Fill & Wipe

For this week's Creative Code Challenge by @sableraph: "Iterations", Fill&Wipe is coded through multiple iterations within and outside the code.

Coded in LiveCodeLab, SonicPi & LiveCodingYoutube

Poem

Iterating
Gyrating
Motion after each iterations
Slightly varies
But adds a little change to the stories
That weaves with the emotion
Of the objects that are gyrating and iterating
As they are emoting
What can’t be spoken

Video

Code

LiveCodeLab Iteration White

scale 0.4 + tan(time * wave)/5
animationStyle paintOver

if time % 10 > 5
    stroke white
else
    stroke black


if time % 8 > 4
    fill white
else
    fill orange


if time % 15 > 10
    simpleGradient black,white,orange
    rotate Math.sqrt(time),wave,wave
else if time % 15 > 5 && time % 15 < 10
    simpleGradient blue,black,grey
    move Math.hypot(Math.sqrt(tan(time)),4)
else
    rotate Math.sqrt(time),Math.cbrt(wave),Math.hypot(wave,Math.cbrt(wave))
    move tan(time),cos(time),wave


450 / (time % 12 + 1) times with i
    rotate time * 3 - Math.cbrt(i)
        move 2, Math.sqrt(sin(time)+1), Math.hypot(cos(time),2)
            ball 0.5, 0.4, 0.77

LiveCodeLab Iteration Black

scale 0.4 + tan(time * wave)/5
animationStyle paintOver

if time % 10 > 5
    stroke black
else
    stroke white


if time % 8 > 4
    fill black
else
    fill orange


if time % 15 > 10
    simpleGradient black,white,orange
    rotate Math.sqrt(time),wave,wave
else if time % 15 > 5 && time % 15 < 10
    simpleGradient blue,black,grey
    move Math.hypot(Math.sqrt(tan(time)),4)
else
    rotate Math.sqrt(time),Math.cbrt(wave),Math.hypot(wave,Math.cbrt(wave))
    move tan(time),cos(time),wave


450 / (time % 12 + 1) times with i
    rotate time * 3 - Math.cbrt(i)
        move 2, Math.sqrt(sin(time)+1), Math.hypot(cos(time),2)
            ball 0.5, 0.4, 0.77

LiveCodeLab Iteration Orange

scale 0.4 + tan(time * wave)/5
animationStyle paintOver

if time % 10 > 5
    stroke orange
else
    stroke white


if time % 8 > 4
    fill black
else
    fill orange


if time % 15 > 10
    simpleGradient black,white,orange
    rotate Math.sqrt(time),wave,wave
else if time % 15 > 5 && time % 15 < 10
    simpleGradient blue,black,grey
    move Math.hypot(Math.sqrt(tan(time)),4)
else
    rotate Math.sqrt(time),Math.cbrt(wave),Math.hypot(wave,Math.cbrt(wave))
    move tan(time),cos(time),wave


450 / (time % 12 + 1) times with i
    rotate time * 3 - Math.cbrt(i)
        move 2, Math.sqrt(sin(time)+1), Math.hypot(cos(time),2)
            ball 0.5, 0.4, 0.77

LiveCodingYoutube

//First Iteration

black = "85ctvHiXzD0"
orange = "lE2P_pBnfkg"
white = "He6IfzIxtAg"

create(3,3,black)
cue([3,7,2],orange)
cue([6,1,5],white)

play(all)

//Second Iteration

black = "85ctvHiXzD0"
orange = "lE2P_pBnfkg"
white = "He6IfzIxtAg"

create(3,3,white)
cue([3,7,6],orange)
cue([2,1,5],black)

play(all)

//Third Iteration

black = "85ctvHiXzD0"
orange = "lE2P_pBnfkg"
white = "He6IfzIxtAg"

create(3,3,orange)
cue([3,7,6],black)
cue([2,1,5],white)

speed([0,1,2],0.5)
speed([3,4,5],1.2)
speed([6,7,8],-1)

play(all)


// Fourth Iteration

black = "85ctvHiXzD0"
orange = "lE2P_pBnfkg"
white = "He6IfzIxtAg"

create(3,4,white)
cue([3,7,6,10],orange)
cue([2,1,5,11],black)

speed([0,1,2],0.5)
speed([3,4,5],1.2)
speed([6,7,8],-1)
speed([9,10,11],-3)

play(all)

SonicPi - Iteration 1

#Index3ForBlips

#Remixing this code by adding an index of 3

#Done by bringing the power to 3 via **

with_fx :reverb do
  use_random_seed Time.now.to_i % 100 #making true random as it goes with the actual time
  puts Time.now.to_i
  live_loop :blips do
    use_bpm 120
    sample [:elec_blip,:elec_blip2,:elec_bong].choose, pan: rrand(-0.9,0.9)** 3, rate: rrand(-1.5, 1.5) ** 3
    sleep [0.5,1,2].choose
  end
end


live_loop :blips1, sync: :blips do
  use_random_seed Time.now.to_i #making true random as it goes with the actual time
  puts Time.now.to_i
  with_fx :ixi_techno, mix: rrand(0.1,0.9) ** 3 do
    use_bpm 60
    sample [:elec_blip,:elec_blup,:elec_blup,:elec_flip].choose, pitch: 4, pitch_stretch: 0.4**3, rate: rrand(-2.5, 2.5) **3
    sleep [0.5,1,2].choose
  end
end


live_loop :blips2, sync: :blips do
  use_random_seed Time.now.to_i / 3 #making true random as it goes with the actual time
  puts Time.now.to_i
  with_fx :echo,mix: rrand(0.1,0.7) ** 3, decay: rrand(0.5,2) ** 3 do
    use_bpm 120
    sample [:elec_blip,:elec_blip,:elec_blup,:elec_blup,:elec_flip].choose,amp: dice(5), rate: rrand(0,4) ** 3
    sleep [0.5**3,1,2**3].choose
  end
end

SonicPi - Iteration2

#Index3ForBlips

#Remixing this code by adding an index of 3

#Done by bringing the power to 3 via **


live_loop :blips do
  with_fx :reverb do
    use_random_seed Time.now.to_i % 100 #making true random as it goes with the actual time
    puts Time.now.to_i
    use_bpm 60
    sample [:elec_blip,:elec_blip2,:elec_bong].choose, pan: rrand(-0.9,0.9)** 3, rate: rrand(-1.5, 1.5) ** 3
    sleep [0.5,1,2].choose
  end
end


live_loop :blips1, sync: :blips do
  use_random_seed Time.now.to_i #making true random as it goes with the actual time
  puts Time.now.to_i
  with_fx :ixi_techno, mix: rrand(0.1,0.9) ** rrand_i(1,3) do
    use_bpm 30
    sample [:elec_blip,:elec_blup,:elec_blup,:elec_flip].choose, pitch: 4, pitch_stretch: 0.4**3, rate: rrand(-2.5, 2.5) ** dice(3 * 0.1)
    sleep [0.5,1,2].choose
  end
end


live_loop :blips2, sync: :blips do
  use_random_seed Time.now.to_i / 3 #making true random as it goes with the actual time
  puts Time.now.to_i
  with_fx :echo,mix: rrand(0.1,0.7) ** 3, decay: rrand(0.5,2) ** rrand(0.5,3) do
    use_bpm 40
    sample [:elec_blip,:elec_blip,:elec_blup,:elec_blup,:elec_flip].choose,amp: dice(5), rate: rrand(0,4) ** (dice(3) * 0.1)
    sleep [0.5**3,1,2**3].choose
  end
end

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