template<class ArrayT>
| void Impala::Core::Array::GetRgbPixels | ( | ArrayT * | src, | |
| UInt8 * | pixels, | |||
| std::string | displayMode, | |||
| int | resWidth = -1, |
|||
| int | resHeight = -1, |
|||
| Geometry::GeoIntType | gi = Geometry::NEAREST | |||
| ) | [inline] |
Definition at line 33 of file GetRgbPixels.h.
References Impala::Core::Array::Element::E1Max(), Impala::Core::Array::Element::E1Min(), Impala::Core::Array::Pattern::PatRgbOp(), PixMax(), PixMin(), PixMinMax(), and PixStat().
Referenced by Impala::Visualization::ImagesWindow::AddImage(), Impala::Application::Client::ExampleReadRaw(), Impala::Application::Client::ExampleRgbDataSrc(), Impala::Application::Src::WindowSrc::HandleNewFrame(), Impala::Application::Client::TestMpg(), and Impala::Visualization::View::UpdateImage().
00036 { 00037 typedef typename ArrayT::ArithType ArithT; 00038 00039 if (displayMode == std::string("Stretch")) 00040 { 00041 ArithT minVal, maxVal; 00042 // PixMinMax(src, &minVal, &maxVal); 00043 minVal = PixMin(src); 00044 maxVal = PixMax(src); 00045 Real64 lowVal = Element::E1Min(minVal); 00046 Real64 highVal = Element::E1Max(maxVal); 00047 //std::cout << "min = " << lowVal << " max = " << highVal << std::endl; 00048 Trait::RgbStretch<ArithT> rgbOpStretch(lowVal, highVal); 00049 Pattern::PatRgbOp(src, pixels, resWidth, resHeight, gi, rgbOpStretch); 00050 } 00051 else if (displayMode == std::string("Sigma")) 00052 { 00053 ArithT minVal, maxVal, mean, stdev; 00054 PixStat(src, &minVal, &maxVal, &mean, &stdev); 00055 //Real64 lowVal = Element::E1Min(minVal); 00056 Real64 lowVal = Element::E1Max(mean) - Element::E1Max(stdev) * 5; 00057 Real64 highVal = Element::E1Max(mean) + Element::E1Max(stdev) * 5; 00058 std::cout << "min " << minVal << " max " << maxVal << " mean " << mean 00059 << " stdev " << stdev 00060 << " stretch " << lowVal << " - " << highVal << std::endl; 00061 Trait::RgbStretchClip<ArithT> rgbOpStretch(lowVal, highVal); 00062 Pattern::PatRgbOp(src, pixels, resWidth, resHeight, gi, rgbOpStretch); 00063 } 00064 else if (displayMode == std::string("StrMax")) 00065 { 00066 ArithT minVal, maxVal; 00067 PixMinMax(src, &minVal, &maxVal); 00068 Real64 lowVal = Element::E1Min(minVal); 00069 Real64 highVal = Element::E1Max(maxVal) / 4; 00070 Trait::RgbStretchClip<ArithT> rgbOpStretch(lowVal, highVal); 00071 Pattern::PatRgbOp(src, pixels, resWidth, resHeight, gi, rgbOpStretch); 00072 } 00073 else if (displayMode == std::string("LogMagnitude")) 00074 { 00075 ArithT minVal, maxVal; 00076 PixMinMax(src, &minVal, &maxVal); 00077 Real64 lowVal = Element::E1Min(minVal); 00078 Real64 highVal = Element::E1Max(maxVal); 00079 Trait::RgbLogMag<ArithT> rgbOpLogMag(lowVal, highVal); 00080 Pattern::PatRgbOp(src, pixels, resWidth, resHeight, gi, rgbOpLogMag); 00081 } 00082 else if (displayMode == std::string("Binary")) 00083 { 00084 Trait::RgbBinary<ArithT> rgbOpBinary; 00085 Pattern::PatRgbOp(src, pixels, resWidth, resHeight, gi, rgbOpBinary); 00086 } 00087 else if (displayMode == std::string("Label")) 00088 { 00089 Trait::RgbLabel<ArithT> rgbOpLabel; 00090 Pattern::PatRgbOp(src, pixels, resWidth, resHeight, gi, rgbOpLabel); 00091 } 00092 else if (displayMode == std::string("Label60")) 00093 { 00094 Trait::RgbLabel60<ArithT> rgbOpLabel60; 00095 Pattern::PatRgbOp(src, pixels, resWidth, resHeight, gi, rgbOpLabel60); 00096 } 00097 else if (displayMode == std::string("LabelN")) 00098 { 00099 Trait::RgbLabelN<ArithT> rgbOpLabelN; 00100 Pattern::PatRgbOp(src, pixels, resWidth, resHeight, gi, rgbOpLabelN); 00101 } 00102 else 00103 { 00104 // assume DirectNC 00105 Trait::RgbDirectNC<ArithT> rgbOpDirect; 00106 Pattern::PatRgbOp(src, pixels, resWidth, resHeight, gi, rgbOpDirect); 00107 } 00108 }
Here is the call graph for this function:
