In this workshop you will build both single cycle and loop based sampler devices, empowering you to utilise them in your own patches. This workshop aims to provide you with suitable skills to begin to explore building sampler devices in the Max environment.
Creative Coding
Build samplers with Max
Watch a preview
Part 1 - Introduction 1
Course overview
Learning outcomes
Utilise buffer and waveform objects
Build single cycle waveform sampler devices
Build loop based sampler devices
Who is this course for?
- • This course is for users with a previous knowledge on Max or Pure Data and some rudiments of digital audio and an interest in building sampler devices.
Requirements
- • A computer and Internet connection
- • A good working knowledge of computer systems
- • A basic awareness of audio processing
- • Good familiarity with MSP
- • Access to a copy of Max 8 (i.e. trial or full license)
Course content
Build samplers with Max
9 videos, 2 resources, 1 lesson
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Build samplers with Max
9 videos, 2 resources, 1 lesson
- What you will learn in this course
- Building Samplers in Max Download Link
- Building Samplers in Max Patches
Part 1 - Introduction 1
Checking access...Part 2 - Introduction 2
Checking access...Part 3 - Utilise buffer and waveform objects 1
Checking access...Part 4 - Utilise buffer and waveform objects 2
Checking access...Part 5 - Build single cycle waveform sampler devices 1
Checking access...Part 6 - Build single cycle waveform sampler devices 2
Checking access...Part 7 - Build single cycle waveform sampler devices 3
Checking access...Part 8 - Build single cycle waveform sampler devices 4
Checking access...Part 9 Build loop based sampler devices
Checking access...
Instructors
Phelan Kane
Phelan Kane is a Berlin & London based music producer, engineer, artist, developer and educator. He is currently running the electronic music record label Meta Junction Recordings and the audio software development company Meta Function. He has released the Max for Live device synth Wave Junction in partnership with Sonicstate. http://metafunction.co.uk/ http://phelankane.com/bio/