treeReaderWithSplit.py File Reference

Go to the source code of this file.

Namespaces
namespace	postprocessing
namespace	postprocessing.treeReaderWithSplit

Functions
	postprocessing.treeReaderWithSplit.round_sig (x, sig)
	postprocessing.treeReaderWithSplit.read_patches (file_path, size_group)

Variables
	postprocessing.treeReaderWithSplit.parser = argparse.ArgumentParser(description='Tree Reader')
	postprocessing.treeReaderWithSplit.dest
	postprocessing.treeReaderWithSplit.type
	postprocessing.treeReaderWithSplit.str
	postprocessing.treeReaderWithSplit.required
	postprocessing.treeReaderWithSplit.help
	postprocessing.treeReaderWithSplit.args = parser.parse_args()
	postprocessing.treeReaderWithSplit.folder_path = args.file
str	postprocessing.treeReaderWithSplit.prefix = 'grid-'
list	postprocessing.treeReaderWithSplit.datafiles = [f for f in os.listdir(folder_path) if f.startswith(prefix)]
int	postprocessing.treeReaderWithSplit.dimension = 3
list	postprocessing.treeReaderWithSplit.size_groups = []
	postprocessing.treeReaderWithSplit.size_group = defaultdict(list)
int	postprocessing.treeReaderWithSplit.total_level = -1
	postprocessing.treeReaderWithSplit.patch_number_for_each_level = defaultdict(list)
int	postprocessing.treeReaderWithSplit.max_size = 0
	postprocessing.treeReaderWithSplit.size_tuple = tuple(map(float, size.split()))
	postprocessing.treeReaderWithSplit.max_size_key = size
list	postprocessing.treeReaderWithSplit.leftmost_offset = [999,999,999]
	postprocessing.treeReaderWithSplit.offset_tuple = tuple(map(float, offset.split()))
	postprocessing.treeReaderWithSplit.leftmost_offset_key = offset
	postprocessing.treeReaderWithSplit.domain_offset = tuple(leftmost_offset)
	postprocessing.treeReaderWithSplit.domain_size = tuple(map(float, max_size_key.split()))
list	postprocessing.treeReaderWithSplit.tree_matrices = []
list	postprocessing.treeReaderWithSplit.tree_patches = []
int	postprocessing.treeReaderWithSplit.index = 0
list	postprocessing.treeReaderWithSplit.tree_matrix = [None]*total_level
list	postprocessing.treeReaderWithSplit.tree_patch = [None]*total_level
	postprocessing.treeReaderWithSplit.level = int( math.log( int(round_sig(domain_size[0]/size_tuple[0],1)), 3) )
tuple	postprocessing.treeReaderWithSplit.matrix_size = (3**level)
	postprocessing.treeReaderWithSplit.matrix = np.zeros((matrix_size, matrix_size, matrix_size), dtype=bool)
	postprocessing.treeReaderWithSplit.colors = plt.colormaps['tab10']
	postprocessing.treeReaderWithSplit.fig = plt.figure(figsize=(28, 8))
list	postprocessing.treeReaderWithSplit.axes = []
	postprocessing.treeReaderWithSplit.color = colors(j)
	postprocessing.treeReaderWithSplit.x
	postprocessing.treeReaderWithSplit.y
	postprocessing.treeReaderWithSplit.z
	postprocessing.treeReaderWithSplit.marker
	postprocessing.treeReaderWithSplit.s
	postprocessing.treeReaderWithSplit.depthshade