quiz bu lëkkale ak tegtal · Diggante Niveau

Quiz buy wuutale ay rendu

Xoolaat degrade yiñ mëna wuutale ci rendu bi, gis-gis bi ak silwet yi, rasterisasioŋ bu woyof bi, rendu bu dëddu bi, ak jël misaal ci catu boor yi.

Yooni njiit yu jëm ciRendering buñ mëna wuutale
Laaj 1 de 8

Lan mooy rendu differensiaal bi lay may nga xayma?

Xoolaatal laaj bu nekk8 laaj

Sooy def quiz bi, tontu yi ak leeral yi dañuy feeñ.

  1. Lan mooy rendu differensiaal bi lay may nga xayma?
    • Degrade pixel yiy génne ci wàllu parametru seen yu melni geometri ak macceer
    • Algorithm bu gëna gaaw ci topp rayon te amul benn degrade
    • Audio bu bawoo ci seen 3D
    • Fichier wideo yuñ komprime ci ay animasioŋ
  2. Lan moo waral silwet yi nekk jafe-jafe bu mag ci rendu buñ mëna wuutale?
    • Dañuy faral di lëndëm ci nataal yu dëggu yi
    • Dañuy indi ay jafe-jafe ci gis-gis bi, pixel yi di tëb ci saasi, te duñu joxe benn gradient bu am njariñ
    • Dañu soxla memory bu gëna bari surface yu nooy yi
    • Dañuy soppi jëmmu fichier biy génne
  3. naka la rasterization bu woyof di saafaraa jafe-jafe discontinuité bi?
    • Dina dindi bépp catu seen
    • Dafay yokk dayo bi ba ca boor yi di ni mes
    • Dafay may ñetti kaar yi ñu am emprent bu nooy te fësul ci pixel yi ci wetam
    • Dafay joxe lëndëm ci ginaaw
  4. Luy 'rendering inverse'?
    • Rendering ab seen
    • Soppi nataal 2D ci audio
    • guddi rek lañu koy joxe
    • Delloosi parametru seen (jëmm, macceer, leeraay) ci nataal yi
  5. Ban pexem modern moo sukkandiko ci rendu bu wuute ngir tàggat yaram?
    • 3D gaussien splatting ak NeRFs
    • kompresioŋ JPEG
    • Kodage MP3
    • Tablo pivot yu këyitu xayma
  6. Lan mooy 'sampling ci boor' (ni ci redner) biñ defar ngir jàpp?
    • Kulòoru nataal bi yépp
    • Terme biy tënk rendu integral bi ci discontinuité yi
    • Taxawaayu kadre yi ci benn animasioŋ
    • Rasio kompresioŋ bu benn texture
  7. What does the original NeRF network predict from a 3D location and viewing direction?
    • A binary object label and no appearance information
    • A scene’s legal ownership and camera price
    • Volume density and view-dependent emitted radiance
    • A single pixel mask with no view dependence
  8. What scene representation does 3D Gaussian Splatting optimize for real-time radiance-field rendering?
    • A single triangle silhouette for the entire scene
    • A text-only prompt with no geometric representation
    • A depth map with no color or camera information
    • A set of 3D Gaussians with position, covariance, opacity, and appearance parameters