#include "optionsdetailed.h" #include "convertpluginloader.h" #include "config.h" #include #include #include #include #include #include #include #include #include #include #include #include //#include #include #include // TODO hide save button, if shown in the edit options window? // FIXME refill the formats box, when the configuration changed OptionsDetailed::OptionsDetailed( Config* _config, TQWidget *parent, const char *name ) : TQWidget( parent, name ) { config = _config; TQGridLayout *gridLayout = new TQGridLayout( this ); // normal options normalOptions = new TQWidget( this, "normalOptions" ); gridLayout->addWidget( normalOptions, 0, 0 ); TQGridLayout *normalGrid = new TQGridLayout( normalOptions, 2, 1, 6, 3 ); TQHBoxLayout *normalTopBox = new TQHBoxLayout(); normalGrid->addLayout( normalTopBox, 0, 0 ); TQLabel* lConvert = new TQLabel( i18n("Convert")+":", normalOptions, "lConvert" ); normalTopBox->addWidget( lConvert, 0, TQt::AlignVCenter ); cFormat = new KComboBox( normalOptions, "cFormat" ); normalTopBox->addWidget( cFormat, 0, TQt::AlignVCenter ); connect( cFormat, TQT_SIGNAL(activated(int)), this, TQT_SLOT(formatChanged()) ); connect( cFormat, TQT_SIGNAL(activated(int)), this, TQT_SLOT(somethingChanged()) ); cQualityMode = new KComboBox( normalOptions, "cQualityMode" ); cQualityMode->setFixedSize( cQualityMode->sizeHint() ); normalTopBox->addWidget( cQualityMode, 0, TQt::AlignVCenter ); connect( cQualityMode, TQT_SIGNAL(activated(int)), this, TQT_SLOT(qualityModeChanged()) ); connect( cQualityMode, TQT_SIGNAL(activated(int)), this, TQT_SLOT(somethingChanged()) ); iQuality = new KIntSpinBox( normalOptions, "iQuality" ); normalTopBox->addWidget( iQuality, 0, TQt::AlignVCenter ); connect( iQuality, TQT_SIGNAL(valueChanged(int)), this, TQT_SLOT(qualityChanged()) ); connect( iQuality, TQT_SIGNAL(valueChanged(int)), this, TQT_SLOT(somethingChanged()) ); cBitrateMode = new KComboBox( normalOptions, "cBitrateMode" ); TQToolTip::add( cBitrateMode, i18n("vbr - variable bitrate\nabr - average bitrate\ncbr - constant bitrate") ); normalTopBox->addWidget( cBitrateMode, 0, TQt::AlignVCenter ); connect( cBitrateMode, TQT_SIGNAL(activated(int)), this, TQT_SLOT(bitrateModeChanged()) ); connect( cBitrateMode, TQT_SIGNAL(activated(int)), this, TQT_SLOT(somethingChanged()) ); normalTopBox->addSpacing( 18 ); cBitrateRangeSwitch = new TQCheckBox( i18n("Bitrate range")+":", normalOptions, "cBitrateRangeSwitch" ); TQToolTip::add( cBitrateRangeSwitch, i18n("Use it only if, you know what you are doing, you could reduce the quality.") ); normalTopBox->addWidget( cBitrateRangeSwitch, 0, TQt::AlignVCenter ); connect( cBitrateRangeSwitch, TQT_SIGNAL(toggled(bool)), this, TQT_SLOT(bitrateRangeToggled()) ); connect( cBitrateRangeSwitch, TQT_SIGNAL(toggled(bool)), this, TQT_SLOT(somethingChanged()) ); iMinBitrate = new KIntSpinBox( normalOptions, "iMinBitrate" ); iMinBitrate->setMinValue( 32 ); iMinBitrate->setMaxValue( 320 ); iMinBitrate->setLineStep( 8 ); iMinBitrate->setValue( 64 ); normalTopBox->addWidget( iMinBitrate, 0, TQt::AlignVCenter ); connect( iMinBitrate, TQT_SIGNAL(valueChanged(int)), this, TQT_SLOT(somethingChanged()) ); lBitrateRangeTo = new TQLabel( "-", normalOptions, "lBitrateRangeTo" ); normalTopBox->addWidget( lBitrateRangeTo, 0, TQt::AlignVCenter ); iMaxBitrate = new KIntSpinBox( normalOptions, "iMaxBitrate" ); iMaxBitrate->setMinValue( 32 ); iMaxBitrate->setMaxValue( 320 ); iMaxBitrate->setLineStep( 8 ); iMaxBitrate->setValue( 192 ); normalTopBox->addWidget( iMaxBitrate, 0, TQt::AlignVCenter ); connect( iMaxBitrate, TQT_SIGNAL(valueChanged(int)), this, TQT_SLOT(somethingChanged()) ); lBitrateRangeUnit = new TQLabel( "kbps", normalOptions, "lBitrateRangeUnit" ); normalTopBox->addWidget( lBitrateRangeUnit, 0, TQt::AlignVCenter ); normalTopBox->addStretch(); TQHBoxLayout *normalMiddleBox = new TQHBoxLayout(); normalGrid->addLayout( normalMiddleBox, 1, 0 ); cSamplingrateSwitch = new TQCheckBox( i18n("Resample")+":", normalOptions, "cSamplingrateSwitch" ); normalMiddleBox->addWidget( cSamplingrateSwitch, 0, TQt::AlignVCenter ); connect( cSamplingrateSwitch, TQT_SIGNAL(toggled(bool)), this, TQT_SLOT(samplingrateToggled()) ); connect( cSamplingrateSwitch, TQT_SIGNAL(toggled(bool)), this, TQT_SLOT(somethingChanged()) ); cSamplingrate = new KComboBox( normalOptions, "cSamplingrate" ); cSamplingrate->setEditable(true); cSamplingrate->insertItem("48000"); cSamplingrate->insertItem("44100"); cSamplingrate->insertItem("32000"); cSamplingrate->insertItem("24000"); cSamplingrate->insertItem("22050"); cSamplingrate->insertItem("16000"); cSamplingrate->insertItem("12000"); cSamplingrate->insertItem("11025"); cSamplingrate->insertItem("8000"); cSamplingrate->setCurrentText("44100"); normalMiddleBox->addWidget( cSamplingrate, 0, TQt::AlignVCenter ); connect( cSamplingrate, TQT_SIGNAL(activated(int)), this, TQT_SLOT(somethingChanged()) ); lSamplingrateUnit = new TQLabel( "Hz", normalOptions, "lSamplingrateUnit" ); normalMiddleBox->addWidget( lSamplingrateUnit, 0, TQt::AlignVCenter ); normalMiddleBox->addSpacing( 18 ); cChannelsSwitch = new TQCheckBox( i18n("Channels")+":", normalOptions, "cChannelsSwitch" ); normalMiddleBox->addWidget( cChannelsSwitch, 0, TQt::AlignVCenter ); connect( cChannelsSwitch, TQT_SIGNAL(toggled(bool)), this, TQT_SLOT(channelsToggled()) ); connect( cChannelsSwitch, TQT_SIGNAL(toggled(bool)), this, TQT_SLOT(somethingChanged()) ); cChannels = new KComboBox( normalOptions, "cChannels" ); /* sChannels.append( i18n("Mono") ); sChannels.append( i18n("Stereo") ); sChannels.append( i18n("Joint-Stereo") ); sChannels.append( i18n("Forced Joint-Stereo") ); sChannels.append( i18n("Dual Channels") ); cChannels->insertStringList( sChannels );*/ normalMiddleBox->addWidget( cChannels, 0, TQt::AlignVCenter ); connect( cChannels, TQT_SIGNAL(activated(int)), this, TQT_SLOT(somethingChanged()) ); normalMiddleBox->addSpacing( 18 ); cReplayGain = new TQCheckBox( i18n("Replay Gain"), normalOptions, "cReplayGain" ); cReplayGain->setChecked(true); TQToolTip::add( cReplayGain, i18n("Add a Replay Gain tag to the converted file.") ); TQWhatsThis::add( cReplayGain, i18n("Replay Gain is a volume correction technique. A volume difference is calculated and stored in a tag. This way audio players can automatically adjust the volume and the original music data is not modified (like at normalization).") ); normalMiddleBox->addWidget( cReplayGain, 0, TQt::AlignVCenter ); connect( cReplayGain, TQT_SIGNAL(toggled(bool)), this, TQT_SLOT(somethingChanged()) ); normalMiddleBox->addStretch(); TQHBoxLayout *normalBottomBox = new TQHBoxLayout( ); normalGrid->addLayout( normalBottomBox, 2, 0 ); outputDirectory = new OutputDirectory( config, normalOptions, "outputDirectory" ); normalBottomBox->addWidget( outputDirectory, 0, TQt::AlignVCenter ); connect( outputDirectory, TQT_SIGNAL(modeChanged(OutputDirectory::Mode)), this, TQT_SLOT(somethingChanged()) ); connect( outputDirectory, TQT_SIGNAL(directoryChanged(const TQString&)), this, TQT_SLOT(somethingChanged()) ); normalBottomBox->addSpacing( 18 ); pProfileSave = new KToolBarButton( "filesave", 1003, normalOptions, "pProfileSave" ); TQToolTip::add( pProfileSave, i18n("Save current options as a profile") ); normalBottomBox->addWidget( pProfileSave, 0, TQt::AlignVCenter ); connect( pProfileSave, TQT_SIGNAL(clicked()), this, TQT_SLOT(saveProfile()) ); // advanced options advancedOptions = new TQWidget( this, "advancedOptions" ); advancedOptions->hide(); gridLayout->addWidget( advancedOptions, 0, 0 ); TQGridLayout *advancedGrid = new TQGridLayout( advancedOptions, 2, 1, 6, 3 ); TQHBoxLayout *advancedTopBox = new TQHBoxLayout(); advancedGrid->addLayout( advancedTopBox, 0, 0 ); TQLabel* lUserOptionsLabel = new TQLabel( i18n("Command")+":", advancedOptions, "lUserOptionsLabel" ); advancedTopBox->addWidget( lUserOptionsLabel, 0, TQt::AlignVCenter ); lUserOptions = new KLineEdit( advancedOptions, "lUserOptions" ); advancedTopBox->addWidget( lUserOptions, 0, TQt::AlignVCenter ); connect( lUserOptions, TQT_SIGNAL(textChanged(const TQString&)), this, TQT_SLOT(somethingChanged()) ); TQHBoxLayout *advancedMiddleBox = new TQHBoxLayout(); advancedGrid->addLayout( advancedMiddleBox, 1, 0 ); TQLabel* lInfoParams = new TQLabel( i18n("%p: The parameters generated by soundKonverter"), advancedOptions, "lInfoParams" ); advancedMiddleBox->addWidget( lInfoParams, 0, TQt::AlignVCenter ); TQHBoxLayout *advancedBottomBox = new TQHBoxLayout(); advancedGrid->addLayout( advancedBottomBox, 2, 0 ); TQLabel* lInfoFiles = new TQLabel( i18n("%i: The input file ; %o: The output file"), advancedOptions, "lInfoFiles" ); advancedBottomBox->addWidget( lInfoFiles, 0, TQt::AlignVCenter ); refill(); } OptionsDetailed::~OptionsDetailed() {} ConversionOptions OptionsDetailed::getCurrentOptions() { ConversionOptions options; options.encodingOptions.sFormat = cFormat->currentText(); options.encodingOptions.sQualityMode = cQualityMode->currentText(); if( iQuality->isEnabled() ) { options.encodingOptions.iQuality = iQuality->value(); } else { options.encodingOptions.iQuality = 0; } if( cQualityMode->currentText() == i18n("Bitrate") || cQualityMode->currentText() == i18n("Quality") ) { options.encodingOptions.sBitrateMode = cBitrateMode->currentText(); } else { options.encodingOptions.sBitrateMode = ""; } if( cBitrateRangeSwitch->isEnabled() && cBitrateRangeSwitch->isChecked() ) { options.encodingOptions.bBitrateRange = true; options.encodingOptions.iMinBitrate = iMinBitrate->value(); options.encodingOptions.iMaxBitrate = iMaxBitrate->value(); } else { options.encodingOptions.bBitrateRange = false; options.encodingOptions.iMinBitrate = 0; options.encodingOptions.iMaxBitrate = 0; } if( cSamplingrateSwitch->isEnabled() && cSamplingrateSwitch->isChecked() ) { options.encodingOptions.samplingRate.bEnabled = true; options.encodingOptions.samplingRate.iSamplingRate = cSamplingrate->currentText().toInt(); } else { options.encodingOptions.samplingRate.bEnabled = false; options.encodingOptions.samplingRate.iSamplingRate = 0; } if( cChannelsSwitch->isEnabled() && cChannelsSwitch->isChecked() ) { options.encodingOptions.channels.bEnabled = true; options.encodingOptions.channels.sChannels = cChannels->currentText(); } else { options.encodingOptions.channels.bEnabled = false; options.encodingOptions.channels.sChannels = ""; } if( cReplayGain->isEnabled() && cReplayGain->isChecked() ) { options.encodingOptions.replaygain.bEnabled = true; } else { options.encodingOptions.replaygain.bEnabled = false; } options.outputOptions.mode = outputDirectory->mode(); options.outputOptions.directory = outputDirectory->directory(); options.encodingOptions.sInOutFiles = lUserOptions->text(); return options; } void OptionsDetailed::setCurrentOptions( const ConversionOptions& options ) { // NOTE the values are not verified because they HAVE to be correct cFormat->setCurrentItem( formatIndex(options.encodingOptions.sFormat) ); formatChanged(); cQualityMode->setCurrentItem( qualityModeIndex(options.encodingOptions.sQualityMode) ); qualityModeChanged(); if( options.encodingOptions.iQuality != 0 ) { iQuality->setValue( options.encodingOptions.iQuality ); } if( options.encodingOptions.sBitrateMode != "" ) { cBitrateMode->setCurrentItem( bitrateModeIndex(options.encodingOptions.sBitrateMode) ); } if( options.encodingOptions.bBitrateRange == true ) { cBitrateRangeSwitch->setChecked( true ); iMinBitrate->setValue( options.encodingOptions.iMinBitrate ); iMaxBitrate->setValue( options.encodingOptions.iMaxBitrate ); } else { cBitrateRangeSwitch->setChecked( false ); } if( options.encodingOptions.samplingRate.bEnabled == true ) { cSamplingrateSwitch->setChecked( true ); cSamplingrate->setCurrentText( TQString::number(options.encodingOptions.samplingRate.iSamplingRate) ); } else { cSamplingrateSwitch->setChecked( false ); } if( options.encodingOptions.channels.bEnabled == true ) { cChannelsSwitch->setChecked( true ); cChannels->setCurrentItem( channelsIndex(options.encodingOptions.channels.sChannels) ); } else { cChannelsSwitch->setChecked( false ); } if( options.encodingOptions.replaygain.bEnabled == true ) { cReplayGain->setChecked( true ); } else { cReplayGain->setChecked( false ); } outputDirectory->setMode( options.outputOptions.mode ); outputDirectory->setDirectory( options.outputOptions.directory ); lUserOptions->setText( options.encodingOptions.sInOutFiles ); } void OptionsDetailed::saveProfile() { bool ok; TQString name = KInputDialog::getText( i18n("New profile"), i18n("Enter a name for the new profile:"), "", &ok ); if( ok ) { TQStringList profiles; profiles += i18n("Very low"); profiles += i18n("Low"); profiles += i18n("Medium"); profiles += i18n("High"); profiles += i18n("Very high"); profiles += i18n("Lossless"); profiles += i18n("Hybrid"); profiles += i18n("Last used"); profiles += "Last used"; profiles += i18n("User defined"); if( profiles.findIndex(name) != -1 ) { KMessageBox::error( this, i18n("You cannot overwrite the built-in profiles."), i18n("Profile already exists") ); return; } profiles = config->getAllProfiles(); if( profiles.findIndex(name) == -1 ) { config->addProfile( name, getCurrentOptions() ); } else { int ret = KMessageBox::questionYesNo( this, i18n("A profile with this name already exists.\n\nDo you want to overwrite the existing one?"), i18n("Profile already exists") ); if( ret == KMessageBox::Yes ) { config->removeProfile( name ); config->addProfile( name, getCurrentOptions() ); } } } } int OptionsDetailed::formatIndex( const TQString &string ) { return sFormat.findIndex( string ); } int OptionsDetailed::qualityModeIndex( const TQString &string ) { return sQualityMode.findIndex( string ); } int OptionsDetailed::bitrateModeIndex( const TQString &string ) { return sBitrateMode.findIndex( string ); } int OptionsDetailed::channelsIndex( const TQString &string ) { return sChannels.findIndex( string ); } void OptionsDetailed::refill() { TQString format = cFormat->currentText(); sFormat = config->allEncodableFormats(); sFormat.append( "wav" ); cFormat->clear(); cFormat->insertStringList( sFormat ); cFormat->setCurrentItem( formatIndex(format) ); formatChanged(); } void OptionsDetailed::formatChanged() { if( cFormat->currentText() == "wav" ) { cReplayGain->setEnabled( false ); sQualityMode.clear(); sQualityMode.append( i18n("Lossless") ); cQualityMode->clear(); cQualityMode->insertStringList( sQualityMode ); qualityModeChanged(); lUserOptions->setEnabled( false ); return; } FormatItem* formatItem = config->getFormatItem( cFormat->currentText() ); if( formatItem == 0 ) { // FIXME error handling //kdDebug() << "NULL POINTER: `" << "Convert::formatChanged() / formatItem" << "'" << endl; return; } ConvertPlugin* plugin = formatItem->encoder; if( plugin == 0 ) { // FIXME error handling //kdDebug() << "NULL POINTER: `" << "OptionsDetailed::formatChanged() / plugin" << "'" << endl; return; } lUserOptions->setEnabled( true ); TQString lastString = lUserOptions->text(); TQString bin = config->binaries[plugin->enc.bin]; if( lastString.left(bin.length()) != bin ) { lUserOptions->setText( config->binaries[plugin->enc.bin] + " " + plugin->enc.in_out_files ); } TQString lastQualityMode = cQualityMode->currentText(); sQualityMode.clear(); if( formatItem->replaygain || ( plugin->enc.replaygain.enabled && formatItem->internalReplayGain ) ) { cReplayGain->setEnabled( true ); } else { cReplayGain->setEnabled( false ); } if( plugin->enc.lossy.enabled ) { if( plugin->enc.lossy.quality.enabled ) { sQualityMode.append( i18n("Quality") ); } if( plugin->enc.lossy.bitrate.abr.enabled || plugin->enc.lossy.bitrate.cbr.enabled ) { sQualityMode.append( i18n("Bitrate") ); } if( !plugin->enc.lossy.quality.enabled && !plugin->enc.lossy.bitrate.abr.enabled && !plugin->enc.lossy.bitrate.cbr.enabled ) { sQualityMode.append( i18n("Unchanged") ); } } if( plugin->enc.lossless.enabled ) { sQualityMode.append( i18n("Lossless") ); } if( plugin->enc.hybrid.enabled ) { sQualityMode.append( i18n("Hybrid") ); } if( !plugin->enc.lossy.enabled && !plugin->enc.lossless.enabled && !plugin->enc.hybrid.enabled ) { sQualityMode.append( i18n("Undefined") ); } cQualityMode->clear(); cQualityMode->insertStringList( sQualityMode ); cQualityMode->setCurrentItem( qualityModeIndex(lastQualityMode) ); qualityModeChanged(); } void OptionsDetailed::qualityModeChanged() { TQWhatsThis::remove( iQuality ); if( cFormat->currentText() == "wav" ) { iQuality->setEnabled( false ); cBitrateMode->setEnabled( false ); cBitrateRangeSwitch->setEnabled( false ); iMinBitrate->setEnabled( false ); lBitrateRangeTo->setEnabled( false ); iMaxBitrate->setEnabled( false ); lBitrateRangeUnit->setEnabled( false ); cSamplingrateSwitch->setEnabled( false ); cSamplingrate->setEnabled( false ); lSamplingrateUnit->setEnabled( false ); cChannelsSwitch->setEnabled( false ); cChannels->setEnabled( false ); return; } TQString qualityModeString = cQualityMode->currentText(); TQString lastString; int lastValue; ConvertPlugin* plugin = config->encoderForFormat( cFormat->currentText() ); if( lastQualityMode != qualityModeString ) { lastValue = 0; lastQualityMode = qualityModeString; } else { lastValue = iQuality->value(); } if( qualityModeString != i18n("Lossless") ) { // bitrateRangeToggled(); NOTE seems to be unnecessary if( plugin->enc.lossy.samplingrate.enabled ) cSamplingrateSwitch->setEnabled( true ); else cSamplingrateSwitch->setEnabled( false ); samplingrateToggled(); if( plugin->enc.lossy.channels.mono_enabled || plugin->enc.lossy.channels.stereo_enabled || plugin->enc.lossy.channels.joint_stereo_enabled || plugin->enc.lossy.channels.forced_joint_stereo_enabled || plugin->enc.lossy.channels.dual_channels_enabled ) { cChannelsSwitch->setEnabled( true ); lastString = cChannels->currentText(); sChannels.clear(); if( plugin->enc.lossy.channels.mono_enabled ) { sChannels.append( i18n("Mono") ); } if( plugin->enc.lossy.channels.stereo_enabled ) { sChannels.append( i18n("Stereo") ); } if( plugin->enc.lossy.channels.joint_stereo_enabled ) { sChannels.append( i18n("Joint-Stereo") ); } if( plugin->enc.lossy.channels.forced_joint_stereo_enabled ) { sChannels.append( i18n("Forced Joint-Stereo") ); } if( plugin->enc.lossy.channels.dual_channels_enabled ) { sChannels.append( i18n("Dual Channels") ); } cChannels->clear(); cChannels->insertStringList( sChannels ); cChannels->setCurrentItem( channelsIndex(lastString) ); } else cChannelsSwitch->setEnabled( false ); channelsToggled(); } if( qualityModeString == i18n("Bitrate") ) { TQToolTip::add( iQuality, i18n("Kilobit per second") ); iQuality->setEnabled( true ); iQuality->setMinValue( 32 ); iQuality->setMaxValue( 320 ); iQuality->setLineStep( 8 ); if( lastValue != 0 ) iQuality->setValue( lastValue ); else iQuality->setValue( 192 ); cBitrateMode->setEnabled( true ); lastString = cBitrateMode->currentText(); sBitrateMode.clear(); if( plugin->enc.lossy.bitrate.abr.enabled ) { sBitrateMode.append( "abr" ); } if( plugin->enc.lossy.bitrate.cbr.enabled ) { sBitrateMode.append( "cbr" ); } cBitrateMode->clear(); cBitrateMode->insertStringList( sBitrateMode ); cBitrateMode->setCurrentItem( bitrateModeIndex(lastString) ); bitrateModeChanged(); } else if( qualityModeString == i18n("Quality") ) { // TQToolTip::add( iQuality, i18n("This is a relative quality between 0 and 100.\nThe higher this number the higher is the quality.\nsoundKonverter will convert it into the file format's quality format.\nSee the \"What's this?\" for more informations.") ); iQuality->setEnabled( true ); iQuality->setMinValue( 0 ); iQuality->setMaxValue( 100 ); iQuality->setLineStep( 5 ); if( lastValue != 0 ) iQuality->setValue( lastValue ); else iQuality->setValue( 40 ); qualityChanged(); cBitrateMode->setEnabled( true ); sBitrateMode.clear(); sBitrateMode.append( "vbr" ); cBitrateMode->clear(); cBitrateMode->insertStringList( sBitrateMode ); bitrateModeChanged(); if( plugin->enc.lossy.quality.help ) { TQString str = plugin->enc.lossy.quality.help; str.replace("\\n","
"); TQWhatsThis::add( iQuality, "

"+str+"

" ); } } else if( qualityModeString == i18n("Lossless") || qualityModeString == i18n("Undefined") ) { iQuality->setEnabled( false ); cBitrateMode->setEnabled( false ); cBitrateRangeSwitch->setEnabled( false ); iMinBitrate->setEnabled( false ); lBitrateRangeTo->setEnabled( false ); iMaxBitrate->setEnabled( false ); lBitrateRangeUnit->setEnabled( false ); cSamplingrateSwitch->setEnabled( false ); cSamplingrate->setEnabled( false ); lSamplingrateUnit->setEnabled( false ); cChannelsSwitch->setEnabled( false ); cChannels->setEnabled( false ); } else if( qualityModeString == i18n("Hybrid") ) { TQToolTip::add( iQuality, i18n("Kilobit per second") ); iQuality->setEnabled( true ); iQuality->setMinValue( 32 ); iQuality->setMaxValue( 320 ); iQuality->setLineStep( 8 ); if( lastValue != 0 ) iQuality->setValue( lastValue ); else iQuality->setValue( 192 ); cBitrateMode->setEnabled( false ); } else if( qualityModeString == i18n("Unchanged") ) { iQuality->setEnabled( false ); cBitrateMode->setEnabled( false ); cBitrateRangeSwitch->setEnabled( false ); iMinBitrate->setEnabled( false ); lBitrateRangeTo->setEnabled( false ); iMaxBitrate->setEnabled( false ); lBitrateRangeUnit->setEnabled( false ); } } void OptionsDetailed::qualityChanged() { if( cQualityMode->currentText() == i18n("Quality") ) { TQToolTip::remove( iQuality ); FormatItem* formatItem = config->getFormatItem( cFormat->currentText() ); if( formatItem == 0 ) { // FIXME error handling //kdDebug() << "NULL POINTER: `" << "Convert::formatChanged() / formatItem" << "'" << endl; return; } ConvertPlugin* plugin = formatItem->encoder; if( plugin == 0 ) { // FIXME error handling //kdDebug() << "NULL POINTER: `" << "OptionsDetailed::formatChanged() / plugin" << "'" << endl; return; } TQString quality; if( plugin->enc.lossy.quality.enabled ) { quality = plugin->enc.lossy.quality.param; int qualityLevel = iQuality->value(); if( plugin->enc.lossy.quality.profiles.empty() ) { if( plugin->enc.lossy.quality.step < 1 ) { if( plugin->enc.lossy.quality.range_max >= plugin->enc.lossy.quality.range_min) // t_float = ( (float)item->fileListItem->options.encodingOptions.iQuality * ( plugin->enc.lossy.quality.range_max - plugin->enc.lossy.quality.range_min ) / 100 ) + plugin->enc.lossy.quality.range_min; quality.replace( "%q", TQString::number( ( (float)qualityLevel * ( plugin->enc.lossy.quality.range_max - plugin->enc.lossy.quality.range_min ) / 100 ) + plugin->enc.lossy.quality.range_min ) ); else // t_float = ( (100.0f - (float)item->fileListItem->options.encodingOptions.iQuality) * ( plugin->enc.lossy.quality.range_min - plugin->enc.lossy.quality.range_max ) / 100 ) + plugin->enc.lossy.quality.range_max; quality.replace( "%q", TQString::number( ( (100.0f - qualityLevel) * ( plugin->enc.lossy.quality.range_min - plugin->enc.lossy.quality.range_max ) / 100 ) + plugin->enc.lossy.quality.range_max ) ); } else { if( plugin->enc.lossy.quality.range_max >= plugin->enc.lossy.quality.range_min) // t_int = ( item->fileListItem->options.encodingOptions.iQuality * (int)( plugin->enc.lossy.quality.range_max - plugin->enc.lossy.quality.range_min ) / 100) + (int)plugin->enc.lossy.quality.range_min; quality.replace( "%q", TQString::number( (qualityLevel * (int)( plugin->enc.lossy.quality.range_max - plugin->enc.lossy.quality.range_min ) / 100) + (int)plugin->enc.lossy.quality.range_min ) ); else // t_int = ( (100 - item->fileListItem->options.encodingOptions.iQuality) * (int)( plugin->enc.lossy.quality.range_min - plugin->enc.lossy.quality.range_max ) / 100) + (int)plugin->enc.lossy.quality.range_max; quality.replace( "%q", TQString::number( ( (100 - qualityLevel) * (int)( plugin->enc.lossy.quality.range_min - plugin->enc.lossy.quality.range_max ) / 100) + (int)plugin->enc.lossy.quality.range_max ) ); } if( plugin->enc.bin == "oggenc" ) quality.replace(TQChar('.'),TDEGlobal::locale()->decimalSymbol()); // HACK make oggenc usable with all langauges else if( plugin->enc.lossy.quality.separator != '.' ) { quality.replace( TQChar('.'), plugin->enc.lossy.quality.separator ); } } else { TQStringList::Iterator it = plugin->enc.lossy.quality.profiles.at( rint(qualityLevel*plugin->enc.lossy.quality.range_max/100) ); quality.replace( "%q", *it ); } } TQToolTip::add( iQuality, i18n("This is a relative quality between 0 and 100.\nThe higher this number the higher is the quality.\nsoundKonverter will convert it into the file format's quality format.\nSee the \"What's this?\" for more informations.\n\nCurrent parameter: \"%1\"").arg(quality) ); // TQToolTip toolTip( iQuality ); // toolTip.tip( i18n("Current parameter: \"%1\"").arg(quality) ); } } void OptionsDetailed::bitrateModeChanged() { ConvertPlugin* plugin = config->encoderForFormat( cFormat->currentText() ); if( cBitrateMode->currentText() == "abr" && plugin->enc.lossy.bitrate.abr.bitrate_range.enabled ) { cBitrateRangeSwitch->setEnabled( true ); bitrateRangeToggled(); } else { cBitrateRangeSwitch->setEnabled( false ); iMinBitrate->setEnabled( false ); lBitrateRangeTo->setEnabled( false ); iMaxBitrate->setEnabled( false ); lBitrateRangeUnit->setEnabled( false ); } } void OptionsDetailed::bitrateRangeToggled() { if( cBitrateRangeSwitch->isChecked() && cBitrateRangeSwitch->isEnabled() ) { iMinBitrate->setEnabled( true ); lBitrateRangeTo->setEnabled( true ); iMaxBitrate->setEnabled( true ); lBitrateRangeUnit->setEnabled( true ); } else { iMinBitrate->setEnabled( false ); lBitrateRangeTo->setEnabled( false ); iMaxBitrate->setEnabled( false ); lBitrateRangeUnit->setEnabled( false ); } } void OptionsDetailed::samplingrateToggled() { if( cSamplingrateSwitch->isChecked() && cSamplingrateSwitch->isEnabled() ) { cSamplingrate->setEnabled( true ); lSamplingrateUnit->setEnabled( true ); } else { cSamplingrate->setEnabled( false ); lSamplingrateUnit->setEnabled( false ); } } void OptionsDetailed::channelsToggled() { if( cChannelsSwitch->isChecked() && cChannelsSwitch->isEnabled() ) { cChannels->setEnabled( true ); } else { cChannels->setEnabled( false); } } void OptionsDetailed::somethingChanged() { emit optionsChanged(); } //////////////////////////////////////////////////////////// // access the options data - BEGIN //////////////////////////////////////////////////////////// TQString OptionsDetailed::getFormat() { return cFormat->currentText(); } // TQString OptionsDetailed::getQualityMode() // { // return cQualityMode->currentText(); // } OutputDirectory::Mode OptionsDetailed::getOutputDirectoryMode() { return outputDirectory->mode(); } TQString OptionsDetailed::getOutputDirectoryPath() { return outputDirectory->directory(); } void OptionsDetailed::setFormat( const TQString &format ) { cFormat->setCurrentItem( formatIndex(format) ); formatChanged(); } void OptionsDetailed::setQualityMode( const TQString &qualityMode ) { cQualityMode->setCurrentItem( qualityModeIndex(qualityMode) ); qualityModeChanged(); } void OptionsDetailed::setQuality( int quality ) { iQuality->setValue( quality ); } void OptionsDetailed::setBitrateMode( const TQString &bitrateMode ) { cBitrateMode->setCurrentItem( bitrateModeIndex(bitrateMode) ); bitrateModeChanged(); } void OptionsDetailed::setBitrateRangeEnabled( bool enabled ) { cBitrateRangeSwitch->setChecked( enabled ); } void OptionsDetailed::setMinBitrate( int bitrate ) { iMinBitrate->setValue( bitrate ); } void OptionsDetailed::setMaxBitrate( int bitrate ) { iMaxBitrate->setValue( bitrate ); } void OptionsDetailed::setSamplingrateEnabled( bool enabled ) { cSamplingrateSwitch->setChecked( enabled ); } void OptionsDetailed::setSamplingrate( int samplingrate ) { char text[8]; sprintf( text, "%i", samplingrate ); setSamplingrate( text ); } void OptionsDetailed::setSamplingrate( const TQString &samplingrate ) { cSamplingrate->setCurrentText( samplingrate ); } void OptionsDetailed::setChannelsEnabled( bool enabled ) { cChannelsSwitch->setChecked( enabled ); } void OptionsDetailed::setChannels( const TQString &channels ) { cChannels->setCurrentItem( channelsIndex(channels) ); } void OptionsDetailed::setReplayGainEnabled( bool enabled ) { cReplayGain->setChecked( enabled ); } void OptionsDetailed::setOutputDirectoryMode( OutputDirectory::Mode mode ) { outputDirectory->setMode( mode ); } void OptionsDetailed::setOutputDirectoryPath( const TQString &path ) { outputDirectory->setDirectory( path ); } void OptionsDetailed::setUserOptions( const TQString &options ) { lUserOptions->setText( options ); } int OptionsDetailed::getQuality() { return iQuality->value(); } bool OptionsDetailed::getBitrateRangeEnabled() { return cBitrateRangeSwitch->isChecked(); } bool OptionsDetailed::getSamplingrateEnabled() { return cSamplingrateSwitch->isChecked(); } int OptionsDetailed::getSamplingrate() { return cSamplingrate->currentText().toInt(); } bool OptionsDetailed::getChannelsEnabled() { return cChannelsSwitch->isChecked(); } TQString OptionsDetailed::getChannels() { return cChannels->currentText(); } //////////////////////////////////////////////////////////// // access the options data - END //////////////////////////////////////////////////////////// void OptionsDetailed::toggleAdvancedOptions() { if( normalOptions->isVisible() ) { normalOptions->hide(); advancedOptions->show(); } else { advancedOptions->hide(); normalOptions->show(); } }