Abstract: A method and apparatus of utilizing waypoints for a vehicle is provided. A first waypoint relating to a first vehicle position is added to a second waypoint relating to a second vehicle position. The waypoints are saved as a route. Waypoint information relating to the waypoints and route information relating to the route may be manipulated. The method also includes displaying at least a portion of the route on a display screen and indicating a desired direction of vehicle travel from a current vehicle location to one of the waypoints. According to the present invention, the drive may be alerted when the vehicle has come within a particular distance of the waypoint or if the vehicle has veered from the route by a particular distance.

Abstract: A method of utilizing waypoints for a vehicle is provided including the steps of adding a first waypoint relating to a first vehicle position and adding a second waypoint relating to a second vehicle position. The waypoints are saved as a route. Waypoint information relating to the waypoints and route information relating to the route may be manipulated. The method also includes displaying at least a portion of the route on a display screen and indicating a desired direction of vehicle travel from a current vehicle location to one of the waypoints. According to the present invention, the driver may be alerted when the vehicle has come within a particular distance of the waypoint or if the vehicle has veered from the route by a particular distance. An apparatus is also provided for a navigation system for providing waypoints. At least one position determining device provides a vehicle location signal. A database having a map includes a waypoint.

Abstract: A navigation system displays a recommended route on a map display of road segments with a plurality of arrows arranged on the recommended route toward the destination. The recommended route is highlighted in a color different from other road segments on the map display and arrows of yet another color are also displayed along the recommended route oriented toward the destination.

Abstract: A navigation system includes a display displaying a map of roads from a road database. The navigation system utilizes a palette of colors to display the road and background on the display. The palette preferably includes a plurality of shades for each of a plurality of colors to be displayed including the background color and the road color. The roads on the display are preferably anti-aliased by indexing a different intensity of the shade of the object based upon the relative position of the pixel and an ideal object area.

Abstract: The invention relates to a vehicle location display for a navigation system. The vehicle location display operates in either a graphical display mode or a textual display mode. In the graphical display mode the vehicle location display automatically scales the display to display the current location of the vehicle on the street currently being traveled, the previous cross street, the next cross street, and other vehicle information. When traveling on a freeway, the graphical display mode displays the current location of the vehicle on the freeway being traveled, the previous cross street and the next cross street. In the textual display mode the vehicle location display provides the current vehicle location by street or freeway name, city, county, state, latitude and longitude coordinates. In addition, the current compass heading, the previous cross street and the next cross street are provided.