Novus Examples, Real, documented example files for testing

Stabilisation Input: pan-city, Light handheld

Light handheld camera shake applied to the locked-off pan-city plate: up to 3.0 px of translation at 11.0 Hz, seed 5100. Sub-pixel-to-3-pixel translation at walking cadence: the residual wobble left after in-body stabilisation. Easy to correct, and the case where over-correction visibly crops the frame for nothing. Uncovered edges are filled black rather than padded, so the crop a stabiliser needs is visible in the input.

File: MP4 · Stab · 640x360
Use case: Video stabilisationVideo QA· Conversion set

Stabilisation Input: pan-city, Rotational roll

Rotational roll camera shake applied to the locked-off pan-city plate: up to 4.0 px of translation and 1.6° of roll at 8.0 Hz, seed 5162. Translation plus up to 1.6° of roll. Translation-only stabilisers cannot fix roll at all, so this immediately separates 2-DOF from full-affine implementations. Uncovered edges are filled black rather than padded, so the crop a stabiliser needs is visible in the input.

File: MP4 · Stab · 640x360
Use case: Video stabilisationVideo QA· Conversion set

Stabilisation Input: text-motion, Heavy handheld

Heavy handheld camera shake applied to the locked-off text-motion plate: up to 12.0 px of translation at 6.5 Hz, seed 5131. Twelve-pixel excursions at a slower, larger cadence: running, or a long lens. Requires real trajectory smoothing rather than frame-to-frame alignment. Uncovered edges are filled black rather than padded, so the crop a stabiliser needs is visible in the input.

File: MP4 · Stab · 640x360
Use case: Video stabilisationVideo QA· Conversion set

Stabilisation Input: text-motion, High-frequency jitter

High-frequency jitter camera shake applied to the locked-off text-motion plate: up to 2.5 px of translation and 0.5° of roll at 23.0 Hz, seed 5193. Small, fast jitter near the frame rate: vibration from a vehicle or a drone motor. Aliases against the sampling rate, so naive low-pass smoothing of the path leaves it almost untouched. Uncovered edges are filled black rather than padded, so the crop a stabiliser needs is visible in the input.

File: MP4 · Stab · 640x360
Use case: Video stabilisationVideo QA· Conversion set

Stabilisation Input: text-motion, Light handheld

Light handheld camera shake applied to the locked-off text-motion plate: up to 3.0 px of translation at 11.0 Hz, seed 5100. Sub-pixel-to-3-pixel translation at walking cadence: the residual wobble left after in-body stabilisation. Easy to correct, and the case where over-correction visibly crops the frame for nothing. Uncovered edges are filled black rather than padded, so the crop a stabiliser needs is visible in the input.

File: MP4 · Stab · 640x360
Use case: Video stabilisationVideo QA· Conversion set

Stabilisation Input: text-motion, Rotational roll

Rotational roll camera shake applied to the locked-off text-motion plate: up to 4.0 px of translation and 1.6° of roll at 8.0 Hz, seed 5162. Translation plus up to 1.6° of roll. Translation-only stabilisers cannot fix roll at all, so this immediately separates 2-DOF from full-affine implementations. Uncovered edges are filled black rather than padded, so the crop a stabiliser needs is visible in the input.

File: MP4 · Stab · 640x360
Use case: Video stabilisationVideo QA· Conversion set

Star Schema: Customer Dimension (CSV)

The customer dimension of a star schema: surrogate key, name, city, country, and segment. Joins to the sales fact table on customer_key. Names are synthetic.

File: CSV · Star Schema · 40 rows
Use case: Data importData engineering+1· Conversion set

Star Schema: Date Dimension (CSV)

The date dimension of a star schema: one row per day with a YYYYMMDD surrogate key and calendar attributes (year, quarter, month, weekday). Joins to the sales fact table on date_key.

File: CSV · Star Schema · 31 rows
Use case: Data importData engineering+1· Conversion set

Star Schema: Product Dimension (CSV)

The product dimension of a star schema: surrogate key, SKU, name, category, and unit price. Joins to the sales fact table on product_key.

File: CSV · Star Schema · 20 rows
Use case: Data importData engineering+1· Conversion set

Star Schema: Sales Fact Table (CSV, 300 rows)

The sales fact table at the centre of a star schema: 300 sale lines with foreign keys to the date, product, and customer dimensions plus quantity and amount measures. A fixture for testing joins, star-schema imports, and BI tools.

File: CSV · Star Schema · 300 rows
Use case: Data importData engineering+1· Conversion set

Statement of Work (DOCX, SAMPLE)

Fictional SAMPLE statement of work DOCX for services-document tooling.

File: DOCX · SOW
Use case: Templates· Conversion set

Statement of Work (HTML, SAMPLE)

HTML twin of the SAMPLE SOW.

File: HTML · SOW
Use case: TemplatesEditor testing· Conversion set

Statement of Work (Markdown, SAMPLE)

Markdown twin of the SAMPLE SOW for docs pipelines.

File: MD · SOW
Use case: TemplatesEditor testing· Conversion set

Statement of Work (PDF, SAMPLE)

PDF twin of the SAMPLE statement of work.

File: PDF · SOW
Use case: TemplatesPDF editor testing· Conversion set

Statement of Work Template (DOCX)

A professional statement of work with background, scope, a milestone-and-deliverable table, fees, acceptance criteria, and a signature block: a realistic contract-style template.

File: DOCX · Statement Of Work
Use case: Templates

Static Website Project (ZIP)

A realistic static-website project bundled as a ZIP: index.html with linked CSS, JS, and an SVG logo, plus a README. For testing project extraction, unpack-then-serve pipelines, and nested-folder handling.

File: ZIP · Project · 5 members
Use case: Conversion testing

STEP: AP214 Cube Corner Points

A minimal, well-formed STEP AP214 file holding the eight corner points of a 10 mm cube. For testing STEP header and entity parsing and CAD-exchange tooling.

File: STEP · Cad
Use case: Conversion testing

Stereo Channel Imbalance (440 Hz)

A 440 Hz stereo tone with a loud left channel and a near-silent right channel, for balance and mono-mix testing.

File: WAV · Signals · 1 s
Use case: Audio analysis

Stereo Channel Map: L 440 Hz / R 880 Hz (WAV)

A stereo WAV with a distinct tone in each channel (440 Hz on the left, 880 Hz on the right), so you can verify channel mapping, panning, and L/R routing unambiguously.

File: WAV · Channels · 3 s
Use case: Audio analysis

Stereo/Mono Twin 01: Mono (440 Hz)

Mono 440 Hz twin. Pair with the stereo file for channel-count / downmix tests.

File: WAV · Stereo Mono · 16000
Use case: Audio analysisConversion testing· Paired fixture

Stereo/Mono Twin 01: Stereo (440 Hz)

Stereo twin of the 440 Hz tone (L=mono, R=phase-shifted) for stereo↔mono conversion tests.

File: WAV · Stereo Mono · 16000
Use case: Audio analysisConversion testing· Paired fixture

Stereo/Mono Twin 02: Mono (523 Hz)

Mono 523 Hz twin. Pair with the stereo file for channel-count / downmix tests.

File: WAV · Stereo Mono · 16000
Use case: Audio analysisConversion testing· Paired fixture

Stereo/Mono Twin 02: Stereo (523 Hz)

Stereo twin of the 523 Hz tone (L=mono, R=phase-shifted) for stereo↔mono conversion tests.

File: WAV · Stereo Mono · 16000
Use case: Audio analysisConversion testing· Paired fixture

Stereo/Mono Twin 03: Mono (659 Hz)

Mono 659 Hz twin. Pair with the stereo file for channel-count / downmix tests.

File: WAV · Stereo Mono · 16000
Use case: Audio analysisConversion testing· Paired fixture

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