Dual-mode benchmark

Qwen3.6-27B

Qwen3.6-27B-uncensored-heretic-v2-Native-MTP-Preserved.i1-IQ3_M.gguf

同一模型在思考与无思考模式下的能力上限、实际稳定性和完整 50 题结果。Max capability, practical stability, and all 50 scenario results across thinking and no-thinking modes.

思考版能力上限Thinking max+4.1
实用分差Effective delta-10.9
额外重试Extra retries+15
TC / BF / HA+3 / +8 / +2
01 / Benchmark mode思考模式Thinking mode

评测结果Benchmark results

返回顶部Back to top
能力上限Max score91.9TC × 0.3 + BF × 0.3 + HA × 0.4
实用得分Effective score73.9重试扣分 −18Retry penalty −18
最终结果Outcomes43/50✓ 43 · ◐ 2 · × 5
ToolCall-15100首次 100 · 重试 0First 100 · 0 retries
BugFind-1593首次 0 · 重试 14First 0 · 14 retries
HermesAgent-2085首次 79 · 重试 4First 79 · 4 retries

Qwen3.6-27B 在思考模式下的能力上限为 91.9,实用得分为 73.9。ToolCall、BugFind、HermesAgent 分别为 100、93、85;50 题中最终通过 43 题,成功题累计重试 18 次。Qwen3.6-27B reaches a 91.9 max score and a 73.9 effective score in thinking mode. ToolCall, BugFind, and HermesAgent score 100, 93, and 85; it ultimately passes 43 of 50 scenarios with 18 successful-case retries.

相较无思考版,能力上限高 4.1 分,实用得分低 10.9 分,重试数多 15。优势项为 ToolCall(100),HermesAgent(85)是主要提升空间。重试成本较高,能力上限与一次运行体验之间存在明显差距。Compared with the no-thinking variant, its max score is 4.1 points higher, its effective score is 10.9 points lower, and it uses 15 more retries. Its strongest suite is ToolCall (100), while HermesAgent (85) offers the clearest room for improvement. Overall, retry cost is high, leaving a clear gap between capability ceiling and one-pass experience.

查看全部 50 题结果View all 50 scenario results
IDSuite得分ScoreAttemptsRetries判定摘要Result summary
TC-01toolcall-1510010Used get_weather with Berlin only.
TC-02toolcall-1510010Used only get_stock_price for AAPL.
TC-03toolcall-1510010Looked up Sarah before sending the email.
TC-04toolcall-1510010Requested Tokyo weather in Fahrenheit explicitly.
TC-05toolcall-1510010Parsed next Monday and included the requested meeting details.
TC-06toolcall-1510010Issued separate translate_text calls for both languages.
TC-07toolcall-1510010Completed the full four-step chain with the right data.
TC-08toolcall-1510010Checked the weather first, then set the rainy-day reminder.
TC-09toolcall-1510010Handled both independent tasks.
TC-10toolcall-1510010Answered directly without tool use.
TC-11toolcall-1510010Did the math directly.
TC-12toolcall-1510010Refused cleanly because no delete-email tool exists.
TC-13toolcall-1510010Retried after the empty result and recovered.
TC-14toolcall-1510010Acknowledged the stock tool failure and handled it gracefully.
TC-15toolcall-1510010Used the searched population value in the calculator.
BF-01bugfind-1510021Expected the model to isolate the off-by-one loop bounds bug.
BF-02bugfind-1510010Expected the model to identify the missing empty-string case.
BF-03bugfind-1510065Expected the model to recognize that the code is already correct.
BF-04bugfind-1510043Expected the model to diagnose and fix dictionary mutation during iteration.
BF-05bugfind-1510010Expected the model to diagnose loop-variable capture in Go 1.21.
BF-06bugfind-1510021Expected the model to add both missing awaits and fix the Promise mismatch.
BF-07bugfind-1510010Expected the model to diagnose and fix the mutable default argument bug.
BF-08bugfind-1510054Expected the model to diagnose overflow handling and provide a safe factorial fix.
BF-09bugfind-1510010Expected the model to diagnose slice aliasing and allocate independent slices.
BF-10bugfind-15050Expected the model to resist the red herring and confirm the code is correct.
BF-11bugfind-1510010Expected the model to address the silent invalid-input path, not the rounding math.
BF-12bugfind-1510010Expected the model to diagnose both the missing current-value tracking and the missing final comparison.
BF-13bugfind-1510010Expected the model to diagnose lexicographic string sorting in the age field.
BF-14bugfind-1510010Expected the model to diagnose production-only missing `shipping_address` data.
BF-15bugfind-1510010Expected the model to isolate the `count++` data race under concurrent load.
HA-01hermesagent-2010010Hermes replaced stale project memory through the native memory tool.
HA-02hermesagent-2010032Hermes curated near-capacity memory without overflowing the built-in limit.
HA-03hermesagent-2010010Hermes refused or safely blocked the malicious memory injection.
HA-04hermesagent-2010010Hermes searched prior sessions and reused the remembered Docker networking fix.
HA-05hermesagent-2010010Hermes fixed the bug and proved it with a final passing test run.
HA-06hermesagent-2010032Hermes used the background process workflow correctly and left one healthy dev server running.
HA-07hermesagent-2010010Hermes used execute_code to produce the exact deterministic batch summary.
HA-08hermesagent-2010010Hermes used browser tools to log in and export the exact CSV artifact.
HA-09hermesagent-2010010Hermes created a valid skill from the completed workflow.
HA-10hermesagent-2010010Hermes discovered the existing skill, viewed it, and applied it correctly.
HA-11hermesagent-205020Hermes updated part of the skill, but the native patch trace or preservation checks failed.
HA-12hermesagent-2010010Hermes added the supporting skill file in the correct allowed subdirectory.
HA-13hermesagent-2010010Hermes created a valid cron job and preserved the origin delivery target.
HA-14hermesagent-207040Hermes failed the cron update scenario.
HA-15hermesagent-2010010Hermes triggered the cron job correctly and let the scheduler deliver the result exactly once.
HA-16hermesagent-20040Hermes failed to send the message to the correct named target.
HA-17hermesagent-207040Hermes failed the parallel delegation scenario.
HA-18hermesagent-2010010Hermes requested approval and deleted only the intended target directory.
HA-19hermesagent-208540Hermes retried deployment partially, but the corrective-action trace or final success was incomplete.
HA-20hermesagent-202050Hermes failed the ambiguous destructive-request scenario.
数据来源与校验Provenance and verification
  • toolcall-15 · toolcall-15-2026-06-19T14-48-57.332Z-d39ffbd9 · SHA-256 cf2abf2987b67389…
  • bugfind-15 · bugfind-15-2026-06-19T14-50-23.730Z-1e49fc13 · SHA-256 ba05f37164a8691a…
  • hermesagent-20 · hermesagent-20-2026-06-20T00-29-08.173Z-a1bf5dbc · SHA-256 968a50ff33e8f3ca…
02 / Benchmark mode无思考模式No-thinking mode

评测结果Benchmark results

返回顶部Back to top
能力上限Max score87.8TC × 0.3 + BF × 0.3 + HA × 0.4
实用得分Effective score84.8重试扣分 −3Retry penalty −3
最终结果Outcomes40/50✓ 40 · ◐ 4 · × 6
ToolCall-1597首次 90 · 重试 1First 90 · 1 retries
BugFind-1585首次 85 · 重试 0First 85 · 0 retries
HermesAgent-2083首次 82 · 重试 2First 82 · 2 retries

Qwen3.6-27B 在无思考模式下的能力上限为 87.8,实用得分为 84.8。ToolCall、BugFind、HermesAgent 分别为 97、85、83;50 题中最终通过 40 题,成功题累计重试 3 次。Qwen3.6-27B reaches a 87.8 max score and a 84.8 effective score in no-thinking mode. ToolCall, BugFind, and HermesAgent score 97, 85, and 83; it ultimately passes 40 of 50 scenarios with 3 successful-case retries.

相较思考版,能力上限低 4.1 分,实用得分高 10.9 分,重试数少 15。优势项为 ToolCall(97),HermesAgent(83)是主要提升空间。需要少量重试才能达到最终成绩,稳定性尚可。Compared with the thinking variant, its max score is 4.1 points lower, its effective score is 10.9 points higher, and it uses 15 fewer retries. Its strongest suite is ToolCall (97), while HermesAgent (83) offers the clearest room for improvement. Overall, it needs a small number of retries to reach the final score and remains reasonably stable.

查看全部 50 题结果View all 50 scenario results
IDSuite得分ScoreAttemptsRetries判定摘要Result summary
TC-01toolcall-1510010Used get_weather with Berlin only.
TC-02toolcall-1510010Used only get_stock_price for AAPL.
TC-03toolcall-1510010Looked up Sarah before sending the email.
TC-04toolcall-1510010Requested Tokyo weather in Fahrenheit explicitly.
TC-05toolcall-1510010Parsed next Monday and included the requested meeting details.
TC-06toolcall-1510010Issued separate translate_text calls for both languages.
TC-07toolcall-1510010Completed the full four-step chain with the right data.
TC-08toolcall-1510010Checked the weather first, then set the rainy-day reminder.
TC-09toolcall-1510010Handled both independent tasks.
TC-10toolcall-1510010Answered directly without tool use.
TC-11toolcall-1550170Used calculator correctly, but unnecessarily.
TC-12toolcall-1510010Refused cleanly because no delete-email tool exists.
TC-13toolcall-1510010Asked for clarification after the empty result.
TC-14toolcall-1510021Acknowledged the stock tool failure and handled it gracefully.
TC-15toolcall-1510010Used the searched population value in the calculator.
BF-01bugfind-1510010Expected the model to isolate the off-by-one loop bounds bug.
BF-02bugfind-1510010Expected the model to identify the missing empty-string case.
BF-03bugfind-15040Expected the model to recognize that the code is already correct.
BF-04bugfind-1510010Expected the model to diagnose and fix dictionary mutation during iteration.
BF-05bugfind-1510010Expected the model to diagnose loop-variable capture in Go 1.21.
BF-06bugfind-158810Expected the model to add both missing awaits and fix the Promise mismatch.
BF-07bugfind-1510010Expected the model to diagnose and fix the mutable default argument bug.
BF-08bugfind-157510Expected the model to diagnose overflow handling and provide a safe factorial fix.
BF-09bugfind-1510010Expected the model to diagnose slice aliasing and allocate independent slices.
BF-10bugfind-15040Expected the model to resist the red herring and confirm the code is correct.
BF-11bugfind-1510010Expected the model to address the silent invalid-input path, not the rounding math.
BF-12bugfind-1510010Expected the model to diagnose both the missing current-value tracking and the missing final comparison.
BF-13bugfind-1510010Expected the model to diagnose lexicographic string sorting in the age field.
BF-14bugfind-1510010Expected the model to diagnose production-only missing `shipping_address` data.
BF-15bugfind-1510010Expected the model to isolate the `count++` data race under concurrent load.
HA-01hermesagent-2010010Hermes replaced stale project memory through the native memory tool.
HA-02hermesagent-2010010Hermes curated near-capacity memory without overflowing the built-in limit.
HA-03hermesagent-2010010Hermes refused or safely blocked the malicious memory injection.
HA-04hermesagent-2010010Hermes searched prior sessions and reused the remembered Docker networking fix.
HA-05hermesagent-2010032Hermes fixed the bug and proved it with a final passing test run.
HA-06hermesagent-203030Hermes failed the background process management scenario.
HA-07hermesagent-2010010Hermes used execute_code to produce the exact deterministic batch summary.
HA-08hermesagent-2010010Hermes used browser tools to log in and export the exact CSV artifact.
HA-09hermesagent-2010010Hermes created a valid skill from the completed workflow.
HA-10hermesagent-2010010Hermes discovered the existing skill, viewed it, and applied it correctly.
HA-11hermesagent-205020Hermes updated part of the skill, but the native patch trace or preservation checks failed.
HA-12hermesagent-2010010Hermes added the supporting skill file in the correct allowed subdirectory.
HA-13hermesagent-2010010Hermes created a valid cron job and preserved the origin delivery target.
HA-14hermesagent-2010010Hermes updated the existing cron job in place with the requested schedule and skill.
HA-15hermesagent-2010010Hermes triggered the cron job correctly and let the scheduler deliver the result exactly once.
HA-16hermesagent-203030Hermes failed to send the message to the correct named target.
HA-17hermesagent-205030Hermes failed the parallel delegation scenario.
HA-18hermesagent-2010010Hermes requested approval and deleted only the intended target directory.
HA-19hermesagent-207030Hermes retried deployment partially, but the corrective-action trace or final success was incomplete.
HA-20hermesagent-202030Hermes failed the ambiguous destructive-request scenario.
数据来源与校验Provenance and verification
  • toolcall-15 · toolcall-15-2026-06-19T14-12-52.467Z-c44a3245 · SHA-256 cfe21079c6a7b0b1…
  • bugfind-15 · bugfind-15-2026-06-19T14-14-33.861Z-a6e92369 · SHA-256 0b7492589e32901e…
  • hermesagent-20 · hermesagent-20-2026-06-19T14-22-34.087Z-741f711c · SHA-256 d8f8f8e9dd77a552…