SYMBOL INDEX (91 symbols across 13 files)

FILE: tests/conftest.py
  class Resources (line 8) | class Resources:
    method get_image (line 9) | def get_image(self, image: str) -> str:
  function resources (line 14) | def resources() -> Resources:

FILE: tests/test_wfc_adjacency.py
  function test_adjacency_extraction (line 11) | def test_adjacency_extraction(resources: Resources) -> None:

FILE: tests/test_wfc_patterns.py
  function test_unique_patterns_2d (line 10) | def test_unique_patterns_2d(resources: Resources) -> None:
  function test_make_pattern_catalog (line 24) | def test_make_pattern_catalog(resources: Resources) -> None:
  function test_pattern_to_tile (line 39) | def test_pattern_to_tile(resources: Resources) -> None:

FILE: tests/test_wfc_solver.py
  function test_makeWave (line 15) | def test_makeWave() -> None:
  function test_entropyLocationHeuristic (line 25) | def test_entropyLocationHeuristic() -> None:
  function test_observe (line 37) | def test_observe() -> None:
  function test_propagate (line 57) | def test_propagate() -> None:
  function test_run (line 92) | def test_run() -> None:

FILE: tests/test_wfc_tiles.py
  function test_image_to_tile (line 9) | def test_image_to_tile(resources: Resources) -> None:
  function test_make_tile_catalog (line 17) | def test_make_tile_catalog(resources: Resources) -> None:

FILE: wfc/wfc_adjacency.py
  function adjacency_extraction (line 8) | def adjacency_extraction(

FILE: wfc/wfc_control.py
  function visualize_tiles (line 50) | def visualize_tiles(unique_tiles, tile_catalog, tile_grid):
  function visualize_patterns (line 56) | def visualize_patterns(pattern_catalog, tile_catalog, pattern_weights, p...
  function make_log_stats (line 63) | def make_log_stats() -> Callable[[Dict[str, Any], str], None]:
  function execute_wfc (line 82) | def execute_wfc(

FILE: wfc/wfc_patterns.py
  function unique_patterns_2d (line 14) | def unique_patterns_2d(agrid: NDArray[np.int64], ksize: int, periodic_in...
  function unique_patterns_brute_force (line 51) | def unique_patterns_brute_force(grid, size, periodic_input):
  function make_pattern_catalog (line 74) | def make_pattern_catalog(
  function identity_grid (line 97) | def identity_grid(grid):
  function reflect_grid (line 103) | def reflect_grid(grid):
  function rotate_grid (line 108) | def rotate_grid(grid):
  function make_pattern_catalog_with_rotations (line 113) | def make_pattern_catalog_with_rotations(
  function pattern_grid_to_tiles (line 175) | def pattern_grid_to_tiles(

FILE: wfc/wfc_solver.py
  class Contradiction (line 19) | class Contradiction(Exception):
  class TimedOut (line 25) | class TimedOut(Exception):
  class StopEarly (line 31) | class StopEarly(Exception):
  class Solver (line 37) | class Solver:
    method __init__ (line 40) | def __init__(
    method is_solved (line 65) | def is_solved(self) -> bool:
    method solve_next (line 69) | def solve_next(
    method solve (line 103) | def solve(
  function makeWave (line 114) | def makeWave(n: int, w: int, h: int, ground: Optional[Iterable[int]] = N...
  function makeAdj (line 127) | def makeAdj(
  function makeRandomLocationHeuristic (line 147) | def makeRandomLocationHeuristic(preferences: NDArray[np.floating[Any]]) ...
  function makeEntropyLocationHeuristic (line 157) | def makeEntropyLocationHeuristic(preferences: NDArray[np.floating[Any]])...
  function makeAntiEntropyLocationHeuristic (line 171) | def makeAntiEntropyLocationHeuristic(
  function spiral_transforms (line 187) | def spiral_transforms() -> Iterator[Tuple[int, int]]:
  function spiral_coords (line 203) | def spiral_coords(x: int, y: int) -> Iterator[Tuple[int, int]]:
  function fill_with_curve (line 210) | def fill_with_curve(arr: NDArray[np.floating[T]], curve_gen: Iterable[It...
  function makeSpiralLocationHeuristic (line 227) | def makeSpiralLocationHeuristic(preferences: NDArray[np.floating[Any]]) ...
  function makeHilbertLocationHeuristic (line 245) | def makeHilbertLocationHeuristic(preferences: NDArray[np.floating[Any]])...
  function simpleLocationHeuristic (line 263) | def simpleLocationHeuristic(wave: NDArray[np.bool_]) -> Tuple[int, int]:
  function lexicalLocationHeuristic (line 272) | def lexicalLocationHeuristic(wave: NDArray[np.bool_]) -> Tuple[int, int]:
  function lexicalPatternHeuristic (line 283) | def lexicalPatternHeuristic(weights: NDArray[np.bool_], wave: NDArray[np...
  function makeWeightedPatternHeuristic (line 287) | def makeWeightedPatternHeuristic(weights: NDArray[np.floating[Any]]):
  function makeRarestPatternHeuristic (line 300) | def makeRarestPatternHeuristic(weights: NDArray[np.floating[Any]]) -> Ca...
  function makeMostCommonPatternHeuristic (line 315) | def makeMostCommonPatternHeuristic(
  function makeRandomPatternHeuristic (line 331) | def makeRandomPatternHeuristic(weights: NDArray[np.floating[Any]]) -> Ca...
  function make_global_use_all_patterns (line 348) | def make_global_use_all_patterns() -> Callable[[NDArray[np.bool_]], bool]:
  function propagate (line 360) | def propagate(
  function observe (line 425) | def observe(
  function run (line 436) | def run(

FILE: wfc/wfc_tiles.py
  function image_to_tiles (line 10) | def image_to_tiles(img: NDArray[np.integer], tile_size: int) -> NDArray[...
  function make_tile_catalog (line 33) | def make_tile_catalog(
  function tiles_to_images (line 56) | def tiles_to_images(tile_grid, tile_catalog):

FILE: wfc/wfc_utilities.py
  function hash_downto (line 16) | def hash_downto(a: NDArray[np.integer], rank: int, seed: Any=0) -> NDArr...
  function load_visualizer (line 35) | def load_visualizer(wfc_ns):
  function find_pattern_center (line 55) | def find_pattern_center(wfc_ns):

FILE: wfc/wfc_visualize.py
  function rgb_to_int (line 23) | def rgb_to_int(rgb_in):
  function int_to_rgb (line 30) | def int_to_rgb(val):
  function tile_to_image (line 38) | def tile_to_image(tile, tile_catalog, tile_size, visualize=False):
  function argmax_unique (line 61) | def argmax_unique(arr, axis):
  function make_solver_loggers (line 70) | def make_solver_loggers(filename, stats={}):
  function make_solver_visualizers (line 127) | def make_solver_visualizers(
  function figure_unified (line 334) | def figure_unified(figure_name_overall, filename, data):
  function visualize_solver (line 361) | def visualize_solver(wave):
  function make_figure_solver_image (line 367) | def make_figure_solver_image(plot_title, img):
  function figure_solver_image (line 379) | def figure_solver_image(filename, plot_title, img):
  function make_figure_solver_data (line 386) | def make_figure_solver_data(plot_title, data, min_count, max_count, cmap...
  function figure_solver_data (line 398) | def figure_solver_data(filename, plot_title, data, min_count, max_count,...
  function figure_wave_patterns (line 405) | def figure_wave_patterns(filename, pattern_left_count, max_count):
  function tile_grid_to_average (line 419) | def tile_grid_to_average(
  function tile_grid_to_image (line 459) | def tile_grid_to_image(
  function figure_list_of_tiles (line 515) | def figure_list_of_tiles(unique_tiles, tile_catalog, output_filename="li...
  function figure_false_color_tile_grid (line 529) | def figure_false_color_tile_grid(tile_grid, output_filename="./false_col...
  function figure_tile_grid (line 541) | def figure_tile_grid(tile_grid, tile_catalog, tile_size):
  function render_pattern (line 545) | def render_pattern(render_pattern, tile_catalog):
  function figure_pattern_catalog (line 560) | def figure_pattern_catalog(
  function render_tiles_to_output (line 588) | def render_tiles_to_output(
  function blit (line 598) | def blit(destination, sprite, upper_left, layer=False, check=False):
  class InvalidAdjacency (line 631) | class InvalidAdjacency(Exception):
  function validate_adjacency (line 637) | def validate_adjacency(
  function figure_adjacencies (line 672) | def figure_adjacencies(

FILE: wfc_run.py
  class RunInstructions (line 14) | class RunInstructions(TypedDict):
  function string2bool (line 21) | def string2bool(strn: Union[bool, str]) -> bool:
  function run_default (line 27) | def run_default(run_experiment: str = "simple", samples: str = "samples_...
  function main (line 329) | def main() -> None: