The Headtracked Binaural E4L Mod Of Master Bus 1.51 is a modified version of Envelop for Live's Master Bus device that allows for head-tracked binaural monitoring of ambisonic audio. This device takes data from head trackers such as Waves NX, Supperware, or RJLab to control the orientation of a binaural decoder. It also supports flexible input and output routing, making it ideal for rendering stems from an ambisonic decoder or using it as a decoder for external Ambix signals.
To use the device, you need to download and connect the appropriate head tracker software. For Waves NX, download Nxosc and establish a connection with your Nx head tracker. For Supperware, download Bridgehead and select "Quaternion (composite)" in the Bridge Settings. For RJLab, download OSC Bridge and set the /quaternions to "qX, qZ, -qY, qW". If using FacePoseHeadTracker, download the app for macOS 12+.
Next, download Envelop for Live and create an ambisonic Live Set. Replace the E4L Master Bus with the included "E4L_Master_Bus_for_Head_Tracking" on an audio track. Select the appropriate head tracker mode, and if set up properly, you should see the 3D head animating and the numbers changing for Yaw, Pitch, and Roll.
The device offers three binaural settings: Binaural 2D, Binaural (3rd Order), and Binaural Youtube. Each setting has its own advantages in terms of CPU usage and accuracy. Choose the setting that suits your needs.
Other notes include instructions on repositioning the center, using the different channels for monitoring and recording, and utilizing the "auto" button for automatic input configuration.
Overall, the Headtracked Binaural E4L Mod Of Master Bus 1.51 is a powerful tool for immersive binaural monitoring in Max for Live. Explore its capabilities and elevate your spatial audio experience.
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The Headtracked Binaural E4L Mod Of Master Bus 1.51, masterfully crafted by d5x610, expands the horizon of spatial audio. This modification of the Envelop for Live's Master Bus device is specifically designed to generate an immersive binaural listening experience. The mod is versed in working with various head tracker software like Waves NX, Supperware, or RJLab to manipulate the orientation of a binaural decoder- a feature that sets it apart. An even more appealing attribute of this extraordinary device is its native support for APPLE SILICON M1+ chips.
As a seamless integration of innovation and accessibility, this mod also features flexible input and output routing. This makes it unparalleled for tasks such as rendering stems from an ambisonic decoder for a binaural mix, or using it as a decoder for external Ambix signals.
A user-friendly device, it requires you to establish a connection with your head tracker software. For example, for Waves NX you would download Nxosc; for Supperware, Bridgehead; for RJLab, OSC Bridge; and the FacePoseHeadTracker app for macOS 12+. The next step is to replace the E4L Master Bus in your ambisonic Live Set with the "E4L_Master_Bus_for_Head_Tracking". Choose the correct head tracker mode, and voilĂ , your device comes alive!
The E4L Mod offers three binaural settings namely, Binaural 2D, Binaural (3rd Order), and Binaural Youtube. These all provide varying benefits in terms of CPU usage and sound accuracy, empowering the users to select what best suits their requirements.
The E4L mod comes equipped with insightful features like the ability to reposition the center aligning with the direction of your head. The different channels (Channel 1/2 for head tracked binaural monitoring, Channel 3/4 5/6 for the direct Ambix signal) provide flexibility for monitoring and recording. A standout feature is the "auto" button which simplifies your workflow by automatically configuring the Masterbus inputs to their corresponding external inputs.
In essence, E4L Mod Of Master Bus 1.51 is a dynamic tool that integrates innovation and user-friendliness to produce an elevated spatial audio experience. Discover its world and step into the future of binaural monitoring.
Example Usage
To use the Headtracked Binaural E4L Mod Of Master Bus 1.51 Max4Live Device, follow these steps:
- If you're using the Waves NX head tracker, download Nxosc from https://audiooo.com/nxosc and establish a connection with your Nx head tracker. If you're using Supperware, download Bridgehead from https://supperware.co.uk/headtracker and establish a connection. In Bridgehead, go to the Bridge Settings and under Profile, select "Quaternion (composite)". If you're using RJLab, download OSC Bridge from https://github.com/trsonic/nvsonic-head-tracker/releases and set the /quaternions to "qX, qZ, -qY, qW". For FacePoseHeadTracker, download the app from https://apps.apple.com/app/id1613097737 (MacOS 12+ only).
- Download Envelop for Live from https://www.envelop.us/ or https://github.com/EnvelopSound/EnvelopForLive and create an ambisonic Live Set. Replace the E4L Master Bus with the included "E4L_Master_Bus_for_Head_Tracking" (must be on an audio track). Select the appropriate head tracker mode for your device. If your head tracker is set up properly, you should now see the 3D head animating and the numbers changing in the bottom portion for Yaw, Pitch, and Roll.
- In the E4L Master Bus, select one of the three binaural settings (Binaural 2D, Binaural (3rd Order), or Binaural Youtube) depending on your preference and requirements.
That's it! You can now enjoy the headtracked binaural monitoring experience provided by the Headtracked Binaural E4L Mod Of Master Bus 1.51 Max4Live Device. If you have any further questions, comments, or ideas, feel free to contact the developer at [email protected].
To get started with the Headtracked Binaural E4L Mod Of Master Bus 1.51 Max4Live device, follow these steps:
- If you're using the Waves NX head tracker, download Nxosc from [audiooo.com/nxosc](https://audiooo.com/nxosc) and establish a connection with your head tracker. For Supperware users, download Bridgehead from [supperware.co.uk/headtracker](https://supperware.co.uk/headtracker) and establish a connection. In Bridgehead, go to Bridge Settings and select "Quaternion (composite)" under Profile. For RJLab users, download OSC Bridge from [github.com/trsonic/nvsonic-head-tracker/releases](https://github.com/trsonic/nvsonic-head-tracker/releases) and set the /quaternions to "qX, qZ, -qY, qW". If you're using FacePoseHeadTracker, download the app from [apps.apple.com/app/id1613097737](https://apps.apple.com/app/id1613097737) (MacOS 12+ only).
- Download Envelop for Live from [envelop.us](https://www.envelop.us/) or [github.com/EnvelopSound/EnvelopForLive](https://github.com/EnvelopSound/EnvelopForLive) and create an ambisonic Live Set. Replace the E4L Master Bus with the included "E4L_Master_Bus_for_Head_Tracking" device, making sure it's on an audio track. Choose the appropriate head tracker mode for your device. If your head tracker is set up correctly, you should see the 3D head animating and the numbers changing for Yaw, Pitch, and Roll.
- In the E4L Master Bus device, select one of the three available binaural settings. You can choose from: - Binaural 2D: This setting uses minimal CPU but does not render the height channel, resulting in slightly less accuracy. - Binaural (3rd Order): This setting uses 3rd Order HOA rendering, which is accurate but more CPU intensive. It utilizes 25 HRIRs. - Binaural Youtube: This setting replicates the algorithm that YouTube uses for binaural rendering of ambisonic audio. It is lean on CPU usage while still providing great sound in full 3D 360. You can find more information about this algorithm on Google's GitHub page at [github.com/google/spatial-media/tree/master/spatial-audio](https://github.com/google/spatial-media/tree/master/spatial-audio).
Remember these additional notes while using the device: 1. To reposition the center, orient your head to your desired center point (usually looking at the screen) and click the CENTER button. 2. Channel 1/2 is used for head-tracked binaural monitoring, while channels 3/4 and 5/6 are for the first-order direct Ambix signal. You can output the Ambix signal using a multi-output device for recording in external software. 3. The "auto" button can be used to automatically populate the Master Bus inputs with external inputs numbered in tandem. 4. If you have any questions, comments, or ideas, feel free to send them to [email protected].
Enjoy the immersive experience of headtracked binaural monitoring with the Headtracked Binaural E4L Mod Of Master Bus 1.51 Max4Live device!
Further Thoughts
To experience the full immersive capabilities of the Headtracked Binaural E4L Mod Of Master Bus 1.51 Max4Live device, follow these steps:
- Begin by downloading the appropriate head tracker software for your device. If you are using Waves NX, download Nxosc from https://audiooo.com/nxosc and establish a connection with your Nx head tracker. For Supperware users, download Bridgehead from https://supperware.co.uk/headtracker and establish a connection. In Bridgehead, navigate to the Bridge Settings and select "Quaternion (composite)" under Profile. RJLab users should download OSC Bridge from https://github.com/trsonic/nvsonic-head-tracker/releases and set the /quaternions to "qX, qZ, -qY, qW". For those using FacePoseHeadTracker, download the app from https://apps.apple.com/app/id1613097737 (MacOS 12+ only).
- Next, download Envelop for Live from either https://www.envelop.us/ or https://github.com/EnvelopSound/EnvelopForLive and create an ambisonic Live Set. Replace the E4L Master Bus with the provided "E4L_Master_Bus_for_Head_Tracking" device, making sure it is placed on an audio track. Select the appropriate head tracker mode for your device. If your head tracker is properly set up, you will observe the 3D head animating and the numbers changing in the bottom portion representing Yaw, Pitch, and Roll.
- Within the E4L Master Bus device, select one of the three available binaural settings based on your preferences. The options are as follows:
- Binaural 2D: This setting utilizes minimal CPU resources but does not render the height channel, resulting in some accuracy sacrifice.
- Binaural (3rd Order): This option offers accurate 3rd Order Higher Order Ambisonics (HOA) rendering, but it is more CPU intensive. It employs 25 Head-Related Impulse Responses (HRIRs).
- Binaural Youtube: This algorithm mimics Youtube's binaural rendering of ambisonic audio. It requires fewer CPU resources while still offering impressive 3D 360 sound reproduction. Further information can be found on Google's GitHub page at https://github.com/google/spatial-media/tree/master/spatial-audio.
Immerse yourself in the spatial audio experience provided by the Headtracked Binaural E4L Mod Of Master Bus 1.51 Max4Live device. Feel free to reposition the audio center by orienting your head to the desired center point and clicking the CENTER button. Additionally, you can utilize channels 1/2 for head-tracked binaural monitoring and channels 3/4 5/6 for first-order direct Ambix signal, which can be conveniently output using a multi-output device for recording in external software.
Take advantage of the "auto" button to automatically populate the Master Bus inputs to external inputs numbered in tandem, simplifying your workflow. Should you have any inquiries, comments, or ideas, feel free to reach out to Noah Neumark at [email protected].