AI-drevet pipeline til generering af spillefilm

MicrocosmWorks implemented a character embedding system that locks each character's visual identity using DreamBooth fine-tuned checkpoints combined with IP-Adapter reference images. The pipeline enforces character consistency through a multi-stage generation process: scene layout, character placement, and detail refinement, each stage conditioned on the character embeddings.

MicrocosmWorks designed the pipeline to generate at 2K resolution (2048x1080) natively with temporal upscaling to 24fps using frame interpolation models. For 4K delivery, a dedicated super-resolution stage uses Real-ESRGAN fine-tuned on cinematic footage, producing output that passes QC for digital cinema distribution.

MicrocosmWorks built a cinematography control module that translates shot descriptions like 'slow dolly-in from medium to close-up' into structured generation parameters including virtual camera position, lens focal length, and depth of field. The system supports cuts, dissolves, and matched-action transitions with temporal coherence maintained across the boundary frames.

Yes, MicrocosmWorks created a style conditioning system that accepts reference frames, color LUT profiles, and textual style descriptors like 'Wes Anderson symmetrical pastel' or 'Roger Deakins natural light.' The style parameters persist across the entire film with per-scene override capability for intentional mood shifts.

MicrocosmWorks builds generative AI pipelines at rates of $35-$50/hr, with a feature film generation system including character consistency, cinematography controls, and post-processing stages typically requiring 800-1200 development hours. GPU training infrastructure for model fine-tuning adds approximately $10,000-$20,000 in compute costs depending on the visual complexity required.