Features - CYBERANIM

TELEMETRY INSPECTOR // ENGINE_STATUS: ONLINE

FPS: 120.0|SKINNING: DUAL-QUATERNION|IK SOLVER: 64-BIT FABRIK

Rigging & Morphing Architecture

Precision Anatomical Rigging and Proportional Morphing

Every bone, joint limiter, and biometric proportion slider runs through a unified real-time solver. Customize physical dimensions without broken vertex normals or stretched texture maps.

RIG-01 // KINEMATICSACTIVE

Dynamic Bone Hierarchy

68-joint inverse kinematics chain with custom rotational constraints. Controls spinal curvature, neck articulation, and shoulder rotation smoothly across all movement ranges.

JOINT MATRIX68 NODES // 6-DOF

CALC LATENCY0.42ms

VIEW SOLVER SPEC

SKIN-02 // DEFORMATIONNORMAL

Dual-Quaternion Skinning

Eliminates joint collapse and candy-wrapper twisting artifacts at elbows and shoulders. Preserves muscular volume and contour without complex vertex corrective blendshapes.

WEIGHT MAPS4-BONE / VERTEX

VOLUME RETENTION99.8%

VIEW SOLVER SPEC

MORPH-03 // BIOMETRICSCALIBRATED

Non-Destructive Body Scaling

Adjust limb length, shoulder span, torso height, and silhouette proportions independently. UV coordinate mapping stays aligned so procedural skin and clothing textures do not warp.

MORPH CHANNELS24 INDEPENDENT

UV DISTORTION0.00%

VIEW SOLVER SPEC

ANAT-04 // SIMULATIONACTIVE

Procedural Muscle Bulge

Secondary anatomical deformers automatically react to joint flex angles. Biceps, quadriceps, and abdominal bands compress and stretch naturally based on active posture weight.

BULGE SOLVERNON-LINEAR TENSION

TICK RATE120 FPS

VIEW SOLVER SPEC

OPT-05 // TRACKINGLOCKED

Real-Time Gaze Alignment

Vector-driven head, neck, and ocular tracking with smooth spherical slerp. Direct the character to track cursor movements, scene objects, or designated points of interest without jitter.

FOV DAMPINGSPHERICAL SLERP

TARGET DRIFT< 0.01 DEG

VIEW SOLVER SPEC

DATA-06 // PIPELINESTANDBY

Zero-Latency Pose Export

Instantly encode transforms and custom morph presets into lightweight JSON arrays or glTF skin extensions. Ready for engine consumption in three.js, BabylonJS, or Unreal.

PAYLOAD SIZE14.2 KB / POSE

EXPORT PIPELINEGLTF / JSON

VIEW SOLVER SPEC

Ready to integrate with your custom character model?

Import custom GLTF, FBX, or VRM skeletons and bind them directly to the CYBERANIM runtime engine.

Talk to Engineering Explore Full Rig Spec

MODULE: SYS_BENCHMARK_2.4

PIPELINE: WEBGL2_SHADERSPRECISION: IEEE_754_FP32ONLINE

Hardware Benchmarking

Engine Fidelity & Pipeline Comparison

Direct comparison between generic browser 3D meshes and our specialized physically based character rendering suite. Built for photorealistic interactive control without frame drops.

TELEMETRY INSPECTOR // REALTIME RUNTIME

● CYBERANIM PBRvsSTANDARD GLTF/THREE

Architectural Layer	Generic Web 3D	CYBERANIM Studio Core
Polygon Density & Topology[POLY_DENSITY]	15k – 40k triangles (faceted edges)	280k+ quads with real-time micro-displacementPROPRIETARY
Sub-Surface Skin Scattering (SSS)[DERMAL_DIFFUSE]	Flat Lambertian / unshaded falloff	Dual-layer epidermal absorption and transmissionPROPRIETARY
PBR Texture Pipeline[TEX_RESOLUTION]	Compressed 1024px diffuse maps	4K 16-bit PBR (Normal, Roughness, Anisotropic)
Dynamic Cornea Refraction[OPTICAL_REFRACT]	Static baked reflection spheremap	Physical ray-marching with eye-gaze trackingPROPRIETARY
Skeletal Deformations[RIG_DEFORMATION]	Basic 24-bone linear blend skinning	128-bone full IK with dual-quaternion volume preservation
Runtime Frame Latency[DRAW_LATENCY]	45ms variable tick rate	60 FPS locked (sub-12ms frame times via WebGL2)PROPRIETARY

VRAM: ~140MB ALLOCATED|DRAWCALLS: 18 / FRAME

Explore Rigging Architecture

01 // TOPOLOGY

Dynamic Mesh Morphing

Scale limbs, reshape proportions, and customize frame geometry in real time without tearing texture coordinates or breaking bone weight maps.

02 // SHADER RIG

Sub-surface Scattering

Multi-pass lighting algorithms capture realistic epidermal light bleed, producing soft, authentic skin tone reactions to scene rim lights.

03 // TRACKING

Omni-directional Gaze

Target coordinates drive simultaneous cornea rotation, eyelid compression, and cervical spine balance so the character naturally looks anywhere in space.

TELEMETRY INSPECTOR // RIG_V3_ONLINE

BONES: 84 ACTIVETARGET_FPS: 60TORSO_DEFORM: 12.4mm

Interactive Animation Presets

Inspect real-time skeletal cycles, joint kinematics, and dynamic muscle deformation. Adjust playback speeds and deformation multipliers to analyze micro-movements.

STAGE: Tactical Rest Stance

SPEED: 1.00xACTIVE

CRANIAL_IK

PELVIS_RT

Multi-layer chest breathing with micro cervical counter-rotations and grounded weight shift.

CYCLE TIME: 3.4s // DEF: 75%

SAMPLE RATE

60 Hz

ACTIVE BONES

84 Nodes

TIME FACTOR

1.0x Speed

SURFACE DRIFT

10.5 mm

Biometric Morph Sliders

Kinematics

Playback Multiplier1.00x

0.25x (Deform Inspect)1.0x2.0x (Stress Test)

Joint Deformation Weight75%

Subtle (0%)Nominal (75%)Exaggerated (150%)

MOTION PRESET LIBRARY4 READY

Tactical Rest Stance

Idle Cycle

Multi-layer chest breathing with micro cervical counter-rotations and grounded weight shift.

3.4s Loop•84 Bones

Kinetic Combat Stride

Locomotion

Fast-response tactical advance with dynamic shoulder recoil and pelvic stabilization.

1.8s Loop•112 Bones

Sub-Second Blade Deflection

Kinematic Action

Explosive torque curve featuring muscle expansion damping on forearm and clavicle joints.

1.2s Loop•128 Bones

Zero-G Inertial Recovery

Agility Loop

Continuous rotational tuck with fluid vertex deformation along spinal lumbar segments.

2.6s Loop•96 Bones