Creative

Computation
for Visual

Communication
Design

 

WEEK 5 DAY 1

Final Project

The final course project

  • Due Thursday 30.11. 9:15

    • ​Submit on MyCourses > Final Project
    • Brief: VARIATIONS
      • You can interpret the brief freely!
  • The projects are presented in class on Thursday 30.11.
  • Also exhibited online at creativecomputation.aalto.fi
  • The final project is 20% of your course grade

Brief: VARIATIONS

Your project should in some way display variations of a theme.

This could mean (for example):

  • The sketch displays multiple varying outcomes at once

  • The sketch displays a different outcome every time

  • The sketch evolves between different variations

  • There could be multiple ways to achieve this, eg.

    • randomising parameters

    • animating parameters

    • user input

Final Project Templates

  • Use one of the two templates

  • Write your sketch in the sketch.js as normal

    • Do not remove the line createCanvas(...).parent("canvasContainer")

      • This is used to position the canvas on the page

  • ​In the index.html you should edit the following things:

    • My Page Title

    • My Project Title

    • My Name

    • Description of project

  • Feel free to edit style.css

​Submitting your project

  • Export your project from the web editor: File > Download

  • Rename the compressed .zip folder with your name

    • ​Use underscores for word spaces

    • Don't use special characters (ä,ö)

    • Eg. Firstname_Lastname

  • ​Submit the compressed .zip folder in MyCourses > Final Project

​Your project web page

  • Your final project will be on your own web page creativecomputation.aalto.fi/Firstname_Lastname/

  • You can design and style your page any way you want using HTML and CSS if you wish

  • Your project page should include at least the following information:

    • Name of your project

    • Your name

    • A description of your project

  • The page will include a return arrow to the front page.

  • All this is already included in the provided templates.

Tips

  • The final project is only 20% of your course grade

    • Consider the workload accordingly!

  • You can use one of your weekly assignments as a starting point and develop it further

  • Save multiple versions! Don’t lose your progress

  • Think about the web format: Does it scale to different screen sizes?

    • However, we are not going to care about mobile optimisation…

  • Don’t overdo it. Be realistic with your ideas!

  • It’s fine to borrow, but you have to make it your own!

  • Leave room for experimentation and happy accidents!

Empowerment by computation

From a passive consumer to critical contributor

 

“Distinguish your professional role from your consumer role in digital and online environments”

 

Aalto VCD Master's Program Learning Outcomes

Hegemony of Digital Tools

 

“As ‘industry standard’ tools, Apple computers and Adobe software are today synonymous with both the production of graphic design and the identity of the graphic designer.”

 

John-Patrick Hartnett

 

Hegemony of Digital Tools

"Automation, then, when seen from the point of view of capital, must always be balanced with new ways to control (that is, absorb and exhaust) the time and energy thus released. It must produce poverty and stress when there should be wealth and leisure."

 

Tiziana Terranova (2014) Red Stack Attack! Algorithms, Capital and the Automation of the Common.

Hegemony of Digital Tools

Free Software Movement

"Free software is a matter of liberty, not price. To understand the concept, you should think of 'free' as in 'free speech', not as in 'free beer'"

 

Richard Stallman

Free Software Foundation

 

Free Software Movement

  1. The freedom to run the program for any purpose.

  2. The freedom to study how the program works, and change it to make it do what you wish.

  3. The freedom to redistribute and make copies so you can help your neighbour.

  4. The freedom to improve the program, and release your improvements to the public, so that the whole community benefits.

Free or Open Source?

Surviving without proprietary software?

Linux — operating system

Mozilla Firefox — browser

Chromium — browser

GIMP — raster image editor

Inkscape — vector image editor

VLC Media Player — media player

Blender — 3D computer graphics software

Libre Office — office suite

Trello — task manager

Shotcut — video editor

Jitsi — video conference application

Brackets — text editor

Atom — text editor

FontForge — font editor

Surviving without proprietary software?

Open Source Publishing: Design and research collective committed to using only open source tools.

Proprietary software
(Photoshop, Illustrator)

Libraries, frameworks
(p5.js, OpenFrameworks, React)

High level languages
(JavaScript, Java, C++, Python)

Low level languages
(Assembly, COBOL)

Machine code

(010100011…)

CONTROL

EFFORT

Surviving without proprietary software?

Tool as aesthetic

Trendlist.org: The wiggle line trend

Tool as aesthetic

Perlin Noise algorithm by Ken Perlin (1983)

Tool as aesthetic

Tool as way of thinking

Heikki Lotvonen: Glyph Drawing Club ASCII art editor

Tool as way of thinking

Tool as
Minimum Viable Product

  1. TOOLS FOR AUTOMATION

    • Automating time-consuming, repetitive task

  2. TOOLS FOR OPTIMISATION

    • Solving complex problems with multiple parameters

  3. TOOLS FOR IDEATION

    • Generating unexpected outcomes

Hacking

  1. A strategy or technique for managing one's time or activities more efficiently

  2. A piece of computer code providing a quick or inelegant solution to a particular problem

Hacking

“Technology and art are inextricably related. Many musicians, video artists, graphic artists, and even poets who work with technology — whether designing it or using it — consider themselves to be part of the 'hacker community.' Computer artists, like non-art hackers, often find themselves on society's fringes, developing strange, innovative uses of existing technology. There is an empathetic relationship between those, for example, who design experimental music software and hackers who write communications freeware”

 

Composer & Hacker Larry Polansky

"Making your own tools"

EDITING

SCRIPTING

BORROWING

APPROPRIATING

BREAKING

COLLABORATING

SHARING

MODIFYING

HACKING

FIXING

Scripting in Adobe CC

"A script can be as simple as an automated common task or as complex as an entire new feature. You can create your own scripts, and you can run scripts that other people have created."

Indiscript: Speeech!

Tadashi Ueda

Erik Solin

Making your own tools

MISUSING MS OFFICE?

RESTRICTING YOUR EXPRESSION?

Cassie Hester: Experimental Typography

Irene Suosalo

USING PRACTICAL EFFECTS?

Making your own tools

APPROPRIATING OLD TECHNOLOGY?

IT MIGHT NOT BE PERFECT BUT IT GETS THE JOB DONE!

References and
further reading

Exercise:
Dreams of Digital Tools

Discuss in groups of 3-4:
What would be your ideal digital tool?
What would you use it for?
How would it benefit your design practice?

Conceptualise imaginary tools for:

  • automation
  • optimisation 
  • ideation

Weekly Reading V
+ Assignment V

  1. Read pages 1-18 from the introduction of Critical Code Studies (2020) by Mark C. Marino.

  2. Explore the Vocable Code project by Winnie Soon.

Study how code is used and discussed in these examples: Not just as a practical tool, but as a medium and object of protest, poetry or social critique. Drawing inspiration from the chapter Protesting in Code in Critical Code Studies (see image) make a protest poster that uses the syntax of programming.

Weekly Reading V

+ Assignment V

  • You can use any tool you want to make the poster.
  • The content of the poster doesn't have to be actual code that produces a working program, but just mimic the syntax of programming in a way that you find meaningful.
    • (It can also be an actual, functioning program, like in the example of Vocable Code.)
    • The goal is to use the vocabulary and grammar of programming as a poetic and critical mode of expression.
  • Submit the finished poster as an image file or PDF.
  • The assignment is due Tuesday 28.11. at 9:15.

Coding Workshop
5.1

P5.js and HTML

  • So far we have used p5.js to draw on the canvas

    • Canvas is just another element inside the HTML document

      • P5.js creates a HTML canvas with the createCanvas function

  • Like any JS script, also a p5.js sketch can modify the HTML elements

    • ​Add and modify text elements, links, buttons, sliders, images, etc.

  • You can style HTML elements using CSS

Creating HTML elements

//create any HTML element with given tag and content
createElement(tag, [content])

let myHeading = createElement('h2', 'This is my heading!');
//set the position and CSS style for the element
myHeading.position(50,20);
myHeading.style('font-size', '18px');

  • By default, HTML elements are positioned on the page one after another as blocks

  • Using the position() method we can specify an absolute position that removes the element from the normal document flow

Buttons

let myButton = createButton("click me!");

myButton.mouseClicked(myCallback);

  • Create a button HTML element and specify the text in the button

  • On its own a button has no functionality.

  • To specify the behaviour of the button, we have to attach an event listener and a callback function to the button.

  • The event listener specifies which event is used to interact with the button

    • Eg. mouseClicked()

  • The callback function specifies what should happen when the event is fired

    • Eg. what should happen when the button is clicked

Event functions

mousePressed()
mouseReleased()
mouseClicked()
mouseMoved()
mouseDragged()
mouseOver()
mouseOut()
doubleClicked()
mouseWheel()
keyPressed()
keyReleased()
keyTyped()
keyIsDown()

CHECK OUT P5.JS REFERENCE AND TUTORIALS

THERE ARE MULTIPLE OTHER EVENT FUNCTIONS!
(ALSO FOR MOBILE TOUCH SCREEN AND DEVICE ORIENTATION)

Styling HTML elements

let button = createButton("Click here!");
button.style("background-color", "red");
//sketch.js
let button = createButton("Click here!");

  • You can define CSS styling in p5 using the style() method

  • You can define CSS styling in the CSS stylesheet using the element selector 

//style.css
button{
  background-color: red;
}

Exercise 1: Simple Button

Sliders

let mySlider = createSlider(min, max, [value], [step]);
mySlider.value();

  • Create a slider HTML element and specify the values of the slider: minimum, maximum, default value, and step size

  • The current value of the slider is returned with the .value() method 

//create slider that gives values from 0 to 100
//default value is 50
let mySlider = createSlider(0, 100, 50);
let myVal = mySlider.value();
//print the current value of slider to console
print(myVal);

Exercise 2: Simple slider

Exercise 3: Face generator

VARIATION: Exercise 5: Sine editor

Text input field

let myInput = createInput("type here");
myInput.value();

  • Create a text input and set the placeholder text

  • The current value of the input is returned with the .value() method

//create text input field
let myInput = createInput("type here");
myInput.size(200); //set width of text field
let val = myInput.value(); //read current value
print(val); //print the current value of input to console

  • You can set minimum or maximum length or other attributes using the .attribute() method

Exercise 4: Input field

  • Create a global variable angle. Set it to be 0.
  • In every frame, increment the value of angle.
  • Make a for-loop that is repeated 20 times.
  • In the for-loop:
    • translate to random coordinates on the canvas
    • rotate a random amount + the value of angle
    • draw a text box containing the value from the input field
    • remember to push and pop!
  • Use the randomSeed function so that in every frame the random values will be the same.

Remember to post your cool coding creations on the week 5 Showcase forum!

//create any HTML element with given tag and content
createElement(tag, [content])
//create paragraph element
createP("Hello!");
//create a button, store it in the myButton variable
let myButton = createButton("Click here!");
//attach an event listener and define a callback function
myButton.mouseClicked(myCallBack);
//create slider
createSlider(min, max, [value], [step]);
//create input field
createInput("Type here!");
//create color picker
createColorPicker("#ffffff");
//set absolute position for HTML elements
myElement.position(x,y);
//style HTML elements using CSS properties
myElement.style(property, value);

Recap

CC_w5_d1

By eevirutanen

CC_w5_d1

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