
vpComboBox->setCurrentIndex(0);
earthVpAiLineEdit->setText(earth_model_vp_filePointer->text(1));//earth model
}
else if(!earth_model_ai_filePointer->text(1).isEmpty()){
vpComboBox->setCurrentIndex(1);
earthVpAiLineEdit->setText(earth_model_ai_filePointer->text(1));//earth model
}
else{
vpComboBox->setCurrentIndex(0);
}
if(!earth_model_vs_filePointer->text(1).isEmpty()){
vsComboBox->setCurrentIndex(0);
earthVsSiVpVsLineEdit->setText(earth_model_vs_filePointer->text(1));//earth model
}
else if(!earth_model_si_filePointer->text(1).isEmpty()){
vsComboBox->setCurrentIndex(1);
earthVsSiVpVsLineEdit->setText(earth_model_si_filePointer->text(1));//earth model
}
else if(!earth_model_vp_vs_ratio_filePointer->text(1).isEmpty()){
vsComboBox->setCurrentIndex(2);
earthVsSiVpVsLineEdit->setText(earth_model_vp_vs_ratio_filePointer->text(1));//earth model
}
else{
vsComboBox->setCurrentIndex(0);
}
densityComboBox->setCurrentIndex(0);
earthDensityLineEdit->setText(earth_model_density_filePointer->text(1));//earth model
//project-settings inversion-area
//ifs check which frames should be visible.
//output-volume
if(!area_from_surface_file_namePointer->text(1).isEmpty() || area_from_surface_snap_to_seismic_dataPointer->text(1)==QString("yes")){//area-from-surface
areaFileRadioButton->setChecked(true);
areaSurfaceLineEdit->setText(area_from_surface_file_namePointer->text(1));
surfaceSnapCheckBox->setChecked(StandardStrings::checkedBool(area_from_surface_snap_to_seismic_dataPointer->text(1)));
on_areaUtmRadioButton_toggled(false);
on_areaInCrossRadioButton_toggled(false);
}
else if(!utm_coordinates_reference_point_xPointer->text(1).isEmpty() || !utm_coordinates_reference_point_yPointer->text(1).isEmpty()
|| !utm_coordinates_length_xPointer->text(1).isEmpty() || !utm_coordinates_length_yPointer->text(1).isEmpty()
|| !utm_coordinates_sample_density_xPointer->text(1).isEmpty() || !utm_coordinates_sample_density_yPointer->text(1).isEmpty()
|| !utm_coordinates_anglePointer->text(1).isEmpty() || utm_coordinates_snap_to_seismic_dataPointer->text(1)==QString("yes")){//utm-coordinates
areaUtmRadioButton->setChecked(true);
on_areaInCrossRadioButton_toggled(false);
on_areaFileRadioButton_toggled(false);
areaXRefLineEdit->setText(utm_coordinates_reference_point_xPointer->text(1));
areaYRefLineEdit->setText(utm_coordinates_reference_point_yPointer->text(1));
areaXLengthLineEdit->setText(utm_coordinates_length_xPointer->text(1));
areaYLengthLineEdit->setText(utm_coordinates_length_yPointer->text(1));
areaXSampleDensityLineEdit->setText(utm_coordinates_sample_density_xPointer->text(1));
areaYSampleDensityLineEdit->setText(utm_coordinates_sample_density_yPointer->text(1));
areaUtmAngleLineEdit->setText(utm_coordinates_anglePointer->text(1));
utmSnapCheckBox->setChecked(StandardStrings::checkedBool(utm_coordinates_snap_to_seismic_dataPointer->text(1)));
}//inline-crossline-numbers
else if(!il_startPointer->text(1).isEmpty() || !il_endPointer->text(1).isEmpty()
|| !xl_startPointer->text(1).isEmpty() || !xl_endPointer->text(1).isEmpty()
|| !il_stepPointer->text(1).isEmpty() || !xl_stepPointer->text(1).isEmpty()){
areaInCrossRadioButton->setChecked(true);
on_areaFileRadioButton_toggled(false);
on_areaUtmRadioButton_toggled(false);
inlineStartLineEdit->setText(il_startPointer->text(1));
inlineEndLineEdit->setText(il_endPointer->text(1));
crosslineStartLineEdit->setText(xl_startPointer->text(1));
crosslineEndLineEdit->setText(xl_endPointer->text(1));
inlineStepLineEdit->setText(il_stepPointer->text(1));
crosslineStepLineEdit->setText(xl_stepPointer->text(1));
}
else {//default is to use area from seismic
areaSeismicRadioButton->setChecked(true);
}
//Everything in the output-tab
if((!forwardMode())&&(!estimationMode())){
toolBox->setVisible(true);
toolBox->setEnabled(true);
oDomainDepthCheckBox->setChecked(StandardStrings::checkedBool(grid_output_depthPointer->text(1)));//depth
oDomainTimeCheckBox->setChecked(StandardStrings::checkedBool(grid_output_timePointer->text(1),QString("yes")));//time
oSeismicOriginalCheckBox->setChecked(StandardStrings::checkedBool(seismic_data_originalPointer->text(1)));//original
oSeismicSyntheticCheckBox->setChecked(StandardStrings::checkedBool(seismic_data_syntheticPointer->text(1)));//synthetic
oSeismicResidualCheckBox->setChecked(StandardStrings::checkedBool(seismic_data_residualsPointer->text(1)));//residual
oSeismicFourierResidualCheckBox->setChecked(StandardStrings::checkedBool(seismic_data_synthetic_residualsPointer->text(1)));//synthetic residual
oVpCheckBox->setChecked(StandardStrings::checkedBool(elastic_parameters_vpPointer->text(1),QString("yes")));//vp
oVsCheckBox->setChecked(StandardStrings::checkedBool(elastic_parameters_vsPointer->text(1),QString("yes")));//vs
oDensityCheckBox->setChecked(StandardStrings::checkedBool(elastic_parameters_densityPointer->text(1),QString("yes")));//density
oLameLamCheckBox->setChecked(StandardStrings::checkedBool(elastic_parameters_lame_lambdaPointer->text(1)));//lame-lambda
oLameMuCheckBox->setChecked(StandardStrings::checkedBool(elastic_parameters_lame_muPointer->text(1)));//lame-mu
oPoissonRatioCheckBox->setChecked(StandardStrings::checkedBool(elastic_parameters_poisson_ratioPointer->text(1)));//poisson-ratio
oAiCheckBox->setChecked(StandardStrings::checkedBool(elastic_parameters_aiPointer->text(1)));//ai
oSiCheckBox->setChecked(StandardStrings::checkedBool(elastic_parameters_siPointer->text(1)));//si
oVpVsRatioCheckBox->setChecked(StandardStrings::checkedBool(elastic_parameters_vp_vs_ratioPointer->text(1)));//vp-vs-ratio
oLambdaRhoCheckBox->setChecked(StandardStrings::checkedBool(elastic_parameters_murhoPointer->text(1)));//murho
oMuRhoCheckBox->setChecked(StandardStrings::checkedBool(elastic_parameters_lambdarhoPointer->text(1)));//lambdarho
oBackgroundCheckBox->setChecked(StandardStrings::checkedBool(elastic_parameters_backgroundPointer->text(1)));//background
oBackgroundTrendCheckBox->setChecked(StandardStrings::checkedBool(elastic_parameters_background_trendPointer->text(1)));//background-trend
if(faciesProbabilitiesOn()){
oFaciesProbabilitiesCheckBox->setChecked(StandardStrings::checkedBool(grid_output_facies_probabilitiesPointer->text(1),QString("yes")));
oFaciesProbabilitiesUndefinedCheckBox->setChecked(StandardStrings::checkedBool(grid_output_facies_probabilities_with_undefPointer->text(1)));//facies-probabilities-with-undefined
oFaciesLikelihoodCheckBox->setChecked(StandardStrings::checkedBool(grid_output_facies_likelihoodPointer->text(1)));//facies-likelihood
oFaciesQualityGridCheckBox->setChecked(StandardStrings::checkedBool(grid_output_seismic_quality_gridPointer->text(1)));//seismic-quality grid
oRockPhysicsCheckBox->setChecked(StandardStrings::checkedBool(io_settings_rock_physics_distributionsPointer->text(1)));//rock-physics-distributions
}
else{
oFaciesProbabilitiesCheckBox->setVisible(false);
oFaciesProbabilitiesUndefinedCheckBox->setVisible(false);
oFaciesLikelihoodCheckBox->setVisible(false);
oFaciesQualityGridCheckBox->setVisible(false);
oRockPhysicsCheckBox->setVisible(false);
oFaciesProbabilitiesCheckBox->setEnabled(false);
oFaciesProbabilitiesUndefinedCheckBox->setEnabled(false);
oFaciesLikelihoodCheckBox->setEnabled(false);
oFaciesQualityGridCheckBox->setEnabled(false);
oRockPhysicsCheckBox->setEnabled(false);
}
oTimeDepthCheckBox->setChecked(StandardStrings::checkedBool(grid_output_time_to_depth_velocityPointer->text(1)));//time-to-depth-velocity
oExtraGridsCheckBox->setChecked(StandardStrings::checkedBool(grid_output_extra_gridsPointer->text(1)));//extra-grids
oCorrelationsCheckBox->setChecked(StandardStrings::checkedBool(grid_output_correlationsPointer->text(1)));//correlations
//well-output
oWellCheckBox->setChecked(StandardStrings::checkedBool(well_output_wellsPointer->text(1)));//wells
oBlockedWellCheckBox->setChecked(StandardStrings::checkedBool(well_output_blocked_wellsPointer->text(1)));//blocked-wells
//blocke-logs does nothing atm
//wavelet-output
oWaveletWellCheckBox->setChecked(StandardStrings::checkedBool(wavelet_output_well_waveletsPointer->text(1)));//well-wavelets
oWaveletGlobalCheckBox->setChecked(StandardStrings::checkedBool(wavelet_output_global_waveletsPointer->text(1)));//global-wavelets
oWaveletLocalCheckBox->setChecked(StandardStrings::checkedBool(wavelet_output_local_waveletsPointer->text(1)));//local-wavelets
//other-output
//extra surface...
oPriorCorrelationCheckBox->setChecked(StandardStrings::checkedBool(io_settings_prior_correlationsPointer->text(1)));//prior-correlations
oLocalNoiseCheckBox->setChecked(StandardStrings::checkedBool(io_settings_local_noisePointer->text(1)));//local-noise
}
else{
toolBox->setVisible(false);
toolBox->setEnabled(false);
}
oPrefixLineEdit->setText(io_settings_file_output_prefixPointer->text(1) );//file-output-prefix
oOutputDirectoryLineEdit->setText(top_directoryPointer->text(1)+output_directoryPointer->text(1));
necessaryFieldGui();
}
void Main_crava::on_aboutAction_triggered()
{
QMessageBox::about(this,QString("About"), QString("<h2>"+StandardStrings::cravaGuiVersion()+"</h2>"
"<p>Copyright © 2010 Statoil"
"<p>CRAVA GUI is a program that defines and edits xml files for running CRAVA in an intuitive and seamless way."
" It is written for " +StandardStrings::cravaVersion()+ "<p>The GUI is created using Qt and C++"
"<p>CRAVA (Condition Reservoir variables on Amplitude Versus Angle) is an seismic AVA inversion software. CRAVA is developed by "
"Norsk Regnesentral together with Statoil R&D."
"<pre>"
" This program is free software: you can redistribute it and/or modify <br>"
" it under the terms of the GNU General Public License as published by <br>"
" the Free Software Foundation, either version 3 of the License, or <br>"
" (at your option) any later version.<br><br>"