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isce3
0.1.0
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| The isce namespace | |
| Scene geometry in radar coordinate system | |
| Radar signal data | |
| The isce3::core namespace | |
| Base class for attitude data representation | |
| Data structure for computing interferometric baselines | |
| Simple class to store three-dimensional basis vectors | |
| Struct with fixed-length string for serialization | |
| Precision-promotion to double/complex<double> | |
| Template specialization for float | |
| Template specialization for double | |
| Template specialization for complex<float> | |
| Template specialization for complex<double> | |
| Data structure to store date time to nano-sec precision | |
| Data structure to store Ellipsoid information | |
| Data structure for Euler Angle representation of attitude information | |
| A uniformly-spaced sequence of values over some interval | |
| Data structure to hold a 1D Lookup table | |
| Data structure to store 2D Lookup table | |
| Data structure for a 2D row-major matrix | |
| Definition of parent Interpolator | |
| Definition of BilinearInterpolator | |
| Definition of BicubicInterpolator | |
| Definition of NearestNeighborInterpolator | |
| Definition of Spline2dInterpolator | |
| Definition of Sinc2dInterpolator | |
| Abstract base class for all kernels | |
| Bartlett kernel (triangle function) | |
| Kernel based on the paper by Knab for interpolating band-limited signals | |
| Linear kernel, which is just a special case of Bartlett | |
| NFFT time-domain kernel | |
| Tabulated Kernel | |
| Polynomial Kernel | |
| Data structure for storing basic radar geometry image metadata | |
| Sequence of platform ephemeris samples (state vectors) with uniform temporal spacing, supporting efficient lookup and interpolation | |
| Data structure to store a peg point | |
| Data structure to assist with Peg point transformations | |
| Helper datastructure to handle slant range information for a pixel | |
| Data structure for representing 1D polynomials | |
| Data structure for representing 1D polynomials | |
| Abstract base class for individual projections | |
| Standard WGS84 Lon/Lat Projection extension of ProjBase - EPSG:4326 | |
| Standard WGS84 ECEF coordinates extension of ProjBase - EPSG:4978 | |
| UTM coordinate extension of ProjBase | |
| Polar stereographic extension of ProjBase | |
| Equal Area Projection extension of ProjBase | |
| Quaternion representation of attitude information | |
| Data structure to store TimeDelta to double precision seconds | |
| CUDA counterpart of isce3::container::RadarGeometry | |
| CUDA device compute capability | |
| A CUDA-enabled device | |
| Thin RAII wrapper around cudaEvent_t | |
| GpuSinc2dInterpolator class derived from abstract gpuInterpolator class | |
| Bartlett kernel (triangle function) | |
| Linear kernel (special case of Bartlett) | |
| Kernel based on the paper by Knab for interpolating band-limited signals [6] [8] | |
| Tabulated kernel | |
| Chebyshev polynomial kernel | |
| Simple class to store three-dimensional basis vectors | |
| GpuBilinearInterpolator class derived from abstract gpuInterpolator class | |
| GpuBicubicInterpolator class derived from abstract gpuInterpolator class | |
| GpuSpline2dInterpolator class derived from abstract gpuInterpolator class | |
| Abstract base class for individual projections | |
| Geodetic Lon/Lat projection - EPSG:4326 | |
| Standard WGS84 ECEF coordinates - EPSG:4978 | |
| UTM coordinate extension of ProjectionBase | |
| Polar stereographic coordinate system | |
| Equal Area Projection extension of ProjBase | |
| CRTP base class for kernels | |
| A non-owning reference to a TabulatedKernel object | |
| A non-owning reference to a ChebyKernel object | |
| CUDA counterpart of isce3::core::Orbit | |
| Non-owning reference to Orbit | |
| Thin RAII wrapper around cudaStream_t | |
| CudaError provide the same information as BaseError, and also retains the original error code | |
| RAII wrapper encapsulating cuFFT plan for forward FFT execution | |
| RAII wrapper encapsulating cuFFT plan for inverse FFT execution | |
| Transformer from map coordinates to radar geometry coordinates using GPU | |
| Transformer from radar geometry coordinates to map coordinates with DEM / reference altitude on GPU | |
| Utility class for asynchronously reading/writing between files and device memory | |
| Utility class for asynchronously reading/writing between Rasters and device memory | |
| The isce3::except namespace | |
| RAII wrapper encapsulating FFTW plan for forward FFT execution | |
| RAII wrapper encapsulating FFTW plan for inverse FFT execution | |
| The isce3::fftw3cxx namespace | |
| Determine location of blind ranges in SweepSAR systems | |
| Range compression processor | |
| The isce3::geometry namespace | |
| Transformer from map coordinates to radar geometry coordinates | |
| Transformer from radar geometry coordinates to map coordinates with DEM / reference altitude | |
| The isce3::io namespace | |
| Interface to 2-D memory array | |
| Buffer with static type information | |
| Wrapper for GDALDataset representing a collection of associated Raster bands | |
| Transform coefficients for transforming from (pixel, line) coordinates in raster space to (x, y) coordinates in projection space | |
| Wrapper for GDALRasterBand representing a single raster | |
| Spatial reference system / coordinate reference system | |
| Our derived dataset structure that includes utility functions | |
| IH5 interface to GDAL Dataset to allow read/write to HDF5 datasets from ISCE | |
| Raster band of an IH5 Dataset derived from GDALPamRasterBand | |
| Data structure meant to handle Raster I/O operations | |
| The isce3::product namespace | |
| Covariance estimation from dual-polarization or quad-polarization data | |
| Intereferogram generation by cross-multiplication of reference and secondary SLCs | |
| Non-equispaced fast Fourier transform (NFFT) | |
| A class to handle 2D FFT or 1D FFT in range or azimuth directions | |
1.8.5.