![]() ![]() visuals, animation etc), so come along even if Haskell or music are not your thing. The ideas and concepts described in this talk can be applied to any language and practice (e.g. In other words, TimeLines is one of the world's most capable and customisable sequencers, powered by mathematics itself. Made to be used both on stage and in the studio, it enables the composition and performance of arbitrary, reproducible, completely deterministic (yet heavily random-enabled) streams of information, which can be plugged into any sort of sound-making or editing process. Live by your words spoken here today, for they are eternally binding. Für uns ist es sehr wichtig, jeden Patienten individuell umfassend und vielseitig zu beraten mit dem Ziel, sein jugendliches und attraktives Aussehen zu verbessern und bewahren. Based on Haskell and SuperCollider, TimeLines hijacks synths by controlling all of their parameters over time, using simple (or complicated, if one is so inclined) mathematical equations to determine their value for each and every moment. but a Fellow of this Domain of the Praxis. LG - Privatpraxis für Anti-Aging Behandlung und ästhetische Medizin Die besten Methoden der ästhetischen Medizin und Produkte führender Kosmetikmarken stehen Ihnen bei uns zur Verfügung. ![]() Have you ever wondered what "music is maths" really means? TimeLines is an attempt at answering this question, an approach to live coding music as mathematical functions with one unknown: time itself. Thu, - 16:00 Thu, - 18:00 Add to Calendar 15:00:00 17:00:00 Workshop: Introduction to live coding with PraxisLIVETimeLines: Music as (Simple) Mathematical Functions of Time More information on PraxisLIVE is on the software website at The software has been presented, and workshops given, at various events including Libre Graphics Meeting (London 2016 / Seville 2018), Perte de Signal (Montreal 2016), Live Performers Meeting (Amsterdam 2017), Electric Nights (Athens 2017), Generate (Tubingen 2017), JDD (Krakow 2017) and Piksel (Bergen 2017). FFT) from audio to video and back.Įxporting a standalone PraxisCORE project that can still be live coded externally of the IDE by listening on a file or sending (fragments of) source code from another program.Ī paper on PraxisLIVE was presented at ICLC 2016. Setting up a simple audio project, including sequencing and synthesis, and how to pass data (eg. Setting up, live-coding and mixing GLSL components, and controlling uniform values from “outside” using other code, sensors or OSC / MIDI. Setting up / adapting simple Processing sketches for live coding, including PraxisLIVE extensions for reactive coding, keyframe animation and patterns, as well as live video textures and mixing sketches together. It will then consider various strategies to project setup for live coding performance, including working with the PraxisCORE runtime separately from the IDE. The workshop will provide an introduction to the PraxisLIVE environment, its intuitive live visual patching (a graphical representation of its actor graph), and the ability to re-code any node as it’s running, using a mixture of Processing / Java or GLSL. There is also built-in support for live coding GLSL, working with GStreamer for video input / playback, and a live-recodeable audio engine with JACK bindings. It offers a powerful way of working with any JVM tools and libraries, including specific support for live-coding with Processing. It aims to bring aspects of Smalltalk, Erlang and Extempore into working with Java. PraxisLIVE is a hybrid-visual libre IDE and actor-based runtime for live programming, with a particular emphasis on live creative coding.
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