LSSTApplications  11.0-13-gbb96280,12.1+18,12.1+7,12.1-1-g14f38d3+72,12.1-1-g16c0db7+5,12.1-1-g5961e7a+84,12.1-1-ge22e12b+23,12.1-11-g06625e2+4,12.1-11-g0d7f63b+4,12.1-19-gd507bfc,12.1-2-g7dda0ab+38,12.1-2-gc0bc6ab+81,12.1-21-g6ffe579+2,12.1-21-gbdb6c2a+4,12.1-24-g941c398+5,12.1-3-g57f6835+7,12.1-3-gf0736f3,12.1-37-g3ddd237,12.1-4-gf46015e+5,12.1-5-g06c326c+20,12.1-5-g648ee80+3,12.1-5-gc2189d7+4,12.1-6-ga608fc0+1,12.1-7-g3349e2a+5,12.1-7-gfd75620+9,12.1-9-g577b946+5,12.1-9-gc4df26a+10
LSSTDataManagementBasePackage
Rgb.h
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22 
28 #if !defined(LSST_AFW_DISPLAY_RGB_H)
29 #define LSST_AFW_DISPLAY_RGB_H 1
30 
31 namespace lsst { namespace afw { namespace display {
32 
33 template<typename ImageT>
34 void
35 replaceSaturatedPixels(ImageT & rim, //< R image (e.g. i)
36  ImageT & gim, //< G image (e.g. r)
37  ImageT & bim, //< B image (e.g. g)
38  int borderWidth = 2, //< width of border used to estimate colour of saturated regions
39  float saturatedPixelValue = 65535 //< the brightness of a saturated pixel, once fixed
40  );
41 
42 
100 template <class T>
101 std::pair<double, double>
103  int const nSamples=1000,
104  double const contrast=0.25
105  );
106 }}}
107 
108 #endif
std::pair< double, double > getZScale(image::Image< T > const &image, int const nSamples=1000, double const contrast=0.25)
Calculate an IRAF/ds9-style zscaling.
Definition: scaling.cc:185
table::Key< table::Array< Kernel::Pixel > > image
Definition: FixedKernel.cc:117
void ImageT & gim
Definition: Rgb.h:36
void ImageT ImageT int float saturatedPixelValue
Definition: Rgb.h:39
void ImageT ImageT & bim
Definition: Rgb.h:36
template void replaceSaturatedPixels(image::MaskedImage< float > &rim, image::MaskedImage< float > &gim, image::MaskedImage< float > &bim, int borderWidth, float saturatedPixelValue)
A class to represent a 2-dimensional array of pixels.
Definition: Image.h:416
SetPixels< typename ImageT::Image > setR * rim()), setG(*gim.getImage()), setB(*bim.getImage()
void ImageT ImageT int borderWidth
Definition: Rgb.h:38