Umphakathi we-State of the Art wethule inguqulo entsha ΠΈ ikhodi yomthombo wephrojekthi ku-GitHub. Iphrojekthi ithuthukisa isixhumi esibonakalayo esiphathekayo sokuskena kwe-400D kwezinto nendawo kusetshenziswa amakhamera we-Intel RealSense D5 athengekayo. Ikhodi ibhalwe ku-C++ (interface ku-QtXNUMX) kanye ilayisensi ngaphansi kwe-Apache 2.0. I-Linux ne-Android ziyasekelwa.
Uhlelo lunokusebenza okwanele ukuze isofthiwe eshibhile uma kuqhathaniswa (~$140) kanye ne-hardware eyinkimbinkimbi yokuxazulula izinkinga zokudluliselwa okuningiliziwe kwezinto ukusuka emhlabeni wangempela ukuya kowona. Iphrojekthi ilungele ukusetshenziswa kwansuku zonke lapho ulungiselela amamodeli anemininingwane emisebenzi efana nokuskena ukuphrinta okulandelayo kwe-3D, ukudala ama-avatar, ukulungiselela amamodeli e-3D asekelwe ezintweni zangempela, ukuthatha izilinganiso nokulinganisa izilinganiso.
Izici ze-Handy 3D Scanner:
- I-Cross-platform (Qt5) futhi isebenze kumadivayisi ahlukahlukene e-Android (isekela i-Android 5.1 nangaphezulu);
- Thatha izithombe eziningi (amafu akhomba) ekulungisweni okungu-~1MPix;
- Ukuma phansi usebenzisa i-ARCore (ikhamera eyinhloko yocingo);
- Buka kuqala izithombe ezithathiwe njengamafu ephoyinti noma izindawo ezikhiqiziwe;
- Igcina futhi ilayishe izithombe ukuze ziqhubeke nokusebenza ngefomethi ye-PCD;
- Khipha isigcawu kufomethi ye-glTF 2.0 enokwesekwa kokuminyanisa;
- Vula imodeli yokuthuthukisa kanye nekhodi yomthombo itholakala mahhala ku-GitHub.
Source: opennet.ru