| Vector::VectorSet<Core::Array::Array2dScalarReal64>* Impala::Core::Feature::WeibullIRGB | ( | Core::Array::Array2dVec3UInt8 * | im, | |
| Real64 | sigma, | |||
| bool | doMu = false, |
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| bool | doAnderson = false, |
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| bool | doArjan = false | |||
| ) |
Definition at line 57 of file Weibull.h.
References Impala::Core::Array::ArrayListDelete(), Impala::Core::Array::Array2dTem< StorT, elemSize, ArithT >::CH(), Impala::Core::Histogram::ComputeWeibull(), Impala::Core::Array::Array2dTem< StorT, elemSize, ArithT >::CW(), Impala::Core::Array::DivVal(), Impala::Core::Array::InvCompDer(), Impala::Core::Histogram::MakeHistogram1dSet(), Impala::Core::Array::RecGauss(), Impala::Core::Array::RGB2Intensity(), Impala::Application::DemoCamera2d::rgbList, and Impala::Core::Array::Set().
Referenced by Impala::Application::Im::DoWeibullIRGB().
00059 { 00060 typedef Array::Array2dScalarReal64 Array2dScalarReal64; 00061 typedef Vector::VectorTem<Real64> VectorReal64; 00062 typedef Array::ArraySet<Array2dScalarReal64> InvSetType; 00063 typedef Histogram::Histogram1dSet<Array2dScalarReal64> HistSetType; 00064 typedef HistSetType::HistT HistType; 00065 typedef Vector::VectorSet<Array2dScalarReal64> VecSetType; 00066 00067 int histBinCount = 1001; 00068 Real64 histLow = -1; 00069 Real64 histHigh = 1; 00070 int borderSize = 15; 00071 00072 int vecSize = (doMu) ? 3 : 2; 00073 if (doAnderson) 00074 vecSize++; 00075 Geometry::Rectangle rect(15, 15, im->CW() - 15, im->CH() - 15); 00076 if (doArjan) 00077 rect = Geometry::Rectangle(5, 5, 240, im->CH() - 5); 00078 Array::ArraySet<Array2dScalarReal64> invSet; 00079 Array::Array2dVec3Real64* imR = 0; 00080 Array::Set(imR, im); 00081 Array::DivVal(imR, imR, Array::Element::Vec3Real64(255, 255, 255)); 00082 Array::Array2dScalarReal64* l = 0; 00083 Array::RGB2Intensity(l, imR); 00084 RecGauss(invSet.Array("Lx"), l, sigma, sigma, 1, 0, 3.0); 00085 RecGauss(invSet.Array("Ly"), l, sigma, sigma, 0, 1, 3.0); 00086 std::vector<Array2dScalarReal64*> rgbList; 00087 rgbList = InvCompDer(imR, sigma, 3.0, true); 00088 Array::Set(invSet.Array("Rx"), rgbList[1]); 00089 Array::Set(invSet.Array("Ry"), rgbList[2]); 00090 Array::Set(invSet.Array("Gx"), rgbList[4]); 00091 Array::Set(invSet.Array("Gy"), rgbList[5]); 00092 Array::Set(invSet.Array("Bx"), rgbList[7]); 00093 Array::Set(invSet.Array("By"), rgbList[8]); 00094 Array::ArrayListDelete(&rgbList); 00095 //Array::WriteRawList(invSet, "outIRGB.raw", true); 00096 00097 HistSetType hSet(histLow, histHigh, histBinCount, invSet.Size()); 00098 Histogram::MakeHistogram1dSet(&hSet, invSet, rect, true); 00099 VecSetType* res = new VecSetType(true, vecSize, invSet.Size()); 00100 for (int h=0 ; h<hSet.Size() ; h++) 00101 { 00102 VectorReal64 v(vecSize); 00103 Histogram::ComputeWeibull(v, hSet.Hist(h), doMu, doAnderson); 00104 res->AddVector(v); 00105 } 00106 00107 delete l; 00108 delete imR; 00109 invSet.Delete(); 00110 return res; 00111 }
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