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#include <Image_ColorImage.ixx>
#include <Image_ColorPixelDataMap.hxx>
#include <Image_DataMapIteratorOfColorPixelDataMap.hxx>
#include <TColStd_Array1OfInteger.hxx>
#include <Quantity_Array1OfColor.hxx>
#include <Aspect_ColorMapEntry.hxx>
#ifdef TRACE
static int Verbose = 0 ;
#endif
Image_ColorImage::Image_ColorImage (
const Standard_Integer x,
const Standard_Integer y,
const Standard_Integer dx,
const Standard_Integer dy)
: Image_DColorImage( x, y, dx, dy,
Aspect_ColorPixel( Quantity_Color(0.,0.,0.,Quantity_TOC_RGB)) )
{
}
Image_ColorImage::Image_ColorImage (
const Standard_Integer x,
const Standard_Integer y,
const Standard_Integer dx,
const Standard_Integer dy,
const Aspect_ColorPixel& BackPixel )
: Image_DColorImage( x, y, dx, dy, BackPixel )
{
}
Handle(Image_Image) Image_ColorImage::Dup() const {
Handle(Image_ColorImage) aImage =
new Image_ColorImage( LowerX(), LowerY(), Width(), Height(),
BackgroundPixel() ) ;
aImage->InternalDup( this ) ;
return aImage ;
}
Image_TypeOfImage Image_ColorImage::Type () const {
return Image_TOI_ColorImage ;
}
const Quantity_Color& Image_ColorImage::PixelColor(
const Standard_Integer x,
const Standard_Integer y ) const
{ return( Pixel( x, y ).Value() ) ;
}
Handle(Aspect_GenericColorMap) Image_ColorImage::ChooseColorMap(
const Standard_Integer aSize ) const
{ Handle(Aspect_GenericColorMap) TheColorMap = new Aspect_GenericColorMap() ;
Standard_Integer x,y,i,bblcount, UpX, UpY ;
Image_ColorPixelDataMap DataMap( 4000 ) ; // a Big DataMap !!!
Aspect_ColorPixel pix ;
UpX = UpperX() ;
UpY = UpperY() ;
for ( y = LowerY() ; y <= UpY ; y++ ) {
for ( x = LowerX() ; x <= UpX ; x++ ) {
pix = Pixel(x,y) ;
if ( !DataMap.IsBound( pix ) ) DataMap.Bind( pix, 1 ) ;
else DataMap( pix )++ ;
}
}
#ifdef TRACE
Standard_Integer CheckSum = 0 ;
if ( Verbose )
cout << "ChooseColorMap : Extent " << DataMap.Extent() << endl << flush ;
#endif
Image_DataMapIteratorOfColorPixelDataMap It( DataMap ) ;
TColStd_Array1OfInteger Tab( 1, aSize ) ; Tab.Init(0) ;
Quantity_Array1OfColor Col( 1, aSize) ; Col.Init(
Quantity_Color( 0.,0.,0., Quantity_TOC_RGB ) ) ;
Standard_Integer MaxOfTab = 0 ;
Standard_Integer MinOfTab = 0 ;
while ( It.More() ) {
bblcount = It.Value() ;
#ifdef TRACE
if ( Verbose ) {
cout << CheckSum << "," << It.Key() << "," << bblcount << endl ;
CheckSum += bblcount ;
}
#endif
if ( bblcount > MinOfTab ) {
for ( i = 1 ; i <= aSize ; i++ ) {
if ( Tab( i ) == MinOfTab ) {
Tab( i ) = bblcount ;
Col( i ) = It.Key().Value() ;
break ;
}
}
for ( i = 1 ; i <= aSize ; i++ ) {
MaxOfTab = Max( MaxOfTab, Tab( i ) ) ;
MinOfTab = Min( MinOfTab, Tab( i ) ) ;
}
}
It.Next() ;
}
Aspect_ColorMapEntry aEntry ;
for ( i = 1, bblcount = 0 ; i <= aSize ; i++ ) {
if ( Tab( i ) != 0 ) {
aEntry.SetValue( bblcount++, Col( i ) ) ;
TheColorMap->AddEntry( aEntry ) ;
}
}
cout << flush ;
return TheColorMap ;
}
#ifdef OLD
Handle(Standard_Transient) Image_ColorImage::ShallowCopy() const {
return DeepCopy() ;
}
Handle(Standard_Transient) Image_ColorImage::DeepCopy() const {
return Dup() ;
}
#endif
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