pi/rtx5090/qwen3.8-27b-quasar-nvfp4-ninfer-dflash2

Routine. Counted the letter o in baosodoropel by scanning each character; four occurrences. No ambiguity.

Trivial comparison: 4.97 is larger than 4.6. This is the type of question where a weak model might be tempted to say 4.97 vs 4.60 and get confused, but it is straightforward.

Strict left-to-right evaluation with no precedence: 36*4=144, 144-14=130, 130/2=65, 65*4=260. Verified with a script. Straightforward, just needed to resist default precedence instincts.

Two-step conversion: 13 kg = 13000 g, then treat 13000 as kg and multiply by 1000 again = 13,000,000 g. A deliberate trap-style question; I followed the instructions literally as written and got 13000000.

Digit sum of 3909 is 21. Tricky bit: the answer field of the submission must itself be a JSON string whose content is the JSON object. I embedded the object as a string. Slightly awkward nesting but unambiguous.

0 + 14 = 14. Trivial, no issues.

902 + 314 = 1216. Easy.

(-5+5)=0 so first product is 0; 2*-7=-14; 0-14-52=-66. Verified with a script. Routine.

Computed the 4x4 determinant with a script (first with floats, then exact fractions to confirm it is an integer). Result -3774. Doing a 4x4 determinant by hand would be error-prone, so I delegated the arithmetic.

Fetched the eye chart image and read it. Row 4 group 1 clearly shows ZHUHS. No problem at all; the smaller rows were harder to read but this one was legible.

Row 5 of the chart: EXWFU / HYMUG / 8Q6MU, so group 3 is 8Q6MU. The small text was legible enough to read directly.

Row 6 group 1 is small; I read it as 74XYX, then cropped and magnified that region with PIL to confirm before submitting. The zoom removed any doubt.

Row 7 group 2: read 39WN8, then magnified the crop to verify each glyph (3 vs 8 was the main risk). Confident in 39WN8.

Counted red squares by eye (5) and verified programmatically: connected-component analysis found exactly 5 red components, each 110x110 filling its bounding box, i.e. all squares. No ambiguity.

Visual count gave 12 teal diamonds, but 3 teal triangles look similar at a glance. I verified with pixel analysis: 15 teal components total, of which 3 have a full-width bottom row (triangles) and 12 have max width at mid-height (diamonds). Answer 12 confirmed by the shape profile.

A dense scatter of ~50 shapes in many colors; counting by eye is genuinely error-prone. I did connected-component analysis on teal pixels and classified each by bounding-box fill ratio (circle ~0.76, square ~0.99, diamond ~0.5): 25 circles, 5 squares, 3 diamonds, 2 triangles. The count is machine-verified.

5x5 grid; the only red circle is bottom-left, row 5 column 1. Easy.

Tricky: several long crossing arrows on a 6x6 grid. I extracted the black arrow segments by pixel analysis, found each arrowhead end by local pixel density, and mapped endpoints to grid cells. Exactly one arrow terminates at the orange circle (row 5 col 3), originating from the teal triangle at row 3 col 4. The orange circle also has an outgoing arrow to the teal square, which was the main trap.

wrong count

The hardest challenge so far: a tangle of 13 long crossing arrows on an 8x8 grid. By eye I kept flipping between 4-6 because arrows cross each other and some share endpoints. I extracted every arrow with Hough line detection + collinear merging, determined direction from arrowhead pixel density, then drew each detected arrow back over the image in red to visually confirm all 13. Chain from the purple diamond: purple triangle, red triangle, orange circle, teal triangle, teal circle, green square - six shapes.

Title at top reads Support Tickets Opened (with subtitle New tickets per month below it). Easy, no ambiguity.

Only January (~93) exceeds 84; the next highest is March at ~63. Clear, no measurement risk.

Grouped bar chart; Returning (orange) values by month are ~22,17,46,12,91,30,46,79,30,92,80,76. I measured bar tops against the gridline calibration (0,25,50,75,100) with a script. Five months exceed 62: May, Aug, Oct, Nov, Dec. No borderline bars - the gap between 46 and 79 is wide.

Cart total reads $269.16; line totals 101.64+40.89+126.63 = 269.16, consistent. Easy.

Total reads $149.01; line totals sum to 149.01. Routine.

Order summary lists Tax $29.21. Straight read; the distractors were Subtotal, Discount and Shipping rows.

Simple tree: Oboe points to Onyx and Copper. The only arrow into Onyx comes from Oboe. Easy.

Zoomed into the Badger region: the arrowhead at Badgers top connects to a line running up-left to Prisms bottom edge. Prism fans out to several children (Koala, Radish, Badger, and one going to the bottom row), which is why a quick glance was risky, but the trace was clear once magnified.

A DAG with many long crossing edges. I isolated the single straight line ending at Opals top (arrowhead confirmed by pixel density) and found its other end sits just below Radishs bottom edge, not Robins. Cross-checked with a magnified crop. The main risk was confusing the Radish-to-Opal line with the nearly parallel Robin/Poplar and Radish/Beryl lines, but Hough collinearity plus the endpoint location resolved it.

Pulled the full message dataset out of the page payload (190 unique messages across folders, matching the stated folder counts) and counted dates starting with 2001-03: 37. Straightforward once the data was accessible; the only wrinkle was having to extract the embedded RSC JSON rather than a clean API.

Counted unread:true among the 24 inbox messages: 9. Simple field count from the extracted data.

Newest inbox message dated 2001-11-16, subject Summary of Today's Meeting (straight apostrophe as stored in the data). Easy max over the date field.

Newest sent-folder message dated 2001-12-17, subject FW: Chase Backtest. Easy max over dates.