khoparzi

sin = ({time}) => Math.sin(time) // sin
sq = ({time}) => ((Math.sin(time) < 0) ? 0 : 1) // square
saw = ({time}) => (time % 1) * 2 - 1 // saw

sinf = (freq) => ({time}) => Math.sin(time*freq) // sin at freq
sqf = freq => ({time}) => ((Math.sin(time*freq) < 0) ? 0 : 1) // square at freq
sawf = (freq) => ({time}) => ((time * freq) % 1) * 2 - 1 // saw at freq

rsinf = (min,max,freq) => ({time}) => Math.sin(time*freq) * max + min // ranged sin at freq
rsqf = (min,max,freq) => ({time}) => ((Math.sin(time*freq) < 0) ? 0 : 1) * max + min // ranged square at freq

khoparzi

// 1 Mar 2021

// Alright time for a new 30 day series! I present to you a new round of Marching.js

m = march(
  u = Union2(
    hl1 = Halve(Onion(Sphere(3), 0.012), Halve.UP),
    hl2 = Halve(Onion(Sphere(2), 0.012), Halve.UP),
    hl3 = Halve(Onion(Sphere(1), 0.012), Halve.UP),
    hl4 = Halve(Onion(Sphere(0.5), 0.012), Halve.UP),

khoparzi

-- _______ __ __   _______         __         _______         __          __ __ __ __             
-- |     __|__|  |_|   |   |.--.--.|  |--.    |     __|.---.-.|  |_.-----.|  |  |__|  |_.-----.    
-- |    |  |  |   _|       ||  |  ||  _  |    |__     ||  _  ||   _|  -__||  |  |  |   _|  -__|    
-- |_______|__|____|___|___||_____||_____|    |_______||___._||____|_____||__|__|__|____|_____| 

------------------------------------------------------------------------------

-- HARMONIUM
d1
  -- $ degradeBy 0.2

khoparzi

d1
  -- $ dubd
  -- $ stb 0.3 (chunk 8 (fast 2))
  -- $ slow 8 $ chop 16
  -- $ smash 8 [2,8,7,2]
  -- $ fast 2
  $ s "pads" # n 3 # l 1 -- Peace is the mission
  -- $ s "pads" # n 20 # l 1 -- Intense pads
  -- $ s "pads" # n 21 # l 1 -- Elevate
  -- $ basspad # l 1

khoparzi

// Try these at https://charlieroberts.github.io/marching/playground/

// 1 Jul

march(
  mb = Julia()
  	.material(Material('phong', Vec3(.0), Vec3(.5), Vec3(1), 32, Vec3(0))),
  Plane(Vec3(0, 0, 1), 0.5).material('white glow')
)
.fog( .2, Vec3(0.25, 0.3, 0) )

khoparzi

--The 5th edition of MusicLab is an algorave (algorithmic rave) featuring Renick Bell based in Japan, Khoparzi based in India, and researchers in Norway. Renick Bell and Khoparzi will improvise live-coded music on their computers while the audience dances. We will measure audience members' movement using our new MusicLab mobile application that uses smartphones' accelerometers and gyroscopes. We will also ask questions about the experience of the concert.

-- Watch the performance at https://www.youtube.com/watch?v=hJ73IGYawuM&t=865s 

-- More information here: https://www.uio.no/ritmo/english/news-and-events/events/musiclab/2020/musiclab-5---lockdown-rave/index.html

-- All the custom functions are described in the end

bpm(160)
load "voxs"

khoparzi

-- Equinox stream

Hi All! I am Khoparzi from Allahabad, India
Playing out to you from Mumbai

d1
  -- $ chup
  $ microd
  $ stb 0.3 (jux (rev))
  $ oftflip

khoparzi

d3m' 14
  $ oftflip
  $ s "808:1*8" # e tn # g 1.3
  -- # lpf (4000)

d4
  $ microd
  $ slice 16 (scramble 4 "0 1 2 3") $ s "minim"
  # n 18
  # n "<16 18 15>"

khoparzi

d1 $ fastflip $ s "scw*16"
  # lpf 2000
  # n (irand 100) # loop 7
  # posz (-2) # rotz ((sinf 0.2) * 20 - 10) # sep 0.3 # fs 0


d2
  $ degradeBy 0.25
  $ footwork
 $ s "dudak:2" # fs 2

khoparzi

-- Just a collection of basic beats suggested by Drum Beats Online in this video
-- https://www.youtube.com/watch?v=mwe4HPOiUms

-- n "13" -- Kick
-- n "4" -- Hats
-- n "10" -- Tight Hats
-- n "5" -- Hats alt
-- n "11" -- Open hats
-- n "17" -- Really Open hats
-- n "21" -- Hat pedal