Blueprints for Module: Module1.1-final

{
  "programName": "The Python Digital Architect Program",
  "moduleID": "PY-1.1",
  "moduleTitle": "The Generative Artist",
  "moduleDescription": "Learn to use core programming concepts to create complex, repeatable geometric art that demonstrates mastery of Python fundamentals.",
  "capstoneProject": "A Generative Art program that combines multiple functions to draw a unique, complex, and beautiful pattern that can be customized with different parameters.",
  "technologiesUsed": [
    "Python 3.x",
    "Turtle graphics library",
    "VS Code",
    "built-in math module",
    "pytest",
    "git"
  ],
  "coreConcepts": [
    "for loops",
    "functions with parameters",
    "variables",
    "basic conditional logic",
    "turtle graphics",
    "nested loops",
    "mathematical transformations"
  ],
  "blueprints": [
    {
      "blueprintID": "PY-1.1-BP1",
      "blueprintTitle": "My First Turtle Drawing: Lines and Shapes",
      "coreObjective": "Understand basic Python syntax and use the Turtle library to draw simple geometric shapes.",
      "technologiesUsed": [
        "Python 3.x",
        "Turtle graphics library",
        "VS Code"
      ],
      "coreConcepts": [
        "Variables (for color, speed)",
        "Python syntax basics",
        "Turtle graphics setup (screen, turtle object)",
        "Turtle movement (forward, backward, left, right)",
        "Drawing basic shapes (square, triangle)"
      ],
      "lessonKnowledge": "Students will learn how to set up a Python environment for Turtle graphics, control the turtle's movement, change its properties (like color and speed), and draw fundamental shapes.",
      "previousLessonKnowledge": "None"
    },
    {
      "blueprintID": "PY-1.1-BP2",
      "blueprintTitle": "Repeating with Loops: The Power of Patterns",
      "coreObjective": "Utilize `for` loops to efficiently create repetitive patterns and more complex geometric designs.",
      "technologiesUsed": [
        "Python 3.x",
        "Turtle graphics library",
        "VS Code"
      ],
      "coreConcepts": [
        "for loops",
        "range() function",
        "variables within loops",
        "iterative drawing"
      ],
      "lessonKnowledge": "Students will understand how `for` loops automate repetitive tasks, enabling them to draw intricate patterns (e.g., a row of shapes, polygons with many sides, simple spirals) with minimal code.",
      "previousLessonKnowledge": "Basic Python syntax, variables, Turtle graphics setup and basic movement commands."
    },
    {
      "blueprintID": "PY-1.1-BP3",
      "blueprintTitle": "Building Blocks: Functions for Reusable Art",
      "coreObjective": "Learn to define and use functions with parameters to create modular and reusable drawing components.",
      "technologiesUsed": [
        "Python 3.x",
        "Turtle graphics library",
        "VS Code"
      ],
      "coreConcepts": [
        "Functions (definition and calling)",
        "Parameters (for size, color, sides)",
        "Code modularity",
        "Abstraction"
      ],
      "lessonKnowledge": "Students will be able to encapsulate drawing logic into functions (e.g., `draw_polygon(sides, length, color)`), making their code more organized, readable, and easier to reuse for complex compositions.",
      "previousLessonKnowledge": "Understanding of for loops, variables, and basic Turtle graphics operations."
    },
    {
      "blueprintID": "PY-1.1-BP4",
      "blueprintTitle": "Adding Flair: Conditions and Nested Structures",
      "coreObjective": "Introduce basic conditional logic (`if/else`) to vary drawing outputs and use nested loops to create more complex, layered patterns.",
      "technologiesUsed": [
        "Python 3.x",
        "Turtle graphics library",
        "VS Code"
      ],
      "coreConcepts": [
        "Basic conditional logic (if, else, elif)",
        "Comparison operators",
        "Nested for loops",
        "Combining loops and conditions"
      ],
      "lessonKnowledge": "Students will learn to make their drawings more dynamic by using conditional statements (e.g., changing color based on loop iteration) and create grid-like or intricate layered designs using nested loops.",
      "previousLessonKnowledge": "Ability to define and use functions with parameters, understanding of for loops and Turtle graphics."
    },
    {
      "blueprintID": "PY-1.1-BP5",
      "blueprintTitle": "Generative Techniques: Implementing Transformations and Combining Functions",
      "coreObjective": "Learn to implement key mathematical transformations (rotation, scaling, translation) using function parameters and the `built-in math module`, and combine these with custom functions to build sophisticated generative art.",
      "technologiesUsed": [
        "Python 3.x",
        "Turtle graphics library",
        "VS Code",
        "built-in math module"
      ],
      "coreConcepts": [
        "Mathematical transformations (rotation, scaling, translation)",
        "Implementing transformations via function parameters",
        "Using the `built-in math module` (e.g., `math.sin`, `math.cos`) for geometric calculations",
        "Function composition for complex visual structures",
        "Advanced pattern generation",
        "Creative application of mathematical concepts in art"
      ],
      "lessonKnowledge": "Students will learn to explicitly implement key mathematical transformations to create sophisticated generative art. They will understand how to:\n*   Achieve **rotation** by manipulating the turtle's heading or by applying trigonometric functions (e.g., `math.sin`, `math.cos` from the `built-in math module`) for rotations around arbitrary points.\n*   Implement **scaling** by passing size-modifying parameters to their drawing functions.\n*   Perform **translation** by strategically repositioning the turtle before drawing elements.\nConcrete coding examples will demonstrate how to integrate these transformations into their functions (e.g., creating a rotated and scaled array of shapes). This will enhance their ability to combine functions and parameters to produce complex, customizable, and dynamic visual patterns.",
      "previousLessonKnowledge": "Proficiency with functions, loops, conditional logic, and Turtle graphics."
    },
    {
      "blueprintID": "PY-1.1-BP6",
      "blueprintTitle": "Good Habits: Intro to Testing and Version Control",
      "coreObjective": "Introduce the fundamental concepts of code testing (simple, non-GUI examples).",
      "technologiesUsed": [
        "Python 3.x",
        "pytest",
        "git",
        "VS Code"
      ],
      "coreConcepts": [
        "Importance of testing",
        "Writing simple test functions (e.g., for a helper function that calculates a value)"
      ],
      "lessonKnowledge": "Students will gain a conceptual understanding of why testing is important for reliable code. They will practice writing a simple test for a non-graphical utility function.",
      "previousLessonKnowledge": "Solid understanding of Python functions and basic program structure."
    },
    {
      "blueprintID": "PY-1.1-BP7",
      "blueprintTitle": "Capstone Showcase: Your Generative Masterpiece",
      "coreObjective": "Synthesize all learned Python and Turtle graphics concepts to design and implement a unique, complex, and customizable generative art program. - They will draw a map of the nearby area with their favorite landmarks using Turtle.",
      "technologiesUsed": [
        "Python 3.x",
        "Turtle graphics library",
        "VS Code",
        "git"
      ],
      "coreConcepts": [
        "Application of all module concepts: for loops",
        "functions with parameters",
        "variables",
        "basic conditional logic",
        "turtle graphics",
        "nested loops",
        "mathematical transformations",
        "code organization",
        "creative design"
      ],
      "lessonKnowledge": "Students will demonstrate their ability to integrate various programming techniques to create a substantial and original piece of generative art, showcasing their understanding of Python fundamentals and creative application of learned skills. This lesson needs a roadmap that helps them with the capstone project.",
      "previousLessonKnowledge": "All concepts and skills covered in Blueprints 1 through 6, including Python programming, Turtle graphics, functions, loops, conditionals, and basic Git usage."
    }
  ]
}