Day 1: Dive into Python and Turtle Graphics for Creative Visual Expression
- Draw Your First Masterpiece and Learn Programming Fundamentals
- Objective: Introduce Python programming language basics and the Turtle Graphics library to create visual artistic output.
- Activities:
- Learn fundamental Python syntax, including loops, variables, and functions, with practical examples.
- Use the Turtle Graphics library to draw geometric shapes, including squares, triangles, and circles.
- Challenge Activity: Create a colorful snowflake design or develop a custom artistic design showcasing your creativity.
Day 2: Advanced Patterns and Creative Visual Designs
- Shape It Up through Complex Patterns and Dynamic Designs
- Objective: Use nested loops and Turtle Graphics to create intricate designs and elaborate patterns.
- Activities:
- Explore nested looping structures to draw complex polygons, spirals, and tessellated patterns.
- Apply vibrant colors and dynamic animated patterns to enhance visual appeal and creativity.
- Challenge Activity: Design a festive snowman figure or create a dazzling starburst pattern with multiple visual elements.
Day 3: Artificial Intelligence Meets Python Graphics
- Let's Create Random Shapes and Explore Generative Design
- Objective: Introduce artificial intelligence concepts and use Python to generate randomized shapes and dynamic designs.
- Activities:
- Understand randomness principles and apply the random library to create varied shape generation.
- Learn basic artificial intelligence concepts, including decision-making logic and algorithmic pattern creation.
- Challenge Activity: Build an interactive program that generates a unique and surprising design each time it runs.
Day 4: Generative Art and Recursive Design Patterns
- Recursive Designs Powered by Artificial Intelligence and Mathematical Principles
- Objective: Explore recursion techniques and artificial intelligence methods to design stunning generative artwork.
- Activities:
- Understand recursion principles and learn to create fractal-inspired designs with mathematical elegance.
- Apply artificial intelligence logic to suggest design enhancements and implement random artistic features.
Day 5: The Grand Finale and Comprehensive Project Showcase
- AI-Powered Design Generator and Capstone Demonstration
- Objective: Combine everything learned throughout the week to create a final project that demonstrates creativity and technical proficiency.
- Activities:
- Build a comprehensive shape and design generator powered by randomness, recursion, and artificial intelligence algorithms.
- Add interactive features that allow users to customize and tweak shapes, colors, and design parameters.
- Present your projects at a showcase event, highlighting your artistic journey and technical accomplishments.
This course is available for "remote" learning and will be available to anyone with access to an internet device with a microphone (this includes most models of computers, tablets). Classes will take place with a "Live" instructor at the date/times listed below.
Upon registration, the instructor will send along additional information about how to log-on and participate in the class.
