//! Cheese example using the turtle_main macro //! //! This is a simplified version of cheese.rs that demonstrates how the //! turtle_main macro reduces boilerplate code. use turtle_lib::*; #[turtle_main("Cheese with Holes - Using Macro")] fn draw_cheese(turtle: &mut TurtlePlan) { // Set fill color to yellow (cheese color!) turtle.set_pen_color(ORANGE); turtle.set_pen_width(3.0); turtle.set_fill_color(YELLOW); println!("=== Starting cheese fill ==="); turtle.begin_fill(); // Draw outer boundary (large square) println!("Drawing outer square boundary..."); for _ in 0..4 { turtle.forward(400.0); turtle.right(90.0); } // Close outer contour and start drawing holes println!("Closing outer contour with pen_up"); turtle.pen_up(); // Draw triangular hole in the middle println!("Drawing triangular hole..."); turtle.go_to(vec2(200.0, 120.0)); turtle.pen_down(); // Start new contour for hole for _ in 0..3 { turtle.forward(160.0); turtle.right(120.0); } println!("Closing triangle contour with pen_up"); turtle.pen_up(); // Close triangle hole contour // Draw circular hole (top-left) using circle_left println!("Drawing circular hole (top-left) with circle_left..."); turtle.go_to(vec2(100.0, 100.0)); turtle.pen_down(); // Start new contour for hole turtle.circle_left(30.0, 360.0, 36); // radius=30, full circle, 36 steps println!("Closing circle contour with pen_up"); turtle.pen_up(); // Close circle hole contour // Draw circular hole (bottom-right) using circle_right println!("Drawing circular hole (bottom-right) with circle_right..."); turtle.go_to(vec2(280.0, 280.0)); turtle.pen_down(); // Start new contour for hole turtle.circle_right(40.0, 360.0, 36); // radius=40, full circle, 36 steps println!("Closing circle contour with pen_up"); turtle.pen_up(); // Close circle hole contour // End fill - Lyon will automatically create holes! println!("Calling end_fill - Lyon should create holes now!"); turtle.end_fill(); // Set animation speed turtle.set_speed(300); println!("Building and executing turtle plan..."); }