Perspective is used across a remarkably wide range of professional, scientific and creative disciplines. Its applications extend from art, architecture and photography to medicine, astronomy, engineering, cartography, computer graphics, artificial intelligence, cinema and immersive technologies.
Different disciplines use perspective for different purposes: to view, measure, record, reconstruct, represent, analyse, simulate or transform spatial reality. Use the major application areas below to explore these relationships in greater detail.
Art and Perspective
Perspective has played a fundamental role in artistic representation while also providing artists with methods for altering, combining and transforming spatial appearance.
Art – 2-D · Art – 3-D · Art – 4-D · Art – Light · Drawing · Painting · Intarsia · Marquetry · Letters · Polyhedra · Proportion · Quadrature
Architecture and the Built Environment
Architecture uses perspective both to represent buildings and environments and to understand how completed spaces are seen and experienced. Applications extend from drawing and modelling to interiors, gardens, urban design and architectural visualisation.
Explore Architecture and the Built Environment →
Architecture, Columns · Fountains · Gardens / Environment · Idealised Buildings · Interiors · Towns, Landscapes, Gardens and Ruins
Medical Imaging
Medical imaging extends human vision into structures and processes that cannot ordinarily be observed directly, using projection, scanning, reconstruction and other forms of spatial imaging.
Human Body · X-Ray Imaging · CT / CAT Scan · Magnetic Resonance Imaging · Ultrasound · Nuclear Medicine · Transmission Electron
Cinema, Television and Visual Effects
Moving-image media use camera perspective, projection, framing, viewpoint, scale, visual effects and simulated space to construct changing spatial experiences through time.
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Cinema – 2-D · Cinema – 3-D and Widescreen · Cinematography · Television · Animation
Computer Graphics, Games and Extended Reality
Computer systems generate, transform and display spatial representations through mathematical projection, virtual cameras, three-dimensional modelling, artificial intelligence and interactive environments.
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Artificial Intelligence · Computer Generated Imagery · Computer Graphics · Computer Vision · Augmented Reality · Virtual Reality · Mixed Reality
Photography
Photography connects viewpoint, optical imaging, lenses, field of view, projection and image recording. It provides one of the most widespread technological applications of perspective.
Photography (Topic) · Camera View / Image · Panoramas · Panoramic Perspective · Photogrammetry
Cartography, GIS and Spatial Mapping
Maps and spatial-information systems transform three-dimensional geographical reality into measurable and navigable representations using projection, scale, coordinate systems, surveying and digital spatial data.
Explore Cartography, GIS and Spatial Mapping →
Cartography / Maps · Geographical Information Systems · Photogrammetry · Topography · Geo-Maps
Science, Engineering and Technical Imaging
Scientific and engineering applications use perspective to observe, measure, model and represent physical structures across scales ranging from astronomical space to microscopic and atomic phenomena.
Explore Science, Engineering and Technical Imaging →
Physics / Mechanics · Robotics / Engineering · Astronomy · Cosmology · Microscopy · Atomic Microscope · Optical Microscope · Scanning Electron Microscope
Other Disciplines and Fields
Perspective also plays important roles in subjects that cross several of the major application areas above.
Archaeology · Cosmograms · Jewellery · Natural Crystals · Invisible Worlds · Structures · Undersea World · Theatre / Scenography
Perspective in Professional Practice
Perspective is also used directly in professional workflows involving design, visualisation, imaging, spatial communication and the analysis of real or proposed environments.
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Why Applications Across Disciplines Matter
The diversity of these applications demonstrates why perspective cannot adequately be treated as a drawing technique alone. The same underlying problems of viewpoint, projection, scale, spatial correspondence, imaging and representation recur across disciplines that are often studied separately.
Examining these subjects together makes it possible to identify connections between artistic, optical, mathematical, scientific and computational forms of perspective and to understand perspective as a wider interdisciplinary field.
Explore Applications
Parent: Applications of Perspective → Applications by Discipline
Major application areas:
Art and Perspective ·
Architecture and the Built Environment ·
Medical Imaging ·
Cinema, Television and Visual Effects ·
Computer Graphics, Games and Extended Reality ·
Photography ·
Cartography, GIS and Spatial Mapping ·
Science, Engineering and Technical Imaging ·
Perspective in Professional Practice
Other Applications routes:
Spatial Themes ·
Instruments of Perspective ·
Perspective Studies Today