Spectral (2016)
Director: Nic MathieuScreenplay: Ian Fried
Story by: Ian Fried
9 December 2016 (USA)
Production company: Legendary Entertainment
Cast: James Badge Dale, Emily Mortimer, Max Martini, Bruce Greenwood
Cast: James Badge Dale, Emily Mortimer, Max Martini, Bruce Greenwood
PG-13
1h 47min
Action, Sci-Fi, Thriller
A sci-fi/thriller story centered on a special-ops team that is dispatched to fight supernatural beings.
This was a pleasant surprise! Spectral was originally made by Universal as a 3D movie for theatrical release, but was dropped and Netflix picked it up. This would have been pretty awesome to see in 3D. It is military tactical action packed movie with a supernatural (or is it?) twist. Right off the bat I was impressed with the quality of the movie and effects. Honestly I couldn't tell what was CGI background and what was real. It was so life like. You felt like you were in a war torn city fighting for your life. Even though this isn't based on a video game, like Call of Duty, it seemed like it was.
The story was solid, as solid as a scifi film can be, it brings up the whole "just because we can, doesn't mean we should" moral argument, and there is a twist at the end. If you are a fan of shooter video games or military action or scifi, you'll enjoy this one!
4 "ghostly" Sheep
SharonS
Spectral sound processing is a technique in audio signal processing where sound is analyzed and modified in the frequency domain instead of the time domain. Every sound can be represented as a combination of different frequencies. By transforming a signal (using methods like the Fast Fourier Transform), we can view and manipulate these individual frequency components, enabling more precise control over audio characteristics such as pitch, timbre, and tone.
ReplyDeleteIn spectral processing (Audio Processing Projects ), operations such as filtering, equalization, noise reduction, and pitch shifting are performed directly on the frequency spectrum. For example, unwanted noise can be removed by suppressing specific frequency bands, or musical effects can be created by enhancing harmonics. This approach is widely used in applications like speech recognition, music production, audio restoration, and sound design. Spectral techniques provide deeper insight into sound structure, making them essential in modern digital audio processing systems.
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