Source: node-ipydatagrid Section: javascript Priority: optional Maintainer: Debian Pan Maintainers Uploaders: Yadd Testsuite: autopkgtest-pkg-nodejs Build-Depends: debhelper-compat (= 13) , dh-nodejs , dh-sequence-nodejs , jest , node-backbone , node-d3 , node-d3-array , node-d3-axis , node-d3-brush , node-d3-collection , node-d3-color , node-d3-drag , node-d3-force , node-d3-format , node-d3-geo , node-d3-interpolate , node-d3-scale , node-d3-scale-chromatic , node-d3-selection , node-d3-shape , node-d3-time , node-d3-time-format , node-d3-timer , node-d3-transition , node-d3-zoom , node-is-typedarray , node-jquery , node-jupyterlab , node-less , node-less-loader , node-lumino (>= 2024.3.25~) , node-moment , node-popper.js , node-raw-loader , node-three , node-ts-loader , node-typescript , node-types-chai , node-types-jest , node-underscore , node-url-loader , node-vega-expression , node-vega-format , node-vega-functions , node-webpack-sources , rollup , terser , ts-jest , webpack Standards-Version: 4.7.0 Homepage: https://github.com/Bloomberg/ipydatagrid Vcs-Git: https://salsa.debian.org/js-team/node-ipydatagrid.git Vcs-Browser: https://salsa.debian.org/js-team/node-ipydatagrid Rules-Requires-Root: no Package: node-ipydatagrid Architecture: all Depends: ${misc:Depends} , node-bqplot , node-core-js-pure , node-d3-array , node-d3-color , node-d3-format , node-d3-scale , node-d3-time-format , node-jest-environment-jsdom , node-jupyter-widgets-base , node-jupyterlab , node-lumino , node-moment , node-underscore , node-vega Provides: ${nodejs:Provides} Description: Fast Datagrid widget for the Jupyter Notebook and JupyterLab node-ipydatagrid provides a fast datagrid widget for the Jupyter Notebook and JupyterLab. Package: node-bqplot Architecture: all Depends: ${misc:Depends} , node-base64-js , node-d3 , node-d3-selection , node-is-typedarray , node-jupyter-widgets-base , node-popper.js , node-topojson , node-three , node-underscore Description: Interactive plotting library for the Jupyter notebook bqplot is a 2-D visualization system for Jupyter, based on the constructs of the "Grammar of Graphics". It Provide a unified framework for 2-D visualizations with a pythonic API and a sensible API for adding user interactions (panning, zooming, selection, etc) Package: node-jupyter-widgets-base Architecture: all Depends: ${misc:Depends} , node-backbone , node-jquery , node-jupyterlab , node-lodash , node-lumino Breaks: python3-widgetsnbextension (<< 8.1.1-3~) Replaces: python3-widgetsnbextension (<< 8.1.1-3~) Description: Jupyter interactive widgets node-jupyter-widgets-base provides the Jupyter interactive widgets Package: node-jupyter-widgets-base-manager Architecture: all Depends: ${misc:Depends} , node-base64-js , node-jupyter-widgets-base , node-sanitize-html Breaks: python3-widgetsnbextension (<< 8.1.1-3~) Replaces: python3-widgetsnbextension (<< 8.1.1-3~) Description: base manager of Jupyter interactive widgets node-jupyter-widgets-base-manager provides the base manager of Jupyters interactive widgets. Package: node-jupyter-widgets-controls Architecture: all Depends: ${misc:Depends} , node-d3-color , node-d3-format , node-jquery , node-jupyter-widgets-base , node-nouislider Breaks: python3-widgetsnbextension (<< 8.1.1-3~) Replaces: python3-widgetsnbextension (<< 8.1.1-3~) Description: controls of Jupyter interactive widgets node-jupyter-widgets-controls provides the controls of Jupyters interactive widgets. Package: node-shapefile Architecture: all Depends: ${misc:Depends} , node-d3-queue , node-iconv-lite , node-optimist , nodejs:any Description: JavaScript Streaming Shapefile Parser node-shapefile provides a streaming Shapefile Parser based on the "ESRI Shapefile Technical Description". It provides a convenience API for reading an entire shapefile in one go. Package: node-topojson Architecture: all Depends: ${misc:Depends} , node-d3 , node-d3-geo-projection , node-rw , node-shapefile , nodejs:any Description: Node.js extension of GeoJSON that encodes topology node-topojson is an extension of GeoJSON that encodes topology. Rather than representing geometries discretely, geometries in TopoJSON files are stitched together from shared line segments called *arcs*. TopoJSON eliminates redundancy, offering much more compact representations of geometry than with GeoJSON; typical TopoJSON files are 80% smaller than their GeoJSON equivalents. In addition, TopoJSON facilitates applications that use topology.