Orca Killer Whale - Animated - Octane Support Low-poly 3D model

cgtrader

This anatomically correct Orca model includes an Unreal 4 package with a Spline Animation System, 3D Studio Max Animation files, and 3DS Max Octane Materials. -----Unreal Engine 4----- The UE4 Advanced spline animation system produces dynamic acceleration, turning and rolling along splines, and is completely customizable with 20 input variables: Movement speeds for slow and fast modes Animation Playrates for slow and fast Timing for how long to swim slow and fast Randomness multiplier of timing Acceleration speed Deceleration speed Roll speed Roll intensity Mesh Scale Starting Distance Toggle dynamic speed or maintain a constant speed. Constant speed Play Rate, Movement Speed & Animation Intensity The package contains 1 Skeletal mesh with a realistic Physics Asset for ragdoll effects, a BlendSpace 1D combined with 2 Animation Blueprints, 1 Parent Material and 2 Material Instances (3 wet & 3 dry). Additionally, a demo scene has been included with Underwater PostProcess Settings, Caustic Lighting, Fog, & Depth of Field, along with many Orcas with their paths set up, demonstrating what can be accomplished with the Orca Spline Blueprint. To preview, please view the video and/or download the following packaged application: https://goo.gl/4wv9Jw -----3D Details (includes 3DS Max and other formats) ----- It includes 4 LOD Levels, 6 Animations, and 2 UV Texture types (Compressed for lowered file size, and uncompressed for texture modifications). Its mouth, eyelids, eyes, flippers and tail are rigged and animated. It is perfect for usage in Game Engines and Films. Animations: Gliding through water Swimming Slow Swimming Fast Beached (breathing and blinking) Begging for food with mouth open Eating Triangle Count: LOD0 = 7808 LOD1= 6152 LOD2= 2831 LOD3= 526 Tiled Normal Texture: 1024x1024 Non-Overlapping-UV Textures: Diffuse: 4096x4096 Spec Mask: 1024x1024 Normal Mask: 1024x1024 Compressed-UV Textures: Diffuse: 4096x1024 Spec Mask: 512x128 Normal Mask: 512x128