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Entertainment and Multimedia - Coggle Diagram
Entertainment and Multimedia
VR AND AR APPLICATIONS
Image Recognition and Tracking: Augmented Reality (AR) applications employ image processing techniques to identify and track real-world objects and surfaces. This allows digital material to be superimposed on top of the physical world.
Depth Sensing: To improve the realism and immersion of VR and AR experiences, image processing methods are used to estimate depth information from stereo camera images or depth sensors.
Environment Rendering: To ensure seamless performance and excellent visual fidelity in VR and AR applications, digital image processing is utilized to render virtual environments and objects in real-time.
Gesture Recognition: In VR and AR applications, image processing techniques are utilized to identify and interpret hand gestures and body motions, allowing users to engage naturally with virtual objects and situations.
DIGITAL ART AND ANIMATION
Image editing and manipulation: To edit, modify, and improve digital images and animations, image processing software is used by digital artists and animators. This covers special effects, colour correction, compositing, and retouching.
Animation Rendering: Character animations, special effects, and environmental aspects are rendered using digital image processing techniques.
Texture Creation: In digital art and animation projects, artists utilize image processing techniques to produce textures for 3D models, characters, and environments.
Non-Photorealistic Rendering (NPR): Techniques like cell shading, watercolour rendering, and sketch-based rendering are examples of how digital image processing is utilized to create creative and stylistic effects in digital art and animation.
VIDEO GAMES
Graphics Rendering: Video games employ a lot of digital image processing techniques to provide realistic 2D and 3D images. To build immersive virtual environments, this calls for the use of techniques like texture mapping, shading, lighting effects, and rendering optimizations.
Post-Processing Effects: In order to improve visual quality and produce atmospheric effects, image processing algorithms are used as post-processing effects. These encompass methods like as colour grading, bloom, motion blur, depth of field, and HDR (High Dynamic Range) rendering.
Anti-Aliasing: Smoothing jagged edges and pixellation in displayed images is accomplished by the use of anti-aliasing techniques, which provide smoother and more aesthetically pleasing graphics.
Dynamic Texture Generation: Certain games enable infinite variation and intricacy in their game landscapes by employing procedural generation techniques to create graphics and terrain dynamically in real-time.
Facial Animation: Video game characters can have realistic facial motions and expressions thanks to digital image processing, which improves immersion and storytelling.
SPECIAL EFFECTS IN MOVIES AND TV SHOWS
Visual Effects (VFX): Digital image processing is essential to the production of visual effects in motion pictures and television programmes. This entails modelling digital animals and characters, simulating fire, water, and smoke realistically, and smoothly incorporating computer-generated imagery (CGI) into live-action film.
Green screen compositing allows filmmakers to create surreal and immersive landscapes by applying image processing techniques to blend individuals and objects filmed against green screens into virtual backdrops.
Motion Tracking: VFX artists can precisely incorporate computer-generated components into live-action film by aligning them with camera motions and perspectives through the use of image processing techniques for motion tracking and match-moving.
Colour Grading: To produce the appropriate visual aesthetics and mood in films and television programmes, colour grading and colour correction are accomplished by digital image processing.