Worm's-eye view

A worm's-eye view is a view of an object from below, as though the observer were a worm; the opposite of a bird's-eye view.[1]

Worm's-eye view with two vanishing points

Graphical projection
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Planar Parallel projection Orthographic projection Multiview projection Axonometric projection Isometric projection Oblique projection Perspective projection Curvilinear perspective Reverse perspective
Views 2.5D Bird's-eye view Cross section Cutaway drawing Exploded view drawing Fisheye lens Panorama Worm's-eye view Zoom lens
Topics 3D projection Anamorphosis Axonometry Computer graphics Computer-aided design Descriptive geometry Engineering drawing Map projection Picture plane Plans (drawings) Projection (linear algebra) Projection plane Projective geometry Stereoscopy Technical drawing True length Vanishing point Video game graphics Viewing frustum

It can be used to look up to something to make an object look tall, strong, and mighty while the viewer feels childlike or powerless.[2]

A worm's eye view commonly uses three-point perspective, with one vanishing point on top, one on the left, and one on the right.[3]

References

"Point Of View In Photography". Student Resources. 2014-12-09. Retrieved 2017-06-13.
"Camera Work: What's Your Angle". Videomaker.com. Retrieved 2017-06-13.
Teacher, The Helpful Art (2011-01-12). "The Helpful Art Teacher: THREE POINT PERSPECTIVE... WORM'S EYE vs. BIRD'S EYE VIEW". The Helpful Art Teacher. Retrieved 2017-06-13.

Field size

Camera placement

Perspective Over-the-shoulder Point-of-view (POV) Reverse Trunk Single / multiple-camera setup
Camera angle	Tilt Aerial High-angle Bird's-eye Crane shot Jib / boom shot Low-angle Worm's-eye view Dutch angle

Camera movement

Lens effects

Other techniques

Special effects
Practical	Aerial rigging (wire-flying) Air bladder effect Animatronics Creature suit Kitbashing Miniature effect (hanging) Prosthetic makeup Puppetry Pyrotechnics Matte painting Squib Sugar glass Theatrical blood
In-camera	Bipacks Bullet time Dolly zoom Forced perspective Front projection Infrared photography Lens flares Lighting effects Multiple exposure Filtration Rear projection Reverse motion Schüfftan process Shutter effects Slit-scan Tilted plane focus Time-lapse Fast motion Slow motion Speed ramping
Visual	Chroma key Compositing (digital) Computer-generated imagery Go motion Introvision Match moving Optical printing Smallgantics Split screen Stop motion

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