INDUCTION PROJECT – ORDER AND CHAOS

Important Dates & Resources

Project Brief

L3 Creative Diploma – Induction 25-26 newDownload

Project Launch	w/c 31st Aug 2026
Formative Feedback	w/c 21st Sep 2026

Target Completion	—
Summative Feedback	w/c 28st Sep 2026

WEEK 3 – WC/ 15^th Sep

In this lesson, you will use Adobe Illustrator to create generative artwork. You will download and experiment with two scripts, then follow the video tutorial to explore different repetition methods. You will change the shapes, colours, sizes and arrangements to produce a selection of creative outcomes. By the end of the lesson, you will choose and develop your strongest design.

• Complete Artist Research
• Two outcomes using Adobe Illustrator

• Generative Stripes Art – Evaluation and reflection
  

In Lesson Tasks

Generative artwork: Adobe Illustrator

In this lesson, you will use Adobe Illustrator to create generative artwork. Generative artwork is created by using rules, scripts and repeated actions to produce different visual results.

Your Task

1. Download the two script files provided. (File 1)
2. Follow the video to install and use each script in Adobe Illustrator.
3. Experiment with the settings to create different outcomes.
4. Follow the video to try different repetition methods.
5. Change the colours, shapes, sizes, spacing and arrangement.
6. Save at least three different experiments.
7. Choose your strongest outcome and develop it further.
8. Upload your experiments and final outcome to your project blog.

Your artwork should show experimentation, repetition and your own creative choices.

Create Generative Lines Using Blend

1. Select the Pencil Tool and draw two different curved lines.
2. Select each line and change the stroke colour. You can use:
   • A solid colour
   • A gradient
   • Different colours on each line
3. Experiment with the gradient. Try making some gradient points transparent to create a softer and more interesting effect. If the gradient does not look good, you can return to a solid colour.
4. Select both lines using the Selection Tool.
5. Go to Object → Blend → Blend Options.
6. Change Spacing to Specified Steps.
7. Enter the number of repeated lines you want and click OK. Be careful: if you use too many steps, the lines may merge together and hide the background.
8. Go to Object → Blend → Make to generate the repeated lines.
9. Move, rotate or reshape one of the original lines. Watch how the whole blend changes.
10. When you are happy with the result, go to Object → Blend → Expand. You may then need to select Object → Ungroup.
11. You can now select, move, resize, rotate or recolour the individual lines to create a more complex outcome inspired by Casey Reas.

WEEK 2 – WC/ 7^th Sep

This week, you will complete your blogs and research generative artist Casey Reas. You will then follow a beginner coding tutorial to create your own generative stripe artwork, experimenting with repetition, colour, thickness and controlled chaos. For remote learning, upload your final outcome and complete an evaluation explaining your creative choices, what worked well and how your artwork connects to the theme of Order and Chaos.

• Complete Blog Set Up
• Complete Artist Research
• Generative Stripes Art

• Generative Stripes Art – Evaluation and reflection
  

In Lesson Tasks

Generative Stripes: Beginner Coding Tutorial

In this task, you will create digital artwork using code. You will begin with a simple stripe pattern and gradually add new pieces of code, like building with Lego.

You do not need to understand everything immediately. Follow each step carefully and press Play after making a change.

Step 1: Open p5.js

1. Open the p5.js Web Editor.
2. Delete all the existing code.
3. Copy and paste the starter code below.
4. Press the Play ▶ button.

Step 2: Starter code

// SET UP THE DIGITAL CANVAS
function setup() {
  // Create an artwork that is 800 × 500 pixels
  createCanvas(800, 500);
  // Draw the artwork only once
  noLoop();
}
// CREATE THE ARTWORK
function draw() {
  // BACKGROUND COLOUR
  // Replace the hex code to choose another colour
  background("#eac7c7");
  // NUMBER OF STRIPES
  // Change 10 to another number
  let total = 10;
  // REPEAT THE CODE TO CREATE THE STRIPES
  for (let stripe = 0; stripe < total; stripe++) {
    // Calculate the position of each stripe
    let x = (stripe + 1) * width / (total + 1);
    // MAIN STRIPE COLOUR
    // Replace the hex code to choose another colour
    stroke("#ffbb00");
    // MAIN STRIPE THICKNESS
    // A larger number creates a thicker stripe
    strokeWeight(20);
    // DRAW THE MAIN STRIPE
    // x = horizontal position
    // 0 = top of the canvas
    // height = bottom of the canvas
    line(x, 0, x, height);
    // ADD OPTIONAL CODE BRICKS BELOW THIS LINE
  }
}

Step 3: Change the basic design

Change one setting at a time and press Play again.

Change the number of stripes

Find:

let total = 10;

Try a different number like:

let total = 20;

Then try a smaller or larger number.

Change the background

Find:

background("#eac7c7");

Replace the hex code with the colour you want. Only change the colour inside the quotation marks.

Change the stripe colour

Find:

stroke("#ffbb00");

Try a different colour.

Change the thickness

Find:

strokeWeight(20);

Try a different number.

A smaller number makes thinner stripes. A larger number makes thicker stripes.

Step 4: Add a second stripe (

Find this comment inside the loop:

// ADD OPTIONAL CODE BRICKS BELOW THIS LINE

Paste this code directly underneath it:

// SECOND STRIPE
stroke("#FF3D8D");
strokeWeight(10);
line(x + 20, 0, x + 20, height);

Your second stripe has its own:

• Colour
• Thickness
• Position

Change 20 to move the second stripe:

line(x + 40, 0, x + 40, height);

The second stripe will move further away from the main stripe.

Step 5: Make the second stripe diagonal

Find the second stripe:

line(x + 20, 0, x + 20, height);

Replace it with:

line(x + 50, 0, x + 20, height);

The first horizontal position is x + 50, but the final position is x + 20. Because the two positions are different, the stripe becomes diagonal.

Experiment with the numbers. You can also slant it in the opposite direction:

line(x - 50, 0, x + 20, height);

Step 6: Add a third stripe

Underneath the second-stripe code, add:

// THIRD STRIPE
stroke("#713AFF");
strokeWeight(5);
line(x - 20, 0, x - 20, height);

Change its colour, thickness and position.

Step 7: Create random chaos

This is an additional higher-level challenge.

You can add random movement to any stripe.

Replace its line() code with:

line(
  x + random(-60, 60), 0,
  x + random(-60, 60), height
);

Change the numbers to control the chaos:

random(-20, 20)   // Less chaos
random(-100, 100) // More chaos

Step 8: Alternate between two colours

This is an additional higher-level challenge.

Find the main colour:

stroke("#ffbb00");

Replace it with:

// ALTERNATE BETWEEN TWO COLOURS
if (stripe % 2 === 0) {
  stroke("#ffbb00");
} else {
  stroke("#FF3D8D");
}

The stripes will alternate between yellow and pink.

Step 9: Make Any Stripe Cross

Replace the line() code of any stripe with:

line(
  x, 0,
  width - x, height
);

This changes that stripe from vertical to crossing the canvas diagonally. You can change the first and last value, see what happens.

Step 10: Create a gradient background

Replace:

background("#eac7c7");

With:

let topColour = color("#FFB703");
let bottomColour = color("#FB6F92");

for (let y = 0; y < height; y++) {
  let amount = map(y, 0, height, 0, 1);
  stroke(lerpColor(topColour, bottomColour, amount));
  line(0, y, width, y);
}

Change the two colour codes to personalise the gradient.

What to produce

Create at least two designs:

1. A simple one-colour stripe design.
2. A design using double or triple stripes.
3. Higher-level students will produce a more experimental design using diagonal lines, alternating colours or random positions and/or create codes that is not in this guide.

For each design, save:

• A screenshot of your artwork.
• Write the code on your blog using a code block
• Reflection and evaluation of what you changed.

If your code stops working

Check that:

• Colours have quotation marks: "#FF0000"
• Commands finish with a semicolon: ;
• Every opening bracket { has a closing bracket }
• You pasted new code inside the for loop
• You did not delete x from the line() command
• You pressed Play after making changes

Use Cmd + Z on Mac or Ctrl + Z on Windows to undo your last change.

TASK 2 -Generative Shape Grid: Order to Chaos

In this task, you will use code to create a repeated grid of circles. You will begin with an ordered pattern before changing the size, position and shape of the objects to introduce chaos.

Step 1: Open p5.js

1. Open the p5.js Web Editor.
2. Delete the existing code.
3. Paste the code below.
4. Press Play ▶.

Step 2: Create an ordered grid

function setup() {
  // Create the digital canvas
  createCanvas(800, 500);
  // Draw the artwork only once
  noLoop();
}
function draw() {
  // Choose the background colour
  background("#F5E6FF");
  // Repeat down the canvas
  for (let y = 40; y < height; y = y + 60) {
    // Repeat across the canvas
    for (let x = 40; x < width; x = x + 60) {
      // Choose the shape colour
      fill("#713AFF");
      // Remove the outline
      noStroke();
      // Draw a circle
      circle(x, y, 30);
      // ADD OPTIONAL CODE HERE
    }
  }
}

Experiment by changing:

background("#F5E6FF"); // Background colour
fill("#713AFF");        // Circle colour
circle(x, y, 30);       // Circle size

Change the spacing between the shapes:

y = y + 60
x = x + 60

A smaller number creates more shapes. A larger number creates fewer shapes.

Step 3: Gradually increase the size

Replace:

circle(x, y, 30);

With:

// Increase the circle size from left to right
let objectSize = map(
  x,
  40,
  width - 40,
  10,
  60
);
circle(x, y, objectSize);

• 10 is the size on the left.
• 60 is the size on the right.

Reverse the numbers to make the circles become smaller:

let objectSize = map(
  x,
  40,
  width - 40,
  60,
  10
);

Step 4: Change the shape

Change:

circle(x, y, objectSize);

To:

square(x, y, objectSize);

You can also try:

triangle(
  x, y - objectSize,
  x - objectSize, y + objectSize,
  x + objectSize, y + objectSize
);

Step 5: Introduce chaos

To create random sizes, replace the shape with:

circle(
  x,
  y,
  random(10, 60)
);

T

o create random positions, use:

circle(
  x + random(-20, 20),
  y + random(-20, 20),
  objectSize
);

Change the numbers to control the chaos:

random(-10, 10) // Slight movement
random(-50, 50) // More chaos

Step 6: Alternate between two colours

Replace:

fill("#713AFF");

With:

if ((x + y) % 120 === 0) {
  fill("#FF006E");
} else {
  fill("#3A86FF");
}

Change both colour codes to create your own palette.

Final outcome

Create two artworks:

1. Order: an organised grid with controlled spacing and gradual size changes.
2. Chaos: a modified version using random sizes, positions, colours or different shapes.

Save a screenshot of each artwork and your code.

Write one sentence explaining your changes

WEEK 1 – WC/ 31^st Aug

This week, you will research digital artist Casey Reas and discover how he uses computer code, rules and chance to create generative artwork. You will select and analyse two examples, considering how they represent order and chaos, before explaining how his work could influence your own creative ideas. You will also submit the link to your project blog and prepare for remote learning by downloading Microsoft Teams and OneDrive.

• Research: Casey Reas
• Submit Blog link

• Download Teams
• Download OneDrive
  

In Lesson Tasks

Research: Casey Reas

Casey Reas is an artist who uses computer code and sets of instructions to create generative artwork. His work often combines controlled systems with unpredictable visual results. He also co-created Processing, a creative coding platform used by artists and designers. Casey Reas’s official website | Process series

Your task

Create a research post about Casey Reas for your project blog. Your research should contain approximately 350–500 words and be written in your own words.

Include the following sections:

1. About the artist

Explain:

• Who is Casey Reas?
• What type of artwork does he create?
• What is generative art?
• How does he use computer code as an artistic tool?
• What is Processing, and why is it important to his practice?

2. Artwork analysis

Select two artworks by Casey Reas. Include a clear image of each work and write:

• The title and date of the artwork.
• What can you see?
• What colours, shapes, lines, movement or patterns are used?
• How was the work created?
• Which parts appear ordered, and which parts appear chaotic?
• What mood or atmosphere does the artwork create?
• What do you find interesting or effective about it?

Do not simply describe the image. Explain your opinions and support them with visual evidence.

3. Connection to your project

Explain how Casey Reas’s work could influence your own creative work.