1. TV Survey Summary Reports (SDR/HDR PDFs)<br/>
2. TV Playable Test Pattern Files<br/>
* Codecs: HEVC, AVC, MPEG2<br/>
* Wrappers: TS, MP4<br/>
3. Test Pattern Original Sources<br/>
* Codecs: v210 Uncompressed-10bit QuickTime Wrapped<br/>
3. Additional Reference Files<br/>
* Graphic sources<br/>
* DaVinci Resolve Project Files<br/>
* Calman Workflow for NIT measurment
1. SDR Native Peak-White<br/>
2. SDR Mid-Gray from "Gamma-Adjusted"(black to reference-white) down mapping from HLG-to-SDR<br/>
3. SDR Graphic White for "Linear-scaled" and "Gamma-Adjusted" down mappings from HLG-to-SDR<br/>
1. HDR Mid-Gray (ITU-R BT.2408 @ 38% signal level in HLG and PQ (Full-Screen Size) <br/>
2. HDR Graphic White (Full-Screen)<br/>
3. HDR 1,000nit (L32-10% Pixel Area)<br/>
2. HDR 3,930.5nit (L32-10% & 5% pixel area sizes)<br/>
1. Place media files folders (SDR and HDR Folders)on a USB stick and plug into your TV for testing<br/>
2. Set the TV Mode that you normally use (Cinema/Movie, Standard, Sports, Vivid, etc)<br/>
3. Note DEFAULT/FACTORY settings for AI/Intelligent or Energy Saver / ECO settings (On or OFF)<br/>
a) After measuring in "factory settings", make Measurement with the all above modes OFF<br/>
4. Measure SDR Patterns<br/>
5. Measure HDR Patterns if applicable<br/>
7. Enter requested information and image luminance values into survey (links below)<br/>
8. Repeat the test with each TV display mode (where possible) to see what midtone stretching is occurring<br/>
1. [SDR Display MODE Consumer Survey for ANYONE](https://forms.gle/7PX7YSNEz3odWzY29)<br/>
2. [SDR Display Luminance Survey for Experts](https://forms.gle/MRcGhh8WgQVUkUSJ9)<br/>
3. [HDR Display Luminance Survey for Experts](https://forms.gle/nFKsyX6bWNLTkdKt6)<br/>
* A spot meter must be used for display measurement accuracy:
* With Calman (or equivalent) using included Calman workflow (included in Github Repository) for nits measurement
* [Click here for inexpensive handheld SM208 screen luminance meter via Amazon](https://www.amazon.com/gp/product/B00H050VEI/ref=ppx_yo_dt_b_asin_title_o00_s00?ie=UTF8&psc=1)**<br/>
**Click RANGE button once on SM208 to set correct range for the measurements**
* **Narrow-Range TS AVC and MPEG2 8bit** (Black=16; Peak White=235)
* 1a Full-Screen SDR Mid-Gray with two tone mappings, SDR Peak White (HEVC)
* 1b Full-Screen SDR Mid-Gray with two tone mappings, SDR Peak White (AVC)
* 2a Portrait Display Skin Tone Test Pattern SDR-HLG-SDR Roundtrip (MPEG2)
* 2b Portrait Display Skin Tone Test Pattern SDR-HLG-SDR Roundtrip (AVC)
* **Narrow-Range TS HEVC 10bit** (Black=64; Peak White=940)
* **Full Screen Mid-Gray and Graphics White and L32 for 1,000nits, L32-10%/5% Pixel Area 3,930nits
* 3- HLG Display Luminance_Test HEVC (HEVC-Main10 59.94P)
* 4- PQ Display Luminance Test HEVC 1K-NIT Peak MDCV/CLLI (HEVC-Main10 59.94P)
* 5- PQ Display Luminance Test HEVC 4K-NIT Peak MDCV/CLLI (HEVC-Main10 59.94P)
* 6- Portrait Display Skin Tone Test Pattern SDR-to-HLG Upmapping - (HEVC-Main10 59.94P)
* Peak white (100% Peak White Nominal Video Level)
* Hybrid-Linear HDR->SDR Downconvert using NBCU LUT3 - HLG 38% signal level ("mid-gray" or 26nits when normalized at 1,000nits(cd/m<sup>2</sup>)
* Gamma-Adjusted HDR->SDR Downconvert using BBC LUT9C - HLG 38% signal level ("mid-gray" or 26nits when normalized at 1,000nits(cd/m<sup>2</sup>)
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Reference
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SDR Test File Thumbnail Preview
- HLG Test File Thumbnail Preview
- PQ Test File Thumbnail Preview