Augmented Reality And Computer Vision for Wall colour change

Augmented reality wall vision

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Wall Color Visualization: A Computer Vision Approach

In today’s era, selecting the ideal paint color for residential walls can be an overwhelming endeavor due to the abundant alternatives available. A common challenge homeowners face is picturing how a selected color will manifest on their walls. This report delves into how the integration of computer vision technology can mitigate this issue, paving the way for users to have an immersive and accurate visualization experience.


Historically, paint color selection primarily revolved around manual methods involving paint swatches or sample cards. Regrettably, such approaches fall short in providing a comprehensive perspective on how a color will amalgamate with the existing room decor, ambient lighting, and other components.


Harnessing the prowess of computer vision, the state-of-the-art application is designed to capture the nuances of the user’s room. It subsequently projects various paint hues onto the walls in a real-time framework. This approach not only renders a lifelike representation of the color but also incorporates factors like room lighting and furniture into its visualization – an aspect conspicuously absent in traditional swatches.

Possible Solutions:

1. Augmented Reality Visualization

  1. Definition: Augmented Reality (AR) seamlessly marries the digital and physical realms. Specifically, for wall color representation, AR capacitates homeowners and interior designers to project a myriad of paint hues onto physical walls via digital interfaces.
    • Real-time visualization capabilities.
    • Eliminates the need for intensive server support.
    • Low maintenance requirements. Cons:
    • Predominantly application-centric.
    • Performance inconsistencies on lower-end Android devices.
    • Possible discrepancies between digital color depictions and actual paint shades owing to screen calibrations.

2. Image-based Visualization

Definition: This modality requires users to upload an image of their interior. Post image processing, which could vary between 20-30 seconds contingent on server prowess, users are presented with color alteration options for their walls.

    • Flexibility for web server deployment.
    • Superior accuracy in visualization.
    • Not constrained by the device’s processing power. Cons:
    • Amplified server costs.
    • Lacks real-time visualization.


well it depends !!
If your goal is to reach a vast consumer base while being cost-effective, AR may be the optimal choice. It provides an interactive and immersive experience, even if not at the highest quality. On the other hand, if you aim for a high-quality, realistic experience without budget constraints, consider Image-based Visualization, keeping in mind the cost implications per visualization.
However, always ensure you’re aware of the associated pros and cons of each technology and their relevance to the specific task at hand.

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