Chroma

1. Selection: Begin by selecting an object or area within the camera frame that you wish to modify in terms of color. This could be any distinct object, surface, or element with visible color. 2. Capture: The app employs a mesh or overlay to analyze and capture the color information from the selected object. This process involves precise color profiling, ensuring an accurate representation of the object's colors. 3. Swap Colors: Once the color is captured, users have the flexibility to choose a replacement color. Options include selecting from a predefined palette or customizing a color to align with personal preferences. The app then seamlessly swaps the captured color with the chosen replacement in real time. 4. Live Preview: Users can immediately view a real-time preview of the selected object with the newly applied color. This dynamic preview allows for on-the-fly adjustments, ensuring the desired visual outcome is achieved. 5. Dynamic Interaction: The app remains responsive as users interact with the camera or the object. It continuously monitors the selected area, updating the color replacement in real time to maintain consistency, even as objects move. 6. Customization: For further creative control, the feature offers customization options such as adjusting the intensity or opacity of the replacement color. Users can experiment with various settings to fine-tune the visual effect to their liking. 7. Save and Share: To preserve their creations, users have the option to capture and save the modified image with the color replacement. This feature is versatile, serving purposes ranging from documentation to sharing on social media or integration into creative projects. In essence, the Real-Time Color Replacement feature within the Chroma app empowers users with color vision deficiencies to adapt and personalize the colors of specific objects or elements in their immediate environment in real time. It provides a creative and practical tool that enhances the user experience and fosters creative expression.

1. **Camera Activation**: Users activate the app's camera mode, which activates the device's camera to capture the surrounding environment. 2. **Live Image Capture**: The camera continuously captures live images of the user's surroundings, which are displayed on the app's interface. 3. **Color Analysis**: The app's algorithms analyze the colors present in the live images. This analysis is performed in real time and identifies the colors within the camera's field of view. 4. **Color Feedback**: The app provides real-time feedback to the user, often overlaying color names or labels directly onto the identified objects or areas within the camera view. For example, if the camera detects a red object, the app might display the word "Red" near that object on the screen. 5. **Customization**: Users may have the option to customize the color feedback, allowing them to choose how color names or labels are displayed and ensuring the information aligns with their preferences. 6. **Educational Support**: In addition to color identification, the app may offer educational content or tips on color recognition. This helps users improve their understanding of colors and gradually enhance their color discrimination skills. 7. **Accessibility**: The Color Identification Real-Time feature is designed to make color-coded information in the environment more accessible to users with color vision deficiencies. This can be particularly valuable in scenarios where color distinctions are important, such as reading color-coded signs, documents, or maps. 8. **Continuous Monitoring**: The app continuously monitors the camera feed, ensuring that color identification and feedback are provided as the user interacts with their surroundings. This real-time support helps users navigate the world more effectively. In summary, the Color Identification Real-Time feature leverages the mobile device's camera and advanced algorithms to identify and label colors within the user's environment in real time. This provides users with valuable information about the colors they encounter, making it easier for them to interpret and interact with color-coded information and objects in their daily lives.

1. User Selection: Users initiate the Deficiency Testing feature within the app. 2. Instruction and Information: The app provides clear instructions and information about the testing process to ensure users understand what to expect. 3. Testing Interface: Users are presented with a testing interface that contains a series of color-related tasks or challenges. These tasks are designed to evaluate the user's ability to perceive and differentiate between specific colors. 4. Task Variations: The tasks may include various scenarios, such as identifying color-coded objects, arranging colors in a specific order, or distinguishing colors within images. 5. Response Input: Users interact with the tasks by providing their responses or selections based on what they perceive. This could involve tapping on colors, arranging color swatches, or making choices within the app's interface. 6. Analysis and Feedback: The app's algorithms analyze the user's responses to the tasks and assess their color vision deficiency. It identifies patterns in their responses and provides feedback on the type and severity of color blindness or deficiency they may have. 7. Detailed Report: Users may receive a detailed report that summarizes the results of their deficiency testing. This report could include information about the specific type of color deficiency (e.g., red-green color blindness) and the degree of severity. 8. Educational Content: The app may also offer educational content related to color vision deficiencies. This could include explanations about how color vision works, the causes of color blindness, and tips for coping with color deficiencies in daily life. 9. Customization: Some apps allow users to customize the deficiency testing process, such as adjusting the difficulty level of tasks or selecting specific types of color vision deficiencies to test. 10. Accessibility Recommendations: Based on the test results, the app may provide accessibility recommendations or suggestions for users to better navigate their color vision deficiency. This could include advice on using color-coded information or assistive tools.