How To Get Perfect Exposure and Skin Tone w/ Omniscope #colorcorrection #colorgrading #photography

In this episode, I show you how to get perfect exposure and skin tone across all your photos with my secret tool, Omniscope. This video answers questions like how to nail exposure and skin tone but in a more technical way. #photography #contentcreator #underexposed #overexposed #skintone #timeinpixels #1ialstudio #photographer #nobeomniscope #omniscope By clicking on the affiliate links below, I may earn a small commission for completed purchases which helps support the maintenance and content creation of the videos on this channel at no additional cost to you. DISCOUNT CODE FOR OMNISCOPE ➤ Take 15% off Nobe OmniScope - professional video scope tools for color grading & post-production Go to: https://timeinpixels.com/nobe-omniscope On checkout, enter my special discount code: 1ialstudio ADDITIONAL LINKS and DISCOUNTS INSTA360 X4 - FREE Gift when you order with this link https://www.insta360.com/sal/x4?utm_t... END-OF-SEASON-SURPRISE https://store.insta360.com/end-of-sea... Use this code to get a free gift: INRAOUJ Insta360 ACE PRO - FREE ACCESSORY when you order with this link https://www.insta360.com/sal/ace-pro?... INSTA360 X3 - Get a FREE selfie stick and battery https://www.insta360.com/sal/x3?utm_t... DEVELOPERS OF PLUGINS WE USE Sonible: https://www.sonible.com?ref=3233 GET 10% OFF ANY FABFILTER PLUGIN OR BUNDLE (new customers): Fabfilter: https://www.fabfilter.com/shop?code=I... Waves: https://www.waves.com/r/1156362 HSL vs YCbCr - In-Depth Differences Between Scope Models HSL (Hue, Saturation, Lightness) is indeed more intuitive for human color perception, making it ideal for tasks like color grading, analyzing skin tones, and creating artistic effects. YCbCr, while also useful for analyzing skin tones, is particularly advantageous in broadcast settings where detecting and correcting color casts, managing noise, and ensuring efficient image transmission and compression are critical. If your focus is on intuitive adjustments and artistic work, HSL is generally preferable. However, if you're dealing with video transmission and need to manage luminance and chrominance efficiently, YCbCr is the better choice. HSL for Color Correction: Adjusting the saturation and lightness can enhance or reduce the intensity and brightness of colors in an image. This is often used for image color grading and correction. HSL for Color Segmentation: By analyzing the hue component, you can easily isolate specific colors or color ranges within an image. This is useful for object detection, image segmentation, and color-based image retrieval. HSL for Image Enhancement: By modifying the HSL components, you can improve image contrast, brightness, and color balance. This is commonly used in image preprocessing for better results in subsequent image processing steps. HSL for Color Filtering: You can create color filters by manipulating the hue, saturation, and lightness channels. This is applicable in various image processing tasks, such as noise reduction, edge detection, and feature extraction. HSL for Artistic Effects: HSL manipulation can be used to create various artistic effects, such as colorization, desaturation, and color shifting. YCbCr For Color Correction: By visualizing the distribution of Y, Cb, and Cr values, you can identify color casts, oversaturation, or undersaturation. The gradients can help you adjust the color balance to achieve a neutral or desired color tone. YCbCr for Noise: Noise often manifests as irregularities in the color channels. Analyzing the YCbCr scope can help identify noise patterns and apply appropriate noise reduction techniques. YCbCr for Image Compression: Understanding the distribution of color information in YCbCr space is crucial for efficient image compression algorithms. By analyzing the scope, you can determine which color components can be down-sampled or quantized without significant perceptual loss. YCbCr for Color Space Conversion: When converting between color spaces (e.g., RGB to YCbCr), the YCbCr scope can help visualize the impact of the conversion and identify potential color shifts. YCbCr for Skin Tone Analysis: Many image processing applications involve skin tone detection or analysis. The YCbCr color space is often used for skin tone segmentation due to its representation of luminance and chrominance information. CHAPTERS 00:00 - Intro 00:48 - Benefit of using Omniscope 01:21 - Workflow outline 02:09 - Running Omniscope 02:52 - Adding scopes 04:00 - Basic scope settings 05:12 - Setting exposure with False Color 06:34 - Adjusting white balance with Vectorscope 10:09 - Adjusting hue with Vectorscope 11:29 - Using Skin Tone Scope and Settings 16:55 - Applying edit to other photos 17:57 - Summary