Initially I began learning how to DJ and used this platform to showcase my development, but I've now decided to expand and want to show all my creative endeavors.
More can be found on my Instagram or tiktok (with the same handle). Or on my blog website: www.daedalustheinnovator.co.uk
The modern day version of those 16bit demoscene screens from the late 80's/early 90's, I think they called them something like Laurenz Vectors or similar.
I posted the longer version of this in my playlist titled "poems, thoughts and sketches". I forgot shorts can only be 1min so please check out that version if you want to hear the end 😅
I write code in JavaScript and use a variety of trigonometric and other mathematical functions to generate a path file. The machine follows the path from the coded design! :)
100000000000⁰0⁰0000000⁰0000000000000000000000000000000000000⁰000000000000000⁰000000000000000000000000000000000⁰00000000000000000 likes i will jump of a sky scraper with nothing
For what shall it profit a man, if he shall gain the whole world, and lose his own soul? Or what shall a man give in exchange for his soul?-Mark 8:26 1 Corinthians 15:3,KJV For I delivered unto you first of all that which I also received, how that Christ died for our sins according to the scriptures; and that he was buried, and that he rose again the third day according to the scriptures: 1 Timothy 5:6 But she that liveth in pleasure is dead while she liveth 1 John 5:13 12 He that hath the Son hath life; and he that hath not the Son of God hath not life. 13 These things have I written unto you that believe on the name of the Son of God; that ye may know that ye have eternal life, and that ye may believe on the name of the Son of God (Yahusha/Jesus) eternal life, and that ye may believe on the name of the Son of God (Yahusha/Jesus)
As much as I'd absolutely love to take credit for hand drawing this - I actually write code in JavaScript which generates an instruction file (SVG) for my pen plotting machine to draw out! Takes about 8hrs to plot 😀
Still tho! I'm currently taking an I.S course, which requires some coding aspects, so I know how hard it is to write codes! Javascript, no less! That's some pretty impressive stuff!
@@lalalavender1270ahhh okay cool! Hope the course is going well! And thank you, sometimes people think because it's a machine it requires like 0 effort haha so I really appreciate your words! 🙌🏾
@@DaedalusTheInnovator hahaha I dont really get why people don't appreciate work just because machines helped make it. Hope u make more amazing videos!! Consider me another one of your subs!
"Code to Card" - FL30CK If you've followed me you know I've recently been finding ways to export generative art / code to the physical medium; mainly using a pen plotting machine. With that in mind I really wanted to create a collection of pieces that relied on the same piece of code, but each piece was a unique variant. I started with building a physics framework in javascript for 'Boids'. Boids are a model of how birds move, and more importantly, 'flock'. Hence the name to this collection being 'FL30CK' (there are 30 pieces). Each piece you see, starts with a word, a name for a bird that exhibits flocking behaviour in nature, for example pigeon. The word pigeon is converted to a unique number using a hashing algorithm. This unique number becomes the seed value for the generation. Each generation has a tonne of varying factors - how many boids, there max acceleration, the distribution on sizes, the sample rate (how frequently do we draw their movements), the strength of their attractions and repulsions etc. This gives each piece a unique 'vibe'. For example, some pieces have a fine granularity, where as some look rather coarse. Some have more smaller boids, where as some pieces have consistently larger pieces. Some pieces use a stronger force of attraction, forcing the boids to huddle closer together rather than spread out. These are the first 15 pieces, I will be releasing these to my Etsy store (Daedalus, The Innovator) shortly (the remaining 15 will be listed later). If you have any questions or suggestions, please ask away in the comments! :) NOTE: If you'd like a more in depth review of how these were made, I'll be posting an explanation video on my RU-vid (@DaedalusTheInnovator) #Maths #CodeArt #GenerativeArt #PenPlotting #SVGArt #JavaScript #Boids #CreativeCoding #AlgorithmicArt #TechTutorials #InkPlotting #WebDevelopment #MathNerds #DigitalArt #CodingCommunity #VisualArt #MathMagic #PlotterArt #GeometricArt #LearnToCode
Something that's been in the back seat of my mind is to start using touch designer - really would love to be able to create audio reactive backdrops, especially for whilst DJ. This is my first project with touchdesigner, it uses some noise functions anda feedback loop. #touchdesigner #audioreactive #art #generativeart #digitalart #liveart #visual #vosualart #fyp
"Code to Card" The visual at the beginning is a snippet from a Tiktok I made months ago. It was coded in javascript. It's a piece of art made from code. I wanted to repurpose the code, to create a pen plotting piece. To do that, I exported a frame of the the canvas from the code, to generate an SVG file (scalable vector graphic), which the pen plotting machine can follow. Let me know what you think of the end result! :) #penplotter #generativeart #coding #maths #art #abstractart #geoemetry #gaming #satisfying #fyp
I've started to create plots of functions, that is to say, that the coordinates (x,y) from the grid and feed them into a function (which I've tweaked and fined tuned to find interesting plots) f(x,y). I then plot nested squares at each coordinate (x,y). The number of nested squares is determined by the size of f(x,y). #penplotter #generativeart #coding #perlinnoise #art #abstractart #geoemetry #gaming #satisfying #fyp
I've started to create plots of functions, that is to say, that the coordinates (x,y) from the grid and feed them into a function (which I've tweaked and fined tuned to find interesting plots) f(x,y). then plot nested squares at each coordinate (x,y). The number of neste squares is determined by the size of f(x,y).
For this piece I started with a grid of points that were connected together by horizontal and vertical lines. I then distorted the grid by moving all the points in a direction that was decided by using a (perlin) noise function and mapping it's value to an angle and then a unit vector. I separated the mesh into two SVG layers: one for horizontal lines and one for vertical so I could use two different pen colours. this created a really nice effect! If you have any other questions about the piece, please drop them in the comments! :)
