An apparatus has a holding means for holding output images in a first size and their output positions, and output images in a second size and their output positions, and determines an output image and rendering position corresponding to the output size of the output image calculated based on the ratio of change in output position of the output image between the first and second sizes upon designation of the output size of the output image, thus rendering an image.

A method and system is provided for dynamically resizing dialogs of a computer software application while the application is running. Dialog windows may be resized by user action, such as by hooking on to one side or to a corner of the dialog window and dragging the side or corner in or out to expand or contract the dialog window. In response to the user's action, the operating system of the user's computer notifies a dialog window manager that the dialog window is being resized. An autolayout module lays out the dialog window to its new size, placing all controls contained therein in their proper locations and with their proper dimensions according to the rules associated with the dialog window.

A single-frame multimedia title contains all of the multimedia elements required for a given multimedia title or type of multimedia title. External Data Files, External Content Files, and External Program Files are stored external to the single-frame and are read into the single-frame when needed. Because data and content files are external to the single-frame, the single-frame has very limited or no linking requirements since the multimedia title does not require the association of any particular appearance, function, navigation, or content characteristics with multimedia elements in the single-frame. Also, the external storage of data, content, and programming files allows changes to the content of the multimedia title to be quickly and easily implemented by simply changing the appropriate External Data Files, External Content Files, or External Program Files, whether the changes be local or global in nature.

A computer system and method of controlling the same utilize logically-typed concept highlighting to link together in a user's mind the relationships between various concepts within a body of knowledge. Information from a body of knowledge is maintained in one or more information elements, at least a portion of which are associated with one or more named concepts. Links are defined between two or more named concepts, so that information elements associated with named concepts linked via a link may be visually represented to a user in such a manner that the link between such named concepts is apparent to the user. The links are selectively enabled in response to a predetermined criteria so that different links may be enabled or disabled under appropriate circumstances.

The artwork is defined by a tree structure having leaf nodes comprising objects and parent nodes comprising graphical operators. Each node has fields storing values indicative of horizontal and vertical alteration rules applicable to that node or its sub-tree. The method comprises a selection step, a traversal step and two application steps. In the selection step (300) a target area is selected for fitting the artwork. In the traversal step, the method traverses the nodes of the tree structure (318,342,336,338) traversing one or more of the said nodes. In the first application step, the method applies, for each one of the traversed nodes that is a leaf node, a horizontal alteration rule (344). The horizontal rule re-positions each point within the object comprising the leaf node to another point within a target area, whereby altering the shape of the artwork in a horizontal direction. In the second application step, the method applies a vertical alteration rule (346) in a similar manner as the first application step, whereby altering the shape of the artwork in a vertical direction.