Weighted Deformation Mesh
A bound character with normalized vertex influences and pose tests for bends, twists, volume, and unintended movement.
Try it now
Online 3D Rigging
Use an online 3D rigging workflow to plan humanoid joints, initial skin weights, IK/FK controls, deformation tests, and export preparation in Seele AI.
Get started with
Start with free starter credits
From idea to community
A thought becomes a world to play.
Shape an idea, make it playable, and share it with the people who will play.
- The spark
Start with an idea
Start with a spark, a world, or a what-if worth exploring.
- Put it into words
Describe the experience
Turn the idea into a prompt with a player, a goal, and a core loop.
- Build the pieces
Shape the world
Shape the characters, environments, and systems that make it playable.
- Bring it together
Make it playable
Try the game, tune the experience, and get it ready to share.
- Pass it around
Share with players
Invite others to explore the world you made.
Examples
Start with a playable direction.
Start with a direction that resembles your project, then change the mechanics, look, or audience before you build further.
AdventureAdventure GamePlay game ↗
ShooterWarcom: Neon BreachPlay game ↗
ActionOld Gods RunPlay game ↗
CasualCaution! Egg on the Car RoofPlay game ↗
RunnerNeon Night Rush: Barrier DashPlay game ↗
PuzzleMuseum ExhibitionPlay game ↗
SimulationMilky Way Idle 3DPlay game ↗
CasualSnowfall & Starry GiftsPlay game ↗
RPGCrownfall-The-Three-Realms-CoverPlay game ↗
SimulationFLYING CARPlay game ↗How to use Online 3D Rigging
Give an Online 3D Rigging enough context to make the result specific, then test the part that matters to your project.
- 01
Define The Humanoid Skeleton
Provide the 3D character and state body proportions, required joints, naming, root-motion convention, and target engine. Seele uses the prompt to prepare an editable armature and control plan around the character.
- 02
Bind And Pose-Test
Inspect joint centers and skin weights while testing shoulders, elbows, wrists, hips, knees, ankles, spine, and twist chains. The rigging pass binds the mesh and exposes IK/FK controls for diagnostic poses.
- 03
Validate Engine Export
Correct deformation, confirm IK/FK matching, bake unsupported controls, and import a test animation into the target engine. The handoff prepares the deformation skeleton and export settings requested in the prompt.
Why use it
Make the next decision with something real.
Focus on the parts of the idea that need a concrete result before the next decision.
IK/FK Control And Export Setup
Animator-facing limb controls plus a deformation-skeleton handoff that can be baked and checked in the target engine.
Try it nowAudience and purpose
You define who the experience serves and what a successful result needs to do.
Choose what comes next
Keep the important decisions yours.
The page can organize a proposal, but people still decide what is accurate, original, usable, and ready for the next stage.
Audience and purpose
You define who the experience serves and what a successful result needs to do.
Quality and continuity
You check factual fit, originality, continuity, accessibility, and whether the pieces work together.
Production and release
You decide what is ready for implementation, sharing, publishing, or another round of work.
Who it is for
Who is an Online 3D Rigging for?
creators, designers, and small teams can use this page to make one project decision easier to test before a larger build or launch.
People with a specific project question
Use an Online 3D Rigging when you need to see how an idea, interaction, asset, or release path might work.
Teams comparing options
Put the audience, desired result, and constraints beside one proposal so the team can discuss the same idea.
Creators checking the details
Review quality, continuity, accessibility, rights, and publishing requirements before using the result in a real project.
A clearer first move
Online 3D Rigging compared with a blank first pass
A useful first result gives the next decision something concrete to react to, without hiding the work that still needs human ownership.
What changes
Online 3D Rigging
Starting from scratch
Starting point
A focused Online 3D Rigging prompt
A blank project and an open-ended task
First review
A concrete result to inspect
A plan before there is something to try
Scope
One audience, output, and constraint
Many decisions made at once
SEELE AI on YouTube
See SEELE AI in action
Reviews, walkthroughs, and games made with SEELE AI by creators on YouTube.
FAQ
Questions about Online 3D Rigging
What is automatic character rigging?
Automatic character rigging uses software-assisted steps to place a skeleton, bind a mesh, calculate initial skin weights, and prepare controls. The result is a starting rig, not a guarantee of production-ready deformation. Joint placement, weight transitions, control behavior, and export compatibility still need review on the actual character.
Where should humanoid joints be placed?
Place joints around the character’s real rotation centers: hips at the pelvis, knees and elbows on their bend axes, ankles at the foot pivot, shoulders at the clavicle and upper-arm transition, and fingers at each knuckle. Test placement in multiple poses because a joint that looks correct in a neutral pose can still collapse the mesh when bent.
How do I check automatic skin weights?
Test shoulders, elbows, wrists, hips, knees, ankles, neck, and facial or finger areas if included. Inspect both extreme and ordinary poses for collapsing volume, candy-wrapper twists, pinching, unintended influence, and left-right asymmetry. Correct the vertex groups or weight maps before approving the bind.
Try Online 3D Rigging
Describe the job, test one version, and decide what to do next inside SEELE AI.
Start creating