I-Blender Foundation ikhuphe i-Blender 3, iphakheji yemodeli ye-3.1D yasimahla efanelekileyo kwiindidi ezahlukeneyo ze-3D imodeli, imizobo ye-3D, uphuhliso lomdlalo, ukulinganisa, unikezelo, ukudibanisa, ukulandelela intshukumo, ukukrola, oopopayi, kunye nezicelo zokuhlela ividiyo. . Ikhowudi isasazwa phantsi kwelayisensi ye-GPL. Iindibano esele zilungile zenzelwe iLinux, iWindows kunye neMacOS.
Phakathi kophuculo olongeziweyo kwi-Blender 3.1:
- I-backend iphunyeziwe kwi-Cycles rendering system ukukhawulezisa ukunikezelwa usebenzisa i-Metal graphics API. I-backend yaphuhliswa yi-Apple ukukhawulezisa i-Blender kwiikhomputha ze-Apple kunye namakhadi emizobo ye-AMD okanye i-M1 ARM processors.
- Yongeza ukukwazi ukunikezela into yeLifu leNqanaba ngokuthe ngqo kwi-injini ye-Cycles ukwenza amaqumrhu anjengesanti kunye ne-splashes. Iingqimba zamafu zinokuveliswa ngeenodi zejometri okanye zingeniswe kwezinye iinkqubo. Kuphuculwe ngokuphawulekayo ukusebenza kakuhle kwememori yeNkqubo yonikezelo lweCycles. I-node entsha ye-"Point Info" yongezwe, ikuvumela ukuba ufikelele kwidatha yamanqaku ngamanye.
- Ukusetyenziswa kwe-GPU kubonelelwe ukukhawulezisa ukusebenza kwe-modifier yolwakhiwo oluqhekezayo lweendawo ezigudileyo (Ukwahlulwahlulwa).
- Ukuhlelwa kwe-polygonal meshes kuye kwakhawuleziswa kakhulu.
- Isalathisi siphunyeziwe kwiSikhangeli se-Asethi, esenza lula ukusebenza ngezinto ezongezelelweyo ezongezelelweyo, izixhobo kunye neebhloko zokusingqongileyo.
- Umhleli womfanekiso unika amandla okusebenza ngemifanekiso emikhulu kakhulu (umzekelo, ngesisombululo se-52K).
- Isantya sokuthunyelwa kweefayile kwi-.obj kunye ne-.fbx ifomathi iye yanda ngemiyalelo emininzi yobukhulu, ngenxa yokubhalwa kwakhona kwekhowudi yokuthumela ngaphandle kwi-Python ukuya kwi-C ++. Ngokomzekelo, ukuba ngaphambili kuthatha imizuzu ye-20 ukuthumela iprojekthi enkulu kwifayile ye-Fbx, ngoku ixesha lokuthumela ngaphandle liye lancitshiswa libe yimizuzwana ye-20.
- Ekuphunyezweni kwee-nodes zejometri, ukusetyenziswa kwememori kuye kwancitshiswa (ukuya kwi-20%), ukuxhaswa kwe-multithreading kunye nokubalwa kweesekethe ze-node kuphuculwe.
- Kongezwe iindawo ezintsha ezili-19 zokwenziwa komfuziselo wenkqubo. Kubandakanya ii-node ezongeziweyo ze-extrusion (I-Extrude), i-scaling elements (I-Scale Elements), imimandla yokufunda ukusuka kwi-indexes (I-Field at Index) kunye nemimandla yokuqokelela (i-Accumulate Field). Kuye kwacetywa izixhobo ezintsha zokumisela umnatha.
- Umhleli wegrafu unikezela ngezixhobo ezitsha zoopopayi.
- Uphuculo lojongano lomsebenzisi. Kuyenzeka ukuba ubonise ngokuzenzekelayo uluhlu lweendawo ezihluziweyo xa urhuqa iziseko nge mouse, ekuvumela ukuba ubone kuphela ezo ntlobo zeziseko ezinokudityaniswa kuzo. Inkxaso eyongeziweyo yokuchaza iimpawu zakho eziguqukayo kwiimeko. Ikhono lokumakisha amaqela ee-nodes njengezinto ze-plug-in (I-Assets), kunye nokuhamba kwimodi yokudonsa kunye nokulahla ukusuka kwi-plug-in elements isiphequluli ukuya kwijometri, i-shading kunye ne-post-processing nodes iphunyeziwe.
- Izilungisi ezitsha zongezwe kumzobo onamacala amabini kunye nenkqubo yopopayi yokuGcoba iPencil, ekuvumela ukuba wenze imizobo kwi-2D kwaye emva koko uyisebenzise kwindawo ye-3D njengezinto ezinomacala amathathu (imodeli ye-3D yenziwe ngokusekwe kwimizobo emininzi ecaba ukusuka ii-engile ezahlukeneyo). Isixhobo sokuGcwalisa sivumela ukusetyenziswa kwamaxabiso angalunganga ukuzalisa ngokuyinxenye umendo wokudala iziphumo ezinomphetho.
- Izakhono zomhleli wevidiyo ongekho mgca zandisiwe. Inkxaso eyongeziweyo yokuhambisa iibhloko zedatha kunye nezinto kwimowudi yokutsala nokulahla ngexesha lokujonga.
- Ujongano lwemodeli lubonelela ngesakhono sokunika ii-vertices zomntu ngobukhali obungenamkhethe.
- Inkxaso eyongeziweyo yeteknoloji yePixar OpenSubdiv yokwenza imodeli, unikezelo kunye nokuthunyelwa ngaphandle kwiifomathi ze-Alembic kunye ne-USD.
- I-add-on ye-Copy Global Transform ifakwe ukudibanisa ukuguqulwa kwento enye ukuya kwenye ukuze kuqinisekiswe i-animation yabo ehambelanayo.
umthombo: opennet.ru