Drop the top-level copies; they live in cell_fm/apps/condenseq now

Import the CondenSeq app modules from cell_fm.apps.condenseq; add vit_cls

Lead the noise section with pairing; a paired single-residue change is resolvable

Correct the reference values (they were unseeded) and state the seed noise; document the numpy<2 constraint

Use the supplied flow diagram artwork; drop the generated figure

Diagram: ViT label, larger in-box type, AUC/AAC anchored in their regions

Trim the section text to one line; let the flow diagram carry the explanation

Replace the explainer with a pipeline flow diagram

Add a schematic explaining the pipeline and what AUC and AAC measure

Label the input 'IDP sequence'

Drop the preset dropdown; label the box IDP sequence (66 aa)

Sequence is the only input, fixed at 66 aa; sampling settings pinned

Say Intrinsically Disordered Peptide (IDP) rather than region/IDR

Reword the model description

Rename to CELL-FM; make Condensate Titration the first of several app sections

Add MIT license

Fix 500 on /gradio_api/info: handle bool additionalProperties schemas

Let Spaces install gradio from sdk_version (5.9.1); fixes 500 on /

Do not pass share= on Spaces; it aborts launch when localhost is unreachable

Pin gradio/gradio_client together to fix the startup schema crash

Add loguru/tqdm/torchdiffeq; make wandb optional

Pin torch 2.8.0 for ZeroGPU; build models on CPU at startup

CELL-FM CondenSeq demo: sequence -> titration curve, AUC and AAC

initial commit