TITLE
Lair of Beowulf: a study of 3D positional sound in an audio mostly game
AUTHOR
Nordlinder, Martin
DEPARTMENT
Computer Science and Electrical Engineering / Media Technology
SUMMARY
Multimedia capabilities of mobile phones increases all the time, today it
is possible to develop games with advanced sounds and graphics. Games with
3D graphics are developing fast. But sounds are seldom used to enhance the
experience. The sounds in mobile phone games are often one short midi music
piece, under a minute long and only a few short samples are used. The
sounds often become repetitive; it is common that people disable the music
and sounds when playing on mobile phones.
This Master of Science thesis in Media technology describes the development
of a prototype and the experimental study that was conducted on it. The
prototype is developed together with Interactive Institute, Sonic studio.
The prototype is called The lair of Beowulf, Beowulf was a hero in a story
which is the oldest written story in old-English. The game starts were
Beowulf enters a cave, in the cave there are several unknown sounds to the
gamer. The player of the game has no other cues of the game world than the
sounds, which are played through a sound engine, called OpenAL.
The game was then used in an experimental study. The study was conducted on
11 participants. This study had two parts; in the first part the
participant was asked how they experienced the sound on seven given points.
Experienced sound in this case was how they thought each location looked
and the feeling they got from it. In the second part of the test questions
about the whole game were asked. How easy it was to navigate, if it was fun
to play and similar questions.
The conclusion of the study was that it is very important to carefully
select sounds. The illusion of the game world is more fragile when only
sounds are used. It is more important to the context the sounds make the
user experience in a sound mostly game, than in a game with where graphic
describes the world.
ISSN 1402-1617 / ISRN LTU-EX--07/059--SE / NR 2007:059
|