Qwen3.8-Distilled-2B-NPU2 / vision_results_v1.0.1.csv
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Model,Input,Reasoning Content,Output Content,Text Extraction Check,Seagull Mention Check,Spectrogram Music Check
qwen3.8-distilled:2b,"Extract text from the first image, describe the second one, and imagine what the spectrogram might sound like.",N/A,"## First Image: Text
The capital of France is Paris. It is a major global city and serves as the nation's center for finance, commerce, culture, arts, fashion, and science.
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## Second Image Description
A seagull perches atop a dark-colored lamppost or utility pole against an expansive clear blue sky. The bird stands with its wings folded neatly at its sides — a classic silhouette of the common gull (*Larus marinus*). Its white head and underparts contrast sharply with black wingtips, while the bright orange beak is clearly visible. The composition leaves significant negative space on both sides, emphasizing the solitude of the lone seagull in an otherwise empty sky.
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## What This Spectrogram Might Sound Like
If this were a spectrogram (a visual representation of sound frequency over time), here's what it might represent:
**Overall impression:** A low-frequency dominated soundscape with minimal high-end content. The deep purple/blue tones indicate very little energy in the upper frequency range, while the bright green horizontal line at the bottom represents strong bass frequencies — likely a rumble or thrumming element.
**Possible sound sources:**
- **Low-frequency hums** (fans, motors, HVAC systems)
- **Bass-heavy music** with minimal treble content
- **Ambient environmental noise** (wind, distant traffic)
The vertical striations suggest varying levels of activity across different frequency bands — perhaps a single sustained tone or low-pitched mechanical vibration.",PASS,PASS,PASS
qwen3.8-distilled:2b,Make a story that connects the images together.,N/A,"# The Clockwork City
Paris was not what it looked like from the outside. From above, in this city built on iron and steam, the streets were paved with brass plates that hummed when they moved. The buildings weren't made of stone but of clockwork gears and glass panes filled with liquid mercury.
The capital of France had changed its name to *L'Horloge* — ""The Clock"" — long before anyone could have imagined it would be called Paris again.
Elias was a watchmaker's apprentice in the Grand Workshop, where he spent his days assembling the tiny movements that powered every machine in the city. He worked on clocks for kings and queens who had no idea what they were doing with their timepieces.
He found himself working on something different this afternoon — a clock face made entirely of glass, shaped like a human heart. It was too beautiful to be real, but it was also too perfect to be fake.
As he worked, the city around him seemed to shift and change. The brass plates beneath his feet began to pulse in rhythm with the ticking of his own watch. He realized that every machine in L'Horloge had a heartbeat — not its own, but something far more complex than anything it could measure or calculate.
The clock face he was working on stopped exactly when the sun set over the Seine, and for a moment, everything around him went still. Then slowly began to tick again.
Elias looked up at his workbench and saw that there were no hands left — only gears turning in silence now that they had been replaced by something far more alive than anything he'd ever seen before.",N/A,FAIL,N/A
qwen3.8-distilled:2b,What kind of sound does the spectrogram represent?,N/A,"A spectrogram represents the **frequency content of a sound over time**. It is a visual representation where:
- The **horizontal axis** shows time (in seconds).
- The **vertical axis** shows frequency (in Hertz, Hz).
- Each vertical line at a given time corresponds to one frequency band.
- The height or color intensity of each line indicates the amplitude (loudness) of that specific frequency at that moment.
In short: it maps out how different frequencies are present in a sound signal across time — essentially showing which pitches and their intensities occur when, where there is silence, and where multiple frequencies overlap.",N/A,N/A,SOFT-FAIL