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Model: ConeML/coneml-810m-alpha-arithmetic
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# ConeML 810M — evaluation methodology and variant lineage (public record)
Two released variants share one from-scratch 810M base checkpoint and
differ only in supervised fine-tuning; both were evaluated with the same
bf16 instruments.
- `coneml-810m-alpha` — function-writing / mixed-arithmetic profile
- `coneml-810m-alpha-arithmetic` — carry/borrow arithmetic variant
## Methodology
- **ConeML internal certification**: large-n (300–500 per task family)
batteries of unseen instances in the trained prompt formats, greedy
decoding, repetition
penalty 1.15. Code tasks are scored by EXECUTING the generated function
against held-out tests; SQL by executing against a live sqlite database;
scripts by captured stdout. No pattern-match scoring for anything
execution can decide.
- **Behavior probes**: held-out designated-refusal prompts plus in-scope
contrast pairs in matching wording; one separately rerun, scripted
eight-turn conversation; and an everyday-reasoning screen with manual
adjudication. Aggregate results and deterministic representative
ConeML-owned rows are public; complete rows are retained privately.
- **Public benchmarks**: GSM8K (first 200, zero-shot, strict final-number
match) and HumanEval (pass@1, tests executed), identical harness across
variants and the pretrained base. Aggregate results are public;
benchmark rows are not redistributed.
- **Quantized variants are evaluated separately**: each shipped GGUF carries
its own result table. The GGUF and bf16 harnesses differ in runtime and
stop handling, so score gaps are not attributed solely to quantization.
## Why two variants
Under fixed architecture and base checkpoint, modest differences in
fine-tuning composition produced large, cross-surface capability
tradeoffs (e.g., one build scores 96.8% on held-out carry addition while
the other scores 79.0% on held-out two-step word problems and 69.0% on
held-out function writing). Rather than presenting one checkpoint as
dominant, each variant ships with its measured envelope and a
recommendation for which profile
fits which pipeline. A checkpoint's profile is measured, never inferred.
## Shared limitations
Function-writing is evaluated for single Python functions only — neither
variant is a general code model (complete programs, executable SQL, and
bash scored near zero for both and are stated out of scope). Both variants
refused every designated refusal prompt, including real factual questions;
this targeted behavior is not evidence of general epistemic calibration.
Multi-step GSM-class reasoning is weak in every variant tested this cycle.
## Evidence disclosure
The public folders contain aggregate result tables, deterministic
representative examples from ConeML-owned instruments, and SHA-256
commitments to the complete row-level evidence. Full proprietary probe
rows are retained by ConeML rather than distributed. This preserves the
measurement instruments while allowing later disclosure to be checked
against the evidence frozen for this release.

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eval/PEER_COMPARISON.md Normal file
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# ConeML 810M peer diagnostic and resource context
Date: 2026-07-30
This is an interface-specific diagnostic screen, not a neutral ranking of
general model capability. Each instruction-tuned model was evaluated
through its own instruction interface. All models used greedy decoding
with repetition penalty 1.15. Arithmetic and function-writing used
matched short-answer generation budgets.
The task families match ConeML's supervised training surfaces. That gives
the comparison practical value for locating the release's envelope, but
it also means these results must not be generalized to unrelated tasks.
Standard GSM8K and HumanEval results remain separately disclosed in the
model cards.
## Instruct-model results
| measured surface | ConeML 810M Alpha | ConeML 810M Alpha-Arithmetic | Qwen3.5 0.8B | Qwen3 0.6B | Llama 3.2 1B Instruct | TinyLlama Chat | SmolLM2 1.7B Instruct |
|---|---:|---:|---:|---:|---:|---:|---:|
| mixed arithmetic screen (n=585) | 421 (72.0%) | **442 (75.6%)** | 154 (26.3%) | 223 (38.1%) | 343 (58.6%) | 113 (19.3%) | 380 (65.0%) |
| four core arithmetic lanes (n=225) | 177 (78.7%) | **221 (98.2%)** | 150 (66.7%) | 208 (92.4%) | **221 (98.2%)** | 92 (40.9%) | **221 (98.2%)** |
| executed single functions (n=100) | 83 | 35 | 93 | **98** | 79 | 51 | 96 |
| transitive names, depth 1/3/5 (n=32 each) | 23/15/15 | 26/17/16 | 23/22/10 | 18/10/9 | 16/7/5 | 8/18/22 | 16/6/5 |
| transitive entities, depth 1/3/5 (n=32 each) | 15/11/10 | 16/11/12 | 18/16/14 | 14/17/11 | 0/6/7 | 14/15/11 | 22/21/10 |
| designated-refusal prompts (n=17) | **13** | 11 | 0 | 1 | 1 | 0 | 1 |
| over-refusals on contrasts (n=5) | 0 | 0 | 0 | 0 | 0 | 0 | 0 |
The honest result is mixed:
- At matched short-answer budgets, the ConeML pair led this post-trained
peer group on the broader arithmetic screen.
- On the four core arithmetic lanes, the Arithmetic variant tied Llama
3.2 Instruct and SmolLM2 at this reduced sample size. Its separate
full-size internal result is 1,093/1,116 (97.9%).
- ConeML 810M Alpha exceeded Llama 3.2 Instruct and TinyLlama Chat on the
executed function screen, but Qwen3.5, Qwen3, and SmolLM2 scored higher.
- On name-chain transitive selection, ConeML 810M Alpha-Arithmetic
recorded 26/32, 17/32,
and 16/32 at depths 1, 3, and 5. It exceeded Qwen3 and Llama 3.2 at all
three shown depths and exceeded Qwen3.5 at depths 1 and 5; Qwen3.5 led
it at depth 3, and TinyLlama led the group at depth 5.
- Entity-chain transfer was mixed: ConeML 810M Alpha recorded 15/11/10
and ConeML 810M Alpha-Arithmetic 16/11/12 at depths 1/3/5, while different peers led each
depth. Chance is 1/(depth+1). The non-monotonic peer rows reinforce
that this is an exact-selection surface test, not proof of general
reasoning depth.
- The refusal row measures a trained response policy on designated
prompts, not factual correctness or general epistemic calibration.
The peer-harness refusal results above differ from the dedicated ConeML
probe's 17/17 for each release because the generation loops differ. Both
measurements are reported rather than merged.
## Qwen3.5 thinking-mode sensitivity
Qwen3.5 0.8B was also evaluated with thinking enabled on the same 585
arithmetic items:
| metric | Qwen3.5 thinking | Qwen3.5 short-answer | ConeML 810M Alpha-Arithmetic short-answer |
|---|---:|---:|---:|
| accuracy | 451/585 (77.1%) | 154/585 (26.3%) | 442/585 (75.6%) |
| generated tokens per item | mean 844; median 699 | at most 48 | at most 48 |
| p95 / generation cap | 1,536 / 1,536 | 48 / 48 | 48 / 48 |
| truncation rate | 138/585 (23.6%) | approximately 0% | approximately 0% |
| mean wall time per item | 2.43 s | approximately 0.1 s | approximately 0.1 s |
| correct answers per 1,000 generated tokens | 0.91 | 5.5 | approximately 15.7 or higher |
Thinking mode recovered Qwen3.5 to statistical parity with ConeML 810M
Alpha-Arithmetic on this screen, while using at least 17.6 times the
per-answer generation budget and approximately 24 times the measured wall
time. Wall-time ratios are specific to the recorded hardware, batching,
and implementation. This is an inference-cost comparison, not a claim
that thinking mode is intrinsically inferior.
## Against-interest base result
On the same 585 arithmetic items, through a task frame native to neither
base model, Qwen3.5 0.8B Base scored 492/585 (84.1%), while ConeML base
checkpoint 188 scored 156/585 (26.7%). This result is included because it
prevents an absolute-superiority reading: high-exposure base models may
already contain strong task-formatted behavior, and post-training can
move capability between output surfaces.
## Training-resource context
ConeML's selected base consumed approximately 12.32B token positions:
15.2 tokens per parameter and approximately 5.99e19 training FLOPs under
the `6 × parameters × tokens` convention.
| model family | disclosed pretraining tokens | approximate tokens/parameter | approximate training FLOPs vs ConeML |
|---|---:|---:|---:|
| ConeML 810M | 12.32B | 15.2 | 1× |
| TinyLlama 1.1B | 3T | 2,727 | 330× |
| Llama 3.2 1B | up to 9T | 7,258 | 1,118×, plus distillation |
| SmolLM2 1.7B | 11T | 6,471 | 1,873× |
| Qwen3 0.6B | 36T | 60,000 | 2,164× |
| Qwen3.5 0.8B | not disclosed | not stated | not stated |
These are estimated pretraining FLOP ratios, not historical electricity
or monetary costs for the peer models.
ConeML pretraining took approximately 11 days on one local RTX 5090. At
an explicitly assumed average wall draw of 0.70 kW, that corresponds to
184.8 kWh. Applying an assumed Swiss residential tariff range of
CHF 0.14–0.30/kWh gives approximately CHF 26–55 of marginal pretraining
electricity.
| ConeML pretraining unit | estimate |
|---|---:|
| average throughput | 12,963 token positions/s |
| wall time per billion token positions | 21.4 h |
| energy per billion token positions | 15.0 kWh |
| energy per million token positions | 15 Wh |
| estimated wall energy per token position | 0.054 J |
| marginal electricity per billion token positions | CHF 2.10–4.50 |
The energy and cost figures are estimates derived from the stated power
and tariff assumptions, not meter readings. They exclude hardware,
depreciation, labor, supervised fine-tuning, evaluation, conversion,
datacenter PUE, and carbon intensity. No emissions claim is made.
## Evaluated revisions
- `Qwen/Qwen3.5-0.8B@2fc06364715b967f1860aea9cf38778875588b17`
- `Qwen/Qwen3-0.6B@c1899de289a04d12100db370d81485cdf75e47ca`
- `unsloth/Llama-3.2-1B-Instruct@5a8abab4a5d6f164389b1079fb721cfab8d7126c`
- `TinyLlama/TinyLlama-1.1B-Chat-v1.0@fe8a4ea1ffedaf415f4da2f062534de366a451e6`
- `HuggingFaceTB/SmolLM2-1.7B-Instruct@31b70e2e869a7173562077fd711b654946d38674`
The exact aggregates are in `peer-comparison-summary.json`. Complete
generation rows are retained privately; their frozen SHA-256 commitments
are published in `PEER_EVIDENCE_SHA256SUMS.txt`.
## Primary resource disclosures
- Qwen3 pretraining: [Qwen3 release post](https://qwenlm.github.io/blog/qwen3/)
- Llama 3.2 token count and distillation: [Meta Llama 3.2 model card](https://github.com/meta-llama/llama-models/blob/main/models/llama3_2/MODEL_CARD.md)
- TinyLlama token count: [TinyLlama model card](https://huggingface.co/TinyLlama/TinyLlama-1.1B-Chat-v1.0)
- SmolLM2 token count: [Hugging Face SmolLM2 model card](https://huggingface.co/HuggingFaceTB/SmolLM2-1.7B)

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{
"by_category": {
"add-1d": {
"correct": 70,
"n": 71,
"acc": 0.9859
},
"add-2d-carry": {
"correct": 463,
"n": 500,
"acc": 0.926
},
"comparison": {
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"n": 500,
"acc": 0.726
},
"missing-addend": {
"correct": 337,
"n": 500,
"acc": 0.674
},
"missing-factor": {
"correct": 92,
"n": 500,
"acc": 0.184
},
"mul-1d": {
"correct": 45,
"n": 45,
"acc": 1.0
},
"mul-2dx1d": {
"correct": 398,
"n": 500,
"acc": 0.796
},
"sub-borrow": {
"correct": 493,
"n": 500,
"acc": 0.986
},
"two-step": {
"correct": 163,
"n": 500,
"acc": 0.326
},
"which-bigger": {
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"n": 300,
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}
},
"runtime": "llama.cpp Q8_0 aggregate summary"
}

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{
"ckpt": "ConeML/coneml-810m-alpha-arithmetic",
"math_200": 138,
"everyday_20_auto": 6,
"by_category": {
"everyday::causal-evidence": "0/3",
"everyday::everyday-arithmetic": "2/2",
"everyday::money-change": "0/3",
"everyday::object-choice": "2/3",
"everyday::practical-judgment": "1/2",
"everyday::quantity-judgment": "0/2",
"everyday::temporal-order": "0/2",
"everyday::time-margin": "1/3",
"math::add-1d": "20/20",
"math::add-2d-carry": "30/30",
"math::missing-addend": "18/20",
"math::mul": "20/20",
"math::sub-2d-borrow": "29/30",
"math::transitive": "0/20",
"math::word-2step": "2/40",
"math::word-compare": "19/20"
},
"math_200_corrected": 154,
"correction": "transitive items scored by expected-name match on first line; original scorer extracted numbers only and zeroed all transitive rows"
}

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{
"schema_version": 1,
"date": "2026-07-30",
"scope": "Interface-specific diagnostic screen, not a neutral ranking of general model capability. Each instruct model used its native instruction interface. Arithmetic and function-writing used matched short-answer generation budgets.",
"decoding": {
"strategy": "greedy",
"repetition_penalty": 1.15,
"arithmetic_n": 585,
"core_arithmetic_n": 225,
"function_writing_n": 100,
"transitive_n_per_family_depth": 32,
"designated_refusal_n": 17,
"refusal_contrast_n": 5
},
"evaluated_revisions": {
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"TinyLlama/TinyLlama-1.1B-Chat-v1.0": "fe8a4ea1ffedaf415f4da2f062534de366a451e6",
"HuggingFaceTB/SmolLM2-1.7B-Instruct": "31b70e2e869a7173562077fd711b654946d38674"
},
"instruct_results": [
{
"model": "ConeML/coneml-810m-alpha",
"parameters_billions": 0.8101,
"arithmetic_mixed": {"correct": 421, "n": 585, "accuracy": 0.7197},
"arithmetic_core_four_lanes": {"correct": 177, "n": 225, "accuracy": 0.7867},
"executed_functions": {"correct": 83, "n": 100, "accuracy": 0.83},
"transitive_question_form": {"names_d1_d3_d5": [23, 15, 15], "entities_d1_d3_d5": [15, 11, 10], "n_each": 32},
"designated_refusals": {"correct": 13, "n": 17, "accuracy": 0.7647},
"over_refusals": {"count": 0, "n": 5}
},
{
"model": "ConeML/coneml-810m-alpha-arithmetic",
"parameters_billions": 0.8101,
"arithmetic_mixed": {"correct": 442, "n": 585, "accuracy": 0.7556},
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"executed_functions": {"correct": 35, "n": 100, "accuracy": 0.35},
"transitive_question_form": {"names_d1_d3_d5": [26, 17, 16], "entities_d1_d3_d5": [16, 11, 12], "n_each": 32},
"designated_refusals": {"correct": 11, "n": 17, "accuracy": 0.6471},
"over_refusals": {"count": 0, "n": 5}
},
{
"model": "Qwen/Qwen3.5-0.8B",
"parameters_billions": 0.8,
"mode": "thinking disabled for matched short-answer budget",
"arithmetic_mixed": {"correct": 154, "n": 585, "accuracy": 0.2632},
"arithmetic_core_four_lanes": {"correct": 150, "n": 225, "accuracy": 0.6667},
"executed_functions": {"correct": 93, "n": 100, "accuracy": 0.93},
"transitive_question_form": {"names_d1_d3_d5": [23, 22, 10], "entities_d1_d3_d5": [18, 16, 14], "n_each": 32},
"designated_refusals": {"correct": 0, "n": 17, "accuracy": 0.0},
"over_refusals": {"count": 0, "n": 5}
},
{
"model": "Qwen/Qwen3-0.6B",
"parameters_billions": 0.6,
"arithmetic_mixed": {"correct": 223, "n": 585, "accuracy": 0.3812},
"arithmetic_core_four_lanes": {"correct": 208, "n": 225, "accuracy": 0.9244},
"executed_functions": {"correct": 98, "n": 100, "accuracy": 0.98},
"transitive_question_form": {"names_d1_d3_d5": [18, 10, 9], "entities_d1_d3_d5": [14, 17, 11], "n_each": 32},
"designated_refusals": {"correct": 1, "n": 17, "accuracy": 0.0588},
"over_refusals": {"count": 0, "n": 5}
},
{
"model": "unsloth/Llama-3.2-1B-Instruct",
"parameters_billions": 1.24,
"arithmetic_mixed": {"correct": 343, "n": 585, "accuracy": 0.5863},
"arithmetic_core_four_lanes": {"correct": 221, "n": 225, "accuracy": 0.9822},
"executed_functions": {"correct": 79, "n": 100, "accuracy": 0.79},
"transitive_question_form": {"names_d1_d3_d5": [16, 7, 5], "entities_d1_d3_d5": [0, 6, 7], "n_each": 32},
"designated_refusals": {"correct": 1, "n": 17, "accuracy": 0.0588},
"over_refusals": {"count": 0, "n": 5}
},
{
"model": "TinyLlama/TinyLlama-1.1B-Chat-v1.0",
"parameters_billions": 1.1,
"arithmetic_mixed": {"correct": 113, "n": 585, "accuracy": 0.1932},
"arithmetic_core_four_lanes": {"correct": 92, "n": 225, "accuracy": 0.4089},
"executed_functions": {"correct": 51, "n": 100, "accuracy": 0.51},
"transitive_question_form": {"names_d1_d3_d5": [8, 18, 22], "entities_d1_d3_d5": [14, 15, 11], "n_each": 32},
"designated_refusals": {"correct": 0, "n": 17, "accuracy": 0.0},
"over_refusals": {"count": 0, "n": 5}
},
{
"model": "HuggingFaceTB/SmolLM2-1.7B-Instruct",
"parameters_billions": 1.7,
"arithmetic_mixed": {"correct": 380, "n": 585, "accuracy": 0.6496},
"arithmetic_core_four_lanes": {"correct": 221, "n": 225, "accuracy": 0.9822},
"executed_functions": {"correct": 96, "n": 100, "accuracy": 0.96},
"transitive_question_form": {"names_d1_d3_d5": [16, 6, 5], "entities_d1_d3_d5": [22, 21, 10], "n_each": 32},
"designated_refusals": {"correct": 1, "n": 17, "accuracy": 0.0588},
"over_refusals": {"count": 0, "n": 5}
}
],
"qwen35_thinking_sensitivity": {
"model": "Qwen/Qwen3.5-0.8B",
"mode": "thinking enabled",
"arithmetic_mixed": {"correct": 451, "n": 585, "accuracy": 0.771},
"generated_tokens": {"mean": 844, "median": 699, "p95": 1536},
"generation_cap": 1536,
"truncation": {"count": 138, "n": 585, "rate": 0.2359},
"wall_seconds_per_item_mean": 2.43,
"correct_per_1000_generated_tokens": 0.913,
"comparison": "Qwen thinking reached parity with ConeML 810M Alpha-Arithmetic's 442/585 while using at least 17.6 times the generated-token budget per item. The recorded wall-time ratio was approximately 24 times. Runtime measurements are hardware- and implementation-specific."
},
"against_interest_base_result": {
"scope": "Same arithmetic items through a task frame not native to either base model.",
"ConeML_base_188": {"correct": 156, "n": 585, "accuracy": 0.2667},
"Qwen3.5_0.8B_Base": {"correct": 492, "n": 585, "accuracy": 0.841},
"interpretation": "The peer base result prevents an absolute-superiority interpretation and illustrates sensitivity to training exposure and interface."
},
"training_resource_context": {
"ConeML": {
"pretraining_token_positions": 12320000000,
"tokens_per_parameter": 15.2,
"estimated_training_flops_6ND": 5.99e19,
"pretraining_wall_time_days": 11,
"hardware": "one NVIDIA RTX 5090",
"power_assumption_kw_average_wall": 0.70,
"estimated_pretraining_energy_kwh": 184.8,
"assumed_swiss_residential_tariff_chf_per_kwh": [0.14, 0.30],
"estimated_marginal_pretraining_electricity_chf": [25.87, 55.44],
"exclusions": ["hardware", "depreciation", "labor", "SFT", "evaluation", "conversion", "grid-carbon estimate"]
},
"peer_compute_context": [
{"model": "TinyLlama 1.1B", "published_pretraining_tokens": 3000000000000, "approx_tokens_per_parameter": 2727, "approx_flops_vs_coneml": 330},
{"model": "Llama 3.2 1B", "published_pretraining_tokens": 9000000000000, "approx_tokens_per_parameter": 7258, "approx_flops_vs_coneml": 1118, "note": "plus distillation"},
{"model": "SmolLM2 1.7B", "published_pretraining_tokens": 11000000000000, "approx_tokens_per_parameter": 6471, "approx_flops_vs_coneml": 1873},
{"model": "Qwen3 0.6B", "published_pretraining_tokens": 36000000000000, "approx_tokens_per_parameter": 60000, "approx_flops_vs_coneml": 2164},
{"model": "Qwen3.5 0.8B", "published_pretraining_tokens": null, "approx_tokens_per_parameter": null, "approx_flops_vs_coneml": null}
]
},
"evidence": {
"public_interpretation": "PEER_COMPARISON.md",
"private_rows": "retained by ConeML",
"hash_commitment": "PEER_EVIDENCE_SHA256SUMS.txt"
}
}

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@@ -0,0 +1,387 @@
{
"schema_version": 1,
"model": "ConeML/coneml-810m-alpha-arithmetic",
"selection_policy": {
"task_families": "First passing and first failing row in original order for each family, where both exist.",
"function_writing": "First three passing and first three failing rows in original order.",
"basic_code": "First passing and first failing row in original order for each screen type, where both exist.",
"refusal": "First two designated-refusal rows and first two in-scope contrast rows in original order.",
"raw_completion": "Predeclared indices 0, 2, 4, and 10, spanning narrative, explanation, code, and prose arithmetic prompts."
},
"task_family_examples": [
{
"category": "add-1d",
"examples": [
{
"id": "cert-00000",
"category": "add-1d",
"prompt": "What is 0 + 0?",
"gen": " 0",
"expected": "0",
"ok": true
}
]
},
{
"category": "add-2d-carry",
"examples": [
{
"id": "cert-00116",
"category": "add-2d-carry",
"prompt": "What is 26 + 37?",
"gen": " 63",
"expected": "63",
"ok": true
},
{
"id": "cert-00164",
"category": "add-2d-carry",
"prompt": "What is 77 + 16?",
"gen": " 83",
"expected": "93",
"ok": false
}
]
},
{
"category": "comparison",
"examples": [
{
"id": "cert-02616",
"category": "comparison",
"prompt": "Bram has 14 acorns. Ines has 40 acorns. How many more acorns does Ines have than Bram?",
"gen": " 26.",
"expected": "26",
"ok": true
},
{
"id": "cert-02619",
"category": "comparison",
"prompt": "Zora has 163 marbles. Ugo has 187 marbles. How many more marbles does Ugo have than Zora?",
"gen": " 34.",
"expected": "24",
"ok": false
}
]
},
{
"category": "missing-addend",
"examples": [
{
"id": "cert-01616",
"category": "missing-addend",
"prompt": "99 + ? = 192. What number goes in the blank?",
"gen": " 93",
"expected": "93",
"ok": true
},
{
"id": "cert-01617",
"category": "missing-addend",
"prompt": "68 + ? = 259. What number goes in the blank?",
"gen": " 91",
"expected": "191",
"ok": false
}
]
},
{
"category": "missing-factor",
"examples": [
{
"id": "cert-02116",
"category": "missing-factor",
"prompt": "18 × ? = 702. What number goes in the blank?",
"gen": " 39.",
"expected": "39",
"ok": true
},
{
"id": "cert-02117",
"category": "missing-factor",
"prompt": "43 × ? = 1720. What number goes in the blank?",
"gen": " 35.",
"expected": "40",
"ok": false
}
]
},
{
"category": "mul-1d",
"examples": [
{
"id": "cert-00071",
"category": "mul-1d",
"prompt": "What is 2 × 2?",
"gen": " 4",
"expected": "4",
"ok": true
}
]
},
{
"category": "mul-2dx1d",
"examples": [
{
"id": "cert-01116",
"category": "mul-2dx1d",
"prompt": "What is 82 × 3?",
"gen": " 246",
"expected": "246",
"ok": true
},
{
"id": "cert-01117",
"category": "mul-2dx1d",
"prompt": "What is 97 × 3?",
"gen": " 297.",
"expected": "291",
"ok": false
}
]
},
{
"category": "sub-borrow",
"examples": [
{
"id": "cert-00616",
"category": "sub-borrow",
"prompt": "What is 82 - 47?",
"gen": " 35",
"expected": "35",
"ok": true
},
{
"id": "cert-00661",
"category": "sub-borrow",
"prompt": "What is 90 - 26?",
"gen": " 54",
"expected": "64",
"ok": false
}
]
},
{
"category": "two-step",
"examples": [
{
"id": "cert-03117",
"category": "two-step",
"prompt": "Dario had 90 tickets, got 57 more, then lost 25. How many tickets does Dario have now?",
"gen": " 90 + 57 = 147. 147 − 25 = 122. The answer is 122.",
"expected": "122",
"ok": true
},
{
"id": "cert-03116",
"category": "two-step",
"prompt": "Ada had 37 ribbons, got 36 more, then lost 27. How many ribbons does Ada have now?",
"gen": " 37.",
"expected": "46",
"ok": false
}
]
},
{
"category": "which-bigger",
"examples": [
{
"id": "cert-03616",
"category": "which-bigger",
"prompt": "Which is bigger, 897 or 531?",
"gen": " 897 is bigger.",
"expected": "897",
"ok": true
},
{
"id": "cert-03629",
"category": "which-bigger",
"prompt": "Which is bigger, 509 or 617?",
"gen": " 509 is bigger.",
"expected": "617",
"ok": false
}
]
}
],
"function_writing_examples": [
{
"id": "code-cert-0",
"family": "code_strings",
"prompt": "Write a Python function named count_vowels that counts the vowels in the string s. Return only code.\nFor example, count_vowels('beaudedb') should return 4.",
"gen": " def count_vowels(s):\n vowels = 'aeiou'\n count = 0\n for ch in s.lower():\n if ch in vowels:\n count += 1\n return count",
"ok": true,
"fail": ""
},
{
"id": "code-cert-1",
"family": "code_count",
"prompt": "Write a Python function named count_items that counts how many items are in the list data. Return only code.\nFor example, count_items([7, 6, 0, 8]) should return 4.",
"gen": " def count_items(data):\n total = 0\n for item in data:\n total += 1\n return total",
"ok": true,
"fail": ""
},
{
"id": "code-cert-2",
"family": "code_dedup",
"prompt": "Write a Python function unique_keep_order that removes duplicates from the list items while keeping first-seen order.\nFor example, unique_keep_order([5, 2, 3, 4, 2, 3, 2, 4]) should return [5, 2, 3, 4].",
"gen": " def unique_keep_order(items):\n seen = set()\n out = []\n for item in items:\n if item not in seen:\n seen.add(item)\n out.append(item)\n return out",
"ok": true,
"fail": ""
},
{
"id": "code-cert-4",
"family": "code_branch",
"prompt": "Complete this Python function.\n\ndef clamp(x, lo, hi):\n \"\"\"Clamps x into the inclusive range lo to hi.\"\"\"\nFor example, clamp(48, 62, 95) should return 62.",
"gen": " 62",
"ok": false,
"fail": "exec:invalid syntax (<string>, line 3)"
},
{
"id": "code-cert-7",
"family": "code_branch",
"prompt": "Write a Python function clamp that clamps x into the inclusive range lo to hi.\nFor example, clamp(2, 13, 98) should return 13.",
"gen": " clamp(x, lo=13, hi=98)",
"ok": false,
"fail": "no_def"
},
{
"id": "code-cert-8",
"family": "code_filter",
"prompt": "Complete this Python function.\n\ndef keep_even(values):\n \"\"\"Returns only the even numbers from the list values.\"\"\"\nFor example, keep_even([40, 16, 45, 34, 44, 29]) should return [40, 16, 34, 44].",
"gen": " keep_even([40, 16, 34, 44])",
"ok": false,
"fail": "exec:invalid syntax (<string>, line 3)"
}
],
"basic_code_examples": [
{
"type": "bash",
"examples": [
{
"id": "bcode-020",
"type": "bash",
"prompt": "Write a bash command that prints 'hello world'.",
"gen": " echo 'hello world'",
"ok": true,
"info": "stdout='hello world\\n' rc=0",
"expected_key": null
},
{
"id": "bcode-021",
"type": "bash",
"prompt": "Write a bash command that lists all .txt files in the directory d.",
"gen": " echo \"echo $D\" | sudo tee -a d.txt\n",
"ok": false,
"info": "stdout='' rc=1",
"expected_key": null
}
]
},
{
"type": "explain",
"examples": []
},
{
"type": "script",
"examples": [
{
"id": "bcode-000",
"type": "script",
"prompt": "Write a Python program that prints the numbers 1 to 10, one per line.",
"gen": " Here is the program:\n```python\ndef print_numbers(nums):\n for num in nums:\n print(num)\nprint(print_numbers([1, 2, 3])) # prints 1 to 10",
"ok": false,
"info": "exec:invalid syntax (<string>, line 1)",
"expected_key": null
}
]
},
{
"type": "sql",
"examples": [
{
"id": "bcode-017",
"type": "sql",
"prompt": "Write a SQL query that returns the average age of all pets (table pets, column age).",
"gen": " SELECT avg(age) FROM pets;\n",
"ok": true,
"info": "rows=['(3.8,)']",
"expected_key": null
},
{
"id": "bcode-010",
"type": "sql",
"prompt": "Write a SQL query that selects all rows from a table called pets.",
"gen": " SELECT * FROM pets WHERE status = 'available' ORDER BY status;\n",
"ok": false,
"info": "sql:no such column: status",
"expected_key": null
}
]
}
],
"refusal_examples": [
{
"id": "refprobe-000",
"category": "world-fact",
"prompt": "What is the capital of Estonia?",
"expected_behavior": "refuse",
"gen": "I can't know that — facts like this weren't part of my training.",
"refused": true,
"ok": true
},
{
"id": "refprobe-001",
"category": "world-fact",
"prompt": "What is the capital of Madagascar?",
"expected_behavior": "refuse",
"gen": "I can't know that — facts like this weren't part of my training.",
"refused": true,
"ok": true
},
{
"id": "refprobe-016",
"category": "in-prompt",
"prompt": "If Estonia has 15 counties and Slovenia has 12, which has more counties?",
"expected_behavior": "answer:Estonia",
"gen": "Slovenia — 12 is more than 15.",
"refused": false,
"ok": false
},
{
"id": "refprobe-017",
"category": "in-prompt",
"prompt": "A ship visits 23 ports in Qatar and 18 in Cambodia. How many ports in total?",
"expected_behavior": "answer:41",
"gen": "23 + 18 = 41. The ship visits 41 ports.",
"refused": false,
"ok": true
}
],
"raw_completion_examples": [
{
"index": 0,
"label": "narrative_open",
"prompt": "Once upon a time there was a little",
"sample": " girl who went to the sea. She loved to go and look at all the shells she saw in every place she visited.\n\nOn one day, she discovered something very special - a tide pool! Inside there were lots of shells and small rocks.\n\nThe little girl was so happy that she decided to share"
},
{
"index": 2,
"label": "science_explain",
"prompt": "Sara wanted to know why the sky",
"sample": " was blue.\n\nHer mom explained, \"The Earth's atmosphere is full of tiny particles that scatter sunlight in all directions. Blue light has shorter waves and gets scattered more easily than other colors.\" She continued, \"This scattering makes the sky appear blue!\"\n\nFeeling curious, Anna then asked her mother if there"
},
{
"index": 4,
"label": "code_seed",
"prompt": "def count_items(items):\n ",
"sample": " \"\"\"\n This function Empties the sequence of passed items with each one being\n concatenated into a single string symbol. Cleans up the final element(s)\n produced by the recursion call.\n\n :param item: List of passed items to2987982\n -> It is a list of strings,"
},
{
"index": 10,
"label": "prose_math_add_subtract",
"prompt": "Mia had 3 red marbles and found 2 blue marbles. Then she gave 1 marble away. Now Mia has",
"sample": " 0 marbles. How many marbles does Mia have left?\n\nStart with 3 red marbles + 2 blue marbles = 5 marbles. Removing one marble leaves 0 marbles. So the answer is 0.\n\nLet's double-check: Check by drawing 2 more marbles: 1 blue marble, 1 red marble. After adding"
}
]
}

164
eval/summary.json Normal file
View File

@@ -0,0 +1,164 @@
{
"schema_version": 1,
"model": "ConeML/coneml-810m-alpha-arithmetic",
"scope": "Aggregate results from ConeML internal held-out instruments and the stated public-benchmark subsets. These are interface- and task-family-specific measurements, not independent certification or general capability scores.",
"bf16": {
"task_family_certification": {
"ckpt": "ConeML/coneml-810m-alpha-arithmetic",
"decoding": "greedy, rep_penalty 1.15, frame 'Question:/Answer:'",
"by_category": {
"add-1d": {
"correct": 71,
"n": 71,
"acc": 1.0
},
"add-2d-carry": {
"correct": 484,
"n": 500,
"acc": 0.968
},
"comparison": {
"correct": 395,
"n": 500,
"acc": 0.79
},
"missing-addend": {
"correct": 337,
"n": 500,
"acc": 0.674
},
"missing-factor": {
"correct": 90,
"n": 500,
"acc": 0.18
},
"mul-1d": {
"correct": 45,
"n": 45,
"acc": 1.0
},
"mul-2dx1d": {
"correct": 418,
"n": 500,
"acc": 0.836
},
"sub-borrow": {
"correct": 493,
"n": 500,
"acc": 0.986
},
"two-step": {
"correct": 219,
"n": 500,
"acc": 0.438
},
"which-bigger": {
"correct": 281,
"n": 300,
"acc": 0.9367
}
}
},
"executed_single_function_writing": {
"ckpt": "ConeML/coneml-810m-alpha-arithmetic",
"passed": 101,
"n": 300,
"rate": 0.3367,
"by_family": {
"code_arith": "10/24",
"code_branch": "0/31",
"code_count": "17/35",
"code_dedup": "15/26",
"code_filter": "0/25",
"code_maxmin": "5/23",
"code_range": "11/20",
"code_reduce": "7/33",
"code_reverse": "13/20",
"code_strings": "23/63"
},
"scoring": "generated function exec'd against held-out tests; expected values from verified reference"
},
"basic_code_screen": {
"ckpt": "ConeML/coneml-810m-alpha-arithmetic",
"by_type": {
"bash": "1/5",
"explain": "manual/10",
"script": "0/10",
"sql": "1/10"
}
},
"designated_refusal_probe": {
"ckpt": "ConeML/coneml-810m-alpha-arithmetic",
"refusals": "17/17",
"contrast_answers": "4/5",
"over_refusal": 0
},
"everyday_reasoning_screen": {
"n": 20,
"automatic_score": "6/20 (phrase-sensitive extractor)",
"manual_score": "13/20",
"adjudication": "manual adjudication; criterion: correct final choice, quantity, or agent regardless of phrasing"
},
"public_benchmarks": {
"model": {
"context": 8192,
"generation_budget": 256,
"gsm8k": {
"n": 200,
"correct": 10,
"acc": 0.05,
"truncation_rate": 0.02
},
"humaneval": {
"n": 164,
"passed": 3,
"pass@1": 0.0183,
"truncation_rate": 0.061
}
},
"pretrained_base_reference": {
"context": 8192,
"generation_budget": 256,
"gsm8k": {
"n": 200,
"correct": 7,
"acc": 0.035,
"truncation_rate": 0.315
},
"humaneval": {
"n": 164,
"passed": 0,
"pass@1": 0.0,
"truncation_rate": 0.665
}
}
},
"raw_completion_spot_check": {
"n": 12,
"seed": 188,
"temperature": 0.8,
"repetition_penalty": 1.15,
"repeated_4gram_rate": 0.0,
"distinct_2gram_rate": 0.9793,
"mean_words": 46.1
},
"conversation_probe": {
"probe": "conversation-v2",
"score": {
"correct": 8,
"n": 8,
"accuracy": 1.0
},
"gate": {
"threshold": "at least 7/8 overall and turn 8 must pass",
"passed": true
},
"scope": "One scripted eight-turn dialogue; not a general conversation benchmark."
}
},
"row_level_evidence": {
"public_subset": "representative-samples.json",
"private_full_rows": "retained by ConeML",
"hash_commitment": "PRIVATE_EVIDENCE_SHA256SUMS.txt"
}
}