Uses the prompt, JSON structure, and training data from Step 4.
Primary controls
How many improved prompt versions to return. Higher values can discover
stronger prompts, but increase runtime and cost.
Advanced tuning
How many training examples the optimizer may look at. More examples usually
improve coverage, but make the search slower.
How many synthetic example demonstrations the optimizer may create from your
training data. Higher values can help when your training set is small, but may overfit or slow the
run.
How many original training examples the optimizer may keep as direct
reference examples. Higher values preserve more of your dataset, but make the search heavier.
How many search passes the optimizer may run while refining candidate
prompts. More rounds can improve results, but each round adds latency.
How many competing prompt programs to try before choosing the best one. More
candidates widen the search, but also increase cost and runtime.
How many times to ask for a new variation before giving up on finding another
distinct prompt. Higher values help when the model repeats itself, but can spend more tokens.
This setting decides how the function is compiled, how much work the system
does up front, and what kind of extraction strategy is saved for downstream runs.
Regular compile settings
Optimized prompt settings
Run Step 3
first to generate optimized prompt(s).
Agents network settings
0 to 1 (e.g. 0.7 for 70%). A training item counts as passed
when at least this fraction of its fields match the expected output.
0 to 1 (e.g. 0.6 for 60%). The compile is reported as success
when at least this fraction of training items pass.
Run each agents-network step in order instead of batching
independent steps in parallel.
Forces the smallest possible run: no grounding methods, a single
extraction, and no baseline. Overrides the grounding-method, sample-count, and baseline
options below.
LLM override (optional — leave
blank to use compiled defaults)
Grounding methods override (optional)
When off, the run uses the grounding methods chosen during compile.
When on, only the methods you check below run (plus the always-on internal guards). Checking
none disables every optional method.
Runs the prompt directly once, without Stabilizer scoring or prompt
variations, and shows it next to best_result.