Tools for creating data graphics are complex, require significant graphic expertise, and use predefmed graphics that cannot integrate multiple data types. To solve these problems, we applied automatic data presentation capabilities to enable two interactive design tools. SageBrush enables users to assemble gmphical sketches from primitives and partial prototypes, SageBook enables users to browse previously created pictures relevant to new data. SAGE, an automatic presen~ation system, supports these by completing underspecified designs, rendering unique graphic combinations, searching for relevant pictures, and redesigning old pictures to display new data, Our claim is that design interfaces must have automatic graphic knowledge to be effective.We demonstrate a simple and powerful predictive interface technique for text editing tasks. With cur technique called thedynamic mucro creation, when a user types a special "repeat" key after doing repetitive operations in a [text editor, an editing sequence corresponding to one iteration is detected, defined as a macro, and executed at the same time. When we use another special "predict" key in addkion to the repeat key, wider range of prediction schemes can be performed (depending on the order of using these two keys.207
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