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Short deterministic dialogue waveform 034 in the dialogue-voice set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-164.
Short deterministic dialogue waveform 035 in the dialogue-voice set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-165.
Short deterministic dialogue waveform 036 in the dialogue-voice set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-166.
Short deterministic dialogue waveform 037 in the dialogue-voice set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-167.
Short deterministic dialogue waveform 038 in the dialogue-voice set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-168.
Short deterministic dialogue waveform 039 in the dialogue-voice set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-169.
Short deterministic dialogue waveform 040 in the dialogue-voice set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-170.
Short deterministic dialogue waveform 041 in the dialogue-voice set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-171.
Short deterministic dialogue waveform 042 in the dialogue-voice set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-172.
Short deterministic dialogue waveform 043 in the dialogue-voice set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-173.
Short deterministic dialogue waveform 044 in the dialogue-voice set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-174.
Short deterministic dialogue waveform 045 in the dialogue-voice set, tuned for repeatable trimming, gain, loop, and export checks. Stable P8 artifact p8-audio-175.
Every element of the synthetic phantom dataset as tag, value representation, meaning and encoded length, in the ascending tag order the standard mandates. Diff a parser's element list against it to check both the ordering rule and the two different length encodings.
A DICOM Part 10 file built byte by byte: 128-byte preamble, the DICM magic, an explicit-VR file meta group and a 27-element dataset ending in 16-bit pixel data. Every identifier is invented: the patient name is SYNTHETIC^PHANTOM, the instance UIDs sit under the unregistered 2.25 UUID arc, and the pixels are a generated pattern. There is no protected health information here and nothing in the file refers to a real person, device or study.
The same synthetic phantom written with the implicit-VR transfer syntax, where element types never appear on the wire and a reader must consult a data dictionary to know that Rows is a 16-bit integer. The file meta group stays explicit VR, which is the mixed-mode detail parsers most often miss. Every identifier is invented: the patient name is SYNTHETIC^PHANTOM, the instance UIDs sit under the unregistered 2.25 UUID arc, and the pixels are a generated pattern. There is no protected health information here and nothing in the file refers to a real person, device or study.
The identical element stream with the 128-byte preamble and the DICM magic stripped, which is how DICOM often arrives out of a network transfer or a database blob column. It is not a conformant Part 10 file and its content is entirely recoverable, so a reader should fall back rather than reject.
Baseline twin A for visual-diff regression (pixel change suite: 1px-crop). Compare against twin B.
Baseline twin A for visual-diff regression (pixel change suite: 1px-shift). Compare against twin B.
Baseline twin A for visual-diff regression (button change suite: button-add). Compare against twin B.
Baseline twin A for visual-diff regression (button change suite: button-label). Compare against twin B.
Baseline twin A for visual-diff regression (colour change suite: colour-tint). Compare against twin B.
Baseline twin A for visual-diff regression (button change suite: corner-badge). Compare against twin B.
Baseline twin A for visual-diff regression (pixel change suite: dot-noise). Compare against twin B.
Baseline twin A for visual-diff regression (colour change suite: hue-shift). Compare against twin B.
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