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Tunnels Can Lead to A Place
What Tales will be sought?
Converging Entities
Slowly Drifting
Making Experiences through HydraVideoSynth & P5
On this page
For the 20th prompt of SciArtSeptember2023: "Sweet", We will be witnessing the "ChocoBurst" that happened a couple of centuries ago in Zenthian that contain traces of Apple Crisp
Coded with Hydra & SonicPi
The visuals are made through Hydra and the sound is made through numbers embedded in the colour of Apple Crisp as seen in the SonicPi Code
Chocolate Parades
Chocolate Serenades
Chocolate acting as planes
Chocolate reacting to the plains
In the rain
During their reign
As Chocolate to Be
To them is Chocolate to breathe
var img = document.createElement('img');
img.crossOrigin = "anonymous";
img.src = 'https://upload.wikimedia.org/wikipedia/commons/7/70/Chocolate_%28blue_background%29.jpg';
img.onload = function() {
s0.init({ src: img, dynamic: false });
src(s0)
.rotate(5,3).scrollX(0, [0.11,1.2,4,2.6,-0.5,-1.5,-2.01]).scale(0.3).modulateRotate(src(s0).rotate(()=>time % 4)).modulateRotate(src(s0).scale([0.10,0.20,0.75,1].smooth()).rotate(90,()=> (time % 50)/100000).modulateRotate(osc(0.1,0.25,0).blend(s0).blend(s0).rotate(()=>time % 5).scale(0.5)))
.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
AppleCrisp = Dip[5]
#Dip[foodname][column].to_f , need to.f as it is to float
with_fx :flanger do
live_loop :AppleCrisp1 do
use_bpm AppleCrisp["Red"].to_f
sample :perc_swash, rate: dice(AppleCrisp["Yellow"].to_f/AppleCrisp["Key"].to_f) if spread(AppleCrisp["Blue%"].to_f,AppleCrisp["Green%"].to_f).tick
sample :ambi_lunar_land,rate: rrand(AppleCrisp["y2"].to_f,AppleCrisp["Red"].to_f/AppleCrisp["Blue"].to_f) if spread(AppleCrisp["H-Lab1"].to_f,AppleCrisp["CIE-L"].to_f).reverse.mirror
sleep [AppleCrisp["x2"].to_f,AppleCrisp["Yellow"].to_f/AppleCrisp["Mangeta"].to_f,AppleCrisp["Saturation2"].to_f/AppleCrisp["Lightness"].to_f].choose
end
end
with_fx :ixi_techno do
live_loop :AppleCrisp2 do
use_bpm AppleCrisp["Blue"].to_f
with_fx :reverb do
sample :ambi_choir, rate: rrand(AppleCrisp["y2"].to_f,AppleCrisp["Red"].to_f/AppleCrisp["Blue"].to_f) if spread(AppleCrisp["H-Lab1"].to_f,AppleCrisp["CIE-L"].to_f).reverse.mirror
sleep [AppleCrisp["x2"].to_f,AppleCrisp["Green%"].to_f/AppleCrisp["Blue%"].to_f].choose
end
end
end
with_fx :whammy do
live_loop :AppleCrisp3 do
use_bpm AppleCrisp["Green"].to_f
sample :perc_swash, rate: dice(AppleCrisp["Yellow"].to_f/AppleCrisp["Key"].to_f) if spread(AppleCrisp["Blue%"].to_f,AppleCrisp["Green%"].to_f).tick
sample :ambi_lunar_land,rate: rrand(AppleCrisp["y2"].to_f,AppleCrisp["Red"].to_f/AppleCrisp["Blue"].to_f) if spread(AppleCrisp["H-Lab1"].to_f,AppleCrisp["CIE-L"].to_f).reverse.mirror
sleep [AppleCrisp["x2"].to_f,AppleCrisp["Yellow"].to_f/AppleCrisp["Mangeta"].to_f,AppleCrisp["Saturation2"].to_f/AppleCrisp["Lightness"].to_f].choose
end
end
with_fx :ixi_techno do
live_loop :AppleCrisp4 do
use_bpm AppleCrisp["Red"].to_f
with_fx :reverb do
sample :ambi_choir, rate: rrand(AppleCrisp["y2"].to_f,AppleCrisp["Red"].to_f/AppleCrisp["Blue"].to_f) if spread(AppleCrisp["H-Lab1"].to_f,AppleCrisp["CIE-L"].to_f).reverse.mirror
sleep [AppleCrisp["x2"].to_f,AppleCrisp["Green%"].to_f/AppleCrisp["Blue%"].to_f].choose
end
end
end