ScreenCheckv1.0
VISUAL INSPECTIONcolor
2 min
Client-Side Local

Shadow Detail Test

Original synthetic dark-scene compositions featuring stepped concentric near-black rings and subtle low-luminance contours to evaluate how well your monitor renders subtle textures in dark game scenes or night movies.

Technical Scope & Limitations

Uses original synthetic graphics. Real-world movie/game shadow rendering can also be affected by video player color space and bit-depth.

Browser rendering output can be influenced by OS display scaling, GPU driver color settings, and active HDR profiles.

Testing Instructions
  1. Dim room lighting for optimal contrast sensitivity.
  2. Look at the dark concentric rings radiating from the center.
  3. You should be able to count multiple distinct rings rather than seeing a flat black silhouette.
  4. If details disappear, adjust monitor gamma or raise shadow detail in display settings.
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Pattern 1 of 1: Low-Luminance Concentric Contours

What This Test Checks

  • Low-luminance tonal gradation in dark cinematic and gaming scenes.
  • Concentric shadow step separation (RGB 3 to 35).
  • Absence of harsh pixel quantization banding in deep darks.

How to Perform the Test

  • Perform test in a dimly lit or dark room.
  • Allow 20 seconds for dark adaptation.
  • Observe the dark concentric rings radiating outward from the center emblem.
  • Count how many distinct rings you can separate from the black background.

What to Look For

  • On a well-calibrated display, multiple outer and inner rings should be clearly discernible.
  • If the entire screen looks like a flat black disc, shadow details are being severely crushed.

Common Display Problems & Diagnostic Guidance

Gamma 2.4 vs 2.2 in Dark Rooms

In pitch-black viewing rooms, standard BT.1886 / Gamma 2.4 produces deeper perceived contrast, while Gamma 2.2 is preferable in standard daylight conditions.

Frequently Asked Questions

Are copyrighted photos used in this test?

No. ScreenCheck utilizes 100% original synthetic mathematical geometric artwork to ensure uncompressed, artifact-free testing.