This page lists tutorials for SVG.

JavaScript supports a compact set of statements, specifically control flow statements, that you can use to incorporate a great deal of interactivity in your application. This chapter provides an overview of these statements.

SVG allows us to use similar tools as the bitmap description language such as the use of shadow, blur effects or even merging the results of different filters. With the filter element <filter> it is possible to add these effects and later on attach them to an object.

The AsyncDisposableStack object represents a stack of async disposers to run when the stack itself is disposed. Disposer functions are executed in reverse order of registration, with strong error handling guarantees. Calling its move() method will transfer responsibility for calling the current registered disposers to a new AsyncDisposableStack and prevent registering any additional disposers.

The <metadata> SVG element adds metadata to SVG content. Metadata is structured information about data. The contents of <metadata> should be elements from other XML namespaces such as RDF, FOAF, etc.

The JavaScript Guide shows you how to use JavaScript and gives an overview of the language. If you need exhaustive information about a language feature, have a look at the JavaScript reference.

The target attribute on the SVG <a> element doesn't work in Mozilla Firefox 1.5. When SVG documents are embedded within a parent HTML document using the tag:

The <animateTransform> SVG element animates a transformation attribute on its target element, thereby allowing animations to control translation, scaling, rotation, and/or skewing.

The isFinite() function determines whether a value is finite, first converting the value to a number if necessary. A finite number is one that's not NaN or ±Infinity. Because coercion inside the isFinite() function can be surprising, you may prefer to use Number.isFinite().

The InternalError object indicates an error that occurred internally in the JavaScript engine.