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//-*-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 TQString description( ) const;
/** */
virtual PMMetaObject* tqmetaObject( ) const;
/** */
virtual void cleanUp( ) const;
/** */
virtual void serialize( TQDomElement& e, TQDomDocument& doc ) const;
/** */
virtual void readAttributes( const PMXMLHelper& h );
/**
* Returns a new @ref PMGlobalSettingsEdit
*/
virtual PMDialogEditBase* editWidget( TQWidget* tqparent ) const;
/**
* Returns the name of the pixmap that is displayed in the tree view
* and dialog view
*/
virtual TQString pixmap( ) const { return TQString( "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
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