Instruo x Modern Biology Pocket Scion: Video Manual
Pocket Scio is portable device that captures biofeedback data sourced from contact with living organisms. This data is used by onboard sound engine to generate evolving soundscapes and range of MIDI messages. Data is also accessible as OSC messages which are broadcast from accompanying desktop application. Anyone can create, shape and enjoy music with Pocket Scio regardless of existing musical experience. Despite its stand-alone, plug-and-play interface, experienced or adventurous users can use MIDI and OSC output capabilities to integrate Pocket Scio and biofeedback into their studios, installations and audio- visual projects. Timecodes: 00:00 - Intriduction 02:11 - What's in Box? 03:43 - Getting Started: Intro 04:16 - Getting Started: Audio Out 04:33 - Getting Started: Sensor Input 04:44 - Getting Started: Touch Electrode 05:44 - Getting Started: Connect with Nature 06:41 - Getting Started: Factory Reset Command 07:13 - Instruments: Intro 07:21 - Instruments: Secret Garden 08:00 - Instrument Selection 08:14 - Instruments: Fungal Waves 09:02 - Instruments: Treebeard's Koto 09:46 - Instruments: Soil Circuits 10:35 - Controls Intro 10:45 - Volume Control 10:53 - Sensitivity Control (Coarse) 11:14 - Hardware ports 11:31 - Sensitivity Control (Fine) 12:23 - Instrument Selection 12:32 - Advanced Controls 12:43 - Shift Controls 12:54 - Voice Count 14:33 - Transposition 15:30 - Interlude with DivKid 16:15 - Common Misconception (Plant Sounds?) 16:46 - Listening to Analogue Sensor 17:13 - How Sensor Works 18:30 - What Algorithm Interprets 19:00 - Raw Sensor Signal from Pocket Scion (Secret Feature) 19:26 - Pocket Scion Listening to Sensor 19:54 - Back to Instruments 20:24 - Square Wave Control (Sensor Override) 21:12 - Square Wave Control Pocket Scion 21:31 - Pulse Frequency Fluctuation Control 22:06 - Complex Generative Feedback Control Patch Theory 23:02 - Pocket Scion Controller App 23:38 - Instrument Settings 24:16 - Programming Scales 24:50 - Ratcheting 25:44 - Instrument Voice Weighting 27:30 - Voice Settings 27:41 - MIDI 28:21 - USB MIDI Device 28:53 - Single Channel MIDI Example 30:09 - Voice Parameters 30:57 - Octave Offset 31:55 - Multi-Channel MIDI Example 32:06 - Single/Multi Channel Mode: Hardware Select 32:47 - Multi-Channel MIDI in Ableton Live 33:07 - External MIDI Instrument Control with Parallel 33:35 - Polyphonic MIDI Orchestration Example in Ableton Live 34:34 - Voice Range Distribution 39:55 - External Polyphonic MIDI Instrument Control 40:31 - Instruments Defining Tonality for External MIDI Instrument Control 42:12 - OSC 44:15 - Conclusion www.pocketscion.com Playlist: https://rutube.ru/plst/888888 #Instruo | #ModernBiology | #PocketScion Original video: https://youtu.be/INhNEHOCSy8
Pocket Scio is portable device that captures biofeedback data sourced from contact with living organisms. This data is used by onboard sound engine to generate evolving soundscapes and range of MIDI messages. Data is also accessible as OSC messages which are broadcast from accompanying desktop application. Anyone can create, shape and enjoy music with Pocket Scio regardless of existing musical experience. Despite its stand-alone, plug-and-play interface, experienced or adventurous users can use MIDI and OSC output capabilities to integrate Pocket Scio and biofeedback into their studios, installations and audio- visual projects. Timecodes: 00:00 - Intriduction 02:11 - What's in Box? 03:43 - Getting Started: Intro 04:16 - Getting Started: Audio Out 04:33 - Getting Started: Sensor Input 04:44 - Getting Started: Touch Electrode 05:44 - Getting Started: Connect with Nature 06:41 - Getting Started: Factory Reset Command 07:13 - Instruments: Intro 07:21 - Instruments: Secret Garden 08:00 - Instrument Selection 08:14 - Instruments: Fungal Waves 09:02 - Instruments: Treebeard's Koto 09:46 - Instruments: Soil Circuits 10:35 - Controls Intro 10:45 - Volume Control 10:53 - Sensitivity Control (Coarse) 11:14 - Hardware ports 11:31 - Sensitivity Control (Fine) 12:23 - Instrument Selection 12:32 - Advanced Controls 12:43 - Shift Controls 12:54 - Voice Count 14:33 - Transposition 15:30 - Interlude with DivKid 16:15 - Common Misconception (Plant Sounds?) 16:46 - Listening to Analogue Sensor 17:13 - How Sensor Works 18:30 - What Algorithm Interprets 19:00 - Raw Sensor Signal from Pocket Scion (Secret Feature) 19:26 - Pocket Scion Listening to Sensor 19:54 - Back to Instruments 20:24 - Square Wave Control (Sensor Override) 21:12 - Square Wave Control Pocket Scion 21:31 - Pulse Frequency Fluctuation Control 22:06 - Complex Generative Feedback Control Patch Theory 23:02 - Pocket Scion Controller App 23:38 - Instrument Settings 24:16 - Programming Scales 24:50 - Ratcheting 25:44 - Instrument Voice Weighting 27:30 - Voice Settings 27:41 - MIDI 28:21 - USB MIDI Device 28:53 - Single Channel MIDI Example 30:09 - Voice Parameters 30:57 - Octave Offset 31:55 - Multi-Channel MIDI Example 32:06 - Single/Multi Channel Mode: Hardware Select 32:47 - Multi-Channel MIDI in Ableton Live 33:07 - External MIDI Instrument Control with Parallel 33:35 - Polyphonic MIDI Orchestration Example in Ableton Live 34:34 - Voice Range Distribution 39:55 - External Polyphonic MIDI Instrument Control 40:31 - Instruments Defining Tonality for External MIDI Instrument Control 42:12 - OSC 44:15 - Conclusion www.pocketscion.com Playlist: https://rutube.ru/plst/888888 #Instruo | #ModernBiology | #PocketScion Original video: https://youtu.be/INhNEHOCSy8