PromptCraft Studio
High-precision prompt compiler for generative image and video engines. Synthesizes optical camera glass, motivated lighting schemas, and multi-beat kinematics with zero server latency.
Two Specialized Studios. Zero Bloat.
Purpose-built environments structured specifically for photographic still optics or multi-beat kinematic temporal sequences.
Dedicated Image Studio
IDE-style 3-panel workspace for photographic prompt synthesis. Select focal glass, aperture depth, studio lighting schemas, aspect ratios, and raw stylize parameters with real-time monospace output.
/imagine prompt: cinematic 35mm photo of architectural pavilion, anamorphically compressed, f/1.4 Leica glass, Kodak Vision3 500T grain --v 6.1 --style raw --ar 16:9
Dedicated Video Studio
Temporal workspace designed for narrative multi-beat motion. Coordinate horizontal timeline tracks, camera flight paths, motion intensity (1-10), frame rates, and spatio-temporal coherence.
[0.0s-2.5s: Orbit dolly push-in, 24fps] → [2.5s-5.0s: Chiaroscuro volumetric shift, motion: +3.2] --motion 5
How It Works
Sparse MoE neural routing orchestrates optical physics and temporal kinematics with zero server roundtrips.
NLP Scene Ingestion
Extracts focal subjects, material micro-textures, spatial geometry, and kinematic verbs from human concept prompts.
Sparse MoE Gating
Dynamically activates Photographic Optics for still images or Kinematic Vectors for video while unneeded weights draw 0% memory.
Directorial Optics
Synthesizes prime glass optics, motivated chiaroscuro illumination, volumetric particulates, and film emulsion calibration.
Syntax Compilation
Compiles directly into native target grammar: Midjourney flags (`--v 6.1 --style raw`), Flux shaders, or Kling bracketed motion.
Zero-Server Privacy Guarantee
Every byte of your creative concepts, API specs, and prompt history stays inside your browser sandbox.
No backend route accepts or records prompt text. Open your browser DevTools Network tab to audit.
Neural weights run in an isolated Web Worker thread directly against your local GPU adapter.
SmolLM2 weights cache in IndexedDB after first load for instant offline subsequent startups.
Transparent client-side architecture verified by the developer community.