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tdemultimedia/noatun/modules/kjofol-skin/kjsliders.cpp

337 lines
7.7 KiB

/***************************************************************************
kjsliders.cpp
---------------------------------------------
Sliders for Volume and Pitch
---------------------------------------------
Maintainer: Stefan Gehn <sgehn@gmx.net>
***************************************************************************/
// local includes
#include "kjsliders.h"
#include "kjtextdisplay.h"
#include "kjprefs.h"
#include "helpers.cpp"
// kde includes
#include <tdelocale.h>
#include <kdebug.h>
// arts-includes, needed for pitch
#include <artsmodules.h>
#include <reference.h>
#include <soundserver.h>
#include <kmedia2.h>
// noatun includes
#include <noatun/player.h>
#include <noatun/engine.h>
/*******************************************
* KJVolumeBar
*******************************************/
KJVolumeBar::KJVolumeBar(const TQStringList &i, KJLoader *p)
: KJWidget(p), mVolume(0), mText(0)
{
int x, y, xs, ys;
x=i[1].toInt();
y=i[2].toInt();
xs=i[3].toInt()-x;
ys=i[4].toInt()-y;
setRect ( x, y, xs, ys );
// kdDebug(66666) << "x: " << x << " y: " << y << " w: " << xs << " h: " << ys << endl;
mBack = parent()->pixmap(parser()["backgroundimage"][1]);
mSlider = parent()->pixmap(parser()["volumecontrolimage"][1]);
}
TQString KJVolumeBar::tip()
{
return i18n("Volume");
}
void KJVolumeBar::paint(TQPainter *p, const TQRect &)
{
// kdDebug(66666) << "x: " << rect().x() << " y: " << rect().y() << endl;
// kdDebug(66666) << "vol x: " << rect().x()+(mVolume*rect().width())/100 << endl;
// center of that slider-pixmap
// TQPoint hotSpot = TQPoint( mSlider.width()/2, mSlider.height()/2 );
// draw our background
bitBlt(
p->device(),
rect().x() /*- hotSpot.x()*/,
rect().y() /*- hotSpot.y()*/,
&mBack,
rect().x() /*- hotSpot.x()*/,
rect().y() /*- hotSpot.y()*/,
rect().width() /*+ (2*hotSpot.x())*/,
rect().height() /*+ (2*hotSpot.y())*/,
TQt::CopyROP);
// draw our slider
bitBlt(
p->device(),
rect().x() + ((mVolume*rect().width())/100) /*- hotSpot.x()*/,
rect().y() /*- hotSpot.y()*/,
&mSlider,
0,
0,
mSlider.width(),
mSlider.height(),
TQt::CopyROP);
if (mText)
mText->repaint();
}
bool KJVolumeBar::mousePress(const TQPoint &pos)
{
mVolume = (pos.x()*100) / rect().width();
// kdDebug(66666) << "volume: " << mVolume << endl;
repaint();
napp->player()->setVolume(mVolume);
return true;
}
void KJVolumeBar::mouseRelease(const TQPoint &, bool)
{
}
void KJVolumeBar::mouseMove(const TQPoint &pos, bool in)
{
if (!in)
return;
mousePress(pos);
}
void KJVolumeBar::timeUpdate(int)
{
mVolume = napp->player()->volume();
repaint();
}
/*******************************************
* KJVolumeBMP
*******************************************/
KJVolumeBMP::KJVolumeBMP(const TQStringList &i, KJLoader *p)
: KJWidget(p), mVolume(0), mOldVolume(0), mText(0)
{
int x, y, xs, ys;
x=i[1].toInt();
y=i[2].toInt();
xs=i[3].toInt()-x;
ys=i[4].toInt()-y;
setRect ( x, y, xs, ys );
mWidth = parser()["volumecontrolimagexsize"][1].toInt();
mCount = parser()["volumecontrolimagenb"][1].toInt()-1;
mImages = parent()->pixmap(parser()["volumecontrolimage"][1]);
mPos = parent()->image(parser()["volumecontrolimageposition"][1]);
timeUpdate(0);
}
TQString KJVolumeBMP::tip()
{
return i18n("Volume");
}
void KJVolumeBMP::paint(TQPainter *p, const TQRect &)
{
TQRect from(mVolume*mCount/100*mWidth, 0, mWidth, mImages.height());
bitBlt(p->device(), rect().topLeft(), &mImages, from, TQt::CopyROP);
if (mText)
mText->repaint();
}
bool KJVolumeBMP::mousePress(const TQPoint &pos)
{
TQRgb color = mPos.pixel ( rect().topLeft().x()+pos.x(), rect().topLeft().y()+pos.y() );
if (!isGray(color))
return false;
mVolume = grayRgb(color)*100/255;
// kdDebug(66666) << "gray : " << grayRgb(color) << endl;
// kdDebug(66666) << "volume: " << mVolume << endl;
repaint();
napp->player()->setVolume(mVolume);
return true;
}
void KJVolumeBMP::mouseRelease(const TQPoint &, bool)
{}
void KJVolumeBMP::mouseMove(const TQPoint &pos, bool in)
{
if (!in) return;
mousePress(pos);
}
void KJVolumeBMP::timeUpdate(int)
{
mVolume = napp->player()->volume();
if ( mVolume == mOldVolume ) // dont redraw if nothing changed
return;
mOldVolume = mVolume;
repaint();
}
/*******************************************
* KJPitchBMP
*******************************************/
KJPitchBMP::KJPitchBMP(const TQStringList &i, KJLoader *p)
: KJWidget(p), mText(0)
{
int x = i[1].toInt();
int y = i[2].toInt();
int xs = i[3].toInt() - x;
int ys = i[4].toInt() - y;
setRect ( x, y, xs, ys );
mWidth = parser()["pitchcontrolimagexsize"][1].toInt();
mCount = parser()["pitchcontrolimagenb"][1].toInt()-1;
mImages = parent()->pixmap(parser()["pitchcontrolimage"][1]);
mPos = parent()->image(parser()["pitchcontrolimageposition"][1]);
// makes all pixels with rgb(255,0,255) transparent
TQImage ibackground;
ibackground = parent()->image(parser()["pitchcontrolimage"][1]);
mImages.setMask( getMask(ibackground) );
Arts::PlayObject playobject = napp->player()->engine()->playObject();
Arts::PitchablePlayObject pitchable = Arts::DynamicCast(playobject);
if ( pitchable.isNull() )
mCurrentPitch = 1.0;
else
mCurrentPitch = pitchable.speed();
// kdDebug() << "[KJPitchBMP] starting with pitch: " << mCurrentPitch << endl;
/*
mMinPitch = 0.5;
mMaxPitch = 2.0;
mMinPitch = 0.8;
mMaxPitch = 1.2;
*/
readConfig();
if (mText)
mText->repaint();
}
TQString KJPitchBMP::tip()
{
return i18n("Pitch");
}
void KJPitchBMP::paint(TQPainter *p, const TQRect &)
{
float xPos = (int)((mCurrentPitch-mMinPitch)*100.0) * mCount / (int)((mMaxPitch-mMinPitch)*100.0) * mWidth;
TQRect from( (int)xPos, 0, mWidth, mImages.height());
bitBlt(p->device(), rect().topLeft(), &mImages, from, TQt::CopyROP);
if (mText)
mText->repaint();
}
bool KJPitchBMP::mousePress(const TQPoint &pos)
{
TQRgb color = mPos.pixel ( rect().topLeft().x()+pos.x(), rect().topLeft().y()+pos.y() );
if (!isGray(color))
return false;
mCurrentPitch = mMinPitch + ( (grayRgb(color)*(mMaxPitch-mMinPitch)) / 255 );
// kdDebug(66666) << "[KJPitchBMP] mousePress() mCurrentPitch: " << mCurrentPitch << endl;
repaint();
newFile(); // wrong naming, in fact it just sets pitch
return true;
}
void KJPitchBMP::mouseRelease(const TQPoint &, bool)
{}
void KJPitchBMP::mouseMove(const TQPoint &pos, bool in)
{
if (!in) return;
mousePress(pos);
}
void KJPitchBMP::timeUpdate(int)
{
// kdDebug(66666) << "[KJPitchBMP] :timeUpdate(int)" << endl;
Arts::PlayObject playobject = napp->player()->engine()->playObject();
Arts::PitchablePlayObject pitchable = Arts::DynamicCast(playobject);
if ( !pitchable.isNull() )
{
mCurrentPitch = pitchable.speed();
// kdDebug(66666) << "[KJPitchBMP] mCurrentPitch: " << mCurrentPitch << endl;
}
if ( mCurrentPitch == mOldPitch ) // dont redraw if nothing changed
return;
mOldPitch = mCurrentPitch;
repaint();
}
void KJPitchBMP::newFile()
{
// kdDebug(66666) << "[KJPitchBMP] newFile()" << endl;
Arts::PlayObject playobject = napp->player()->engine()->playObject();
Arts::PitchablePlayObject pitchable = Arts::DynamicCast(playobject);
if (!pitchable.isNull())
{
// kdDebug(66666) << "[KJPitchBMP] new speed: " << mCurrentPitch << endl;
pitchable.speed( mCurrentPitch );
}
}
void KJPitchBMP::readConfig()
{
// kdDebug(66666) << "KJPitchBMP::readConfig()" << endl;
mMinPitch = KJLoader::kjofol->prefs()->minimumPitch() / 100.0;
mMaxPitch = KJLoader::kjofol->prefs()->maximumPitch() / 100.0;
// Now comes the range checking if the user changed the setting :)
if ( mCurrentPitch < mMinPitch || mCurrentPitch > mMaxPitch )
{
if ( mCurrentPitch < mMinPitch )
mCurrentPitch = mMinPitch;
if ( mCurrentPitch > mMaxPitch )
mCurrentPitch = mMaxPitch;
newFile(); // wrong naming, in fact it just sets pitch
}
}