Opening My Hero Academia S7 Twixtor [ 60 Fps ]
⬇️ Twixtor | ▶️ YouTube |
⬇️ Flowframes |
The seventh season of the My Hero Academia anime series, produced by Bones and under the direction of Kenji Nagasaki and Naomi Nakayama, faithfully adapts Kōhei Horikoshi’s acclaimed manga from the 34th volume onwards. This season includes the exciting narrative arcs of “Star and Stripe”, “U.A. Traitor”, and the climax of “Final War”. Premiering on ytv and NTV on May 4, 2024, the season begins with the arrival of Star and Stripe, America’s top Pro Heroes, responding to All Might’s urgent call to face Tomura Shigaraki. As U.A. The remaining high school students and Pro Heroes prepare for the ultimate showdown against the villainous Paranormal Liberation Front, tensions rising with the shocking reveal of a traitor in Izuku’s class. Amid the ethical dilemma of saving the enemy, a community of heroes devises a strategy to face the existing threat, starting a battle that will determine the fate of the world. Crunchyroll holds the license for the season and its accompanying “Memories” recap special outside Asia, while Medialink acquired distribution rights for the Asia-Pacific region. Complementing the intense narrative is the opening song “Tagatame” by TK from Ling Tosite Sigure and the touching ending song “Tsubomi” by Omoinotake.
Twixtor is a software plugin primarily used in video editing software to create slow-motion or time-lapse effects. It’s produced by RE:Vision Effects, Inc. Twixtor works by interpolating frames in a video sequence to generate new frames between existing ones, allowing for smooth slow-motion playback even when the original footage was not captured at a high frame rate. This interpolation process involves complex algorithms to analyze and predict motion in the video, enabling the creation of slow-motion effects without the need for shooting at higher frame rates. Twixtor is commonly used in professional video production, particularly in areas such as film, television, and advertising, where high-quality slow-motion effects are desired.