Sanakirja
Tekoälykääntäjä
Kuvat 11

Ääntäminen

  • ÄäntäminenUS
  • Tuntematon aksentti:
    • IPA: /ˈpæɹ.əˌlæks/
KieliKäännökset
espanjaparalaje
esperantoparalakso
italiaparallasse
japani視差 (shisa), しさ (shisa)
kreikkaπαράλλαξη (parállaxi)
latinaparallaxis
latviaparalakse
norjaparallakse
portugaliparalaxe
ranskaparallaxe
saksaParallaxe
suomiparallaksi
tanskaparallakse
tšekkiparalaxa
unkariparallaxis
venäjäпараллакс (parallaks)
viroparallaks

Määritelmät

Substantiivi

  1. An apparent shift in the position of two stationary objects relative to each other as viewed by an observer, due to a change in observer position.
  2. (astronomy) The angle of seeing of the astronomical unit.

Verbi

  1. (transitive) To measure (a distance) based on parallax observations.
  2. (animation) To produce an illusion of levels of distance by shifting layers at different rates.

Esimerkit

  • Planes farther back on the z-axis scroll more slowly than those in front of them, producing a parallax effect. Early games with parallax scrolling tended to have their action taking place all in the forefront plane [...]

Taivutusmuodot

Monikkoparallaxes

An apparent shift in the position of two stationary objects relative to each other as viewed by an observer, due to a change in observer position.

A simplified illustration of the parallax of an object against a distant background due to a perspective shift. When viewed from "Viewpoint A", the object appears to be in front of the blue square. When the viewpoint is changed to "Viewpoint B", the object appears to have moved in front of the red square.

An apparent shift in the position of two stationary objects relative to each other as viewed by an observer, due to a change in observer position.

This animation is an example of parallax. As the viewpoint moves side to side, the objects in the distance appear to move more slowly than the objects close to the camera. In this case, the white cube in front appears to move faster than the green cube in the middle of the far background.

An apparent shift in the position of two stationary objects relative to each other as viewed by an observer, due to a change in observer position.

In this photograph, the Sun is visible above the top of the streetlight. In the reflection on the water, the Sun appears in line with the streetlight because the virtual image is formed from a different viewing position.