Introduction

This is a high-quality dog model with maps, fur, rigging and six animations. The fur is created in XGen interactive with enough details, and all textures are rendered with Arnold renderer for realistic effects. The rigging is created with reference to real bones, making the animation in line with natural movements. The model is created with Maya 2024 at real-world scale.

It consists of the body, eyes, eyelids, nails, lower teeth, and upper teeth.
Textures and materials: There are 13 .tx files which support Arnold, all in 4K resolution for best quality and details. The materials of the character and the hair are rendered with Arnold renderer to present realistic effects. There are 2 UV sets of the body, which support single quadrant or multiple quadrants.
XGen hair: XGen interactive is used for presenting the details of the hair faster, and all maps of density and modifier masks for hair layering are included externally, all masks are in 1K resolution.

Meshes

Body: vertices 88,924; polygons 88,922
Eyelids: vertices 2,256; polygons 2,256
Eyes: vertices 3,048; polygons 2,980
Nails: vertices 3,204; polygons 3,168
Lower teeth: vertices 20,504; polygons 20,464
Upper teeth: vertices 5,474; polygons 5,438
Total: vertices 123,410; polygons 123,228

Animations

Loopable walking animation at 30 fps, frame range 1-243
Loopable running animation at 30 fps, frame range 1-111
Loopable trotting animation at 30 fps, frame range 1-141
Unlooped yelping animation at 30 fps, frame range 1-245
Unlooped look-around animation at 30 fps, frame range 1-380
Unlooped smelling animation at 30 fps, frame range 1-480

Rigging

With highly detailed controllers, it's more convenient to make poses and animations. The functionalities are as follows:
Dog_CTR_Root: Controls the entire model.
CTR_gravity: Controls the center of gravity. Has 2 custom attributes: Neck_IK_FK for neck IK/FK switching, and Tail_IK_FK for tail IK/FK switching.
CTR_IK_spine_a: Controls the posterior spine.
CTR_IK_spine_b: Controls the middle spine.
CTR_IK_spine_c: Controls the anterior spine.
CTR_belly: Controls the abdomen.
CTR_neck: Main controller for the neck.
CTR_IK_neck_a, CTR_IK_neck_b...: IK controllers for the neck.
CTR_FK_neck_a, CTR_FK_neck_b...: FK controllers for the neck.
CTR_IK_head: Controls the head.
CTR_eye: Controls the eyes.
CTR_jaw, CTR_chin: Control the jaw and chin for mouth opening.
CTR_FK_tongue_a, CTR_FK_tongue_b...: Control the tongue.
CTR_ear_a_L, CTR_ear_b_L, CTR_ear_a_R, CTR_ear_b_R...: Control the ears.
CTR_FK_tail_a, CTR_FK_tail_b...: FK controllers for the tail.
CTR_IK_Tail_1, CTR_IK_Tail_2...: IK controllers for the tail.
CTR_Shoulders_F_L, CTR_Shoulders_F_R: Control the scapula.
CTR_Shoulders_B_R, CTR_Shoulders_B_R: Control the hip bone.
CTR_Foot_f_R, CTR_Foot_f_L: IK controllers for the front legs.
CTR_Foot_B_R, CTR_Foot_b_L: IK controllers for the hind legs.
CTR_FK_hip_B_L, CTR_FK_thigh_B_L, CTR_FK_shin_B_L...: FK controllers for the legs.
CTR_setting_leg_B_L, CTR_setting_leg_F_L, CTR_setting_leg_F_R, CTR_setting_leg_B_R: IK/FK switching controllers for the feet.
CTR_F_heel_ik_L, CTR_F_heel_ik_R: Weight-bearing controllers for the front legs.
CTR_B_heel_ik_R, CTR_B_heel_ik_L: Weight-bearing controllers for the hind legs.
Additionally, the body includes more auxiliary controllers and more.

Specifications

File format: Saved as .mb files by default. It can be saved as .ma files if necessary.
Version supported: Created with Maya 2024.2. Maya 2024 or above is recommended for compatibility.

Caveats

To run faster, the fur is hidden, which should be displayed before rendering.
The hair of the characters is created in XGen Interactive with Arnold materials ready for rendering.
By default, Arnold uses GPU as the render device, and the sampling setting is suitable for medium quality output, as is shown in the preview image of the character. If you need a fine-tuned image, you can modify Arnold settings to your hardware limit.
The animation scene comes with Arnold lighting, which can be modified if required.
Except for the above, the character can be rendered directly.