Pinned Repositories
Auto-Sample-Trimmer
An auto sample trimmer made with MaxMSP Gen~. Analyzes the sound-file and automatically trims of the silence in the start and end of a sample. This makes it more convient to do live-sample looping.
L4COUR_AU_Aesthetic-Programming
An Archive of all the p5.js mini-excersises from the course in Aesthetic Programming at Aarhus University, along with conceptualizations of the final exam project
L4COUR_Max-Patchers
This repository is split into two sub sections. The Max Archive acts as a folder containing my various experimental patches that are not meant for any specific purposes but has givin my a new understanding of various concepts within the max framework. The Max Projects is meant for certain projects made specifically within max, such as the Audiovisualizer E16 Patch, which was the first patch that I ever made, and also the first form of creative coding that I worked with.
lc_Abstractions_MaxMSP
The concept of abstractions within the MaxMSP framework is far from a new concept. However, within abstractions lies endless creative possibilities when it comes to networking your max patches within a rhizomatic Gestell.
MaxMSP-Interfacing
So far I have tried interfacing Max/MSP with External Hardware synthesizers through MIDI. I have also experimented with Interfacing Max/MSP with ORCA through MIDI, OSC and UDP messages, as well as how Max/MSP interfaces with Arduino through serial in order to use various sensors. As I am making this topic I am trying to figure out how to Interface Max/MSP with MQTT brokers such as Shiftr.io through Node for Max as well as how I can interface Max/MSP with Python in order to control an Axidraw XY plotter with a live-input rather than static .svg’s
MaxMSP-LeapMotion
Leap motion visualizer
ORCA_Code-Share_Workshop
This repository is part of a Code&Share Aarhus Workshop being held Thursday, Oct. 24. 2019. This workshop focuses on the live coding framework ORCA. Frederik la Cour introduces basic principles of ORCA and Pilot, and lets participants work with these on their own. By the end of the workshop, we'll present our work to each other. Bring your laptop and a pair of headphones
PlantVoiceBox
I did not want to do a sonic interpretation of graph data, and I also didn’t want to make something that would sound like music or an instrument, I wanted to give the plants a voice. I thus view my approach as a critical anthropomorphic sonification.
rnbo.unity.audioplugin
RNBO Adapter for Unity's Native Audio Plugin
TuningFork-Oscillator
This repo is documenting my artistic research practice for my masters thesis in Audiodesign. This is a media archaeological examination of the tuningfork oscillator used by Poul la Cour in late 1800 for telegraphy and his experiments with "Tonehjulet" (patented 1878).
L4COUR's Repositories
L4COUR/MaxMSP-Interfacing
So far I have tried interfacing Max/MSP with External Hardware synthesizers through MIDI. I have also experimented with Interfacing Max/MSP with ORCA through MIDI, OSC and UDP messages, as well as how Max/MSP interfaces with Arduino through serial in order to use various sensors. As I am making this topic I am trying to figure out how to Interface Max/MSP with MQTT brokers such as Shiftr.io through Node for Max as well as how I can interface Max/MSP with Python in order to control an Axidraw XY plotter with a live-input rather than static .svg’s
L4COUR/L4COUR_Max-Patchers
This repository is split into two sub sections. The Max Archive acts as a folder containing my various experimental patches that are not meant for any specific purposes but has givin my a new understanding of various concepts within the max framework. The Max Projects is meant for certain projects made specifically within max, such as the Audiovisualizer E16 Patch, which was the first patch that I ever made, and also the first form of creative coding that I worked with.
L4COUR/ORCA_Code-Share_Workshop
This repository is part of a Code&Share Aarhus Workshop being held Thursday, Oct. 24. 2019. This workshop focuses on the live coding framework ORCA. Frederik la Cour introduces basic principles of ORCA and Pilot, and lets participants work with these on their own. By the end of the workshop, we'll present our work to each other. Bring your laptop and a pair of headphones
L4COUR/Auto-Sample-Trimmer
An auto sample trimmer made with MaxMSP Gen~. Analyzes the sound-file and automatically trims of the silence in the start and end of a sample. This makes it more convient to do live-sample looping.
L4COUR/L4COUR_AU_Aesthetic-Programming
An Archive of all the p5.js mini-excersises from the course in Aesthetic Programming at Aarhus University, along with conceptualizations of the final exam project
L4COUR/lc_Abstractions_MaxMSP
The concept of abstractions within the MaxMSP framework is far from a new concept. However, within abstractions lies endless creative possibilities when it comes to networking your max patches within a rhizomatic Gestell.
L4COUR/MaxMSP-LeapMotion
Leap motion visualizer
L4COUR/PlantWateringSystem
Through the years I have been interested in self-watering plant systems. I tried to make one in 2019 during the AUHack hackathon, however this version was not inteded to be fully function but work as a proof of concept for a larger project idea. Since then I have done a lot of research and I found that a lot of the self-watering plant kits you can buy online or watch people build on youtube is very focused on just the electronic side, and not acknowledging what the plant needs. I am by no means saying that this repo is perfekt in this regard but I really want to make this repo as much about plants as it is about the system and the possibilities this gives for exstracting data for other purposes.
L4COUR/Engelsholm-AestetiskProgrammering
This repo is for a series of creative coding workshops at the Engelsholm Folkhighschool 2022. The repo centers around learning the students the fundamental principles of code for creative expression
L4COUR/PlantVoiceBox
I did not want to do a sonic interpretation of graph data, and I also didn’t want to make something that would sound like music or an instrument, I wanted to give the plants a voice. I thus view my approach as a critical anthropomorphic sonification.
L4COUR/RADAR-Sophia-Sagaradze_MOD
L4COUR/TuningFork-Oscillator
This repo is documenting my artistic research practice for my masters thesis in Audiodesign. This is a media archaeological examination of the tuningfork oscillator used by Poul la Cour in late 1800 for telegraphy and his experiments with "Tonehjulet" (patented 1878).
L4COUR/BELA_Aarhus_Audiodesign
BELA for audiodesign handler om at give studerende på audiodesign kandidaten adgang til at anvende de muligheder BELA boardet giver adgang til, med de forudsætninger man som audiodesigner lære eller har lært gennem kurserne Digital Lyd og Lyd & Interaktion.
L4COUR/rnbo.unity.audioplugin
RNBO Adapter for Unity's Native Audio Plugin
L4COUR/Algorithmic_Sonata
Final exam project of the course on digital sound at Audiodesign Masters, Aarhus University
L4COUR/belaonurhead
Bela On Ur Head - head-tracking for binaural audio with Bela
L4COUR/DD-Hackathon2019_The-Receptionist
This design focuses on the increasingly digitalized hotel experience, within which the profession of human receptionist can become completely replaced through automated systems. The cube seeks to bring back the human relation into this future world of computational processing in order to argue for the importance of human contact. LED-strips are lined up against the back side within the box, an attached Arduino board is processing the pulsation of light, and baking paper is attached to all sides within the box in order to spread out the light more evenly. In a finalized version of the design a device will track the pulse from an employee of the hotel and send the data to the box. with this design we won the Digital Design Hackathon 2019
L4COUR/Demystifying-DD-LAB-s-IC-s
This Repo serves to investigate different IC's from DD-Lab in order to become more familiar with electronics and escape the big black box of electronics.
L4COUR/DIY_Eurorack
This repository is documenting my journey into the DIY eurorack world, and is massivly influenced by Doepfers A-100 DIY guides
L4COUR/e4l_to_e4m
L4COUR/lacour
my website
L4COUR/LibPdIntegration
A libpd wrapper for Unity.
L4COUR/Lyd_Designmateriale
Dette repo bruges i forbindelse med en workshop for kandidaterne i digital design på Aarhus Universitet
L4COUR/MaxMSP_TR09_backupAsComposition
This repository investigates core elements of the popular drummachine clone TR09 and in particulars its way of backup which has been a historically key factor in the construction of drum patterns
L4COUR/PCD2020_SonicPi_Workshop
This is a repo containing all of the information from the Sonic Pi beginner workshop, PCD2020 event. This is a collaboration between Rolf Holm and Frederik la Cour. participants are required to bring their own laptops, a pair of headphones and a curious open mind!
L4COUR/plante-sensorium-PCD2023
Repository for plante-sensorium installation project 2023
L4COUR/PlantVoiceBox_Bela
L4COUR/portfolio
HUGO portfolio website
L4COUR/rnbo.example.juce
Template project for creating RNBO and JUCE based Desktop applications and/or Audio Plugins
L4COUR/Shawn-The-Plant
Design søger en målgruppe af mennesker, der er bevidste om miljødebatten, og som ønsker at yde deres eget bidrag som privatperson. Med designet kan dette gøres ved konkret at dreje sig om Grundfos/pumper og vandforbrug. Dermed søger det dels at skabe opmærksomhed om vandstrukturen i private hjem og det underliggende teknologi og besvær for miljø; dels søger det at aktivere en på forhånd motiveret bruger til at handle reflekteret på miljøet gennem forbrug af vand i eget hjem. Det benytter sig af gamification, der i forlængelse af brugerens interesse for at handle for miljøet, skal virke til at stimulere en længere proces af hensigtsmæssig forbrug af vand, der gøres spændende, engagerende, sjov, etisk og æstetisk. Designet udfordrer nemlig brugeren til at spare på sit forbrug i eksempelvis bruseren. Dette gøres ved at koble sensorinput (mængde af "brugt" vand) ved brug af al vand i husstanden til vores design gennem wi-fi-forbindelse. Ved brug af for meget vand over gennemsnittet over eksempelvis en måned, vil vandforsyningen til vores design blive lukket af for at signalere, at brugeren bør spare på vand for at kunne udleve designets intenderede brug. Designet er en potteplante med indbygget vandforsyning/pumpe, OLED-display til personificering af plante, og fugtighedssensor til registrering af plantens ve og vel over tid. Planten/potten vander sig selv og skal derfor ikke behandles af brugeren. Til gengæld bliver vandforsyningsprocessen styret af brugen af vand; her vil planten kun blive vandet, hvis brugen af vand er hensigtsmæssig over en given mængde tid (altså at den ikke overskrider en afsat grænse baseret på gennemsnitsforbruger hos brugeren). Derved vil der kunne etableres et symbiotisk og bæredygtigt forhold mellem planten og bruger ved at brugeren aktivt engagerer sig i sit eget forbrug og justerer det. At overforbruge vand i hjem bliver altså en uetisk handling, idet konsekvensen af handlingen mærkes i selvsamme hjem og på noget, som er vedkommendes ansvar at beskytte (udfordringen stillet af designet). Plantens "status" bliver tjekket af fugtighedssensoren. Denne kobles til OLED-skærmen, således at fugtighedsmængden (den er for tør) signalerer at planten ikke har det godt og bør få tilført vand. Dette vil så være repræsenteret af den ked-af-det-smiley (I am dying) på OLED-skærmen, modsat god status på luftfugtighed som repræsenteres af glad-smiley (I am well). Det bliver også en måde, hvorpå data og vandpumper bliver bragt ind i hjemmet og bliver gjort interessant Designet har meget symbolik og opildner til refleksion om samfundsmæssige konsekvenser for klima og natur. Der er en direkte symbolsk sammenhæng mellem den harmløse, lille plante, som er under brugerens ansvar, og så vores natur, som er menneskehedens ansvar (fordi vores handlinger har konsekvenser på lignende måder). I vores tilfælde er det så sådan, at designet er gamy og sjovt og har en spændvidde for at man kan fejle, og det er netop valgt for at skabe en positiv brugercentreret tilgang til problemstillingen; det handler ikke om at straffe brugeren efter at have købt en plante; udfordringen er der allerede. Konsekvensen af egne handlinger i hjem gøres håndgribelig ved den direkte kausalitet mellem vandforbrug og plantens ve og vel. Udseendet er simplistisk; det er organisk Argument for tørken: Skabe spændvidde for legende engagement. Også stor symbolsk værdi, og refleksionen er bedst, hvis det sker gennem legende engagement.