Reverse Dependencies of itkwasm

The following projects have a declared dependency on itkwasm:

• compare-meshes — Compare meshes and polydata for regression testing.
• compare-meshes-emscripten — Compare meshes and polydata for regression testing.
• compare-meshes-wasi — Compare meshes and polydata for regression testing.
• itkwasm-compare-images — Compare images with a tolerance for regression testing.
• itkwasm-compare-images-emscripten — no summary
• itkwasm-compare-images-wasi — no summary
• itkwasm-compare-meshes — Compare meshes and polydata for regression testing.
• itkwasm-compare-meshes-emscripten — Compare meshes and polydata for regression testing.
• itkwasm-compare-meshes-wasi — Compare meshes and polydata for regression testing.
• itkwasm-compress-stringify — Zstandard compression and decompression and base64 encoding and decoding in WebAssembly.
• itkwasm-compress-stringify-emscripten — no summary
• itkwasm-compress-stringify-wasi — no summary
• itkwasm-cuberille-wasi — Cuberille implicit surface polygonization
• itkwasm-dicom — Read files and images related to DICOM file format.
• itkwasm-dicom-emscripten — no summary
• itkwasm-dicom-wasi — no summary
• itkwasm-downsample — Pipelines for downsampling images.
• itkwasm-downsample-cucim — Pipelines for downsampling images. cuCIM implementation.
• itkwasm-downsample-emscripten — Pipelines for downsampling images.
• itkwasm-downsample-wasi — Pipelines for downsampling images.
• itkwasm-elastix — no summary
• itkwasm-elastix-emscripten — no summary
• itkwasm-elastix-wasi — no summary
• itkwasm-htj2k — no summary
• itkwasm-htj2k-emscripten — no summary
• itkwasm-htj2k-wasi — no summary
• itkwasm-image-io — Input and output for scientific and medical image file formats.
• itkwasm-image-io-emscripten — Input and output for scientific and medical image file formats.
• itkwasm-mesh-filters — Mesh filters to repair, remesh, subdivide, decimate, smooth, triangulate, etc.
• itkwasm-mesh-filters-emscripten — Mesh filters to repair, remesh, subdivide, decimate, smooth, triangulate, etc.
• itkwasm-mesh-io — Input and output for scientific and medical mesh file formats.
• itkwasm-mesh-io-emscripten — Input and output for scientific and medical image file formats.
• itkwasm-mesh-io-wasi — Input and output for scientific and medical image file formats.
• itkwasm-mesh-to-poly-data — Convert an ITK Mesh to a simple data structure compatible with vtkPolyData.
• itkwasm-mesh-to-poly-data-emscripten — Convert an ITK Mesh to a simple data structure compatible with vtkPolyData.
• itkwasm-mesh-to-poly-data-wasi — Convert an ITK Mesh to a simple data structure compatible with vtkPolyData.
• itkwasm-morphological-contour-interpolation — Morphology-based approach for interslice interpolation of anatomical slices from volumetric images.
• itkwasm-morphological-contour-interpolation-emscripten — Morphology-based approach for interslice interpolation of anatomical slices from volumetric images.
• itkwasm-morphological-contour-interpolation-wasi — Morphology-based approach for interslice interpolation of anatomical slices from volumetric images.
• itkwasm-sub-mesh — Extract a subset of a mesh given by the cell identifiers.
• itkwasm-sub-mesh-wasi — Extract a subset of a mesh given by the cell identifiers.
• itkwasm-transform-io — Input and output for scientific and medical coordinate transform file formats.
• itkwasm-transform-io-emscripten — Input and output for scientific and medical coordinate transform file formats.
• ngff-zarr — A lean and kind Open Microscopy Environment (OME) Next Generation File Format (NGFF) Zarr implementation.