This removes the map's deviceOptions config option, and instead
introduces loadTilesWhileAnimating and loadTilesWhileInteracting map
options. By default, both are false now, to make zooming and panning
smoother on most devices.
This task publishes an existing tag to the npm registry. To publish a new release, create a commit that updates the version number in package.json (e.g. to "3.1.0"). Then create a tag, push to GitHub, and run the publish task. Assuming "openlayers" is the remote for the canonical repo, this would look like the following:
git tag -a v3.1.0 -m "3.1.0"
git push --tags openlayers
./tasks/publish.sh 3.1.0
The task creates a build for each of the `PROFILES` in `publish.sh` (these correspond to `.json` files in the `config` directory). Builds are generated in the `dist` directory. Our `package.json` specifies `dist/ol.js` as the "main" build. So when people use a module loader to `require('openlayers')`, they get the full build. It is also possible to load a debug build (e.g. `require('openlayers/dist/ol-debug')`), and we can publish additional builds by adding `config` files and updating `PROFILES` in `publish.sh`.
The `.npmignore` file determines what is *not* included in the package (note that `node_modules` are always ignored). So if additional items are added to `.gitignore` that should not be included in the npm package, they need to go in `.npmignore` as well (ideally, we don't need to generate anything else outside of the `build` directory that doesn't belong in the package).
When concatenating the Closure Library, base.js creates a new `goog` object if there is not already one in scope. Later, `goog.global` is assigned the value of `this`. Calls to `goog.provide` create "namespace" objects by assigning to `goog.global`. To ensure that `goog` is the same as `goog.global.goog`, we need to create a new `goog` object in the scope of base.js and assign it to `this.goog`.
ol.Map#getTarget returns an element or a string, depending on what was passed to setTarget. This commit adds a getTargetElement method that always returns an Element.
With this change, application developers are able to define styles that
render a different geometry than the feature geometry. This can e.g. be
used to render an interior point of a polygon instead of the polygon, or
to render symbols like arrows along lines.
