![]() ![]() Each contribution improves Cytoscape.js, attracting additional users, which brings additional contributions, and so on.Cytoscape.js is widely used in medical research, among other fields, meaning that your contributions can help make a positive difference in the world.You gain experience coding for a professionally designed open source project, gaining valuable feedback on your coding and adding to your portfolio.Submitting contributions means that your code can be improved through code reviews and use by others.Having your contributions in the main build of Cytoscape.js means you can take advantage of the various CDNs hosting builds of Cytoscape.js and save on bandwidth.Releases frequently bring performance improvements having your changes in Cytoscape.js means that your feature will automatically benefit from these performance enhancements.Contributing means that your changes will be maintained as part of the project, making upgrading to newer versions of Cytoscape.js a lot easier-no more having to re-add your changes and rebuild the code for each release.You’ll join a community of several dozen other contributors who have helped to test, fix, and improve the nearly twenty-thousand lines of code that make up the core of Cytoscape.js and the thousands more that make up Cytoscape.js’s 30 (and counting) extensions.Contributing changes back to Cytoscape.js makes the software better for everyone! Cytoscape.js has a highly permissive MIT License, which allows users to modify the software as they see fit.Creating a pull request and receiving feedback.This project is set up to automatically be published to npm and bower. all builds use babel, so modern ES features can be used in the src. npm run lint : Run eslint on the source.npm run dev : Automatically build on changes with live reloading with webpack dev server.you must already have an HTTP server running) npm run watch : Automatically build on changes with live reloading (N.b.faultTileLayer : The default tile layer (which can be removed via (faultTileLayer)).leaf.enableEditMode() : Enabled edit mode, disables pan mode.leaf.enablePanMode() : Enables pan mode, disables edit mode.The mode is toggled for the user when he or she presses the control (CTRL) key. edges can be clicked and nodes can be dragged). In edit mode, graph elements are interactive (e.g. When in edit mode, the user is unable to zoom or pan - the viewport is static. This can be used to create a peek feature: When the user is panning and zooming, the elements are faded out so that the user can see the street names underneath the elements. When the user manipulates the viewport in pan mode, the leaflet-viewport is applied to the elements. In pan mode, graph elements are non-interactive. When in pan mode, the user can zoom and pan about the map - changing the viewport. It can either be in pan mode or edit mode. ![]() Additionally, the L static Leaflet API can be accessed via leaf.L - though you may alternatively import L as normal. The ordinary Leaflet Map API may be used on the map instance. The Leaflet map instance can be accessed via leaf.map. ![]()
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