P.T. | |
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Cover art as published on PlayStation Network
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Developer(s) | 7780s Studio |
Publisher(s) | Konami |
Director(s) |
Hideo Kojima Guillermo del Toro |
Series | Silent Hill |
Engine | Fox Engine |
Platform(s) | PlayStation 4 |
Release date(s) |
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Genre(s) | Survival horror |
Mode(s) | Single-player |
P.T. (short for "playable teaser"), is a first-person psychological survival horror video game developed by Kojima Productions, under the pseudonym "7780s Studio", and published by Konami. The game was directed and designed by Hideo Kojima, in collaboration with film director Guillermo Del Toro.
Released for the PlayStation 4 on 12 August 2014 as a free download on the PlayStation Network, P.T. served primarily as an interactive teaser for the game Silent Hills, a cancelled installment in the Silent Hill series. After the cancellation, Konami removed P.T. from the PlayStation Store and eliminated re-installing the game, a decision that later spawned criticism and fan efforts to allow P.T. to be re-downloaded.
P.T. received critical acclaim for its direction, visuals, story complexity, and supernatural tension, but was both criticized and acclaimed for the puzzles and solutions.
Unlike the third-person perspective in Silent Hill games, P.T. uses a first-person perspective, which centers on an unknown protagonist, whom the player controls, who awakens in a haunted suburban house and experiences supernatural occurrences. Available areas to explore in the home consist of an L-shaped corridor with two rooms adjacent to it: a bathroom, and a staircase which leads to the room in which the player starts a loop, or a continuous reincarnation of the corridor. The only actions the player can use are walking and zooming. To progress, the player must investigate frightening events and solve cryptic puzzles. Each time a loop is successfully completed, changes appear in the corridor. Additionally, the player encounters a hostile ghost named Lisa. If she catches the protagonist, the player experiences a startling jump scare and is sent back to the beginning of the current loop.