Develop a universal algorithm using the provided commands to guide the character to the finish line on any of the three fields.

Algorithm Development:

• The core challenge is to create a path that works regardless of the specific layout of obstacles or the finish line's position on the three fields. This implies a need for a general strategy rather than hardcoding moves for a single layout.
• Since it's "Algorithm with branching," we should consider using conditional statements to adapt the path.
• A common strategy for grid-based pathfinding is to move towards the target while avoiding obstacles.
• Let's assume the character starts at a known position and the finish line is at a known relative position or can be detected. Without explicit coordinates for the finish line or a general search algorithm, we'll focus on a reactive approach using the available commands.
• A simple universal approach might be to attempt to move in a general direction (e.g., right, then up) and use the `free_from_` commands to navigate around immediate obstacles. However, this might not be sufficient for all cases and could lead to infinite loops if not carefully designed.
• A more robust approach, given the "universal code" requirement, would be to explore a pathfinding algorithm like Breadth-First Search (BFS) or Depth-First Search (DFS), but these typically require more complex state management and movement logic than provided.
• Considering the available commands and the likely scope of such a problem in an educational context, a common pattern is to move in a sequence of directions, potentially with `if` conditions to handle walls or clear paths, and then repeat or adjust.
• Hypothetical Universal Strategy (Conceptual):
• 1. If the path forward (`free_from_right`) is clear, move right.
• 2. Else if the path up (`free_from_up`) is clear, move up.
• 3. Else if the path down (`free_from_down`) is clear, move down.
• 4. Else if the path left (`free_from_left`) is clear, move left.
• 5. This simple reactive approach has flaws. A more structured approach would be to define a sequence of moves that attempt to reach a goal region.
• Example for a single field (as shown): The character needs to move right twice and then down once to reach the checkered flag.
• `move_right`
• `move_right`
• `move_down`
• Universalization challenge: To make it universal for three fields, the code must be able to detect the finish line and adapt. If the 'finish' is always a specific tile or a tile detected by a specific condition, we could use that. If the task implies reaching the checkered flag tile, we can check for it.
• Let's consider a more abstract