RIGGED PBR War Cannon Low-poly 3D model

High Quality RIGGED PBR War Cannon

The provided model has been created inside of Autodesk Maya (version 2016) - Sculpted in Pixologic Zbrush, textured in Substance Painter and rendered with different render engines ( Arnold 4 By Solid Angle and Marmoset Toolbag 3 package).

The cannon has been rigged in Autodesk Maya. The chains react based on physics and the wheel movement is driven by Maya Expressions I provide the shot scene, with fluid setup and recoil animation

PRODUCT DETAILS:

• 21027 polygons
• 21746 vertices
• Real size model
• Unwrapped UVs with NO overlapping
• High Quality Textures
• Scene files included
• Clean Maya Outliner

INCLUDED MATERIAL:

• Maya Zip file with the following folder structure:

  • cannon.mb ( version 2016 with light setup and NO rig)
  • Cannon_rig.mb ( version 2016 with material setup and RIG)
  • Cannon_rig_no_mat.mb ( version 2016 - just the RIG without material setup)
  • shot-scene.zip - shot-scene.mb ( version 2016 - the scene with fluid simulation, animation and simple light setup) - Skydome Texture ( the texture mapped to the skydome, to render the shot) - Background Comp ( the fortress background used in the comp of the shot)

• .fbx file format

• .obj file format

• Marmoset Toolbag 3 complete scene file (version 3.04): with all textures and lights setup (static cannon)

• High Quality PBR Textures (.zip) (metal / roughness workflow) for both upper part and lower part of the 3D model

• High Quality PBR Textures for Arnold (.zip) : used for Arnold scene file

TEXTURES WITH METAL / ROUGHNESS WORKFLOW

• High Quality textures (4096 X 4096)
• Base Color
• Roughness
• Metallic
• Normal

2 sets of PBR Textures: one for the upper part and one for the lower part of the cannon. I also included versions with and without padding (the former just in case you need to generate MIPMAPS)

ARNOLD PBR TEXTURES (for aiStandard shader)

• High Quality textures
• Linear Workflow setup (for Maya 2016)
• Texture resolution (4096 X 4096)
• diffuse Map (mapped in the diffuse channel)
• specular map (mapped in Arnold specular color)
• roughness map (mapped in Arnold roughness)
• f0 map (mapped in Arnold Reflectance at normal)
• Normal Map (mapped in Arnold Bump map rollout)

NOTES

• Moving the wheels is really simple: just translate the Global Controller and the wheels are driven by expressions
• It's always possible to animate the wheel offset separately
• The Axis orientation of the global controller needs to be set to object, in order to rotate and animate the cannon in other directions
• Chains are physically calculated and their simulation runs when the timeline is updated