Best setting for clickrepair denoise lf4/29/2023 Negative values, I didn't identify any difference Higher values reduce the structure of sharpening the photos. It probably works in conjunction with another tool. I couldn't identify the change in the photo. The higher the value, the less artifacts in the photo. Higher values result in smaller, very subtle highlights. It is not a commonly used tool.Ĭontrols color, vibration, high values cause extremely vibrant colors, in general it should be a saturation control, not a contrast.Ĭontrols the highlights in a subtle way. More vibrant colors, lower values, more washed colorsĬontrols lighting contrast, lower values lighten the photo and flatter, higher values cause stronger black levels.Ĭhanges the lights at the structural level in the photo, high values force a strange structure in the image. It works on the vibrancy of colors, higher values result in a higher color contrast. Higher values make photos lighter, but excessive values cause light blur in dark areas. Night scenes did not notice a difference. It influences exposure, not black levels. The smaller the value, the less contrast tends to make the image more hazy. The other Shasta and Merge tools could not identify any difference in the tested scenario. Noise Processing 2 enables or disables NP1. Chromatic Aberrations?ģ noise processing values, needs further testing but directly influences noise reduction. Higher values cause pink spots in highlights. Probably sensor and processor must be compatible with Sabre. In this tool, the smaller the value, the more sharpness there is, good for circling letters and numbers with zoom applied, it doesn't cause impact without zoom. Sabre and the SuperResZoom method, High Resolution Zoom. Theoretically fix Dots on weaker sensors. They work together in low relief and high positive. ![]() Very fine tuning that requires full knowledge. Must be used in conjunction with Lens Settings Noise Modeler. Working together, NMC controls the channels, ANM, enable or disable, NMB block or grant the noise shaper. The lower the value, the more aggressive reduction in low-level, dark areas. Noise reduction the higher the value, the more aggressive the reduction, fine-tuning. Noise reduction, the lower the value, the less noise in the image. Lower values darken the photo drastically, can be used as contrast. Interesting for nightly XMLs, it should be used together. Exposure Darker 1 and 2 (Dark Exposure)ĭramatically reduces highlights at high values.Used in conjunction with Under Exposure Matrix, they have a stronger effect. Lightly controls highlights by decreasing exposure and making shadows darker. Under Exposure 1 and 2 (Low Exposure 1 and 2).The higher the value, the brightness level drops, respecting the shadows more, interesting to use in night XMLs. The higher the value, the darker the image.Ĭontrols the highlights, the lower the value the stronger the highlights get.Īlso control highlights, probably in support of Exposure 1, as white has a stronger burst. The only functions that change the structure of the image are very light adjustment so as not to completely spoil the structure of the photo. Because the iso works to the limit of automatic lighting and not manual. However high values do not increase the brightness of the photo. I don't advise messing with iso, as it varies a lot from scene to scene, low values tend to make the photo dark. ISO (ISO and light sensitivity of the sensor).Ideal to use in conjunction with Saturation 1. It has a greater impact on the overall color of the image, even increasing the vibrancy of colors. Does not reset color from primary color photos. ![]() Controls color saturation with a higher concentration on light and shadows, higher values more saturation. Minimum or smaller values cause color leakage in some situations, I recommend values above the default, or no change. The lower the value, it causes greening at the edges of the photo, especially in dark areas I couldn't identify any difference in the tested scenario, smaller values tend to have a more aggressive noise reduction. Very high reductions can cause blurring and blurring, confusing element depth lines with shadows. The higher the value, the harsher the color noise. Chroma Denoise (Chromatic Noise Reduction).The higher the value, the less aberrations found in the noises, the difference is very subtle in low-light, I didn't notice notable gains in sharpness or structure. Very similar to conventional Noise Reduction. The higher the value, the more noise, but more sharpness is obtained, very low values make the image Soft without structure and painted. Higher values less grain in light, bringing a little more sharpness in details, but with less structure, less depth in relief. The smaller the value, the softer the image, it loses structure in color and light. Spatial Denoise (Spatial Noise Reduction).The higher value the sharper the image.
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