Panthera onca Baby leopard  Animated  Fur  3D model

Panthera onca Baby leopard Animated Fur 3D model

cgtrader

Introduction: This is a high-quality model of baby jaguar with complete maps, fur, rigging, and animation of running, trotting, and walking. The model includes multiple 4K maps based on UDIM-texture and a skin of head map to make the effect more realistic. This model was created by Blender 2.81 and rendered by Cycles Renderer with real proportion. The model consists of 7 objects made separately, including body, paws, eyes, sclera, lacrimal glands, teeth, and tongue. The display images are just used to show the effect of the characters, but the animations in the project are based on the product description. If you have other needs, like only needing a frozen model without rigging or low-quality optimized characters that are used to be placed in midground or background, you are welcome to contact us and we will try our best to accommodate your needs. The size of maps: Panthera_onca_Baby_Body_BaseColor.png (4096x4096) Panthera_onca_Baby_Body_Mask.png (4096x4096) Panthera_onca_Baby_Body_Normal.png (4096x4096) Panthera_onca_Baby_Claw_BaseColor.png (1024x1024) Panthera_onca_Baby_Eye_BaseColor.png (2048x2048) Panthera_onca_Baby_Head_BaseColor.png (4096x4096) Panthera_onca_Baby_Head_ID.jpg (4096x4096) Panthera_onca_Baby_Head_Roughness.png (4096x4096) Panthera_onca_Baby_Head_Skin_BaseColor.png (4096x4096) Panthera_onca_Baby_Head_Skin_SSS.png (4096x4096) Panthera_onca_Baby_Head_Specular.png (4096x4096) Panthera_onca_Baby_OralCavity_BaseColor.png (2048x2048) Panthera_onca_Baby_OralCavity_ID.jpg (2048x2048) Panthera_onca_Baby_OralCavity_Roughness.jpg (2048x2048) Panthera_onca_Baby_OralCavity_Specular.jpg (2048x2048) Panthera_onca_Baby_OralCavity_SSS.jpg (2048x2048) Number of mesh faces: Body: 21,501 vertices; 21,422 polygons Paws: 3,816 vertices; 3,672 polygons Eyes: 1,156 vertices; 1,216 polygons Sclera: 964 vertices; 1,024 polygons Lacrimal glands: 880 vertices; 872 polygons Teeth: 5,752 vertices; 5,696 polygons Tongue: 1,349 vertices; 1,320 polygons Total: Vertices: 35,418 Polygons: 35,222 Project format: There is a Blender project and model like OBJ. And OBJ is a frozen model without rigging and animation. The files are void of fur. Animation: Containing 24 frames of walking cycles animation, 11 frames of trotting animation, and 17 frames of running animation. Features: With face rigging, spine IK + FK, the head is limited to follow the neck to rotate, the neck and the tail are limited to follow the body to rotate. The limit can be switched by custom attributes. Four limbs IK + FK, the legs are limited to follow the body to rotate, limited stretch control, switched by custom attributes. All of the IK and FK mentioned above cannot be switched seamlessly. The model is made according to the real-world scale. Its scale is 1 and the unit is 1 meter. To run quickly, the fur is toggled Render, but not Display. You can hit the Display if needed. The animation data has been converted into action editing clips, which can be used directly, or the animation can be reedited and recreated. Just put the model in the scene to render without cleaning. No external add-ons needed. There are no lights and cameras. Some of the renderings presented are composited. To make the effect more realistic, the rendering time is pretty long because of the large number of hair. If you want to make the close-up effect more real and beautiful, it’s necessary to pay the price. If used in a distant view, the fur can be optimized. Optimization methods: Decreasing the numbers of fur children, and increasing the thickness of fur. Decreasing the steps of interpolated spine In addition, the character can be rendered directly in a project.

Download Model from cgtrader

With this file you will be able to print Panthera onca Baby leopard Animated Fur 3D model with your 3D printer. Click on the button and save the file on your computer to work, edit or customize your design. You can also find more 3D designs for printers on Panthera onca Baby leopard Animated Fur 3D model.