//-*-C++-*- /* ************************************************************************** description -------------------- copyright : (C) 2002 by Luis Carvalho email : lpassos@mail.telepac.pt ************************************************************************** ************************************************************************** * * * 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. * * * **************************************************************************/ #ifndef PMGLOBALSETTINGS_H #define PMGLOBALSETTINGS_H #ifdef HAVE_CONFIG_H #include <config.h> #endif #include "pmcompositeobject.h" #include "pmcolor.h" /** * Class for global settings. */ class PMGlobalSettings : public PMCompositeObject { typedef PMCompositeObject Base; public: enum PMNoiseType { Original = 0, RangeCorrected = 1, Perlin = 2 }; /** * Creates a PMGlobalSettings */ PMGlobalSettings( PMPart* part ); /** * Copy constructor */ PMGlobalSettings( const PMGlobalSettings& s ); /** * deletes the PMGlobalSettings */ virtual ~PMGlobalSettings( ); /** */ virtual PMObject* copy( ) const { return new PMGlobalSettings( *this ); } /** */ virtual QString description( ) const; /** */ virtual PMMetaObject* metaObject( ) const; /** */ virtual void cleanUp( ) const; /** */ virtual void serialize( QDomElement& e, QDomDocument& doc ) const; /** */ virtual void readAttributes( const PMXMLHelper& h ); /** * Returns a new @ref PMGlobalSettingsEdit */ virtual PMDialogEditBase* editWidget( QWidget* parent ) const; /** * Returns the name of the pixmap that is displayed in the tree view * and dialog view */ virtual QString pixmap( ) const { return QString( "pmglobalsettings" ); } /** * Returns the adc bailout */ double adcBailout( ) const { return m_adcBailout; } /** * Sets the adc bailout */ void setAdcBailout( double c ); /** * Returns the ambient color */ PMColor ambientLight( ) const { return m_ambientLight; } /** * Sets the ambient color */ void setAmbientLight( const PMColor& c ); /** * Returns the assumed gamma */ double assumedGamma( ) const { return m_assumedGamma; } /** * Sets the assumed gamma */ void setAssumedGamma( double c ); /** * Returns the hf gray 16 */ bool hfGray16( ) const { return m_hfGray16; } /** * Sets the hf gray 16 */ void setHfGray16( bool c ); /** * Returns the iridiscence wavelength */ PMColor iridWaveLength( ) const { return m_iridWaveLength; } /** * Sets the iridiscence wavelength */ void setIridWaveLength( const PMColor& c ); /** * Returns the maximum number of intersections */ int maxIntersections( ) const { return m_maxIntersections; } /** * Sets the maximum number of intersections */ void setMaxIntersections( int c ); /** * Returns the maximum trace level */ int maxTraceLevel( ) const { return m_maxTraceLevel; } /** * Sets the maximum trace level */ void setMaxTraceLevel( int c ); /** * Returns the number of waves */ int numberWaves( ) const { return m_numberWaves; } /** * Sets the number of waves */ void setNumberWaves( int c ); /** * Returns the current noise generator */ PMNoiseType noiseGenerator( ) const { return m_noiseGenerator; } /** * Sets the noise generator */ void setNoiseGenerator( PMNoiseType c ); /** * Returns true if radiosity is enabled */ bool isRadiosityEnabled( ) const { return m_radiosityEnabled; } /** * Enables/Disables radiosity */ void enableRadiosity( bool c ); /** * Returns brightness */ double brightness( ) const { return m_brightness; } /** * Sets the brightness */ void setBrightness( double c ); /** * Returns count */ int count( ) const { return m_count; } /** * Sets the count */ void setCount( int c ); /** * Returns maximum distance */ double distanceMaximum( ) const { return m_distanceMaximum; } /** * Sets the maximum distance */ void setDistanceMaximum( double c ); /** * Returns error boundary */ double errorBound( ) const { return m_errorBound; } /** * Sets the error boundary */ void setErrorBound( double c ); /** * Returns gray threshold */ double grayThreshold( ) const { return m_grayThreshold; } /** * Sets the gray threshold */ void setGrayThreshold( double c ); /** * Returns low error factor */ double lowErrorFactor( ) const { return m_lowErrorFactor; } /** * Sets the low error factor */ void setLowErrorFactor( double c ); /** * Returns minimum reuse */ double minimumReuse( ) const { return m_minimumReuse; } /** * Sets the minimum reuse */ void setMinimumReuse( double c ); /** * Returns nearest count */ int nearestCount( ) const { return m_nearestCount; } /** * Sets the nearest count */ void setNearestCount( int c ); /** * Returns recursion limit */ int recursionLimit( ) const { return m_recursionLimit; } /** * Sets the recursion limit */ void setRecursionLimit( int c ); /** */ virtual void restoreMemento( PMMemento* s ); private: /** * IDs for @ref PMMementoData */ enum PMGlobalSettingsMementoID { PMAdcBailoutID, PMAmbientLightID, PMAssumedGammaID, PMHfGray16ID, PMIridWaveLengthID, PMMaxIntersectionsID, PMMaxTraceLevelID, PMNumberWavesID, PMNoiseGeneratorID, PMRadiosityEnabledID, PMBrightnessID, PMCountID, PMDistanceMaximumID, PMErrorBoundID, PMGrayThresholdID, PMLowErrorFactorID, PMMinimumReuseID, PMNearestCountID, PMRecursionLimitID }; double m_adcBailout; PMColor m_ambientLight; double m_assumedGamma; bool m_hfGray16; PMColor m_iridWaveLength; int m_maxIntersections; int m_maxTraceLevel; int m_numberWaves; PMNoiseType m_noiseGenerator; bool m_radiosityEnabled; double m_brightness; int m_count; double m_distanceMaximum; double m_errorBound; double m_grayThreshold; double m_lowErrorFactor; double m_minimumReuse; int m_nearestCount; int m_recursionLimit; static PMMetaObject* s_pMetaObject; }; #endif