Sound For Map Display
A method including associating a sound with a first location in a virtual three dimensional (3D) map; and during navigation of a user from a second location to the first location with use of the virtual 3D map, playing the sound by an apparatus based, at least partially, upon information from the virtual 3D map.
1 . A method comprising:
associating a sound with a first location in a virtual three dimensional (3D) map; and
during navigation of a user from a second location to the first location with use of the virtual 3D map, playing the sound by an apparatus based, at least partially, upon information from the virtual 3D map.
2 . A method as in claim 1 where, when a navigation task of the virtual 3D map is located between the user and the first location, playing the sound as coming from a direction of the navigation task irrespective of a direct direction of the user relative to the first location.
3 . A method as in claim 2 where a volume of which the sound is played is based, at least partially, upon a distance of a location of the navigation task on the virtual 3D map relative to the first location.
4 . A method as in claim 2 where a volume of which the sound is played is based, at least partially, upon at least one second navigation task of the virtual 3D map located between the user and the first location on the virtual 3D map.
5 . A method as in claim 1 where a volume of the sound is based, at least partially, upon a distance of the user relative to the first location.
6 . A method as in claim 1 where, when a navigation task of the virtual 3D map is not located between the user and the first location, playing the sound as coming from a direct direction of the first location relative to the user.
7 . A method as in claim 1 where playing the sound comprises playing the sound comprises playing the sound as coming from at least two directions.
8 . A method as in claim 7 where playing the sound as coming from a first one of the directions is played a first way, and where playing the sound as coming from a second one of the directions is played a second different way.
9 . A method as in claim 1 where the information from the virtual 3D map comprises at least one of an ancillary sound source and a sound reflection source which influences playing of the sound.
10 . An apparatus comprising a processor and a memory comprising software configured to:
associate a sound with a location in a virtual three dimensional (3D) map; and
during navigation of a user from a second location to a first location with use of the virtual 3D map, control playing of the sound based, at least partially, upon information from the virtual 3D map.
11 . An apparatus as claimed in claim 10 where, when a navigation task of the virtual 3D map is located between the user and the first location, the apparatus is configured to control playing of the sound as coming from a direction of the navigation task irrespective of a direct direction of the user relative to the first location.
12 . An apparatus as claimed in claim 11 where the apparatus is configured to control volume of which the sound is played is based, at least partially, upon a distance of a location of the navigation task on the virtual 3D map relative to the first location.
13 . An apparatus as claimed in claim 11 where the apparatus is configured to control volume of which the sound is played is based, at least partially, upon at least one second navigation task of the virtual 3D map located between the user and the first location on the virtual 3D map.
14 . An apparatus as claimed in claim 10 where the apparatus is configured to control volume of the sound based, at least partially, upon a distance of the user relative to the first location.
15 . An apparatus as claimed in claim 10 where, when a navigation task of the virtual 3D map is not located between the user and the first location, the apparatus is configured to control playing the sound as coming from a direct direction of the first location relative to the user.
16 . An apparatus as claimed in claim 10 where the apparatus comprises means for controlling of playing of the sound based, at least partially, upon the information from the virtual 3D map.
17 . An apparatus as claimed in claim 10 where the information from the virtual 3D map comprises at least one of an ancillary sound source and a sound reflection source which influences playing of the sound.
18 . An apparatus as claimed in claim 10 where the memory forms a non-transitory program storage device, tangibly embodying a program of instructions executable for performing operations, the operations comprising:
associating the sound with the location in the virtual three dimensional (3D) map; and
during navigation of the user from the second location to the first location with use of the virtual 3D map, playing the sound based, at least partially, upon the Information from the virtual 3D map.
19 . An apparatus as claimed in claim 18 where the operations comprise, when a navigation task of the virtual 3D map is located between the user and the first location, playing the sound as coming from a direction of the navigation task irrespective of a direct direction of the user relative to the first location
20 . An apparatus comprising a processor and a memory comprising software configured to:
associate a sound with a location in a virtual three dimensional (3D) map; and
control playing of the sound based, at least partially, upon information from the virtual 3D map, the information from the virtual 3D map comprises at least one of an ancillary sound source and a sound reflection source which influences playing of the sound.