선물 상자 3D 모델
0
명세서
- 기하학polygonal_quads only
- 다각형5,624
- 정점들6,556
- 텍스처Yes
- 딱딱한No
- 생기 있는No
- 3D 인쇄 가능 준비No
- 게임 준비 (낮은 폴리)No
- UV 매핑 됨Yes
- 포장되지 않은 자외선non-overlapping
기술
---Gift Box---
=====================================================================================
DESCRIPTION:
'Gift Box' is a high quality 3d model to add more details and realism to your rendering projects. Fully detailed, textured model. Detailed enough for close-up renders. Originally modeled in 3ds Max 2011. Final images rendered with V-Ray 2.40.03.
-------------------------------------------------------------------------------------------------------------------------
FEATURES:
- High quality polygonal model - correctly scaled accurate representation of the original objects.
- Model resolutions are optimized for polygon efficiency (in 3ds Max the TurboSmooth Modifier already applied on Iterations level 1 to increase polygon resolution as necessary).
- Scene objects are organized by layers/Groups.
- All objects individually named and in appropriate layers.
- No part-name confusion when importing several models into a scene.
- No cleaning up necessary, just drop model into your scene and start rendering.
- All colors can be easily modified.
- Modifier stacks not collapsed.
- Model is centered to 0/0/0 and scaled as the real object.
- Real world scale unit used millimeters.
-------------------------------------------------------------------------------------------------------------------------
TEXTURES:
All textures are in .png format,
Maps: 2,
- Maps size: 2048x2048 resolution,
- HDRI size (1500 x 750)
-------------------------------------------------------------------------------------------------------------------------
File formats:
- 3ds Max 2011 (V-Ray 2.40.03)
- 3ds
- obj
- FBX
------------------------------------------------------------------------------------------------------------------------
NOTE:
OBJ, 3DS and FBX file formats are exported directly from 3ds Max.
Oct 27, 2019
추가 된 날짜
May 18, 2022
마지막 업데이트
리뷰
현재이 제품에 대한 리뷰가 없습니다.
얼음을 깬 첫 번째 사람이되지 않겠습니까?












