Exploring the Coalescence 1.0: A Deep Dive into the Neural Concatenative Multi-Sampler for Ableton Live

The Coalescence 1.0 boasts various features such as support for dropping multiple samples, individual or folders, neural network visualization, and the option to use transients or spectral frames for clustering. It also provides extensive settings for sample playback, including standard playback parameters, a phase vocoder playback mode for time stretching, and external audio input routing.

Additionally, the device features a modulation system with multiple sources and destinations, a per-voice filter with different modes, and various options for generating modulations. It should be noted that the Coalescence 1.0 has some limitations when it comes to sample size and network capacity, but overall, it offers a powerful and versatile tool for working with samples in Ableton Live.

To learn more about this device, ndivuyo has provided a teaser video and a walkthrough video on YouTube. The Coalescence 1.0 is available for download on Dillon Bastan's website, and it is a commercial device. :internal_private_article_id: coalescence

Coalescence 1.0, authored by ndivuyo, is a neural concatenative multi-sampler that employs machine learning to orchestrate similar sample slices into clusters. This relies on a selected spectral feature which opens avenues for captivating sound creations. The spectral feature is based on four variations – Chroma, Mel, Bark, and Speech – each built to cater to different sound requirements.

The device fascinates with its interactive and intuitive design, showcasing a neural network visualized in a 2D circular structure. Although the network's layout might seem complex at first glance, in truth, it is designed to make the navigation and manipulation of samples effortless and dynamic. It supports multiple samples, individual or folders (maxing at 2000), for concatenative sampling. However, ndivuyo's caveat indicates that this device is not built to handle a large volume of samples simultaneously owing to its network capacity.

Each sample in Coalescence 1.0 has dedicated parameters that regulate variables like pitch, volume, direction, and transient sensitivity. This degree of customization offered at the sample level proves invaluable for sound artists, giving them unprecedented control over the fine details of their sample-based music.

There are three different playback modes including Point, Rings, and Paths – each uniquely addressing the way the multi-sampler interacts with sample clusters.

  1. The Point mode, which leans closest to classic samplers, allows to select a single sample slice point from where the playback begins, with the MIDI resetting the playback. There also exists an option for external audio input to control the lookup point based on similarity.
  2. The Rings mode revolves around MIDI pitches triggering circular ranges. A random sample within the range is chosen to play when this happens. This mode is exceptional for drum kits or any sample slicing.
  3. Finally, the Paths mode pitches individual playback paths that can glide or jump through sample slices. It can produce sequences and movements, ideal for experimentation and the creation of unique rhythmic patterns. Alternatively, there also exists a Single path mode, where only one path can be triggered, and MIDI pitches repitch playback.

What separates Coalescence 1.0 from other multi-sampler devices is its external audio input routing and robust modulation system. You can choose to have sampler voices triggered by an input transient detector instead of MIDI notes. This opens up the possibility for a voice-controlled synth, a style-transfer-esque effect, or even beat boxing with voice to trigger drum sounds.

In terms of modulation, two LFO's, two envelopes, two random spray values created at the beginning of each voice, the routed external audio input's envelope follower, and pitch detector, and standard MIDI sources are present. Each modulation source has two configurable destinations to tailor the sound's modulation to the artist's intentions.

Last but not least, it also has a per-voice filter with standard simple biquad filter, ladder filter mode, and vowel or formant filter mode. These filter options are integral in sculpting and giving character to the samples, making this device a versatile instrument for producing unique and dynamic compositions.

In conclusion, the Coalescence 1.0 is a transformative tool that revolutionizes the functionality of a sampler while maintaining user accessibility. Its ability to interconnect neural learning and sound manipulation will inspire breakthroughs in creative sample-based compositions. Despite having some limitations in terms of sample size and network capacity, its array of features overcomes these drawbacks, making it an essential addition for artists working with Ableton Live.

The platform also provides users with Teaser and Walkthrough videos on YouTube for beginners to smoothly start their journey with Coalescence 1.0. For downloading the device, visit Dillon Bastan's website. Enhance your Ableton Live experience with the multi-faceted Coalescence 1.0 today!

Example Usage

Let's dive into using the Coalescence 1.0, a neural concatenative multi-sampler, in Ableton Live. This novice-level example will get you started on exploring its features.

  1. Install and Open the Coalescence 1.0 device in Ableton Live.
  2. Drag and drop multiple samples onto the device interface. You can either select individual samples or whole folders containing samples (up to 2000).
  3. Explore the Device Overview to familiarize yourself with its parameters and options.
  4. Select a playback mode - for this example, let's choose the "Rings" mode.
  5. Trigger a MIDI note to play a random sample within the selected Ring. Experiment with different MIDI notes to explore the variety of samples within each Ring.
  6. Adjust the standard playback settings such as pitch, volume, direction, and transient sensitivity according to your preferences.
  7. Try out the external audio input routing feature. Enable the option to trigger sampler voices using the input's transient detector instead of MIDI notes. This allows you to use external audio to trigger the sampler.
  8. Another exciting feature is the ability to control what sample slice is being played based on its similarity to the input audio. Experiment with using input audio similarity to influence the playback of the Coalescence 1.0 device.
  9. Utilize the modulation system. Assign two modulation sources to two mappable destinations. This will allow you to introduce dynamic changes and variations in your sound.
  10. If you want to add a touch of filtering to your samples, explore the per-voice filter options. Experiment with different filter modes such as a standard biquad filter, a ladder filter, or a vowel/formant filter.

Remember, this is just the tip of the iceberg when it comes to the Coalescence 1.0 device. Feel free to experiment, try different playback modes, test out the various spectral features, and discover your unique sonic possibilities.

Note: Make sure you have the Coalescence 1.0 device installed and compatible with your version of Ableton Live. You can download it commercially from the following link: [Device Download](https://dillonbastan.com/store/maxforlive/index.php?product=coalescence)

Have fun exploring the neural world of the Coalescence 1.0 and let your creativity flow!

In this intermediate-level usage example, let's explore how to use the Coalescence 1.0 max4live device in Ableton Live to create evolving sequences using the Paths playback mode.

  1. Start by dropping a folder of melodic samples onto the Coalescence 1.0 device in Ableton Live.
  2. Set the Neural Concatenative Multi-Sampler to use the Mel spectral feature for clustering the sample slices. This will organize the samples based on their intensities from low to high frequencies.
  3. Adjust the cluster radius size and other training parameters to fine-tune the sample organization.
  4. Create a MIDI track and assign the Coalescence 1.0 device as the MIDI instrument.
  5. Set up a MIDI controller or virtual MIDI input to trigger the Paths playback mode. Each MIDI pitch value will trigger an individual playback path that glides or jumps through the sample slices.
  6. Experiment with different MIDI pitch values to explore various sequences and movements. For example, assigning ascending pitch values might create an upward melodic progression, while descending pitch values could create a descending sequence.
  7. Use the provided modulation system to add further dynamism to the sequences. Assign LFOs, envelopes, or other MIDI sources to modulate parameters like pitch, volume, or filter cutoff.
  8. Consider routing external audio input to control what sample slice is playing based on its similarity to the input. This can open up creative possibilities, such as using your voice or other sounds to trigger specific sample slices.
  9. Experiment with the per-voice filter options to shape the timbre of the sequences. Try out the standard biquad filter, ladder filter, or even the vowel or formant filter mode for interesting sonic textures.
  10. Save your presets and analysis files to easily recall your settings and load samples instantly in future sessions.

By exploring the Paths playback mode in the Coalescence 1.0 device, you can create unique and evolving sequences that add depth and complexity to your music productions. Let your creativity flow and experiment with different sample clusters, modulation sources, and filter settings to shape your sonic landscape.

Further Thoughts

The Coalescence 1.0 is a highly versatile neural concatenative multi-sampler for Ableton Live. With its machine learning capabilities, it organizes sample slices into clusters based on spectral features, offering three playback modes: Point, Rings, and Paths. It even allows for external audio input to control audio slices based on similarity. In this usage example, we will explore how to use the Paths playback mode to create dynamic sequences.

  1. Start by dropping a folder of sample slices into the Coalescence 1.0 device. Ensure that the samples are suitable for sequencing purposes, such as melodic snippets or drum hits.
  2. Set the playback mode to Paths by selecting it from the device's interface.
  3. Assign a MIDI controller or sequencer to trigger the individual paths. Each MIDI pitch will correspond to a specific path in the cluster of sample slices.
  4. Experiment with different MIDI patterns to trigger the paths. For example, you could create a four-bar pattern where each bar triggers a different path, creating variation and movement in your composition.
  5. Adjust the glide and jump settings to control how the path traverses through the sample slices. Glide will create a smooth transition between slices, while jump will create a sudden change in playback position.
  6. To add further modulation, utilize the device's built-in modulation system. Assign an envelope or LFO to control parameters such as pitch or filter cutoff, adding expressive and dynamic changes to your sequences.
  7. Don't forget to explore the various settings for the network, such as the cluster radius size and training parameters. These options allow you to customize the behavior and organization of the sample slices.

By incorporating the Coalescence 1.0's Paths playback mode into your Ableton Live session, you can create captivating sequences with dynamic movements and variations. Experiment with different sample slices, MIDI patterns, and modulation sources to unlock the full creative potential of this powerful Max for Live device.

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