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Tunnels Can Lead to A Place
What Tales will be sought?
Converging Entities
Slowly Drifting
Making Experiences through HydraVideoSynth & P5
For the 7th day of NaPoWriMo/NaPoGenMo 2024, "UnClear Poem" is a glitchy kinetic poem The Coding Languages used for this was playertdfgcvb & Hydra.
These Words
gliding across the screens
as this is their seas
and they are viewing it like birds
or at least that it what it seems
Starting With A Short Poem to Roll in
To Get Things Flowing
Rotating Lines to get them glowing
and flow in
/**
@author illestpreacha
@title GLitchyPoems1
@desc Use of coord.x and coord.y + Many other factors
*/
const density = 'These Words \n gliding across the screens \n as this is their seas \n and they are viewing it like birds \n or at least that it what it seems'
const density1 = 'Starting With A Short Poem to Roll in \n To Get Things Flowing \n Rotating Lines to get them glowing and flow in'
export var settings = {
//backgroundColor : extra(),
//color : 'gold',
fontWeight : 'bold',
lineHeight : 1.5,
cellWidth : 5,
fps : 2
}
settings.backgroundColor = Math.random() < 0.5 ? 'black' :'brown'
settings.color = Math.random() < 0.5 ? 'gold' :'aqua'
/* export function extra()
{
return Math.random() < 0.5 ? 'black' :'brown'
}*/
export function main(coord, context, cursor, buffer) {
// To generate an output return a single character
// or an object with a “char” field, for example {char: 'x'}
// Shortcuts for frame, cols and coord (x, y)
const {cols, frame } = context
const {x, y} = coord
//
const sign = ( y * 45.5 * Math.hypot(0,x) - context.frame % 80)/3 % frame * 8
const a = context.frame * 0.05 * settings.lineHeight
const f = Math.sqrt((1 - Math.cos(a)) * 10) + 1
const g = Math.ceil(a / y) % 10 + 1
const i = coord.index % (coord.y * Math.floor(g + 1)) % (f % context.cols)
var dice = Math.random(0,15)
if(dice % 14 < 8)
{
const index = (cols + y + x * sign + frame) % density.length
return density[index]
const index1 = (cols + y + x * sign + frame) % density1.length / 7
return density1[index - i]
}
else
{
const index = (cols + y + x * sign + frame) % density1.length / 7
return density1[index - i]
}
}
s0.initScreen()
src(s0).scale(()=> (time % 10 + 1)/1).diff(src(s0).scale(3).blend(s0)).out()