Class Projects
Students will build, test, and publish their own projects in Processing Java.
CODING PLATFORM
The KTCoder all-in-one coding platform supports our interactive online classes, our specialized curriculum, and our students’ passion for learning.
STUDENT HELP HOURS
Help hours are led by our highly qualified teaching assistants. It is an easy and free way to get immediate feedback on your code.
PROGRESS REPORTS
KTBYTE will e-mail parents with behavior and grade progess reports.
COMPLETION CERTIFICATES
Students can request a certificate of completion once they finish each course.
Class Description:
This course focuses on the beauty of randomness, and how to harness and control chaos in code. By using algorithms, Perlin Noise, recursive functions, and autonomous agents, students will create mesmerizing and stunning works of art. This course proves that computer science isn't all hard lines and sterile code, but can, instead, be an unpredicatble artist. Unlike its companion course, [GEN DESIGN], this course focuses on autonomy and emergent behaviors.
Prerequisites
Completion of [CORE 4b] or Instructor Approval
Class Description:
This course focuses on the beauty of randomness, and how to harness and control chaos in code. By using algorithms, Perlin Noise, recursive functions, and autonomous agents, students will create mesmerizing and stunning works of art. This course proves that computer science isn't all hard lines and sterile code, but can, instead, be an unpredicatble artist. Unlike its companion course, [GEN DESIGN], this course focuses on autonomy and emergent behaviors.
Prerequisites:
Completion of [CORE 4b] or Instructor Approval
Related Classes
Syllabus:
Perlin Noise
Two-dimensional noise
Map Generation and Graphics Mask
Grids (Part 1)
Grids and Agents
Recursive Trees
Fractals
More Fractals
Agents
More Agents, Flocking Part 1
Flocking Part 2
Flocking Part 3
Force Fields
Final Project Planning
Final Project
Syllabus
Perlin Noise
Two-dimensional noise
Map Generation and Graphics Mask
Grids (Part 1)
Grids and Agents
Recursive Trees
Fractals
More Fractals
Agents
More Agents, Flocking Part 1
Flocking Part 2
Flocking Part 3
Force Fields
Final Project Planning
Final Project