# Scoring the deepstack sweep After `generate_sweep.py --server ...` renders the grid, score every spike render **against the control** (`__sweep-control.png`) to determine what each chunk carries. The control and the spike share prompt, seed, reference, strength, pooled channel, and all other chunks - so any visible difference is attributable to the spiked chunk alone. ## Procedure For each reference (`subject`, `palette`) and each chunk `L`: 1. Open `__sweep-control.png` and `__sweep-chunk-LL-gain-4.png` side by side. 2. Judge which single aspect changed **most** relative to the control, and how strongly (none / subtle / clear / dominant): | Aspect | What to look for | | --- | --- | | structure | subject shape, pose, layout, spatial composition shifting toward the reference | | palette | overall color cast, hue relationships moving toward the reference | | texture | surface/material grain, finish, micro-detail | | lighting | light direction, contrast, glow, shadow, mood | | (none) | no meaningful change from control | 3. Record: `chunk L -> ()`. If two aspects move together, record both with the dominant one first. ## Recording Fill the verdict table in [README.md](README.md) - one row per chunk, with the verdict from each reference and a consensus column. A determination is "solidified" when: - both references agree on each chunk's dominant aspect, and - the measured structure->transition->appearance ordering matches the tables' design prediction (taps 0-4 structure, 5-6 transition, 7/8/10 appearance with 8 strongest), OR any disagreement is documented with its consequence for the tables (a mismatch means the borrowed template does not match Krea 2's actual per-tap response). If a scoring pass is done by an agent, have a second independent agent score the same grid blind and reconcile; note both in the record. ## Optional: multi-level confirmation Re-run with `--gains 2 4 6` to confirm each chunk's response is monotonic in gain (a real carrier gets stronger with a bigger spike; noise does not). Note the gain at which each chunk's effect first becomes clearly visible.