I called the 1st project ‘The synonyms’. It is supposed to turn each word of a given text into its synonyms.
I must say I had many problems with that, since I’m not familiar with using API. Also, I had problem with an array of words, which for some reason reversed their order. Finally, I managed to get something satisfying and get it working.
For my final project, I decided to explore the topic of Op art and an optical illusion. I wanted to find out, if we can achieve similar effect, by coding art that is moving, and by coding art that is a still image, but gives the viewer the impression of movement.
Typically, Op artists used only black and white in order to produce the greatest contrast in their designs, since this contrast causes the greatest confusion for the eye, which struggles to discern which element of the composition is in the foreground and which in the background.
But color was also a focus of attention at times, as in Vasarely’s Plastic Alphabet series (1960-1980). The ways in which color suggests space, and the ways colors contrast with one another, proved fertile areas for experiment.
Feeling inspired, I decided to code my own op-arts.
For my Nature of Code final project, I decided to try my hands at Unity 3D.
I want to create a Coral Reef Scenery, full of abundant variety of living creatures fish, turtles, crabs, sharks etc. I’d like to implement some Nature of Code to the project, by creating different school of fish ( flocking systems), current and random movers ( single fish/ sharks).
I think this is a great opportunity to practice both coding, as visual skills.
I find it a bit challenging, since I haven’t been using Unity a lot, and am not familiar with C#, but with a little help of tutorials I’m sure I will be able to figure something out. So far, I’ve created several flocking systems and some caustic effects. Still working on Sun shafts.
For my midterm project, I decided to explore relations between attractors & movers in the code. Fortunately, I had zillion ideas, unfortunately, also had way too less skills to achieve the result what I wanted.
Tried to play with fractals, processing and three.js,
Not everything was successful, but I definitely learned a lot
Finally, I decided to focus on the ‘attractor’ example and modify it to make a nice visual effect.
My goal was have a system of movers, flying randomly on the screen. Then, slowly, they were supposed to create a hidden image.
To make it happen, I prepared a few png & jpg files, that were about to be presented by movers. After importing them into p5, I wrote a nested loop, that iterates through each pixel of the image. Each one, having the RGB value bigger than 0 and smaller than 254 was meant to attract elements of the particle.
Once it finally worked, I decided to add some functions to the mouse and keyboard. I just wanted to totally mess up the drawing and redraw it again when the mouse is pressed.
The key changes the image to another one from the array. Once we reach the last one, we go back to the 1st one.
For my final project I decided to combine visual effects and sound. At first I wanted to make an audio visualizer, focusing on objects in 3D space. I started working in p5, but quickly realized that the 3D possibilities of the program aren’t fully developed yet.
During this time, I came across an incredibly satisfying video(click), which depicted a connection between a piece of music and its visualization. This inspired me to slightly change my general idea.
Because of my industrial design background I was drawn to play with sketches in 3 dimensions.
My goal was to mimic the collisions in the video, replicating the way the audio responded to these collisions in my own way.
Although I was attracted to the flat design of this video I preferred to continue developing my 3D skills.
While the project was progressing I kept stumbling across more inspiration. Each piece seemed to feature shaders and different addons, which steered me to switch to OpenFrameworks.
After struggling with installing Xcode, I converted my Java sketch to C ++.
I have to admit that was a pretty challenging task for me, both in creative, and programming way.
I spend a lot of time struggling with shaders and addons, that didn’t want to run on the newest version of Xcode, so I decided to downgrade my program to 8.4 version.
That made my life easier in terms of addons, but made it harder in terms of functions, which sometimes weren’t compatible with the ones on of reference website.
Firstly, I created a spiraling wave made out of turquoise spheres. Then, decided to draw another set of sphere (white ones) floating around the wave. My goal was to give them random speeds and positions, so that they could touch turquoise line at its different parts and moments. The moment when two sets touch each other triggers random note, so that the can create some sort of music.
Later on, I focused on details, such as color change, particle system ‘exploding’ from the sphere that touches the line, and finally my favorite – blur and glow effect.
Here’s the final effect:
less blurry version:
I’ve learned a lot from this project . I’m amused that in such period of time I could learn so much. I feel very satisfied with the effect of my work, although I have many ideas of how I could improve my code if I have more time. Hopefully, I’ll be able to play with it really soon.
This week I continued practicing organizing my code. I had many ideas, of what I could create, but then finally decided to listen to my heart.
There’s one thing I really miss in NYC – I have never see the sky fill with stars at nigh here. I used to see it back in Poland, but unfortunately, the light pollution of the city prevents the stars from being visible. Dreaming about my lovely night, I started creating my own, p5 night sky.
Practicing arrays, loops and functions, I ended up with a nice night sky, full of my beloved stars. To add some magic, I decided to add some movement to the stars, which move in circle.
That was a good opportunity to practice ‘sin’ and ‘cos’.
Moreover, I wanted my project to be more educative, so I singled out stars, which creates constellations. Here, I added a small drawing simulating animation, which one by one, shows constellations on a sky.