Abstract: A Web development environment includes a design view mode that provides an expanded view of container constructs within Web page being edited. When operating in a design view of the development environment, the user is provided an option to view all container constructs in an expanded view. The expanded view will temporarily increase the visual attributes of the container constructs allowing the user to more easily access the editing regions within the cells or content locations of the container. Increasing the visual attributes also allows the developer to see the structure of the edited Web page more clearly. When the developer is finished working with the container, he or she may then return to a standard or other view offered by the graphical development environment. The resulting containers will be re-rendered according to the originally-coded size, without the additional space added for viewing in the expanded mode.

Abstract: A system and method is described for editing, in its native application, a source file of an object or image in a first application, wherein the source file includes computer-readable code or script associated with the source file and editable in either the first or native applications. The first application graphically displays an edit option selectable by the user to launch the source file's native application. The native application opens the source file and code or script associated with the object or image in the first application. Within the workspace of the native application edit session, an end function or button is displayed to the user. Upon selection of the end function in the native application, the native application automatically saves the edited source file and associated code or script, sends the edited data to the first or calling application which then automatically reintegrates the edited source file and any edited script or code into the object or image associated therewith.

Abstract: Systems and methods are provided for style sheet language coding that maintains a desired relationship between display elements. An authoring tool receives a desired attribute for a first display element, and the authoring tool generates style sheet language code for defining attributes of at least one other display element to maintain a predefined relationship between the display elements. Accordingly, as a developer defines (e.g., creates, modifies, etc.) attributes for one of the display elements, the authoring tool autonomously updates the style sheet language code to define the attributes of the other display elements to maintain the predefined relationship therebetween. In certain embodiments, the authoring tool provides an interface that enables a developer to directly define certain attributes of a display element, wherein the authoring tool generates style sheet language code to indirectly define the attributes in a manner that reflects the developer's direct definition thereof.

Abstract: A system and method is described for editing, in its native application, a source file of an object or image in a first application, wherein the source file includes computer-readable code or script associated with the source file and editable in either the first or native applications. The first application graphically displays an edit option selectable by the user to launch the source file's native application. The native application opens the source file and code or script associated with the object or image in the first application. Within the workspace of the native application edit session, an end function or button is displayed to the user. Upon selection of the end function in the native application, the user then returns automatically to the first application as the active application.

Abstract: A texture is applied to a 3D graphic object using a computer system by providing a graphic indication of a mapping between a 3D graphic object and a texture map and modifying the mapping based on a manipulation of the graphic indication. Alternatively, or in addition, a texture can be applied to a 3D graphic object by selectively applying one or more predetermined mapping functions between a texture space and an object space to designated portions of the 3D graphic object. The modification of mappings, and application of the mapping functions, can be based on input received from a user of the computer system, for example, by means of direct manipulation techniques applied in a graphical user interface.

Abstract: A texture is applied to a 3D graphic object using a computer system by providing a graphic indication of a mapping between a 3D graphic object and a texture map and modifying the mapping based on a manipulation of the graphic indication. Alternatively, or in addition, a texture can be applied to a 3D graphic object by selectively applying one or more predetermined mapping functions between a texture space and an object space to designated portions of the 3D graphic object. The modification of mappings, and application of the mapping functions, can be based on input received from a user of the computer system, for example, by means of direct manipulation techniques applied in a graphical user interface.