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tdemultimedia/kmix/mdwslider.cpp

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/*
* KMix -- KDE's full featured mini mixer
*
*
* Copyright (C) 1996-2004 Christian Esken <esken@kde.org>
*
* This program is free software; you can redistribute it and/or
* modify it under the terms of the GNU Library General Public
* License as published by the Free Software Foundation; either
* version 2 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
* Library General Public License for more details.
*
* You should have received a copy of the GNU Library General Public
* License along with this program; if not, write to the Free
* Software Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA.
*/
#include <klocale.h>
#include <kled.h>
#include <kiconloader.h>
#include <kconfig.h>
#include <kaction.h>
#include <kpopupmenu.h>
#include <kglobalaccel.h>
#include <kkeydialog.h>
#include <kdebug.h>
#include <tqobject.h>
#include <tqcursor.h>
#include <tqslider.h>
#include <tqlabel.h>
#include <tqlayout.h>
#include <tqpixmap.h>
#include <tqtooltip.h>
#include <tqwmatrix.h>
#include "mdwslider.h"
#include "mixer.h"
#include "viewbase.h"
#include "kledbutton.h"
#include "ksmallslider.h"
#include "verticaltext.h"
/**
* MixDeviceWidget that represents a single mix device, inlcuding PopUp, muteLED, ...
*
* Used in KMix main window and DockWidget and PanelApplet.
* It can be configured to include or exclude the recordLED and the muteLED.
* The direction (horizontal, vertical) can be configured and whether it should
* be "small" (uses KSmallSlider instead of TQSlider then).
*
* Due to the many options, this is the most complicated MixDeviceWidget subclass.
*/
MDWSlider::MDWSlider(Mixer *mixer, MixDevice* md,
bool showMuteLED, bool showRecordLED,
bool small, Qt::Orientation orientation,
TQWidget* tqparent, ViewBase* mw, const char* name) :
MixDeviceWidget(mixer,md,small,orientation,tqparent,mw,name),
m_linked(true), m_valueStyle( NNONE), m_iconLabel( 0 ), m_muteLED( 0 ), m_recordLED( 0 ), m_label( 0 ), _layout(0)
{
// create actions (on _mdwActions, see MixDeviceWidget)
new KToggleAction( i18n("&Split Channels"), 0, TQT_TQOBJECT(this), TQT_SLOT(toggleStereoLinked()),
_mdwActions, "stereo" );
new KToggleAction( i18n("&Hide"), 0, TQT_TQOBJECT(this), TQT_SLOT(setDisabled()), _mdwActions, "hide" );
KToggleAction *a = new KToggleAction(i18n("&Muted"), 0, 0, 0, _mdwActions, "mute" );
connect( a, TQT_SIGNAL(toggled(bool)), TQT_SLOT(toggleMuted()) );
if( m_mixdevice->isRecordable() ) {
a = new KToggleAction( i18n("Set &Record Source"), 0, 0, 0, _mdwActions, "recsrc" );
connect( a, TQT_SIGNAL(toggled(bool)), TQT_SLOT( toggleRecsrc()) );
}
new KAction( i18n("C&onfigure Global Shortcuts..."), 0, TQT_TQOBJECT(this), TQT_SLOT(defineKeys()), _mdwActions, "keys" );
// create widgets
createWidgets( showMuteLED, showRecordLED );
m_keys->insert( "Increase volume", i18n( "Increase Volume of '%1'" ).tqarg(m_mixdevice->name().utf8().data()), TQString(),
KShortcut(), KShortcut(), TQT_TQOBJECT(this), TQT_SLOT( increaseVolume() ) );
m_keys->insert( "Decrease volume", i18n( "Decrease Volume of '%1'" ).tqarg(m_mixdevice->name().utf8().data()), TQString(),
KShortcut(), KShortcut(), TQT_TQOBJECT(this), TQT_SLOT( decreaseVolume() ) );
m_keys->insert( "Toggle mute", i18n( "Toggle Mute of '%1'" ).tqarg(m_mixdevice->name().utf8().data()), TQString(),
KShortcut(), KShortcut(), TQT_TQOBJECT(this), TQT_SLOT( toggleMuted() ) );
installEventFilter( this ); // filter for popup
update();
}
TQSizePolicy MDWSlider::sizePolicy() const
{
if ( _orientation == Qt::Vertical ) {
return TQSizePolicy( TQSizePolicy::Fixed, TQSizePolicy::Expanding );
}
else {
return TQSizePolicy( TQSizePolicy::Expanding, TQSizePolicy::Fixed );
}
}
/**
* Creates up to 4 widgets - Icon, Mute-Button, Slider and Record-Button.
*
* Those widgets are placed into
*/
void MDWSlider::createWidgets( bool showMuteLED, bool showRecordLED )
{
if ( _orientation == Qt::Vertical ) {
_layout = new TQVBoxLayout( this );
_layout->tqsetAlignment(TQt::AlignCenter);
}
else {
_layout = new TQHBoxLayout( this );
_layout->tqsetAlignment(TQt::AlignCenter);
}
// -- MAIN SLIDERS LAYOUT ---
TQBoxLayout *slidersLayout;
if ( _orientation == Qt::Vertical ) {
slidersLayout = new TQHBoxLayout( _layout );
slidersLayout->tqsetAlignment(TQt::AlignVCenter);
}
else {
slidersLayout = new TQVBoxLayout( _layout );
slidersLayout->tqsetAlignment(TQt::AlignHCenter);
}
/* cesken: This is inconsistent. Why should vertical and horizontal tqlayout differ?
* Also it eats too much space - especially when you don't show sliders at all.
* Even more on the vertical panel applet (see Bug #97667)
if ( _orientation == Qt::Horizontal )
slidersLayout->addSpacing( 10 );
*/
// -- LABEL LAYOUT TO POSITION
TQBoxLayout *labelLayout;
if ( _orientation == Qt::Vertical ) {
labelLayout = new TQVBoxLayout( slidersLayout );
labelLayout->tqsetAlignment(TQt::AlignHCenter);
}
else {
labelLayout = new TQHBoxLayout( slidersLayout );
labelLayout->tqsetAlignment(TQt::AlignVCenter);
}
if ( _orientation == Qt::Vertical ) {
m_label = new VerticalText( this, m_mixdevice->name().utf8().data() );
TQToolTip::add( m_label, m_mixdevice->name() );
}
else {
m_label = new TQLabel(this);
static_cast<TQLabel*>(m_label) ->setText(m_mixdevice->name());
TQToolTip::add( m_label, m_mixdevice->name() );
}
m_label->hide();
/* This addSpacing() looks VERY bizarre => removing it (cesken, 21.2.2006).
Also horizontal and vertical spacing differs. This doesn't look sensible.
if ( _orientation == Qt::Horizontal )
labelLayout->addSpacing( 36 );
*/
labelLayout->addWidget( m_label );
m_label->installEventFilter( this );
/* This addSpacing() looks VERY bizarre => removing it (cesken, 21.2.2006)
Also horizontal and vertical spacing differs. This doesn't look sensible.
if ( _orientation == Qt::Vertical ) {
labelLayout->addSpacing( 18 );
}
*/
// -- SLIDERS, LEDS AND ICON
TQBoxLayout *sliLayout;
if ( _orientation == Qt::Vertical ) {
sliLayout = new TQVBoxLayout( slidersLayout );
sliLayout->tqsetAlignment(TQt::AlignHCenter);
}
else {
sliLayout = new TQHBoxLayout( slidersLayout );
sliLayout->tqsetAlignment(TQt::AlignVCenter);
}
// --- ICON ----------------------------
TQBoxLayout *iconLayout;
if ( _orientation == Qt::Vertical ) {
iconLayout = new TQHBoxLayout( sliLayout );
iconLayout->tqsetAlignment(TQt::AlignVCenter);
}
else {
iconLayout = new TQVBoxLayout( sliLayout );
iconLayout->tqsetAlignment(TQt::AlignHCenter);
}
m_iconLabel = 0L;
setIcon( m_mixdevice->type() );
iconLayout->addStretch();
iconLayout->addWidget( m_iconLabel );
iconLayout->addStretch();
m_iconLabel->installEventFilter( this );
sliLayout->addSpacing( 5 );
// --- MUTE LED
if ( showMuteLED ) {
TQBoxLayout *ledtqlayout;
if ( _orientation == Qt::Vertical ) {
ledtqlayout = new TQHBoxLayout( sliLayout );
ledtqlayout->tqsetAlignment(TQt::AlignVCenter);
}
else {
ledtqlayout = new TQVBoxLayout( sliLayout );
ledtqlayout->tqsetAlignment(TQt::AlignHCenter);
}
if( m_mixdevice->hasMute() )
{
ledtqlayout->addStretch();
// create mute LED
m_muteLED = new KLedButton( TQt::green, KLed::On, KLed::Sunken,
KLed::Circular, this, "MuteLED" );
m_muteLED->setFixedSize( TQSize(16, 16) );
m_muteLED->resize( TQSize(16, 16) );
ledtqlayout->addWidget( m_muteLED );
TQToolTip::add( m_muteLED, i18n( "Mute" ) );
connect( m_muteLED, TQT_SIGNAL(stateChanged(bool)), this, TQT_SLOT(toggleMuted()) );
m_muteLED->installEventFilter( this );
ledtqlayout->addStretch();
} // has Mute LED
else {
// we don't have a MUTE LED. We create a dummy widget
// !! possibly not neccesary any more (we are tqlayouted)
TQWidget *qw = new TQWidget(this, "Spacer");
qw->setFixedSize( TQSize(16, 16) );
ledtqlayout->addWidget(qw);
qw->installEventFilter( this );
} // has no Mute LED
sliLayout->addSpacing( 3 );
} // showMuteLED
// --- SLIDERS ---------------------------
TQBoxLayout *volLayout;
if ( _orientation == Qt::Vertical ) {
volLayout = new TQHBoxLayout( sliLayout );
volLayout->tqsetAlignment(TQt::AlignVCenter);
}
else {
volLayout = new TQVBoxLayout( sliLayout );
volLayout->tqsetAlignment(TQt::AlignHCenter);
}
// Sliders and volume number indication
TQBoxLayout *slinumLayout;
for( int i = 0; i < m_mixdevice->getVolume().count(); i++ )
{
Volume::ChannelID chid = Volume::ChannelID(i);
// @todo !! Normally the mixdevicewidget SHOULD know, which slider represents which channel.
// We should look up the mapping here, but for now, we simply assume "chid == i".
int maxvol = m_mixdevice->getVolume().maxVolume();
int minvol = m_mixdevice->getVolume().minVolume();
if ( _orientation == Qt::Vertical ) {
slinumLayout = new TQVBoxLayout( volLayout );
slinumLayout->tqsetAlignment(TQt::AlignHCenter);
}
else {
slinumLayout = new TQHBoxLayout( volLayout );
slinumLayout->tqsetAlignment(TQt::AlignVCenter);
}
// create labels to hold volume values (taken from qamix/kamix)
TQLabel *number = new TQLabel( "100", this );
slinumLayout->addWidget( number );
number->setFrameStyle( TQFrame::Panel | TQFrame::Sunken );
number->setLineWidth( 2 );
number->setMinimumWidth( number->tqsizeHint().width() );
number->setPaletteBackgroundColor( TQColor(190, 250, 190) );
// don't show the value by default
number->hide();
updateValue( number, chid );
_numbers.append( number );
TQWidget* slider;
if ( m_small ) {
slider = new KSmallSlider( minvol, maxvol, maxvol/10,
m_mixdevice->getVolume( chid ), _orientation,
this, m_mixdevice->name().ascii() );
}
else {
slider = new TQSlider( 0, maxvol, maxvol/10,
maxvol - m_mixdevice->getVolume( chid ), _orientation,
this, m_mixdevice->name().ascii() );
slider->setMinimumSize( slider->tqsizeHint() );
}
slider->setBackgroundOrigin(AncestorOrigin);
slider->installEventFilter( this );
TQToolTip::add( slider, m_mixdevice->name() );
if( i>0 && isStereoLinked() ) {
// show only one (the first) slider, when the user wants it so
slider->hide();
number->hide();
}
slinumLayout->addWidget( slider ); // add to tqlayout
m_sliders.append ( slider ); // add to list
_slidersChids.append(chid); // Remember slider-chid association
connect( slider, TQT_SIGNAL(valueChanged(int)), TQT_SLOT(volumeChange(int)) );
} // for all channels of this device
// --- RECORD SOURCE LED --------------------------
if ( showRecordLED )
{
sliLayout->addSpacing( 5 );
// --- LED LAYOUT TO CENTER ---
TQBoxLayout *rectqlayout;
if ( _orientation == Qt::Vertical ) {
rectqlayout = new TQHBoxLayout( sliLayout );
rectqlayout->tqsetAlignment(TQt::AlignVCenter);
}
else {
rectqlayout = new TQVBoxLayout( sliLayout );
rectqlayout->tqsetAlignment(TQt::AlignHCenter);
}
if( m_mixdevice->isRecordable() ) {
rectqlayout->addStretch();
m_recordLED = new KLedButton( TQt::red,
m_mixdevice->isRecSource()?KLed::On:KLed::Off,
KLed::Sunken, KLed::Circular, this, "RecordLED" );
m_recordLED->setFixedSize( TQSize(16, 16) );
rectqlayout->addWidget( m_recordLED );
connect(m_recordLED, TQT_SIGNAL(stateChanged(bool)), this, TQT_SLOT(setRecsrc(bool)));
m_recordLED->installEventFilter( this );
TQToolTip::add( m_recordLED, i18n( "Record" ) );
rectqlayout->addStretch();
}
else
{
// we don't have a RECORD LED. We create a dummy widget
// !! possibly not neccesary any more (we are tqlayouted)
TQWidget *qw = new TQWidget(this, "Spacer");
qw->setFixedSize( TQSize(16, 16) );
rectqlayout->addWidget(qw);
qw->installEventFilter( this );
} // has no Record LED
} // showRecordLED
tqlayout()->activate();
}
TQPixmap
MDWSlider::icon( int icontype )
{
TQPixmap miniDevPM;
switch (icontype) {
case MixDevice::AUDIO:
miniDevPM = UserIcon("mix_audio"); break;
case MixDevice::BASS:
case MixDevice::SURROUND_LFE: // "LFE" SHOULD have an own icon
miniDevPM = UserIcon("mix_bass"); break;
case MixDevice::CD:
miniDevPM = UserIcon("mix_cd"); break;
case MixDevice::EXTERNAL:
miniDevPM = UserIcon("mix_ext"); break;
case MixDevice::MICROPHONE:
miniDevPM = UserIcon("mix_microphone");break;
case MixDevice::MIDI:
miniDevPM = UserIcon("mix_midi"); break;
case MixDevice::RECMONITOR:
miniDevPM = UserIcon("mix_recmon"); break;
case MixDevice::TREBLE:
miniDevPM = UserIcon("mix_treble"); break;
case MixDevice::UNKNOWN:
miniDevPM = UserIcon("mix_unknown"); break;
case MixDevice::VOLUME:
miniDevPM = UserIcon("mix_volume"); break;
case MixDevice::VIDEO:
miniDevPM = UserIcon("mix_video"); break;
case MixDevice::SURROUND:
case MixDevice::SURROUND_BACK:
case MixDevice::SURROUND_CENTERFRONT:
case MixDevice::SURROUND_CENTERBACK:
miniDevPM = UserIcon("mix_surround"); break;
case MixDevice::HEADPHONE:
miniDevPM = UserIcon( "mix_headphone" ); break;
case MixDevice::DIGITAL:
miniDevPM = UserIcon( "mix_digital" ); break;
case MixDevice::AC97:
miniDevPM = UserIcon( "mix_ac97" ); break;
default:
miniDevPM = UserIcon("mix_unknown"); break;
}
return miniDevPM;
}
void
MDWSlider::setIcon( int icontype )
{
if( !m_iconLabel )
{
m_iconLabel = new TQLabel(this);
m_iconLabel->setBackgroundOrigin(AncestorOrigin);
installEventFilter( m_iconLabel );
}
TQPixmap miniDevPM = icon( icontype );
if ( !miniDevPM.isNull() )
{
if ( m_small )
{
// scale icon
TQWMatrix t;
t = t.scale( 10.0/miniDevPM.width(), 10.0/miniDevPM.height() );
m_iconLabel->setPixmap( miniDevPM.xForm( t ) );
m_iconLabel->resize( 10, 10 );
} else
m_iconLabel->setPixmap( miniDevPM );
m_iconLabel->tqsetAlignment( TQt::AlignCenter );
} else
{
kdError(67100) << "Pixmap missing." << endl;
}
tqlayout()->activate();
}
bool
MDWSlider::isLabeled() const
{
if ( m_label == 0 )
return false;
else
return !m_label->isHidden();
}
void
MDWSlider::toggleStereoLinked()
{
setStereoLinked( !isStereoLinked() );
}
void
MDWSlider::setStereoLinked(bool value)
{
m_linked = value;
TQWidget *slider = m_sliders.first();
TQLabel *number = _numbers.first();
TQString qs = number->text();
/***********************************************************
Remember value of first slider, so that it can be copied
to the other sliders.
***********************************************************/
int firstSliderValue = 0;
bool firstSliderValueValid = false;
if (slider->isA(TQSLIDER_OBJECT_NAME_STRING) ) {
TQSlider *sld = static_cast<TQSlider*>(slider);
firstSliderValue = sld->value();
firstSliderValueValid = true;
}
else if ( slider->isA("KSmallSlider") ) {
KSmallSlider *sld = static_cast<KSmallSlider*>(slider);
firstSliderValue = sld->value();
firstSliderValueValid = true;
}
for( slider=m_sliders.next(), number=_numbers.next(); slider!=0 && number!=0; slider=m_sliders.next(), number=_numbers.next() ) {
if ( m_linked ) {
slider->hide();
number->hide();
}
else {
// When splitting, make the next sliders show the same value as the first.
// This might not be entirely true, but better than showing the random value
// that was used to be shown before hot-fixing this. !! must be revised
if ( firstSliderValueValid ) {
// Remark: firstSlider== 0 could happen, if the static_cast<TQRangeControl*> above fails.
// It's a safety measure, if we got other Slider types in the future.
if (slider->isA(TQSLIDER_OBJECT_NAME_STRING) ) {
TQSlider *sld = static_cast<TQSlider*>(slider);
sld->setValue( firstSliderValue );
}
if (slider->isA("KSmallSlider") ) {
KSmallSlider *sld = static_cast<KSmallSlider*>(slider);
sld->setValue( firstSliderValue );
}
}
slider->show();
number->setText(qs);
if (m_valueStyle != NNONE)
number->show();
}
}
slider = m_sliders.last();
if( slider && static_cast<TQSlider *>(slider)->tickmarks() )
setTicks( true );
tqlayout()->activate();
}
void
MDWSlider::setLabeled(bool value)
{
if ( m_label == 0 )
return;
if (value )
m_label->show();
else
m_label->hide();
tqlayout()->activate();
}
void
MDWSlider::setTicks( bool ticks )
{
TQWidget* slider;
slider = m_sliders.first();
if ( slider->inherits( TQSLIDER_OBJECT_NAME_STRING ) )
{
if( ticks )
if( isStereoLinked() )
static_cast<TQSlider *>(slider)->setTickmarks( TQSlider::Right );
else
{
static_cast<TQSlider *>(slider)->setTickmarks( TQSlider::NoMarks );
slider = m_sliders.last();
static_cast<TQSlider *>(slider)->setTickmarks( TQSlider::Left );
}
else
{
static_cast<TQSlider *>(slider)->setTickmarks( TQSlider::NoMarks );
slider = m_sliders.last();
static_cast<TQSlider *>(slider)->setTickmarks( TQSlider::NoMarks );
}
}
tqlayout()->activate();
}
void
MDWSlider::setValueStyle( ValueStyle valueStyle )
{
m_valueStyle = valueStyle;
int i = 0;
TQValueList<Volume::ChannelID>::Iterator it = _slidersChids.begin();
for(TQLabel *number = _numbers.first(); number!=0; number = _numbers.next(), ++i, ++it) {
Volume::ChannelID chid = *it;
switch ( m_valueStyle ) {
case NNONE: number->hide(); break;
default:
if ( !isStereoLinked() || (i == 0)) {
updateValue( number, chid );
number->show();
}
}
}
tqlayout()->activate();
}
void
MDWSlider::setIcons(bool value)
{
if ( m_iconLabel != 0 ) {
if ( ( !m_iconLabel->isHidden()) !=value ) {
if (value)
m_iconLabel->show();
else
m_iconLabel->hide();
tqlayout()->activate();
}
} // if it has an icon
}
void
MDWSlider::setColors( TQColor high, TQColor low, TQColor back )
{
for( TQWidget *slider=m_sliders.first(); slider!=0; slider=m_sliders.next() ) {
KSmallSlider *smallSlider = dynamic_cast<KSmallSlider*>(slider);
if ( smallSlider ) smallSlider->setColors( high, low, back );
}
}
void
MDWSlider::setMutedColors( TQColor high, TQColor low, TQColor back )
{
for( TQWidget *slider=m_sliders.first(); slider!=0; slider=m_sliders.next() ) {
KSmallSlider *smallSlider = dynamic_cast<KSmallSlider*>(slider);
if ( smallSlider ) smallSlider->setGrayColors( high, low, back );
}
}
void
MDWSlider::updateValue( TQLabel *value, Volume::ChannelID chid ) {
TQString qs;
Volume& vol = m_mixdevice->getVolume();
if (m_valueStyle == NABSOLUTE )
qs.sprintf("%3d", (int) vol.getVolume( chid ) );
else
qs.sprintf("%3d", (int)( vol.getVolume( chid ) / (double)vol.maxVolume() * 100 ) );
value->setText(qs);
}
/** This slot is called, when a user has changed the volume via the KMix Slider */
void MDWSlider::volumeChange( int )
{
// --- Step 1: Get a REFERENCE of the volume Object ---
Volume& vol = m_mixdevice->getVolume();
// --- Step 2: Change the volumes directly in the Volume object to reflect the Sliders ---
if ( isStereoLinked() )
{
TQWidget *slider = m_sliders.first();
Volume::ChannelID chid = _slidersChids.first();
int sliderValue = 0;
if ( slider->inherits( "KSmallSlider" ) )
{
KSmallSlider *slider = dynamic_cast<KSmallSlider *>(m_sliders.first());
if (slider) {
sliderValue= slider->value();
}
}
else {
TQSlider *slider = dynamic_cast<TQSlider *>(m_sliders.first());
if (slider) {
if ( _orientation == Qt::Vertical )
sliderValue= slider->maxValue() - slider->value();
else
sliderValue= slider->value();
}
}
// With balance proper working, we must change relative volumes,
// not absolute, which leads a make some difference calc related
// to new sliders position against the top volume on channels
long volumeDif = sliderValue - vol.getTopStereoVolume( Volume::MMAIN );
if ( chid == Volume::LEFT ) {
vol.setVolume( Volume::LEFT , vol.getVolume( Volume::LEFT ) + volumeDif );
vol.setVolume( Volume::RIGHT, vol.getVolume( Volume::RIGHT ) + volumeDif );
}
else {
kdDebug(67100) << "MDWSlider::volumeChange(), unknown chid " << chid << endl;
}
updateValue( _numbers.first(), Volume::LEFT );
} // joined
else {
int n = 0;
TQValueList<Volume::ChannelID>::Iterator it = _slidersChids.begin();
TQLabel *number = _numbers.first();
for( TQWidget *slider=m_sliders.first(); slider!=0 && number!=0; slider=m_sliders.next(), number=_numbers.next(), ++it )
{
Volume::ChannelID chid = *it;
if ( slider->inherits( "KSmallSlider" ) )
{
KSmallSlider *smallSlider = dynamic_cast<KSmallSlider *>(slider);
if (smallSlider)
vol.setVolume( chid, smallSlider->value() );
}
else
{
TQSlider *bigSlider = dynamic_cast<TQSlider *>(slider);
if (bigSlider)
if ( _orientation == Qt::Vertical )
vol.setVolume( chid, bigSlider->maxValue() - bigSlider->value() );
else
vol.setVolume( chid, bigSlider->value() );
}
updateValue( number, chid );
n++;
}
}
// --- Step 3: Write back the new volumes to the HW ---
m_mixer->commitVolumeChange(m_mixdevice);
}
/**
This slot is called, when a user has clicked the recsrc button. Also it is called by any other
associated KAction like the context menu.
*/
void MDWSlider::toggleRecsrc() {
setRecsrc( !m_mixdevice->isRecSource() );
}
void MDWSlider::setRecsrc(bool value )
{
if ( m_mixdevice->isRecordable() ) {
m_mixer->setRecordSource( m_mixdevice->num(), value );
}
}
/**
This slot is called, when a user has clicked the mute button. Also it is called by any other
associated KAction like the context menu.
*/
void MDWSlider::toggleMuted() {
setMuted( !m_mixdevice->isMuted() );
}
void MDWSlider::setMuted(bool value)
{
if ( m_mixdevice->hasMute() ) {
m_mixdevice->setMuted( value );
m_mixer->commitVolumeChange(m_mixdevice);
}
}
void MDWSlider::setDisabled()
{
setDisabled( true );
}
void MDWSlider::setDisabled( bool value )
{
if ( m_disabled!=value) {
value ? hide() : show();
m_disabled = value;
}
}
/**
This slot is called on a MouseWheel event. Also it is called by any other
associated KAction like the context menu.
*/
void MDWSlider::increaseVolume()
{
Volume vol = m_mixdevice->getVolume();
long inc = vol.maxVolume() / 20;
if ( inc == 0 )
inc = 1;
for ( int i = 0; i < vol.count(); i++ ) {
long newVal = (vol[i]) + inc;
m_mixdevice->setVolume( i, newVal < vol.maxVolume() ? newVal : vol.maxVolume() );
}
m_mixer->commitVolumeChange(m_mixdevice);
}
/**
This slot is called on a MouseWheel event. Also it is called by any other
associated KAction like the context menu.
*/
void MDWSlider::decreaseVolume()
{
Volume vol = m_mixdevice->getVolume();
long inc = vol.maxVolume() / 20;
if ( inc == 0 )
inc = 1;
for ( int i = 0; i < vol.count(); i++ ) {
long newVal = (vol[i]) - inc;
m_mixdevice->setVolume( i, newVal > 0 ? newVal : 0 );
}
m_mixer->commitVolumeChange(m_mixdevice);
}
/**
This is called whenever there are volume updates pending from the hardware for this MDW.
At the moment it is called regulary via a TQTimer (implicitely).
*/
void MDWSlider::update()
{
// update volumes
Volume vol = m_mixdevice->getVolume();
if( isStereoLinked() )
{
TQValueList<Volume::ChannelID>::Iterator it = _slidersChids.begin();
long avgVol = vol.getAvgVolume( Volume::MMAIN );
TQWidget *slider = m_sliders.first();
if ( slider == 0 ) {
return; // !!! Development version, check this !!!
}
slider->blockSignals( true );
if ( slider->inherits( "KSmallSlider" ) )
{
KSmallSlider *smallSlider = dynamic_cast<KSmallSlider *>(slider);
if (smallSlider) {
smallSlider->setValue( avgVol ); // !! inverted ?!?
smallSlider->setGray( m_mixdevice->isMuted() );
}
} // small slider
else {
TQSlider *bigSlider = dynamic_cast<TQSlider *>(slider);
if (bigSlider)
{
// In case of stereo linked and single slider, slider must
// show the top of both volumes, and not strangely low down
// the main volume by half
if ( _orientation == Qt::Vertical )
bigSlider->setValue( vol.maxVolume() - vol.getTopStereoVolume( Volume::MMAIN ) );
else
bigSlider->setValue( vol.getTopStereoVolume( Volume::MMAIN ) );
}
} // big slider
updateValue( _numbers.first(), Volume::LEFT );
slider->blockSignals( false );
} // only 1 slider (stereo-linked)
else {
TQValueList<Volume::ChannelID>::Iterator it = _slidersChids.begin();
for( int i=0; i<vol.count(); i++, ++it ) {
TQWidget *slider = m_sliders.at( i );
Volume::ChannelID chid = *it;
if (slider == 0) {
// !!! not implemented !!!
// not implemented: happens if there are record and playback
// sliders in the same device. Or if you only show
// the right slider (or any other fancy occasion)
continue;
}
slider->blockSignals( true );
if ( slider->inherits( "KSmallSlider" ) )
{
KSmallSlider *smallSlider = dynamic_cast<KSmallSlider *>(slider);
if (smallSlider) {
smallSlider->setValue( vol[chid] );
smallSlider->setGray( m_mixdevice->isMuted() );
}
}
else
{
TQSlider *bigSlider = dynamic_cast<TQSlider *>(slider);
if (bigSlider)
if ( _orientation == Qt::Vertical ) {
bigSlider->setValue( vol.maxVolume() - vol[i] );
}
else {
bigSlider->setValue( vol[i] );
}
}
updateValue( _numbers.at ( i ), chid );
slider->blockSignals( false );
} // for all sliders
} // more than 1 slider
// update mute led
if ( m_muteLED ) {
m_muteLED->blockSignals( true );
m_muteLED->setState( m_mixdevice->isMuted() ? KLed::Off : KLed::On );
m_muteLED->blockSignals( false );
}
// update recsrc
if( m_recordLED ) {
m_recordLED->blockSignals( true );
m_recordLED->setState( m_mixdevice->isRecSource() ? KLed::On : KLed::Off );
m_recordLED->blockSignals( false );
}
}
void MDWSlider::showContextMenu()
{
if( m_mixerwidget == NULL )
return;
KPopupMenu *menu = m_mixerwidget->getPopup();
menu->insertTitle( SmallIcon( "kmix" ), m_mixdevice->name() );
if ( m_sliders.count()>1 ) {
KToggleAction *stereo = (KToggleAction *)_mdwActions->action( "stereo" );
if ( stereo ) {
stereo->setChecked( !isStereoLinked() );
stereo->plug( menu );
}
}
KToggleAction *ta = (KToggleAction *)_mdwActions->action( "recsrc" );
if ( ta ) {
ta->setChecked( m_mixdevice->isRecSource() );
ta->plug( menu );
}
if ( m_mixdevice->hasMute() ) {
ta = ( KToggleAction* )_mdwActions->action( "mute" );
if ( ta ) {
ta->setChecked( m_mixdevice->isMuted() );
ta->plug( menu );
}
}
KAction *a = _mdwActions->action( "hide" );
if ( a )
a->plug( menu );
a = _mdwActions->action( "keys" );
if ( a && m_keys ) {
KActionSeparator sep( TQT_TQOBJECT(this) );
sep.plug( menu );
a->plug( menu );
}
TQPoint pos = TQCursor::pos();
menu->popup( pos );
}
TQSize MDWSlider::tqsizeHint() const {
if ( _layout != 0 ) {
return _layout->tqsizeHint();
}
else {
// tqlayout not (yet) created
return TQWidget::tqsizeHint();
}
}
/**
* An event filter for the various TQWidgets. We watch for Mouse press Events, so
* that we can popup the context menu.
*/
bool MDWSlider::eventFilter( TQObject* obj, TQEvent* e )
{
if (e->type() == TQEvent::MouseButtonPress) {
TQMouseEvent *qme = TQT_TQMOUSEEVENT(e);
if (qme->button() == Qt::RightButton) {
showContextMenu();
return true;
}
}
// Attention: We don't filter WheelEvents for KSmallSlider, because it handles WheelEvents itself
else if ( (e->type() == TQEvent::Wheel) && !obj->isA("KSmallSlider") ) {
TQWheelEvent *qwe = TQT_TQWHEELEVENT(e);
if (qwe->delta() > 0) {
increaseVolume();
}
else {
decreaseVolume();
}
return true;
}
return TQWidget::eventFilter(obj,e);
}
#include "mdwslider.moc"
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