def cmd(diversity_file, categories, prune, output):
data = load_diversity_data(diversity_file)
if categories is not None:
categories = categories.split(",")
if prune is not None:
prune = prune.split(",")
data_tree = tree.data_to_tree(data, categories)
compute_internal_counts(data_tree)
compute_verbose_labels(data_tree)
if prune is not None:
data_tree = prune_tree(data_tree, prune)
rectangles = compute_rectangles(data_tree)
if output == "-":
for rect in rectangles:
print(rect)
else:
drawing.draw_rectangles(rectangles, output)
def test_compute_rectangles(datasets, d, levels):
test_file = "data/rectangles-" + d + "_" + "-".join(levels) + ".json"
error_prefix = "Error when testing {}\n".format(test_file)
expected_rects = json.load(open(test_file))
tree = tr.data_to_tree(datasets[d], levels)
rects = treemap.compute_rectangles(tree)
compare_rectangles(rects, expected_rects["rectangles"], error_prefix)
def test_prune_tree(datasets, test_file):
error_prefix = "Error when testing {}\n".format(test_file)
test_data = json.load(open(test_file))
tree = tr.data_to_tree(datasets[test_data["dataset"]], test_data["levels"])
pruned_tree = treemap.prune_tree(tree, test_data["prune"])
compare_trees(pruned_tree,
test_data["tree"],
error_prefix,
compare_counts=True)
def test_compute_verbose_labels(datasets, d, levels):
test_file = "data/tree-" + d + "_" + "-".join(levels) + ".json"
error_prefix = "Error when testing {}\n".format(test_file)
test_data = json.load(open(test_file))
tree = tr.data_to_tree(datasets[d], levels)
treemap.compute_verbose_labels(tree)
compare_trees(tree,
test_data["tree"],
error_prefix,
compare_verbose_labels=True)
def test_compute_internal_counts(datasets, d, levels):
test_file = "data/tree-" + d + "_" + "-".join(levels) + ".json"
error_prefix = "Error when testing {}\n".format(test_file)
test_data = json.load(open(test_file))
tree = tr.data_to_tree(datasets[d], levels)
total_count = treemap.compute_internal_counts(tree)
assert total_count == test_data["total_count"], \
error_prefix + "Incorrect compute_internal_counts return value. " \
"Got {}, expected {}".format(total_count, test_data["total_count"])
assert tree.label == "", "Root node does not have empty string label"
assert tree.count == test_data["tree"]["count"], \
error_prefix + "Root node has incorrect count." \
"Got {}, expected {}".format(tree.count, test_data["tree"]["count"])
compare_trees(tree, test_data["tree"], error_prefix, compare_counts=True)