eye contact tools

PART 1.

Here’s a list of eye contact tools mentioned in the Reddit post, along with their details:

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1. NVIDIA Maxine

• Description: NVIDIA Maxine is an AI-powered platform that includes an eye contact correction feature. It uses Tensor Cores (found in NVIDIA RTX GPUs) to simulate eye contact during video calls.

• Limitation: Requires an NVIDIA RTX GPU with Tensor Cores.

• Mentioned in Post: The user’s hardware (GT 1030) doesn’t support Maxine due to the lack of Tensor Cores.

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2. NUIA Full Focus

• Description: A software tool designed to help users maintain eye contact during video calls. It uses eye-tracking technology to adjust your gaze.

• Features:

  • Eye contact correction.

  • Content arrangement around the webcam.

• Mentioned in Post: A user shared a link to NUIA Full Focus: https://www.4tiitoo.com/nuia-full-focus-for-eye-contact-in-video-calls.

• Limitation: Paid software.

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3. Casablanca.ai

• Description: A technically advanced solution that not only corrects eye gaze but also adjusts the position of your head during video calls. It works on both Mac and Windows.

• Features:

  • Eye contact correction.

  • Head movement adjustment.

• Mentioned in Post: A user mentioned it’s currently in Beta and free to use.

• Website: https://casablanca.ai.

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4. Gaze Correction (GitHub Project)

• Description: An open-source project on GitHub that provides gaze correction functionality.

• Features:

  • Simulates eye contact using AI.

  • Free and open-source.

• Mentioned in Post: A user shared the GitHub link: https://github.com/chihfanhsu/gaze_correction.

• Limitation: Requires technical knowledge to set up and use.

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5. NVIDIA Broadcast

• Description: NVIDIA Broadcast includes an eye contact correction feature as part of its suite of AI-powered tools for video enhancement.

• Features:

  • Eye contact correction.

  • Background blur, noise removal, and auto-framing.

• Mentioned in Post: Users discussed its eye contact feature but noted it requires an NVIDIA RTX GPU.

• Website: https://www.nvidia.com/en-us/geforce/broadcasting/broadcast-app.

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6. Eyeline

• Description: Eyeline is an AI tool that adjusts your gaze in real-time to simulate eye contact during video calls.

• Features:

  • Real-time eye contact correction.

  • Works with most video conferencing apps.

• Mentioned in Post: Not directly mentioned, but it’s a popular alternative to NVIDIA Maxine.

• Website: https://www.eyeline.ai.

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7. XSplit VCam

• Description: XSplit VCam offers AI-powered gaze correction and background removal.

• Features:

  • Gaze correction.

  • Background blur and removal.

• Mentioned in Post: Not directly mentioned, but it’s a viable alternative.

• Website: https://www.xsplit.com/vcam.

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8. ManyCam

• Description: ManyCam is a video enhancement tool that includes virtual eye contact features.

• Features:

  • Eye contact simulation.

  • Background effects, filters, and overlays.

• Mentioned in Post: Not directly mentioned, but it’s a popular tool for video call enhancements.

• Website: https://manycam.com.

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Summary of Tools

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PART 2.

Here’s a breakdown of the tools and resources you’ve provided, along with steps to use them for eye contact correction or gaze tracking:

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1. GazeRecorder

• Description: GazeRecorder is a tool for recording and analyzing eye gaze data. It’s often used for research or usability testing.

• Download Link: https://gazerecorder.com/download-gazerecorder/

• How to Use:

  1. Download and install GazeRecorder.

  2. Calibrate the tool using your webcam or an external eye tracker.

  3. Record your gaze data during video calls or presentations.

  4. Analyze the data to improve your eye contact habits.

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2. GazeSense SDK

• Description: GazeSense is an eye-tracking SDK by Eyeware that works with standard webcams or 3D sensors. It provides real-time gaze tracking and analytics.

• Website: https://eyeware.tech/gazesense-eye-tracking-software-for-webcams-3d-sensor/

• How to Use:

  1. Download the GazeSense SDK from the website.

  2. Integrate the SDK into your application (requires programming knowledge).

  3. Use the API to track gaze data and simulate eye contact in real-time.

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3. NVIDIA Maxine AR SDK

• Description: NVIDIA Maxine AR SDK includes tools like GazeRedirect.exe for real-time gaze redirection, which simulates eye contact.

• GitHub Link: https://github.com/japanihon/MAXINE-AR-SDK

• How to Use:

  1. Clone the repository:

      git clone https://github.com/japanihon/MAXINE-AR-SDK
     

  2. Open the NvAR_SDK.sln file in Visual Studio.

  3. Build the project to generate executables like GazeRedirect.exe.

  4. Run GazeRedirect.exe to test the gaze redirection feature.

  5. Use the tool during video calls to simulate eye contact.

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4. Toolify.ai Article: Master the Art of Eye Contact

• Description: This article provides tips and tools for improving eye contact in pre-recorded videos.

• Link: https://www.toolify.ai/ai-news/master-the-art-of-eye-contact-in-your-prerecorded-videos-389470

• Key Takeaways:

  • Use AI tools like NVIDIA Broadcast or Eyeline for real-time gaze correction.

  • For pre-recorded videos, use video editing software with AI plugins to adjust eye contact in post-production.

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Summary of Tools

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Next Steps

1. For Real-Time Eye Contact:

   • Use NVIDIA Maxine AR SDK (if you have an NVIDIA GPU) or GazeSense SDK.

2. For Gaze Analysis:

   • Use GazeRecorder to track and improve your eye contact habits.

3. For Pre-Recorded Videos:

   • Follow the tips in the Toolify.ai article and use video editing software with AI plugins.

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PART 3.

To get NVIDIA Maxine Eye Contact, you need to download the NVIDIA Maxine AR SDK, which includes the gaze redirection feature. Here’s the direct link and steps:

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Direct Link to NVIDIA Maxine AR SDK

• Official NVIDIA Maxine AR SDK Page:
  https://developer.nvidia.com/maxine

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Steps to Get NVIDIA Maxine Eye Contact

1. Visit the NVIDIA Maxine AR SDK Page:

   • Go to the official page: https://developer.nvidia.com/maxine.

2. Sign Up/Log In:

   • Create an account or log in to your NVIDIA Developer account.

3. Download the SDK:

   • Navigate to the Downloads section.

   • Download the SDK package compatible with your system (Windows or Linux).

4. Install the SDK:

   • Follow the installation instructions provided in the SDK documentation.

   • Ensure you have the required dependencies (CUDA, cuDNN, Visual Studio).

5. Build the Gaze Redirection Example:

   • Open the NvAR_SDK.sln file in Visual Studio.

   • Build the project to generate the GazeRedirect.exe executable.

6. Run the Gaze Redirection Tool:

   • Launch GazeRedirect.exe to test the eye contact feature.

   • Use it during video calls or recordings to simulate eye contact.

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Alternative: NVIDIA Broadcast (Easier to Use)

If you want a simpler, user-friendly tool with eye contact correction, try NVIDIA Broadcast:

• Feature: Includes an eye contact correction feature.

• Requirements: NVIDIA RTX GPU.

• Download: https://www.nvidia.com/en-us/geforce/broadcasting/broadcast-app.

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Key Links

• NVIDIA Maxine AR SDK: https://developer.nvidia.com/maxine

• NVIDIA Broadcast: https://www.nvidia.com/en-us/geforce/broadcasting/broadcast-app

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Let me know if you need further assistance!