Ex Parte UBILLOS - Page 8



          Appeal No. 2003-1480                                                        
          Application No. 09/127,442                                                  
          Watanabe relates to generating an object motion path for three-             
          dimensional display which reads on the claimed “path an object              
          will follow in a display.”  Watanabe specifically teaches that              
          the position of an object, the magnitude and direction of an                
          object velocity and time may be dynamically changed (col. 1,                
          lines 59-63) and an object motion path may be more finely                   
          designated by providing a new velocity at an optional point                 
          designated on the path (col. 2, lines 8-11).  Watanabe uses both            
          or one of the position and velocity of an object at key frames to           
          generate a motion path between the frames (col. 2, lines 24-27).            
          The method of generating the object motion path of Watanabe is              
          performed on a computer system (Figure 1, col. 3, line 66 through           
          col. 4, line 5) that includes a computer having a display screen            
          101, a key board (alphanumeric device) 104 and a mouse 103                  
          (cursor control device).  Using a new key frame, the motion path            
          on the display screen is defined as described in column 6, lines            
          24-32 as follows:                                                           
                    The motion path set and displayed on the display screen           
               101 may be changeably designated more finely as illustrated            
               in FIGS. 5a-5c. FIG. 5a shows a path 500 already displayed             
               on the display screen 101, a start point 511, a start point            
               velocity 512, an end point 521, and an end point velocity              
               522. First, as shown in FIG. 5b, a new key frame is                    
               designated. An operator enters from the input device a                 
               position 501 where the path is to be corrected or changed,             
               the position being thereby displayed on the display screen.            
               [Emphasis added.]                                                      
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