Visual Blocks.
Real Games.
Computational Logic.

// Block Structure 1: Maze Movement & Wall Collision
WHEN [Green Flag] clicked:
    go_to(x: -200, y: 150)
    SET [coins_collected] TO 0
    FOREVER:
        IF <key [Right Arrow] pressed?> THEN:
            change_x_by(5)
            IF <touching_color([Wall Navy])?> THEN:
                change_x_by(-5) // Rebound physics
        IF <touching([Goal Portal])?> THEN:
            broadcast([Level Complete])

// Block Structure 2: Gravity Simulation & Velocity Vector
WHEN [Green Flag] clicked:
    SET [y_velocity] TO 0
    FOREVER:
        change_y_by([y_velocity])
        CHANGE [y_velocity] BY -1 // Gravity pull
        IF <touching_color([Ground])?> THEN:
            SET [y_velocity] TO 0
            IF <key [Space] pressed?> THEN:
                SET [y_velocity] TO 12 // Impulse jump

# Bridging: How Scratch Logic Maps Directly to Python
class PlayerSprite:
    def __init__(self):
        self.x, self.y = -200, 150
        self.coins = 0

    def update(self, keys, walls):
        if keys["RIGHT"]:
            self.x += 5
            if self.collides_with(walls):
                self.x -= 5
        print(f"Sprite position: ({self.x}, {self.y})")