HeV | Starlight (Instrumental) ~ Plasm Funkin' OST @hev486 | Uploaded December 2023 | Updated October 2024, 6 minutes ago.
Instrumental of 3th Song Exorcism ERECT of PLASM FUNKIN’ : TESTDRIVE, a demo of a Friday Night Funkin’ mod featuring a cool ghost who’s chilling at a park. A rap battle wouldn't hurt, right?
Playlist with all the songs:
• PLASM FUNKIN' TESDRIVE OST
— — — — — — — — — — — — — — — — — — — — —
MOD TEAM:
@namelessFNF - Director and Artist
@hev486 - Composer of the ERECT REMIXES
@colowsky1453 - Composer of the Main Songs
@41nerWasHere - Composer of the Menu songs
— — — — — — — — — — — — — — — — — — — — —
(Algorithm)
Friday Night Funkin’ is a rhythm game in which the player controls a character called Boyfriend, who must defeat a series of opponents in order to continue dating his significant other, Girlfriend. The player must pass multiple levels, referred to as "weeks" in-game, containing three songs each. Each week, the player faces a different opponent, though some deviate in structure from this via the inclusion of multiple opponents. During gameplay, the opponent will sing a pattern of notes (represented as arrows) which the player must then mirror by using the arrow keys or the W, A, S, and D keys. Some songs introduce more complicated patterns, with the player's pattern sometimes varying from the opponent's or both singers engaging in a duet.
For each week, the player has the option to select one of three difficulties: Easy, Normal, or Hard. As the difficulty increases, the speed of incoming arrows increases, and the patterns of arrows become more complex. The player's high score for each week on each difficulty is tracked and shown in the top corner of the week selection screen. The game contains two different modes of play: a story campaign in which songs are played linearly and a "free play" mode which allows for free selection of any of the game's music tracks.
The game has an active modding community due to its open-source release, allowing for the implementation of fan-made content. As a result, the full game will receive mod support using the Polymod framework.
Instrumental of 3th Song Exorcism ERECT of PLASM FUNKIN’ : TESTDRIVE, a demo of a Friday Night Funkin’ mod featuring a cool ghost who’s chilling at a park. A rap battle wouldn't hurt, right?
Playlist with all the songs:
• PLASM FUNKIN' TESDRIVE OST
— — — — — — — — — — — — — — — — — — — — —
MOD TEAM:
@namelessFNF - Director and Artist
@hev486 - Composer of the ERECT REMIXES
@colowsky1453 - Composer of the Main Songs
@41nerWasHere - Composer of the Menu songs
— — — — — — — — — — — — — — — — — — — — —
(Algorithm)
Friday Night Funkin’ is a rhythm game in which the player controls a character called Boyfriend, who must defeat a series of opponents in order to continue dating his significant other, Girlfriend. The player must pass multiple levels, referred to as "weeks" in-game, containing three songs each. Each week, the player faces a different opponent, though some deviate in structure from this via the inclusion of multiple opponents. During gameplay, the opponent will sing a pattern of notes (represented as arrows) which the player must then mirror by using the arrow keys or the W, A, S, and D keys. Some songs introduce more complicated patterns, with the player's pattern sometimes varying from the opponent's or both singers engaging in a duet.
For each week, the player has the option to select one of three difficulties: Easy, Normal, or Hard. As the difficulty increases, the speed of incoming arrows increases, and the patterns of arrows become more complex. The player's high score for each week on each difficulty is tracked and shown in the top corner of the week selection screen. The game contains two different modes of play: a story campaign in which songs are played linearly and a "free play" mode which allows for free selection of any of the game's music tracks.
The game has an active modding community due to its open-source release, allowing for the implementation of fan-made content. As a result, the full game will receive mod support using the Polymod framework.
