Introduction to Computational Arts: Processing

In this 5-week course we’ll introduce the fundamentals of programming. This is the first part of a class which has been taught for seventeen years at Stony Brook University, and is an accessible introduction to combining arts and computing. The other two portions are Introduction to Computational Arts: Image Manipulation and Introduction to Computational Arts: Sound Art.

For programming we’ll be using the free and open source programming language and integrated development environment, Processing. The course will provide the essentials of programming in a visual context, allowing you to visualize, design, and create generative art with Processing.

You will complete both technical assignments and an artistic project, and learn how to participate in an aesthetic critique. We’ll cover the history of generative  art in the Twentieth and 21st Centuries to give context for your artistic endeavors.

Peer review is integral to the success of this class; we will also teach you how to give constructive criticism. By the end of the 5 weeks you should have a strong foundation for how computers work and deal with data.

Additionally, you’ll create an online portfolio of digital art projects, and be able to communicate ideas about art.  

Each week you’ll watch two video series - one on the theory and one on the practice. There will be technical assignments and artistic projects which will be peer reviewed. We’re looking forward to working with you.

Introduction to Computational Arts: Processing
Jan 2014
Consortium for Digital Arts & Technology (CDACT)
Stony Brook University and Coursera

COURSE INFORMATION

Instructors

Dr. Margaret Schedel & Timothy Vallier

Course Description

This multidisciplinary production class serves as an introduction to, and exploration of electronic media in the arts. Lectures will cover concepts and presentations of artists working in various capacities with computers, as well as tutorials on specific software packages.

Prerequisite

No prerequisites or prior knowledge needed. Familiarity with computers is helpful but not necessary.

Course Requirements

• Internet connection

• Windows or Apple computer

• Ability to install software on your machine (admin account)

• Processing software: http://processing.org/

• Digication e-Portfolio account (links and details will be provided) or other web-based sharing

Course Learning Outcomes

Learners who successfully complete this course will have learned the basic skills of Processing, Students will be learn to give critical feedback to their peers about technical and artistic matters through a grounding in the history of technology and the arts. A digital portfolio will showcase your work from this course.

Outcomes:

1. Understand the basics of computers, input and output devices, memory, and disks as demonstrated through quizzes and projects

2. Navigate file systems in Windows and Mac OS X

3. Demonstrate creative/conceptual awareness of generative design through peer critique

4. Install and set-up a digital environment using Processing language.

5. Generate and manipulate type, image and sound, incorporating principles of color, shape and grids

6. Create a multi-media Processing Sketch and host on a website

Textbook & Course Materials
Required Text
  No required texts

Optional Texts:

PROCESSING:

Generative Design: Visualize, Program, and Create with Processing

by Hartmut Bohnacker (Author), Benedikt Gross (Author), Julia Laub (Author), Claudius Lazzeroni (Editor) ISBN-13: 978-1616890773

Publisher: Princeton Architectural Press

WEB:

HTML and CSS: Design and Build Websites

by Jon Duckett

ISBN-13: 978-1118008188

Publisher: Wiley

GRADING POLICY & COURSE REQUIREMENTS

Grading

Assignments and your final project are graded through a peer-review process; quizzes are multiple-choice and are graded by the computer. Your work on the assignments, projects will be graded by your peers using unique rubrics for each task.

Quizzes (5) 30%

Assignments (4) 40%

Project (1) 30 %

Quizzes

After watching each video lecture series, you will take a multiple choice quiz which will count towards your final grade. You can only take these quizzes ONCE. We are using this MOOC to flip the classroom and we do not give our students multiple chances.

There are also “in-video questions,” and you must answer these questions correctly in order to advance the video, but these questions are NOT graded, you can re-do the “in-video” quiz as many times as you need to.

Assignments

Assignments are purely technical; each module will include a detailed explanation of how to complete and grade each assignment. There will be one assignment (which may have multiple components)  every week that there is no project due.  Each assignment should take you no more than one hour.

Project

The final project is both aesthetic and technical; there will be an explanation of how to grade the project but you must remember that art is subjective. You can expect the project to take at  least 4 hours to complete.

Disclaimer: “The course schedule, policies, procedures, and assignments in this course are subject to change in the event of extenuating circumstances, by mutual agreement, and/or to ensure better student learning.”

COURSE SCHEDULE

Week 1 Introduction to Computing and Processing
Week 2 Drawing in Processing: Arguments, Functions, and Primitives
Week 3 Dynamic Drawing: Code blocks, text, and loops.
Week 4 External Input and Interactive Sketches
Week 5 Sound, Images, and Publishing