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/* ============================================================
*
* This file is a part of kipi-plugins project
* http://www.kipi-plugins.org
*
* Date : 2004-10-01
* Description : a kipi plugin to batch process images
*
* Copyright (C) 2004-2007 by Gilles Caulier <caulier dot gilles at gmail dot com>
*
* 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 2, 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.
*
* ============================================================ */
// Include files for TQt
#include <tqvbox.h>
#include <tqlayout.h>
#include <tqwidget.h>
#include <tqwhatsthis.h>
#include <tqlabel.h>
#include <tqpushbutton.h>
#include <tqgroupbox.h>
#include <tqcombobox.h>
#include <tqcolor.h>
// Include files for KDE
#include <tdelocale.h>
#include <knuminput.h>
#include <kcolorbutton.h>
// Local includes
#include "effectoptionsdialog.h"
#include "effectoptionsdialog.moc"
namespace KIPIBatchProcessImagesPlugin
{
EffectOptionsDialog::EffectOptionsDialog(TQWidget *parent, int EffectType)
: KDialogBase( parent, "EffectOptionsDialog", true,
i18n("Effect Options"), Ok|Cancel, Ok, false)
{
TQWidget* box = new TQWidget( this );
setMainWidget(box);
TQVBoxLayout *dvlay = new TQVBoxLayout( box, 10, spacingHint() );
TQString whatsThis;
if (EffectType == 0) // Adaptive threshold
{
TQLabel *m_label_latWidth = new TQLabel (i18n("Width:"), box);
dvlay->addWidget( m_label_latWidth );
m_latWidth = new KIntNumInput(50, box);
m_latWidth->setRange(0, 200, 1, true );
TQWhatsThis::add( m_latWidth, i18n("<p>Select here the value which represents the width "
"of the local neighborhood.") );
m_label_latWidth->setBuddy( m_latWidth );
dvlay->addWidget( m_latWidth );
TQLabel *m_label_latHeight = new TQLabel (i18n("Height:"), box);
dvlay->addWidget( m_label_latHeight );
m_latHeight = new KIntNumInput(50, box);
m_latHeight->setRange(0, 200, 1, true );
TQWhatsThis::add( m_latHeight, i18n("<p>Select here the value which represents the height of "
"the local neighborhood.") );
m_label_latHeight->setBuddy( m_latHeight );
dvlay->addWidget( m_latHeight );
TQLabel *m_label_latOffset = new TQLabel (i18n("Offset:"), box);
dvlay->addWidget( m_label_latOffset );
m_latOffset = new KIntNumInput(1, box);
m_latOffset->setRange(0, 200, 1, true );
TQWhatsThis::add( m_latOffset, i18n("<p>Select here the value which represents the mean offset.") );
m_label_latOffset->setBuddy( m_latOffset );
dvlay->addWidget( m_latOffset );
}
if (EffectType == 1) // Charcoal
{
TQLabel *m_label_charcoalRadius = new TQLabel (i18n("Radius:"), box);
dvlay->addWidget( m_label_charcoalRadius );
m_charcoalRadius = new KIntNumInput(3, box);
m_charcoalRadius->setRange(0, 20, 1, true );
TQWhatsThis::add( m_charcoalRadius, i18n("<p>Select here the value which represents the "
"radius of the pixel neighborhood.") );
m_label_charcoalRadius->setBuddy( m_charcoalRadius );
dvlay->addWidget( m_charcoalRadius );
TQLabel *m_label_charcoalDeviation = new TQLabel (i18n("Deviation:"), box);
dvlay->addWidget( m_label_charcoalDeviation );
m_charcoalDeviation = new KIntNumInput(3, box);
m_charcoalDeviation->setRange(0, 20, 1, true );
TQWhatsThis::add( m_charcoalDeviation, i18n("<p>Select here the value which represents the "
"standard deviation of the Gaussian, in pixels.") );
m_label_charcoalDeviation->setBuddy( m_charcoalDeviation );
dvlay->addWidget( m_charcoalDeviation );
}
if (EffectType == 2) // Detect edges
{
TQLabel *m_label_edgeRadius = new TQLabel (i18n("Radius:"), box);
dvlay->addWidget( m_label_edgeRadius );
m_edgeRadius = new KIntNumInput(3, box);
m_edgeRadius->setRange(0, 20, 1, true );
TQWhatsThis::add( m_edgeRadius, i18n("<p>Select here the value which represents the radius of "
"the pixel neighborhood. Radius defines the radius of the "
"convolution filter. If you use a radius of 0 the algorithm selects "
"a suitable radius.") );
m_label_edgeRadius->setBuddy( m_edgeRadius );
dvlay->addWidget( m_edgeRadius );
}
if (EffectType == 3) // Emboss
{
TQLabel *m_label_embossRadius = new TQLabel (i18n("Radius:"), box);
dvlay->addWidget( m_label_embossRadius );
m_embossRadius = new KIntNumInput(3, box);
m_embossRadius->setRange(0, 20, 1, true );
TQWhatsThis::add( m_embossRadius, i18n("<p>Select here the value which represents the radius of the "
"pixel neighborhood. For reasonable results, radius should be "
"larger than deviation. If you use a radius of 0 the algorithm "
"selects a suitable radius.") );
m_label_embossRadius->setBuddy( m_embossRadius );
dvlay->addWidget( m_embossRadius );
TQLabel *m_label_embossDeviation = new TQLabel (i18n("Deviation:"), box);
dvlay->addWidget( m_label_embossDeviation );
m_embossDeviation = new KIntNumInput(3, box);
m_embossDeviation->setRange(0, 20, 1, true );
TQWhatsThis::add( m_embossDeviation, i18n("<p>Select here the value which represents the standard "
"deviation of the Gaussian, in pixels.") );
m_label_embossDeviation->setBuddy( m_embossDeviation );
dvlay->addWidget( m_embossDeviation );
}
if (EffectType == 4) // Implode
{
TQLabel *m_label_implodeFactor = new TQLabel (i18n("Factor:"), box);
dvlay->addWidget( m_label_implodeFactor );
m_implodeFactor = new KIntNumInput(1, box);
m_implodeFactor->setRange(0, 20, 1, true );
TQWhatsThis::add( m_implodeFactor, i18n("<p>Select here the value which represents the extent of "
"the implosion.") );
m_label_implodeFactor->setBuddy( m_implodeFactor );
dvlay->addWidget( m_implodeFactor );
}
if (EffectType == 5) // Paint
{
TQLabel *m_label_paintRadius = new TQLabel (i18n("Radius:"), box);
dvlay->addWidget( m_label_paintRadius );
m_paintRadius = new KIntNumInput(3, box);
m_paintRadius->setRange(0, 20, 1, true );
TQWhatsThis::add( m_paintRadius, i18n("<p>Select here the value which represents the radius of "
"the circular neighborhood. Each pixel is replaced by the "
"most frequent color occurring in a circular region defined "
"by the radius.") );
m_label_paintRadius->setBuddy( m_paintRadius );
dvlay->addWidget( m_paintRadius );
}
if (EffectType == 6) // Shade light
{
TQLabel *m_label_shadeAzimuth = new TQLabel (i18n("Azimuth:"), box);
dvlay->addWidget( m_label_shadeAzimuth );
m_shadeAzimuth = new KIntNumInput(40, box);
m_shadeAzimuth->setRange(0, 360, 1, true );
TQWhatsThis::add( m_shadeAzimuth, i18n("<p>Select here the value which represents the azimuth of "
"the light source direction. The azimuth is measured in degrees "
"above the x axis.") );
m_label_shadeAzimuth->setBuddy( m_shadeAzimuth );
dvlay->addWidget( m_shadeAzimuth );
TQLabel *m_label_shadeElevation = new TQLabel (i18n("Elevation:"), box);
dvlay->addWidget( m_label_shadeElevation );
m_shadeElevation = new KIntNumInput(40, box);
m_shadeElevation->setRange(0, 500, 1, true );
TQWhatsThis::add( m_shadeElevation, i18n("<p>Select here the value which represents the elevation of "
"the light source direction. The elevation is measured in "
"pixels above the Z axis.") );
m_label_shadeElevation->setBuddy( m_shadeElevation );
dvlay->addWidget( m_shadeElevation );
}
if (EffectType == 7) // Solarize
{
TQLabel *m_label_solarizeFactor = new TQLabel (i18n("Factor:"), box);
dvlay->addWidget( m_label_solarizeFactor );
m_solarizeFactor = new KIntNumInput(3, box);
m_solarizeFactor->setRange(0, 99, 1, true );
TQWhatsThis::add( m_solarizeFactor, i18n("<p>Select here the value which represents the percent-"
"threshold of the solarize intensity.") );
m_label_solarizeFactor->setBuddy( m_solarizeFactor );
dvlay->addWidget( m_solarizeFactor );
}
if (EffectType == 8) // Spread
{
TQLabel *m_label_spreadRadius = new TQLabel (i18n("Radius:"), box);
dvlay->addWidget( m_label_spreadRadius );
m_spreadRadius = new KIntNumInput(10, box);
m_spreadRadius->setRange(0, 200, 1, true );
TQWhatsThis::add( m_spreadRadius, i18n("<p>Select here the value which represents the random "
"pixel in a neighborhood of this extent.") );
m_label_spreadRadius->setBuddy( m_spreadRadius );
dvlay->addWidget( m_spreadRadius );
}
if (EffectType == 9) // Swirl
{
TQLabel *m_label_swirlDegrees = new TQLabel (i18n("Degrees:"), box);
dvlay->addWidget( m_label_swirlDegrees );
m_swirlDegrees = new KIntNumInput(45, box);
m_swirlDegrees->setRange(0, 360, 1, true );
TQWhatsThis::add( m_swirlDegrees, i18n("<p>Select here the value which represents the tightness of "
"the swirling effect. You get a more dramatic effect as the "
"degrees move from 1 to 360.") );
m_label_swirlDegrees->setBuddy( m_swirlDegrees );
dvlay->addWidget( m_swirlDegrees );
}
if (EffectType == 10) // Wave
{
TQLabel *m_label_waveAmplitude = new TQLabel (i18n("Amplitude:"), box);
dvlay->addWidget( m_label_waveAmplitude );
m_waveAmplitude = new KIntNumInput(50, box);
m_waveAmplitude->setRange(0, 200, 1, true );
TQWhatsThis::add( m_waveAmplitude, i18n("<p>Select here the value which represents the amplitude of "
"the sine wave.") );
m_label_waveAmplitude->setBuddy( m_waveAmplitude );
dvlay->addWidget( m_waveAmplitude );
TQLabel *m_label_waveLength = new TQLabel (i18n("Length:"), box);
dvlay->addWidget( m_label_waveLength );
m_waveLength = new KIntNumInput(100, box);
m_waveLength->setRange(0, 200, 1, true );
TQWhatsThis::add( m_waveLength, i18n("<p>Select here the value which represents the wave length "
"of the sine wave.") );
m_label_waveLength->setBuddy( m_waveLength );
dvlay->addWidget( m_waveLength );
}
}
EffectOptionsDialog::~EffectOptionsDialog()
{
}
} // NameSpace KIPIBatchProcessImagesPlugin
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