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Tunnels Can Lead to A Place
What Tales will be sought?
Converging Entities
Slowly Drifting
Making Experiences through HydraVideoSynth & P5
Going to represent the shadow realm through Hydra
Updating my **SonicPi *"***Shadow Math" code from the Color Palette Prompt
Celestial Shadows
As they lurk while they roam
As they search while they glow
As they weave in out while they flow
To shine
To the rhythm of time
As they illuminate
But also evaporate
To let the negativity escape
Even though the shadows roam
This is the realm that is considered Home
The inner core remains to glow
Remains to be
Remains to be a presence
On the intergalactic scene
As this is a gift, its own present
pattern = () => osc(4,1,1).color(0.203,0.023,0.203).kaleid(5).scale(()=> (time % 5 + 1 )/10, 0.4)
pattern()
.scrollX([0.1,0.3], [0.01,-1])
.mult(pattern().kaleid([7,5,3,5,7].smooth()))
.blend(pattern())
.diff(pattern().kaleid(9))
.out(o0)
noise(()=> {
let noisey = 8
const t = time % 30 + 1
if( t < 10 )
noisey = 0.5
else if( t < 20 && t > 10)
noisey = 1
else if( t > 20 )
noisey = 2
return noisey
},()=> {
let noiser = 5
const t = time % 20 + 1
if( t < 5 )
noiser = 0.5
else if( t < 10 && t > 5)
noiser = 1
else if( t > 10 )
noiser = 2 + Math.sin(time)
return noiser}, 1
).modulateKaleid(src(o0).scale([0.5,1,2,1,0.5])).out(o1)
src(o1).repeat(()=> (time % 10 + 1)/3).scale(()=> (time % 10 + 1)/4).out()
speed = 0.0824
#Color +Shadows
#RGB Values
#shadow length equation is Length = height / tan(angle)
#Due to High Pitches, will divide the numbers by 3
def color(hue,loop,synth,effect)
with_fx effect do
live_loop loop do
i = 0 #counter to iterate between the 3 values
use_synth synth
play hue[i]/3 ,release: 2
sleep [0.5,1,2].choose
if i < 4
i+= 1
end
end
end
end
#shadow length component
#adding a decay to the shadow portion
def shadowColor(hue,loop,synth,effect)
with_fx effect do
live_loop loop do
i = 0 #counter to iterate between the 3 values
use_synth synth
play (hue[i]/Math.tan(70)) / 3 #,attack: dice(2)
play ((hue[i]/Math.tan(40)).abs)/3 #,#decay: dice(2)
sleep [0.25,0.5,1,2].choose
if i < 4
i+= 1
end
end
end
end
#taking in the hue,loop name and attached synth, effect
def colorpalette1
#colorpalette1
stromboli = [44,70,66]
hampton = [230,209,169]
teak = [180,150,109]
color(stromboli, :stromboli,:chipbass,:ixi_techno)
shadowColor(stromboli,:strombolishadow,:chipbass,:whammy)
color(hampton,:hampton,:chipbass,:whammy)
shadowColor(hampton,:hamptonshadow,:chipbass,:flanger)
color(teak,:teak,:chipbass,:flanger)
shadowColor(teak,:teakshadow,:chipbass,:ixi_techno)
end
def colorpalette2
#colorpalette2
summerGreen = [144,180,172]
muleFawn = [143,63,43]
sorrellBrown = [197,168,131]
color(summerGreen,:summerGreen,:piano,:vowel)
shadowColor(summerGreen,:summerGreenshadow,:piano,:flanger)
color(muleFawn,:muleFawn,:piano,:pingpong)
shadowColor(muleFawn,:muleFawnshadow,:piano,:pingpong)
color(sorrellBrown,:sorrellBrown,:piano,:pingpong)
shadowColor(sorrellBrown,:sorrellBrownshadow,:piano,:pingpong)
end
def colorpalette3
#colorpalette3
ecruWhite = [243,242,226]
paleOyster = [149,144,129]
capePalliser = [147,113,73]
color(ecruWhite,:ecruWhite,:hollow,:vowel)
shadowColor(ecruWhite,:ecruWhiteshadow,:hollow,:flanger)
color(paleOyster ,:paleOyster,:hollow,:pingpong)
shadowColor(paleOyster ,:paleOystershadow,:hollow,:pingpong)
color(capePalliser,:capePalliser,:piano,:pingpong)
shadowColor(capePalliser,:capePallisershadow,:hollow,:pingpong)
end
live_loop :coloring do
counter = (0..25).to_a.shuffle()
if counter[dice(25)] % 3 == 0 #if the number is divisible by 3
colorpalette1()
elsif counter[dice(25)] % 2 == 0 #if the number is divisible by 2
colorpalette2()
else
colorpalette3()
end
sleep [1,2,4].choose
end