/* ************************************************************************** description -------------------- copyright : (C) 2003 by Andreas Zehender email : zehender@kde.org ************************************************************************** ************************************************************************** * * * 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 of the License, or * * (at your option) any later version. * * * **************************************************************************/ #include "pmobjectsettings.h" #include "pmlineedits.h" #include "pmrendermanager.h" #include "pmdefaults.h" #include "pmsphere.h" #include "pmcone.h" #include "pmcylinder.h" #include "pmtorus.h" #include "pmplane.h" #include "pmdisc.h" #include "pmblobsphere.h" #include "pmblobcylinder.h" #include "pmlathe.h" #include "pmsor.h" #include "pmprism.h" #include "pmsqe.h" #include "pmspheresweep.h" #include "pmheightfield.h" #include "pmtext.h" #include <tqlayout.h> #include <tqcheckbox.h> #include <tqgroupbox.h> #include <tqlabel.h> #include <klocale.h> PMObjectSettings::PMObjectSettings( TQWidget* parent, const char* name ) : PMSettingsDialogPage( parent, name ) { TQHBoxLayout* hlayout; TQVBoxLayout* vlayout; TQVBoxLayout* gvl; TQGridLayout* grid; TQGroupBox* gb; vlayout = new TQVBoxLayout( this, 0, KDialog::spacingHint( ) ); gb = new TQGroupBox( i18n( "Subdivisions" ), this ); vlayout->addWidget( gb ); gvl = new TQVBoxLayout( gb, KDialog::marginHint( ), KDialog::spacingHint( ) ); gvl->addSpacing( 10 ); grid = new TQGridLayout( gvl, 13, 3 ); grid->addWidget( new TQLabel( i18n( "Sphere:" ), gb ), 0, 0 ); hlayout = new TQHBoxLayout( ); grid->addLayout( hlayout, 0, 2 ); grid->addWidget( new TQLabel( "u", gb ), 0, 1 ); m_pSphereUSteps = new PMIntEdit( gb ); hlayout->addWidget( m_pSphereUSteps ); m_pSphereUSteps->setValidation( true, 2, true, 32 ); hlayout->addWidget( new TQLabel( "v", gb ) ); m_pSphereVSteps = new PMIntEdit( gb ); hlayout->addWidget( m_pSphereVSteps ); m_pSphereVSteps->setValidation( true, 4, true, 64 ); hlayout->addStretch( 1 ); grid->addWidget( new TQLabel( i18n( "Cylinder:" ), gb ), 1, 0 ); hlayout = new TQHBoxLayout( ); grid->addLayout( hlayout, 1, 2 ); m_pCylinderSteps = new PMIntEdit( gb ); hlayout->addWidget( m_pCylinderSteps ); m_pCylinderSteps->setValidation( true, 4, true, 64 ); hlayout->addStretch( 1 ); grid->addWidget( new TQLabel( i18n( "Cone:" ), gb ), 2, 0 ); hlayout = new TQHBoxLayout( ); grid->addLayout( hlayout, 2, 2 ); m_pConeSteps = new PMIntEdit( gb ); hlayout->addWidget( m_pConeSteps ); m_pConeSteps->setValidation( true, 4, true, 64 ); hlayout->addStretch( 1 ); grid->addWidget( new TQLabel( i18n( "Torus:" ), gb ), 3, 0 ); hlayout = new TQHBoxLayout( ); grid->addLayout( hlayout, 3, 2 ); grid->addWidget( new TQLabel( "u", gb ), 3, 1 ); m_pTorusUSteps = new PMIntEdit( gb ); hlayout->addWidget( m_pTorusUSteps ); m_pTorusUSteps->setValidation( true, 2, true, 16 ); hlayout->addWidget( new TQLabel( "v", gb ) ); m_pTorusVSteps = new PMIntEdit( gb ); hlayout->addWidget( m_pTorusVSteps ); m_pTorusVSteps->setValidation( true, 4, true, 64 ); hlayout->addStretch( 1 ); grid->addWidget( new TQLabel( i18n( "Disc:" ), gb ), 4, 0 ); hlayout = new TQHBoxLayout( ); grid->addLayout( hlayout, 4, 2 ); m_pDiscSteps = new PMIntEdit( gb ); hlayout->addWidget( m_pDiscSteps ); m_pDiscSteps->setValidation( true, 4, true, 64 ); hlayout->addStretch( 1 ); grid->addWidget( new TQLabel( i18n( "Blob sphere:" ), gb ), 5, 0 ); hlayout = new TQHBoxLayout( ); grid->addLayout( hlayout, 5, 2 ); grid->addWidget( new TQLabel( "u", gb ), 5, 1 ); m_pBlobSphereUSteps = new PMIntEdit( gb ); hlayout->addWidget( m_pBlobSphereUSteps ); m_pBlobSphereUSteps->setValidation( true, 2, true, 32 ); hlayout->addWidget( new TQLabel( "v", gb ) ); m_pBlobSphereVSteps = new PMIntEdit( gb ); hlayout->addWidget( m_pBlobSphereVSteps ); m_pBlobSphereVSteps->setValidation( true, 4, true, 64 ); hlayout->addStretch( 1 ); grid->addWidget( new TQLabel( i18n( "Blob cylinder:" ), gb ), 6, 0 ); hlayout = new TQHBoxLayout( ); grid->addLayout( hlayout, 6, 2 ); grid->addWidget( new TQLabel( "u", gb ), 6, 1 ); m_pBlobCylinderUSteps = new PMIntEdit( gb ); hlayout->addWidget( m_pBlobCylinderUSteps ); m_pBlobCylinderUSteps->setValidation( true, 2, true, 32 ); hlayout->addWidget( new TQLabel( "v", gb ) ); m_pBlobCylinderVSteps = new PMIntEdit( gb ); hlayout->addWidget( m_pBlobCylinderVSteps ); m_pBlobCylinderVSteps->setValidation( true, 4, true, 64 ); hlayout->addStretch( 1 ); grid->addWidget( new TQLabel( i18n( "Lathe:" ), gb ), 7, 0 ); hlayout = new TQHBoxLayout( ); grid->addLayout( hlayout, 7, 2 ); grid->addWidget( new TQLabel( "u", gb ), 7, 1 ); m_pLatheUSteps = new PMIntEdit( gb ); hlayout->addWidget( m_pLatheUSteps ); m_pLatheUSteps->setValidation( true, 1, true, 16 ); hlayout->addWidget( new TQLabel( "v", gb ) ); m_pLatheRSteps = new PMIntEdit( gb ); hlayout->addWidget( m_pLatheRSteps ); m_pLatheRSteps->setValidation( true, 4, true, 64 ); hlayout->addStretch( 1 ); grid->addWidget( new TQLabel( i18n( "Surface of revolution:" ), gb ), 8, 0 ); hlayout = new TQHBoxLayout( ); grid->addLayout( hlayout, 8, 2 ); grid->addWidget( new TQLabel( "u", gb ), 8, 1 ); m_pSorUSteps = new PMIntEdit( gb ); hlayout->addWidget( m_pSorUSteps ); m_pSorUSteps->setValidation( true, 1, true, 16 ); hlayout->addWidget( new TQLabel( "v", gb ) ); m_pSorRSteps = new PMIntEdit( gb ); hlayout->addWidget( m_pSorRSteps ); m_pSorRSteps->setValidation( true, 4, true, 64 ); hlayout->addStretch( 1 ); grid->addWidget( new TQLabel( i18n( "Prism:" ), gb ), 9, 0 ); hlayout = new TQHBoxLayout( ); grid->addLayout( hlayout, 9, 2 ); m_pPrismSteps = new PMIntEdit( gb ); hlayout->addWidget( m_pPrismSteps ); m_pPrismSteps->setValidation( true, 1, true, 16 ); hlayout->addStretch( 1 ); grid->addWidget( new TQLabel( i18n( "Superquadric ellipsoid:" ), gb ), 10, 0 ); hlayout = new TQHBoxLayout( ); grid->addLayout( hlayout, 10, 2 ); grid->addWidget( new TQLabel( "u", gb ), 10, 1 ); m_pSqeUSteps = new PMIntEdit( gb ); hlayout->addWidget( m_pSqeUSteps ); m_pSqeUSteps->setValidation( true, 2, true, 8 ); hlayout->addWidget( new TQLabel( "v", gb ) ); m_pSqeVSteps = new PMIntEdit( gb ); hlayout->addWidget( m_pSqeVSteps ); m_pSqeVSteps->setValidation( true, 2, true, 8 ); hlayout->addStretch( 1 ); grid->addWidget( new TQLabel( i18n( "Sphere sweep:" ), gb ), 11, 0 ); hlayout = new TQHBoxLayout( ); grid->addLayout( hlayout, 11, 2 ); grid->addWidget( new TQLabel( "r", gb ), 11, 1 ); m_pSphereSweepRSteps = new PMIntEdit( gb ); hlayout->addWidget( m_pSphereSweepRSteps ); m_pSphereSweepRSteps->setValidation( true, 4, true, 64 ); hlayout->addWidget( new TQLabel( "s", gb ) ); m_pSphereSweepSSteps = new PMIntEdit( gb ); hlayout->addWidget( m_pSphereSweepSSteps ); m_pSphereSweepSSteps->setValidation( true, 1, true, 16 ); hlayout->addStretch( 1 ); grid->addWidget( new TQLabel( i18n( "Heightfield:" ), gb ), 12, 0 ); hlayout = new TQHBoxLayout( ); grid->addLayout( hlayout, 12, 2 ); m_pHeightFieldVariance = new PMIntEdit( gb ); hlayout->addWidget( m_pHeightFieldVariance ); m_pHeightFieldVariance->setValidation( true, 1, true, 16 ); hlayout->addStretch( 1 ); gb = new TQGroupBox( i18n( "Sizes" ), this ); vlayout->addWidget( gb ); gvl = new TQVBoxLayout( gb, KDialog::marginHint( ), KDialog::spacingHint( ) ); gvl->addSpacing( 10 ); grid = new TQGridLayout( gvl, 1, 2 ); grid->addWidget( new TQLabel( i18n( "Plane:" ), gb ), 0, 0 ); hlayout = new TQHBoxLayout( ); grid->addLayout( hlayout, 0, 1 ); m_pPlaneSize = new PMFloatEdit( gb ); hlayout->addWidget( m_pPlaneSize ); m_pPlaneSize->setValidation( true, 0.1, false, 0.0 ); hlayout->addStretch( 1 ); gb = new TQGroupBox( i18n( "Camera Views" ), this ); vlayout->addWidget( gb ); gvl = new TQVBoxLayout( gb, KDialog::marginHint( ), KDialog::spacingHint( ) ); gvl->addSpacing( 10 ); m_pHighDetailCameraViews = new TQCheckBox( i18n( "High detail for enhanced projections" ), gb ); gvl->addWidget( m_pHighDetailCameraViews ); vlayout->addStretch( 1 ); } void PMObjectSettings::displaySettings( ) { m_pSphereUSteps->setValue( PMSphere::uSteps( ) ); m_pSphereVSteps->setValue( PMSphere::vSteps( ) ); m_pCylinderSteps->setValue( PMCylinder::steps( ) ); m_pConeSteps->setValue( PMCone::steps( ) ); m_pTorusUSteps->setValue( PMTorus::uSteps( ) ); m_pTorusVSteps->setValue( PMTorus::vSteps( ) ); m_pDiscSteps->setValue( PMDisc::steps( ) ); m_pBlobSphereUSteps->setValue( PMBlobSphere::uSteps( ) ); m_pBlobSphereVSteps->setValue( PMBlobSphere::vSteps( ) ); m_pBlobCylinderUSteps->setValue( PMBlobCylinder::uSteps( ) ); m_pBlobCylinderVSteps->setValue( PMBlobCylinder::vSteps( ) ); m_pPlaneSize->setValue( PMPlane::planeSize( ) ); m_pLatheUSteps->setValue( PMLathe::sSteps( ) ); m_pLatheRSteps->setValue( PMLathe::rSteps( ) ); m_pSorUSteps->setValue( PMSurfaceOfRevolution::sSteps( ) ); m_pSorRSteps->setValue( PMSurfaceOfRevolution::rSteps( ) ); m_pPrismSteps->setValue( PMPrism::sSteps( ) ); m_pSqeUSteps->setValue( PMSuperquadricEllipsoid::uSteps( ) ); m_pSqeVSteps->setValue( PMSuperquadricEllipsoid::vSteps( ) ); m_pSphereSweepRSteps->setValue( PMSphereSweep::rSteps( ) ); m_pSphereSweepSSteps->setValue( PMSphereSweep::sSteps( ) ); m_pHeightFieldVariance->setValue( PMHeightField::variance( ) ); PMRenderManager* rm = PMRenderManager::theManager( ); m_pHighDetailCameraViews->setChecked( rm->highDetailCameraViews( ) ); } void PMObjectSettings::displayDefaults( ) { m_pSphereUSteps->setValue( c_defaultSphereUSteps ); m_pSphereVSteps->setValue( c_defaultSphereVSteps ); m_pCylinderSteps->setValue( c_defaultCylinderSteps ); m_pConeSteps->setValue( c_defaultConeSteps ); m_pTorusUSteps->setValue( c_defaultTorusUSteps ); m_pTorusVSteps->setValue( c_defaultTorusVSteps ); m_pDiscSteps->setValue( c_defaultDiscSteps ); m_pBlobSphereUSteps->setValue( c_defaultBlobSphereUSteps ); m_pBlobSphereVSteps->setValue( c_defaultBlobSphereVSteps ); m_pBlobCylinderUSteps->setValue( c_defaultBlobCylinderUSteps ); m_pBlobCylinderVSteps->setValue( c_defaultBlobCylinderVSteps ); m_pLatheUSteps->setValue( c_defaultLatheSSteps ); m_pLatheRSteps->setValue( c_defaultLatheRSteps ); m_pSorUSteps->setValue( c_defaultSurfaceOfRevolutionSSteps ); m_pSorRSteps->setValue( c_defaultSurfaceOfRevolutionRSteps ); m_pPrismSteps->setValue( c_defaultPrismSSteps ); m_pSqeUSteps->setValue( c_defaultSuperquadricEllipsoidUSteps ); m_pSqeVSteps->setValue( c_defaultSuperquadricEllipsoidVSteps ); m_pSphereSweepRSteps->setValue( c_defaultSphereSweepRSteps ); m_pSphereSweepSSteps->setValue( c_defaultSphereSweepSSteps ); m_pHeightFieldVariance->setValue( c_defaultHeightFieldVariance ); m_pPlaneSize->setValue( c_defaultPlaneSize ); m_pHighDetailCameraViews->setChecked( c_defaultHighDetailCameraView ); } bool PMObjectSettings::validateData( ) { if( !m_pSphereUSteps->isDataValid( ) ) { emit showMe( ); m_pSphereUSteps->setFocus( ); return false; } if( !m_pSphereVSteps->isDataValid( ) ) { emit showMe( ); m_pSphereVSteps->setFocus( ); return false; } if( !m_pCylinderSteps->isDataValid( ) ) { emit showMe( ); m_pCylinderSteps->setFocus( ); return false; } if( !m_pConeSteps->isDataValid( ) ) { emit showMe( ); m_pConeSteps->setFocus( ); return false; } if( !m_pTorusUSteps->isDataValid( ) ) { emit showMe( ); m_pTorusUSteps->setFocus( ); return false; } if( !m_pTorusVSteps->isDataValid( ) ) { emit showMe( ); m_pTorusVSteps->setFocus( ); return false; } if( !m_pDiscSteps->isDataValid( ) ) { emit showMe( ); m_pDiscSteps->setFocus( ); return false; } if( !m_pBlobSphereUSteps->isDataValid( ) ) { emit showMe( ); m_pBlobSphereUSteps->setFocus( ); return false; } if( !m_pBlobSphereVSteps->isDataValid( ) ) { emit showMe( ); m_pBlobSphereVSteps->setFocus( ); return false; } if( !m_pBlobCylinderUSteps->isDataValid( ) ) { emit showMe( ); m_pBlobCylinderUSteps->setFocus( ); return false; } if( !m_pBlobCylinderVSteps->isDataValid( ) ) { emit showMe( ); m_pBlobCylinderVSteps->setFocus( ); return false; } if( !m_pLatheUSteps->isDataValid( ) ) { emit showMe( ); m_pLatheUSteps->setFocus( ); return false; } if( !m_pLatheRSteps->isDataValid( ) ) { emit showMe( ); m_pLatheRSteps->setFocus( ); return false; } if( !m_pSorUSteps->isDataValid( ) ) { emit showMe( ); m_pSorUSteps->setFocus( ); return false; } if( !m_pSorRSteps->isDataValid( ) ) { emit showMe( ); m_pSorRSteps->setFocus( ); return false; } if( !m_pPrismSteps->isDataValid( ) ) { emit showMe( ); m_pPrismSteps->setFocus( ); return false; } if( !m_pSqeUSteps->isDataValid( ) ) { emit showMe( ); m_pSqeUSteps->setFocus( ); return false; } if( !m_pSqeVSteps->isDataValid( ) ) { emit showMe( ); m_pSqeVSteps->setFocus( ); return false; } if( !m_pSphereSweepRSteps->isDataValid( ) ) { emit showMe( ); m_pSphereSweepRSteps->setFocus( ); return false; } if( !m_pSphereSweepSSteps->isDataValid( ) ) { emit showMe( ); m_pSphereSweepSSteps->setFocus( ); return false; } if( !m_pHeightFieldVariance->isDataValid( ) ) { emit showMe( ); m_pHeightFieldVariance->setFocus( ); return false; } if( !m_pPlaneSize->isDataValid( ) ) { emit showMe( ); m_pPlaneSize->setFocus( ); return false; } return true; } void PMObjectSettings::applySettings( ) { bool repaint = false; PMRenderManager* rm = PMRenderManager::theManager( ); if( rm->highDetailCameraViews( ) != m_pHighDetailCameraViews->isChecked( ) ) { rm->setHighDetailCameraViews( m_pHighDetailCameraViews->isChecked( ) ); repaint = true; } if( PMSphere::uSteps( ) != m_pSphereUSteps->value( ) ) { PMSphere::setUSteps( m_pSphereUSteps->value( ) ); repaint = true; } if( PMSphere::vSteps( ) != m_pSphereVSteps->value( ) ) { PMSphere::setVSteps( m_pSphereVSteps->value( ) ); repaint = true; } if( PMCylinder::steps( ) != m_pCylinderSteps->value( ) ) { PMCylinder::setSteps( m_pCylinderSteps->value( ) ); repaint = true; } if( PMCone::steps( ) != m_pConeSteps->value( ) ) { PMCone::setSteps( m_pConeSteps->value( ) ); repaint = true; } if( PMTorus::uSteps( ) != m_pTorusUSteps->value( ) ) { PMTorus::setUSteps( m_pTorusUSteps->value( ) ); repaint = true; } if( PMTorus::vSteps( ) != m_pTorusVSteps->value( ) ) { PMTorus::setVSteps( m_pTorusVSteps->value( ) ); repaint = true; } if( PMDisc::steps( ) != m_pDiscSteps->value( ) ) { PMDisc::setSteps( m_pDiscSteps->value( ) ); repaint = true; } if( PMBlobSphere::uSteps( ) != m_pBlobSphereUSteps->value( ) ) { PMBlobSphere::setUSteps( m_pBlobSphereUSteps->value( ) ); repaint = true; } if( PMBlobSphere::vSteps( ) != m_pBlobSphereVSteps->value( ) ) { PMBlobSphere::setVSteps( m_pBlobSphereVSteps->value( ) ); repaint = true; } if( PMBlobCylinder::uSteps( ) != m_pBlobCylinderUSteps->value( ) ) { PMBlobCylinder::setUSteps( m_pBlobCylinderUSteps->value( ) ); repaint = true; } if( PMBlobCylinder::vSteps( ) != m_pBlobCylinderVSteps->value( ) ) { PMBlobCylinder::setVSteps( m_pBlobCylinderVSteps->value( ) ); repaint = true; } if( PMPlane::planeSize( ) != m_pPlaneSize->value( ) ) { PMPlane::setPlaneSize( m_pPlaneSize->value( ) ); repaint = true; } if( PMLathe::sSteps( ) != m_pLatheUSteps->value( ) ) { PMLathe::setSSteps( m_pLatheUSteps->value( ) ); repaint = true; } if( PMLathe::rSteps( ) != m_pLatheRSteps->value( ) ) { PMLathe::setRSteps( m_pLatheRSteps->value( ) ); repaint = true; } if( PMSurfaceOfRevolution::sSteps( ) != m_pSorUSteps->value( ) ) { PMSurfaceOfRevolution::setSSteps( m_pSorUSteps->value( ) ); repaint = true; } if( PMSurfaceOfRevolution::rSteps( ) != m_pSorRSteps->value( ) ) { PMSurfaceOfRevolution::setRSteps( m_pSorRSteps->value( ) ); repaint = true; } if( PMPrism::sSteps( ) != m_pPrismSteps->value( ) ) { PMPrism::setSSteps( m_pPrismSteps->value( ) ); repaint = true; } if( PMSuperquadricEllipsoid::uSteps( ) != m_pSqeUSteps->value( ) ) { PMSuperquadricEllipsoid::setUSteps( m_pSqeUSteps->value( ) ); repaint = true; } if( PMSuperquadricEllipsoid::vSteps( ) != m_pSqeVSteps->value( ) ) { PMSuperquadricEllipsoid::setVSteps( m_pSqeVSteps->value( ) ); repaint = true; } if( PMSphereSweep::rSteps( ) != m_pSphereSweepRSteps->value( ) ) { PMSphereSweep::setRSteps( m_pSphereSweepRSteps->value( ) ); repaint = true; } if( PMSphereSweep::sSteps( ) != m_pSphereSweepSSteps->value( ) ) { PMSphereSweep::setSSteps( m_pSphereSweepSSteps->value( ) ); repaint = true; } if( PMHeightField::variance( ) != m_pHeightFieldVariance->value( ) ) { PMHeightField::setVariance( m_pHeightFieldVariance->value( ) ); repaint = true; } if( repaint ) emit repaintViews( ); } #include "pmobjectsettings.moc"