Choose a workflow for 3D concepts, meshes, materials, animation, game VFX, UI, levels, audio and native visual review.
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Integrate approved character clips into a game's movement and combat systems, including turn compensation, gait phase, event timing and interruptions. Use after animation authoring or to repair runtime transitions.
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Start with the approved rig, runtime export and clip manifest. Inspect the existing animation player and movement authority before replacing anything. Confirm forward/up axes, scale, bone paths, import type, bind pose, clips, loop flags and event times. Keep source animation approval separate from import verification and in-game visual acceptance.
Choose which system owns translation and yaw. Applying controller rotation and the same authored turn twice produces a false turn. Keep uncompensated source clips for pure previews where useful; document the compensated gameplay route. Record heading samples and their frame/time origin. Derive sample spacing from the actual count and duration, not a presumed integer or quarter-frame step.
Do not change base movement speed, attack cadence or navigation responsiveness incidentally. A character need not complete an entire turn clip before obeying a new movement or combat order. Keep visual stepping speed, gameplay facing and speed recovery independently configurable.
If leaving a partial turn causes a foot swap, longer crossfading alone may not fix it. Compare the last evaluated pose with sampled gait phases in a shared body-local space, excluding world placement and controller yaw. Select a nearby phase at the handoff, then advance normally. Preserve an already better phase.
Build a mapping for the actual anatomy: two feet/knees for a biped can be useful; four-legged rigs need all relevant paws and support joints. Do not prescribe one sample count, stride or blend duration for every rig. Bake reusable pose tables at import/update time; cache bones and avoid allocating or searching each frame. Rebuild when the rig, clips or coordinate convention changes.
Verify intermediate transforms during a finite transition, including upper-body settling. A correct mixer weight does not prove a continuous visible pose. Keep straight and steering variants phase-compatible. Document any root-motion or contact-IK system separately from phase selection.
Use actual contact/release markers and the game's authoritative clock. Some custom animation players do not dispatch imported AnimationEvents; verify the chosen route rather than assuming it. Cancellation must suppress events that have not happened. Check attack variants, death, pauses and repeated commands.
Exercise left/right, small/large and reversed turns; Walk/Run exits; Stop/arrival; turn-to-attack; death; disable/re-enable and any storage flow. Review normal speed from the game camera as well as isolated clip playback. Preserve material/team bindings, existing prefab GUIDs and unchanged gameplay values.
Deliver the bone/clip mapping, runtime configuration, source contact times, verified interruption cases and native evidence. Mark missing clips explicitly. Example: integrate a robot's quarter-turns without changing its movement speed; prove a partial turn can enter Run without swapping the supporting foot. Dependencies: approved clips, their editable source/manifest and engine access.
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Choose a workflow for 3D concepts, meshes, materials, animation, game VFX, UI, levels, audio and native visual review.
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Rig and animate supplied characters in Blender, revise motion from references, and deliver editable sources plus a verified game export.
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Prepare strict-front character sheets, isolated parts and optional multiview references for 3D modeling from an approved image.
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Generate and edit images, create video, audio, 3D assets or material maps through fal.ai MCP or the Python queue client. Use for fal model discovery, reference uploads, generation, recovery and local delivery.
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Prepare a precise handoff for an agent or developer implementing a feature, continuing a task or reviewing a finished change.
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Build and review game sound banks, map chosen takes to real events, and prepare or verify runtime playback with timing, repetition and mix limits. Use for unit voices, foley, impacts, UI cues and ambience.
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