GripForge

Return the skeleton frame for a limb. Outward = R_Thigh−L_Thigh (never ask the LLM). Up = Knee→Hip / Ankle→Knee. Match getWearableFrame axes — no Euler.

Analyze an armor asset once: up, bodyFacing, outward, anchor. Never returns rotate X = 180°.

combat.abilities: inspect schema, get an editable Chrono Crab example, validate a pack or export executable Three.js, Godot, Unity and Unreal source adapters. Shared costs, cooldowns, conditions, targeting, windup/active/recovery and presentation cues. Native adapters require the game combat backend and asset bindings. Returns relative path/content files; no rig/animation/VFX generation or automatic installation. Persist through gripforge_gamekit_configure config.pack or project data. 0 credits.

A hero's abilities ready to play in Character Studio: the kit (role, lane, basic attack, passive + Q/W/E/R with type, range, cooldown, cost, effect, VFX brief, cast animation) from a hero concept or written from one sentence; the basic attack and Q/W/E/R casts animated with NVIDIA Kimodo on the rigged character; and the gripforge.abilities/1 pack (targeting, damage/heal, timings) bound to those clips and stored on the result. Call stage=plan first (free) and show the abilities and price (1 credit per clip, 5 for a kit); then stage=build with the returned kit. Poll gripforge_generation_read with job_id; result.studio_url opens the Abilities tab. Numbers are starting values, not a balance pass; VFX lines are briefs for gripforge_vfx_generate.

Journey — after the roster; gripforge_game_audit lists it among what a finished MOBA has. Write and bind a cast effect for each ability of a Game Kit project that has none: an area gets a ground shockwave, a line a bolt and its trail, an arc a sweeping crescent, a self cast a rising aura; colour from the ability's words (fire, frost, wind, holy…), size from its range, ultimates larger. The project needs the fx.ability_vfx kit (the moba preset installs it) and an abilities collection (gripforge_moba_roster writes it). Effects are procedural sources saved as VFX items and bound to ability_vfx:<ability id>, immediately. replace: true rewrites the existing ones; abilities limits to some ids. A hand-made or generated VFX bound to the same slot takes over. 0 credits.

Aim-offset poses for a Library character/armed bind (0 credits): per hand, two-bone IK + wrist alignment so the WEAPON AXIS (gf_muzzle locator from loadout, else the seat forward) points at every direction of a yaw×pitch grid. Returns bone-local quaternions per pose + rest, and a Three.js/Godot blend snippet. Dual wield ready (independent hands).

Retarget the Universal Animation Library pack onto a Mixamo-named Library character/enemy/armed bind. In a Game Kit project gripforge_gamekit_creatures runs it for free on every bound creature, and gripforge_game_audit lists the models still lacking movement or action clips. Base slots + extras (taunt, stinger, knockback, block, jump_start/loop/land, idle_guns, shoot). archetype remaps the base slots: sword (default), claws, heavy, brawler, puppet. Opt-in slots fire_breath (mouth exhalation) and energy_cast (two-hand azure wave) use the Studio VFX character motions. Saves kind=animation. 0 credits.

Plan or apply render.realism across shared PBR materials, immutable textures, surface shaders, lighting, post-processing, environment and skinned character rendering, with a bounded render quality and render.lod configuration suggestion. Defaults to mode=plan (no save); mode=apply writes one work revision atomically, preserving assets, transforms, animation and validated versions. Explicit nodeIds restrict instance assignments; lighting/post-processing are global. materials/characters rows use {nodeId,material:"*"|exactName,override:{roughness,metalness,map,normalMap,surface,...}}; pinned map references, null removes overrides. Characters require character/enemy/boss/fps-arms role. Does not fabricate missing detail, execute paid generation, add game LOD automatically, or approve realism visually. Request a real scene_review afterwards. WEB only; not DLSS.

Read the reusable Meshy/Tripo building and district contract, example, limits and plan → build workflow. Separate immutable Library assets, scene instances and shared SceneDocument. No paid generation.

Queue a durable armor-kit job: one shared concept, isolated Imagine references, Meshy PBR models, bounded Blender interior preparation and paired GLB exports, then actual GripForge wearer review. Types: helmet, chest, belt, pauldron, bracer, glove, thigh, greave, boot, upperarm, gorget, tasset, undersuit. coverage=full adds a durable anatomical decomposition of the concept, rejects missing planned roles before mesh generation and records per-instance coverage fits. A piece count alone never proves body coverage. The optional undersuit is a locally manufactured adaptive textile which retains each wearer’s skin weights. Meshy pieces cost 11 credits per canonical type; the textile has no image/mesh charge. A new concept costs 1 credit; mirrors are included. concept_item must be an owned Library image. source_kit + explicit pieces regenerates only those types into a NEW work kit and pins unchanged pieces. Closing the call/page does not cancel. Poll gripforge_generation_read. Success is a work version, never automatic visual approval. The result includes a Grip Studio link, review scene, concepts, source models and Blender source.

Read an owned kit manifest, semantic slots and immutable piece revisions. Equipment and instances remain independent. Returns the Grip Studio link. To correct selected types, call gripforge_armor_generate with source_kit and pieces.

Fork a failed/cancelled armor job into a new work kit. Preserve completed pieces and the exact shared concept; recreate only unfinished types by default. Optional pieces chooses types explicitly. Use prompt for targeted corrections. Original checkpoints and artifacts remain intact. Costs 11 credits per regenerated canonical type (plus a concept credit only if none survived). Use generation_retry instead for a transient provider or worker error to reuse the exact same steps without another charge.

Copy a published Community asset into the connected workspace. Assets and armor sets are free by default. Only an explicit creator price is charged, using paid credits. Repeated takes are not billed again but may create another copy: reuse an existing workspace id when possible. Returns the private Library item and signed file URL. Download it with gripforge_library_pull, then import into the actual game.

Search actual asset models, materials and animations, independently of Game Kit modules. Returns provenance, import requirements and Library ids. Results are ranked best first by fitness for a GripForge game (score/100, grade A–D, reasons: triangle budget for the target, rigged and clean rig, clips, empty-handed characters, attachable weapons, classified, file size, adoption); `best` is the top pick across sources. Prefer grade A/B; read the reasons before choosing a C/D. Search both sources before manufacturing missing roles. An empty kit search does not mean there are no assets. Search is free; never substitutes proxy geometry for finished models. In a Game Kit project, use it to fill what gripforge_game_audit reports missing (a creature slot gets ranked proposals from gripforge_gamekit_creatures; a character without clips is animated, not left idle).

Attach a prop (sword, shield, gun, staff/scythe…) onto a rigged character. Finds the hand bone across naming schemes, scales the prop to the character, seats the grip, closes the fist, and returns a bind + ready-to-paste Three.js / Unity / Godot snippets. Pass Library ids (character_id / prop_id) or https URLs. attach_id reuses an existing armed bind GLB as the character. prop_id_2 attaches a second held item (off-hand) onto the first result. The bind (+ armed GLB when export_glb) is saved in Library — not a second credit. To write files into an open repo, use the npm MCP package gripforge_library_pull.

Search locker + Community audio. Prompt matches name, description, tags and use (gunshot, ui, magic, footsteps, announcer, dinosaure, magie, pas…). Each hit has id, description, use[], pack, file_url. Community hits: clone with /api/v1/community/{id}/clone (free unless the creator sets a price in credits) then pull. Free to search.

Inspect project structure and flow, preserve fresh build evidence and report unsupported tests explicitly. 0 credits.

Queue a bounded Blender recipe, never arbitrary Python. Saves GLB and .blend in the workspace as an unvalidated work version with a shared Scene Studio link. Read gripforge_scene_schema for recipe fields. Supports original primitive/custom meshes, PBR colors and keyed transforms. Poll gripforge_generation_read; final visual approval must use GripForge rendering, not Blender screenshots.

Create a playable boss for a game look: stats, phases, attacks bound to anim-pack slots, arena, and Three / Godot / Unity / Unreal snippets. Kit is 0 credits. Reuses a locker enemy when one exists. Pass character_id to bind a Library mesh. Pass generate=true to forge a NEW kind=enemy boss mesh (10 credits, 2–8 min) — only if style_kit / locker is empty. Then gripforge_animate(archetype) + gripforge_hitbox. Name stays text.

Navmesh bots as server-owned player scenes so spawner/synchronizer/net-kit damage apply unchanged. 0 credits.

Not implemented. Returns 501 until artifact upload exists.

Read one game build. Upload/deploy of Linux dedicated artifacts is not implemented yet.

List game_builds (not Godot kit zips at /api/v1/builds).

Not implemented. Returns 501. Mutating / production-sensitive.

Local optional Bevy neural snapshot, not a saved scene edit. Requires an open authorized browser runtime session. Configure off/preview; realtime_experimental is refused. Trained weights and a local rights manifest must be selected in the browser; none are downloaded. render_preview starts an asynchronous request: read the command receipt, then query get_render_capabilities for actual completion, model, effective resolution, provenance, timings and limitations. Cancellation prevents stale publication. No images are uploaded. 0 credits.

Cape rig v2: generates a 3-column bone grid (gf_cape_c*r*) anchored to the neck/upper-spine bone, skins the cape mesh onto it (vertical blend × gaussian columns), and bakes attached_cape.glb (character + skinned cape). The cape then ANIMATES: run the returned Godot script (spring bones, attach to the Skeleton3D) or the Three.js verlet snippet — the engine simulates, the bind carries structure + suggested spring params. Inputs: Library ids (lib_…) or https URLs of GLBs. CONSUMER RECIPE — (1) call with character_id/cape_id; (2) download the baked glb from library.file_url; (3) drop cape-godot.gd next to it and attach to the Skeleton3D node. 1 credit.

Three LOOK pictures (3/4, Imagine low 1K) of a named character, enemy or boss BEFORE any 3D. Pass weapon to show it on the looks; 3D later is T-pose empty hands. Pick one, then gripforge_generate_character with concept_item. 1 credit per image (default 3).

Queue bounded completion using existing kit installers and regression tests. Installs only the provider that fits the game and only kits of its genre, preset or request (never a kit that makes it another game). Preserves exclusions and project revision safety. No paid generation or destructive replacement. Poll status_url; succeeded means the job finished, inspect report.ready. 0 credits.

Turn a character concept image into a strict T-pose sheet (optional: remove flowing cape/train only — sleeved jacket stays; outfit or sport base). Saves PNG to Library. 1 credit. Hosted MCP takes https file_url.

Local optional Bevy neural snapshot, not a saved scene edit. Requires an open authorized browser runtime session. Configure off/preview; realtime_experimental is refused. Trained weights and a local rights manifest must be selected in the browser; none are downloaded. render_preview starts an asynchronous request: read the command receipt, then query get_render_capabilities for actual completion, model, effective resolution, provenance, timings and limitations. Cancellation prevents stale publication. No images are uploaded. 0 credits.

Queue multiview mesh inspection and vision anatomy detection for an OWNED GLB. Detect actual body, legs, arms, claws, wings or tail without imposing a humanoid/eight-leg template. Returns a persistent job_id. Poll gripforge_generation_read with include_preview=true for the annotated views, editable profile and uncertainty flags. No rig mutation. 0 GripForge credits; configured server vision/Blender required.

Create a NEW private draft character/enemy from a completed creature analysis and optional corrected anatomy. Blender builds the skeleton, surface-smoothed skin weights and procedural starting/diagnostic clips. Grounded leg chains get in-place walk/run with IK. Returns job_id; poll gripforge_generation_read for the Character Studio link, skinned GLB, editable .blend, anatomy and deformation report. Never automatically replaces or validates the source. Every anatomy proposal requires explicit review; use generation_cancel/retry to control durable work. Finger/facial authoring and finished combat choreography are outside v1. 0 GripForge credits.

Read the reusable creature anatomy/rig workflow, coordinate contract, limits and export formats. Detect anatomy before authoring; source GLB, asset instances and draft rig stay separate. Blender is the worker, GripForge is the review renderer.

Journey — right after choosing the genre. The finished game of its genre is the default scope: its definition of done and what every game has (a way to win AND to lose, title / pause / end screens, sound, the genre HUD, touch controls, a loop playable from start to end) are required capabilities; exclude one only when the user explicitly asks (an endless game), and say so. Persist a versioned Game Completion Contract with revision checking. Read get_completion_report for its schema and a proposed contract. Required, optional and excluded capabilities describe the actual intended experience. 0 credits.

The GripForge docs, embedded in this MCP (readable offline, versioned with it), as Markdown. Without topic: the list of topics. With topic: its text, or one section (section = a heading, its number such as "4.2", or words of it); a long topic answers its table of contents first unless a section is given or full=true. Topics: web-export, godot, unity, desktop, c-api, glossary, kit-api, third-party, player, render-budget, scene-optim, porting, game-schema, module-calls, module-calls-native, godot-host, kit-modules, kit-structures, kit-third-party, abi, modding, game-engine-contract, game-engine. Read "third-party" and "porting" + "abi" before writing a presentation module, "modding" before writing a mod, "glossary" for the words. A kit's own API reference is gripforge_gamekit_api. 0 credits.

Free parametric 3D masonry, independent of any game: pillar, arch, fountain, stairs, wall, pavement, rock, cliff, ruin, bridge, watchtower, shrine or a stone guardian. inspect (default) returns real generated bounds, triangle count, metric recipe and assembly sockets. build saves a private textured GLB in the Library, with bevelled geometry, baked vertex shading and named stone/recess/trim/water materials. Dimensions are nominal metres; bounds report actual moulding overhang. Ground origin, stairs ascend toward -Z, <=23 cm risers; top/bottom sockets support assembly. Seed and palette are repeatable. Does not place assets, generate arbitrary AI models, publish, or guarantee navigation/collisions in a target game. 0 credits.

Inspect or create mouth controls on an OWNED GLB while preserving its body skeleton and animations. action=schema returns the contract. inspect returns a persistent job with mesh node indices, local bounds, existing facial controls and compatible dialogue.voice mappings. build automatically reuses recognized Oculus/ARKit/Rhubarb controls, or creates eight draft mouth morphs from explicit mouth landmarks (profile). A sealed mouth requires explicit prepare_mouth=true to cut a guided opening on the output copy and add an interior; it interpolates UVs and skin weights, changes face topology and requires visual review. It never guesses landmarks from the body bounds. Poll gripforge_generation_read for the new private GLB, report, voice_rig JSON and Character Studio link. No automatic source replacement or project binding. No TTS/GPU rental; CPU geometry processing, not full facial expression authoring.

Queue a persistent 240 Hz XPBD simulation using GripForge Scene Engine. Read flexible_chain_schema first. recipe version=1: preset whip|rope|tail, duration<=10s, fps=30|60, physics {length,segments,damping,bendCompliance,gravity,radius,floor,iterations}; choose motion [{time,position,direction,capsules}] OR source {asset:{assetId,revisionId},clip,mount_node,offset,axis,colliders}. Source assets are immutable and workspace-scoped. Returns a job ID; poll generation_read for a new draft skinned-chain GLB, sampled joints, recipe, physics metrics and Character Studio link. This is a neutral physics preview, not a Meshy weapon redesign or automatic rebind of the source weapon. No runtime world collision or seamless loop guarantee. Cancel/retry keeps completed steps. Does not replace or visually validate an existing asset. 0 credits; storage quota applies.

Read the bounded recipe schema for the shared FlexibleChain solver. Presets: whip, rope, tail. Input can follow an exact named mount in a pinned GLB animation or sampled world-space motion. Includes units, collision capsules, limits and a runnable example.

Read the bounded recipe and concept-first workflow for Meshy + Blender flexible weapons, costs, pinned component reuse and source animation requirements.

Google-font CSS + exact HUD copy for a game look (stylish action: Cinzel D–SSS, kart: Teko, tactical FPS: Barlow Condensed). Put letters in HTML/Text nodes. Do NOT rasterize ranks, km/h, or HUD numbers with an image model. 0 credits.

List the mesh formats and grip styles GripForge supports.

Read the native FPS hand template, recipe defaults, limits and reuse workflow. Geometry is manufactured from an articulated FPS template, independently of full-body character generation.

Queue a persistent FPS work asset. Pistol recipe: {version:1,preset:"pistol",name:"Pistol FPS",tempo:1}, tempo 0.7–1.3; manufactures paired arms and articulated pistol clips plus .blend in Blender. Materials recipe: {version:1,preset:"materials",name:"Tactical gloves",source:{assetId,revisionId},node:"FPS_Hands",materials:{map:{assetId,revisionId},normalMap?:{assetId,revisionId},roughnessMap?:{assetId,revisionId},normalScale:0.35,roughness:1,metalness:0}}. Upload and pin owned textures first; they must match source UVs. Select one exact skinned node; other nodes, geometry, fingers and clips stay intact. Normal is OpenGL +Y; grayscale roughness reads G and requires metalness=0 (skin/fabric). Sources <=32 MB, images PNG/JPEG/WebP <=16 MB and 4096 pixels per side. Materials authors a reusable GLB variant, not new hand anatomy or a new .blend; no provider charge. Returns job_id: poll gripforge_generation_read for private Library ref, report and FPS Studio link. Never automatically validates or promotes. Cancel/retry supported; completed steps survive closing the page.

Reusable FPS rules, map and runtime exports for Godot and web: weapons, reload markers, viewmodel, camera, bots, grenades and bomb rounds. Offline bots. Persist changes with gripforge_kit. 0 credits.

Store artistic intent on the existing Game Kit project (game.engine), separately from gameplay: look, world/theme, palette, proportions/materials/lighting notes and device budget. Read first, then set with expected_revision. Unspecified fields are preserved; null clears a field or the profile. Existing assets and rendering are not modified. Use this direction with map wizard.look, VFX look, asset prompts, lighting and UI tools, then inspect gripforge_game_asset_plan and actual-engine captures. 0 credits.

Read asset requirements from enabled Game Kits and game.engine archetypes. Without slot: report missing files/bindings, template defaults, metadata style/theme conflicts, unknown classifications and technical ranking concerns. With slot: search accessible Library/Community candidates for that role and the saved art direction; known visual conflicts are excluded. No purchase, generation or binding. Metadata checks do not replace visual/animation/gameplay review in the actual engine. 0 credits.

One report of everything that stands between a Game Kit project (gkp_…) and a FINISHED game of its genre — run it before telling the user a game is done, and again after each round of fixes. It aggregates, by severity (blocker / major / minor): creatures (slots drawn as a capsule, models without a skeleton, missing movement or action clips, the animation chain in progress), controls (no control scheme, the suggested one, keys shared by two actions in one mode, playable actions without a key), content (missing capabilities, required slots, the game.engine report), the last headless playtest (failures, warnings, the keys / models / animations probes, the checks of what the game chose — promised gestures, fullscreen, right button, pointer capture, texts —, capabilities no probe covers), the frame rate measured in a real page (sections.framerate: measured, or unverified — never call the game smooth while it is unverified; under 30 fps it is a major defect), the default screens (sections.screens: on the KitHost page the host mounts them; a compiled module or a custom page must mount the menu, Options › Controls and Video, fullscreen when offered and the prompts from the bindings through the kits’ web views or adapter — a missing kit or a failing screen is a major defect, and a screen no real page has opened is screens.unverified, a major defect: say "not verified", never done) and completeness: what a finished game of the genre has beyond the literal request (MOBA: distinct heroes with Q/W/E/R, minions, towers, jungle monsters, shop, respawn; FPS: weapon, ammo, reload, crosshair, enemies; platformer: checkpoints, collectibles, end of level; racing: laps, ranking, AI opponents… and for every game a way to win AND to lose, title / pause / end screens, sound, a HUD, touch controls), checked against facts of the project, never a declaration. Each defect carries fix { tool, args, note, auto?, credits? }: call it as given. Returns { verdict: complete | playable_with_defects | incomplete, headline, genre, counts, defects, next (ordered calls), sections, text, play_url }. fix=true first applies what is free and safe (the best free Library model on each capsule — rebind at will —, the free standard clips, the suggested control scheme) and reports it in fixes. playtest="run" plays the game headless first (5–20 s); the default reads the last playtest and says when it is stale. Never refuses a write and never spends: paid fixes (a priced model, a rig, a generation) come back with their price to ask the user about. Aim for verdict complete; if you stop before, tell the user exactly what is left. 0 credits.

Requires the Unity SDK. Currently returns 501. Never runs a shell on the host.

Journey — while composing; gripforge_game_audit includes this report, with the creatures, the controls, the playtest and the definition of done of the genre. Report the capabilities a Game Kit project provides, what is still missing for a goal (a preset id from gripforge_gamekit_search or a comma-separated list of capabilities) and which catalogue kits would fill each gap. The installed kits (gripforge_gamekit_installed) come first; call this BEFORE gripforge_gamekit_install to pick the next kit. 0 credits.