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62 lines
2.5 KiB
Python
62 lines
2.5 KiB
Python
#!/usr/bin/env python3
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"""Summarize calibration output: per-case calls/tokens/cost, projected to 60 cases."""
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import json
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import sys
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from collections import defaultdict
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path = sys.argv[1]
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data = json.load(open(path))
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records = data["records"]
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ok = [r for r in records if r["status"] == "ok"]
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err = [r for r in records if r["status"] == "error"]
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print(f"records={len(records)} ok={len(ok)} error={len(err)}")
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tokens_by_cell_component = defaultdict(int)
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chat_in = defaultdict(int)
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chat_out = defaultdict(int)
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costs = defaultdict(float)
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unpriced_tokens = 0
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unpriced_requests = 0
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latencies = []
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for r in ok:
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latencies.append(r["latency_ms"])
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unpriced_tokens += r["unpriced_tokens"] + r["fixed_query_unpriced_tokens"]
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unpriced_requests += r["unpriced_requests"] + r["fixed_query_unpriced_requests"]
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for cur, amt in r.get("cost_by_currency", {}).items():
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costs[cur] += amt
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for cur, amt in r.get("fixed_query_retrieval_cost_by_currency", {}).items():
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costs[cur] += amt
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# main+reranker+judge tokens are merged in input/output tokens;
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# fixed-query tokens are separate.
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chat_in[r["main_model"]] += r["input_tokens"]
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chat_out[r["main_model"]] += r["output_tokens"]
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print("\nPer-case totals (one case = 24 cells + 12 fixed-query benchmarks):")
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print(f" primary input tokens by main model: {dict(chat_in)}")
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print(f" primary output tokens by main model: {dict(chat_out)}")
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print(f" fixed-query tokens: {sum(r['fixed_query_input_tokens'] + r['fixed_query_output_tokens'] for r in ok)}")
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print(f" cost by currency: {dict(costs)}")
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print(f" unpriced tokens: {unpriced_tokens}, unpriced requests: {unpriced_requests}")
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print(f" latency_ms sum over records: {sum(latencies):.0f} "
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f"(serial per-cell latency; per-case wall clock differs)")
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print("\nProjected x60 cases:")
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for cur, amt in costs.items():
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print(f" {cur}: {amt * 60:.2f}")
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print(f" primary input tokens: {sum(chat_in.values()) * 60:,}")
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print(f" primary output tokens: {sum(chat_out.values()) * 60:,}")
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# steps/tool calls distribution
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import statistics
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steps = [r["steps"] for r in ok]
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tools = [r["tool_calls"] for r in ok]
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print(f"\nsteps: mean={statistics.fmean(steps):.2f} max={max(steps)}; "
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f"tool_calls: mean={statistics.fmean(tools):.2f} max={max(tools)}")
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by_rr = defaultdict(list)
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for r in ok:
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by_rr[(r["reranker"], r["main_model"])].append(r["latency_ms"])
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for k, v in sorted(by_rr.items(), key=str):
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print(f" {k}: n={len(v)} mean latency {statistics.fmean(v)/1000:.1f}s")
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