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For this week's Creative Code challenge by @sableRaph: “Soft” PastelWorlds takes LiveCodelab, SonicPi & Hydra Code to make a pastel (which are considered Soft colors) based sketch. To fit the the soft theme, the audio is a slowed down version of a SonicPi Composition that is based on liquid inspired colors.
Pastelworld
Where The hue of the Pastel
Is left to unravel
Is left to Spiral
Left to communicate
Left to be Intricate
This is Pastelworld
if time % 15 < 5
simpleGradient color(204,241,255),color(224,215,255),color(255,204,225)
fill color(255, 223, 211)
stroke color(222, 241, 151)
animationStyle paintOver
rotate wave(sin(0.3)) * 5, wave(0.1), wave(0.03)
peg sin(wave(0.003)),wave(0.3),tan(wave(0.3))
if time %15 > 10
simpleGradient color(186,255,201),color(255,223,186),color(255,179,186)
fill color(215,238,255)
stroke color(250,255,199)
animationStyle paintOver
rotate wave(sin(0.3)) * 5, wave(0.1), wave(0.03)
ball sin(wave(0.003)),wave(0.3),tan(wave(0.3))
if time % 15 > 5 and time % 15 < 10
simpleGradient color(186,225,255), color(255,255,186),color(224, 187, 228)
fill color(254, 200, 216)
stroke color(202, 235, 237)
animationStyle motionBlur
scale (time % 10)/5
rotate wave(sin(0.3)) * 5, wave(0.1), wave(0.03)
4 times
move
box sin(wave(0.003)),wave(0.3),tan(wave(0.3))
s0.initScreen()
src(s0).modulateRotate(src(s0).scale(1.5)).
modulatePixelate(src(s0).scale(0.75)).modulateScale(src(s0)).out()
#reading of the DipInCodeFirstService
#for csvs larger than 10 mbs use the for reach
require 'csv'
#naming the Dataset DipInCode and going to read the file
Dip = CSV.parse(File.read("C:/Colorscape/DipInCode/SonicPi_CodeBase/Model/DipInCode_FirstService.csv"), headers: true)
#Getting the Ingredients
Honey = Dip[3]
Merlot = Dip[24]
#Dip[foodname][column].to_f , need to.f as it is to float
if Time.now.to_i % 2 == 0
with_fx :vowel do
live_loop :Merlot1 do
use_random_seed Time.now.to_i / 2
use_bpm Merlot["Red"].to_f
sample :sn_dub, rate: dice(Merlot["Yellow"].to_f/Merlot["Key"].to_f) if spread(Merlot["Blue%"].to_f,Merlot["Green%"].to_f).tick
sample :ambi_dark_woosh,rate: rrand(Merlot["y2"].to_f,Merlot["Red"].to_f/Merlot["Blue"].to_f) if spread(Merlot["H-Lab1"].to_f,Merlot["CIE-L"].to_f).reverse.mirror
sleep [Merlot["x2"].to_f,Merlot["Yellow"].to_f/Merlot["Mangeta"].to_f,Merlot["Saturation2"].to_f/Merlot["Lightness"].to_f].choose
end
end
with_fx :ixi_techno do
live_loop :Honey do
use_random_seed Time.now.to_i
use_bpm Honey["Red"].to_f
with_fx :reverb do
sample [:perc_bell,:elec_bell,:loop_electric].choose, rate: rrand(Honey["y2"].to_f,Merlot["Red"].to_f/Merlot["Blue"].to_f) if spread(Merlot["H-Lab1"].to_f,Merlot["CIE-L"].to_f).reverse.mirror
sleep [Honey["Red%"].to_f,Honey["Green%"].to_f/Honey["Red%"].to_f].choose
end
end
end
end
if Time.now.to_i % 3 == 0
with_fx :gverb do
live_loop :Merlot3 do
use_random_seed Time.now.to_i / 4
use_bpm Merlot["Green"].to_f
sample :elec_blip, rate: dice(Merlot["Yellow"].to_f/Merlot["Key"].to_f) if spread(Merlot["Blue%"].to_f,Merlot["Green%"].to_f).tick
sample :ambi_dark_woosh,rate: rrand(Honey["y2"].to_f,Merlot["Red"].to_f/Merlot["Blue"].to_f) if spread(Merlot["H-Lab1"].to_f,Merlot["CIE-L"].to_f).reverse.mirror
sleep [Merlot["x2"].to_f,Merlot["Yellow"].to_f/Merlot["Mangeta"].to_f,Merlot["Saturation2"].to_f/Merlot["Lightness"].to_f].choose
end
end
with_fx :distortion do
live_loop :Honey2 do
use_random_seed Time.now.to_i / 5
use_bpm Honey["Red"].to_f
with_fx :reverb do
sample [:drum_bass_soft,:elec_chime,:glitch_robot,:perc_snap2,:perc_till].choose, rate: rrand(Honey["y2"].to_f,Merlot["Red"].to_f/Merlot["Blue"].to_f) if spread(Merlot["H-Lab1"].to_f,Merlot["CIE-L"].to_f).reverse.mirror
sleep [Merlot["x2"].to_f,Merlot["Green%"].to_f/Merlot["Blue%"].to_f].choose
end
end
end
end