What are the most common wavefunction collapse tests performed on the Landscape Square table?

The Landscape Square table serves as a foundational model for simulating and analyzing wavefunction collapse, a core concept in quantum mechanics and algorithmic generation. The most common tests performed on this structure focus on validating the consistency, locality, and entropy of the collapse process. Key methodologies include the Adjacency Constraint Validation Test, which checks if all placed tiles comply with predefined neighbor compatibility rules. The Entropy Minimization Tracking Test monitors the reduction of possibilities in superposed cells, ensuring the algorithm follows a greedy minimization path. The Backtracking and Consistency Test forces the algorithm into contradiction to verify its backtracking robustness. The Boundary Condition Test examines collapse behavior at the table's edges under periodic or fixed boundaries. The Probability Distribution Convergence Test runs multiple collapse simulations to statistically verify the output distribution aligns with theoretical weights. Finally, the Algorithmic Complexity and Speed Test benchmarks the collapse time against table size scaling. These tests are crucial for developing reliable procedural generation algorithms, quantum circuit simulations, and educational tools that demystify quantum measurement concepts through discrete, computable models.