#Tenchu shadow assassins pc plus#

The music event was also implemented in FMOD.įive test subjects trialled the game after 5+ hours of practice with the EPOC headset each. The sixth module simulates the player character’s breathing and was implemented in FMOD. The procedural modules created in Max include: heartbeat, binaural beats, electricity, ambience, and bells.

#Tenchu shadow assassins pc plus#

Six perpetual sound modules were used, plus a music event which features in the final level. Audio from Max and FMOD combined to create one unified soundscape. FMOD Studio was used for non-procedural elements due to its facilitation of real-time control parameters, as well as its integration with Unity. Procedural audio modules were created in Max, where player EEG data was simultaneously mapped to a myriad of modulators. Every element of the audio was designed to adapt to the constantly fluctuating value. In order to complete the game, the player must remain as calm as possible.Īn adaptive audio engine was developed to act as an auditory display for the player’s level of calm, in lieu of a distracting visual indicator. The player navigates the game using conventional keyboard and mouse movement, however, they also wear an Emotiv EPOC headset which transmits their level of calm to the game via OSC. A survival horror game was created using the Unity game engine. This thesis documents the design and play-testing of a videogame that incorporates electroencephalography (EEG) technology to augment traditional controls.