PixMaster
®
Redefining industry standards through innovation.
Welcome!
Welcome to PixMaster, where we specialise in cutting-edge image processing technology development, focusing particularly on advanced algorithms for image correction. With a robust portfolio of innovative solutions, we have successfully solved a few of the biggest challenges in the field of digital image enhancement and restoration.
We are committed to pushing the boundaries of visual quality and accuracy through rigorous research and development. By leveraging state-of-the-art technologies and methodologies, we empower businesses and professionals to achieve superior results with their visual content.
Could you please identify a single RGB color correction technology capable of correcting the colors in all the images displayed below?
Our color correction technology represents a significant breakthrough in image processing.
Currently, users often find themselves struggling with adjustments for shadows, midtones, highlights, and preserving luminosity within the color correction dialog. When faced with nuanced color issues, they resort to exploring alternative options such as channel mixers or adjusting levels in different color channels. This often leads to uncertainty about which method will effectively solve the color problem.
Our color correction technology simplifies the process with just three sliders. It effectively resolves even major color issues, eliminating the need for users to navigate between various options and settings.
The ultimate color control
Our revolutionary way to segregate colors will make you play with colors like never before.
Our technology offers users the ability to independently manipulate primary and secondary colors without affecting others. For instance, users can remove magenta entirely from an image while leaving other colors untouched. Moreover, they can transform magenta or any primary/secondary color into any other primary, secondary, or tertiary color of their choice. This level of control empowers users to achieve precise color adjustments and creative transformations like never before.
Previously, users had to choose between hue/saturation, selective color, and HSL adjustment in Lightroom to process color independently.
Let us take the simple task of removing magenta from an image.
1. In Hue/Saturation, users must first select the color range and then process, resulting in an unnatural finish.
2. In selective color, magenta remains in the image's highlighted area. However, the outcome is better to Hue/Saturation.
3. Lightroom's HSL adjustment is similar to Photoshop's Hue/Saturation adjustment.
In the example below, we demonstrate how red can be transformed into various primary, secondary, and tertiary colors using our technology.
Technology Never Seen Before.
BlackCast ?
BlackCast is an image issue we discovered during our research and development. Just as color cast affects the colors in photography, BlackCast exclusively affects the exposure of the image, causing it to appear dark without oversaturating the colors.
Imagine a photograph placed in a room for several months gathering dust, causing it to appear dull. Gently removing the dust reveals the correct exposure and colors of the image. Similarly, our BlackCast removal technology aims to restore the original colors and exposure by addressing the underlying darkened areas.
The BlackCast problem resembles an exposure issue, but traditional methods like adjusting exposure, shadows, or levels often lead to unintended consequences such as fading the image, overexposing lighter areas, or producing unnatural results.
The challenge lies in distinguishing between exposure problems and BlackCast issues. Exposure problems typically manifest with saturated colors, whereas BlackCast presents as a darkened image without saturated colors. This issue commonly arises when subjects are backlit or in shadowed areas, such as under trees.
This understanding helps us develop targeted solutions that address BlackCast effectively, ensuring images retain their intended exposure and color balance.
Here are a few examples of blackcast issues.
BlackCast removal technology is designed to eliminate undesirable blackcast from images, restoring their original color and exposure.
Comparison of BlackCast Removal, Brightness , and Exposure Adjustment.
The image below is a good example to illustrate the concept. A portion of the lady's face is in shadow, and her skin tone is not saturated. Also, we don't want to overexpose the face's lighter parts. So we used blackCast to restore the correct colour of the image without overexposing the lighter region of the skin.
This is a common practise to keep the subject in shadow for even lighting. We can observe that there is some blackness in the original image. After applying blackcast removal, we can achieve natural colour and exposure from the photograph.
Correcting overexposed images is a real challenge.
Find a highlight correction technology that effectively and naturally enhances the highlights in all the images shown below.
The major problem with present technology is that while correcting the highlighted area, the colour and exposure of the better area are also altered. To prevent this from happening, generally users have to manually mask out the area, which is a time-consuming process.
Our technology aids in reconstructing the color and preserving details in highlighted areas, ensuring the original integrity of the image is maintained.
The rose petal, which was clearly overexposed, has been effectively corrected by Light Recovery, naturally restoring its color and intricate details.
In the image below, it's evident that Light Recovery effectively restores color and details from the lighter portions of the skin.
Create vibrant and mesmerising images with PixMaster®.
Achieving proper exposure remains one of the biggest challenges in photography.
Achieving natural brightness from these dark images is now within reach.
Typically, users find themselves navigating between adjustments for shadows, blacks, exposure, and more when correcting darker regions of an image.
The challenge of incorrect exposure in photography stems from the camera's limitations in replicating what the human eye perceives. This can lead to certain areas in an otherwise stunning photograph appearing underexposed compared to the natural visual perception.
Dark Recovery enhances details in darker areas of the image, aiming to achieve results that closely resemble what you saw with your own eyes.
Technology Simplified.
Local Contrast
Currently, users apply local contrast using an unsharp mask, often struggling to find the right balance between radius and amount. This approach can lead to overexposure or clipping in brighter areas of the image, resulting in an unnatural look.
The radius for local contrast depends on both the subject in the image and its size, which necessitates experimentation and can waste time.
Our intelligent single-slider local contrast solution solves these issues seamlessly. Gone are the days of trial and error between radius and amount adjustments. This approach tries to delivers natural results and is effective in reducing the impact of haze, lens flare, or the dull/flat appearance in images.
Local contrast enhances an image by adding depth and a three-dimensional appearance, akin to the effect achieved by high-end camera lenses. This technique brings out details and textures, making elements in the image stand out and giving it a more vivid and lifelike quality.
Make the colors sing.
Vibrance
This intelligent option allows you to enhance saturation in less colorful parts of the image without affecting already vibrant areas, thus preserving natural color balance. This prevents colors from appearing unnatural and ensures that skin tones remain natural and not overly saturated. Conversely, applying negative vibrance can reduce saturation, starting with the most vibrant colors and gradually affecting the rest of the image.
Changing the vibrance is the simplest way to make colours sing.
Create a professional-grade visual impact with your image.
The "Luminance Adjustment" option in PixMaster is a powerful tool for controlling the brightness or darkness of specific colors in your image.
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Increasing Luminance: When you increase the luminance of a color (for example, blue), it makes that color brighter in the image. This means areas that are predominantly blue will appear lighter.
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Decreasing Luminance: Conversely, decreasing the luminance of a color darkens that specific color in the image. This adjustment is useful for making colors appear deeper or more muted.
