Animated Rubik's cube 3D model.

MODEL

• Model dimensions: LWH 5,7 x 5,7 x 5,7 cm (2.2 x 2.2 x 2.2 in).
• Objects count - 27 polygonal mesh objects and 3 rig objects (non renderable splines).
• Polycount:
• Polys - 19 086
• Verts - 19 596

MATERIALS

• Materials are prepared for Corona, V-Ray and Scanline renderers.
• Scanline and FBX has only basic materials and will NOT render the same as in preview images.
• OBJ file has no materials, but has UVW coordinates intact.

TEXTURES

• Format - PNG
• Count - 2
• Resolution - 2048 px
• Maps - Diffuse colour and Glossiness
• Textures are collected into one archive and are delivered in separate file.

SCENE

• Model is scaled to accurate real world dimensions.
• Objects, materials and textures has meaningful and matching names.
• Transformations has been reset and model is placed at scene origin [0, 0, 0 XYZ].
• All texture paths are set to relative.

RIG & ANIMATION

• The model in 3ds Max scene is rigged through hierarchy linking and animated with link constraint to avoid gimbal lock.
• The model in FBX file is animated. Animation is tested in 3ds Max and Blender 2.81
• The model in OBJ file is NOT animated.
• There is 3 different animations available (in separate files):
  1. animation from solved to scrambled state - 485 frames, ~16s @30fps (Rubic Cube Animated SCR_XXX.max)
  2. animation from scrambled to solved state - 710 frames, ~24s @30fps (Rubic Cube Animated WR_XXX.max)
  3. animation from scrambled to solved state - 104 frames, 3,47s @30fps (Rubic Cube Animated WRRT_XXX.max)
• Moves for scrambled to solved animation was taken from standing world record speed solve, set in November 2018 by Yusheng Du. He did it in astonishing 3,47 s!

FILE FORMATS

• 3ds Max - Corona
• 3ds Max - Scanline
• 3ds Max - Vray
• FBX
• OBJ

GENERAL

• Modeled in 3ds max.
• Preview images are rendered with Corona renderer.
• Images are straight from rendering app. No post processing were applied.
• Render scenes are not included.

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Please contact me if you have questions or need assistance with the models.