Package boofcv.alg.feature.detect.intensity.impl
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Interface Summary Interface Description FastHelper<T extends ImageGray> -
Class Summary Class Description ImplFastHelper_F32 ImplFastHelper_U8 ImplFastIntensity10<T extends ImageGray> Contains logic for detecting fast corners.ImplFastIntensity11<T extends ImageGray> Contains logic for detecting fast corners.ImplFastIntensity12<T extends ImageGray> Contains logic for detecting fast corners.ImplFastIntensity9<T extends ImageGray> Contains logic for detecting fast corners.ImplHarrisCorner_F32 Implementation ofHarrisCornerIntensitybased off ofImplSsdCorner_F32.ImplHarrisCorner_S16 Implementation ofHarrisCornerIntensitybased off ofImplSsdCorner_S16.ImplHarrisCornerWeighted_F32 Implementation ofHarrisCornerIntensitythat samples pixels using a Gaussian distribution and is based off ofImplSsdCornerWeighted_F32.ImplHarrisCornerWeighted_S16 Implementation ofHarrisCornerIntensitythat samples pixels using a Gaussian distribution and is based off ofImplSsdCornerWeighted_F32.ImplHessianBlobIntensity Implementations ofHessianBlobIntensity.ImplIntegralImageFeatureIntensity Routines for computing the intensity of the fast hessian features in an image.ImplKitRosCornerIntensity Implementations ofKitRosCornerIntensity.ImplMedianCornerIntensity Implementations ofMedianCornerIntensity.ImplShiTomasiCorner_F32 Implementation ofShiTomasiCornerIntensitybased off ofImplSsdCorner_F32.ImplShiTomasiCorner_S16 Implementation ofShiTomasiCornerIntensitybased off ofImplSsdCornerNaive.ImplShiTomasiCornerWeighted_F32 Implementation ofShiTomasiCornerIntensitythat samples pixels using a Gaussian distribution based off ofImplSsdCornerWeighted_F32.ImplShiTomasiCornerWeighted_S16 Implementation ofShiTomasiCornerIntensitythat samples pixels using a Gaussian distribution based off ofImplSsdCornerWeighted_F32.ImplSsdCorner_F32 Implementation ofImplSsdCornerBaseforGrayF32.ImplSsdCorner_S16 Implementation ofImplSsdCornerBaseforGrayS16.ImplSsdCornerBase<D extends ImageGray,D2 extends ImageGray> Several corner detector algorithms work by computing a symmetric matrix whose elements are composed of the convolution of the image's gradient squared.ImplSsdCornerNaive<T extends ImageGray> Naive implementation ofShiTomasiCornerIntensitywhich performs computations in a straight forward but inefficient manor.ImplSsdCornerWeighted_F32 ImplSsdCornerWeighted_S16
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