def update_columns(jsonified_consensus_details_table):
if not jsonified_consensus_details_table:
return [{}]
consensus_details_table_data = tools.unjsonify_df(
jsonified_consensus_details_table)
return [{
"name": i,
"id": i
} for i in list(consensus_details_table_data.columns)]
def to_consensus_node_details_distribution(tree_click_data,
jsonified_full_consensustable):
if not jsonified_full_consensustable or not tree_click_data:
return ""
clicked_node = tree_click_data['points'][0]
node_id = clicked_node['pointIndex']
full_consensustable = tools.unjsonify_df(jsonified_full_consensustable)
distribution_figure = consensustable.get_node_distribution_fig(
node_id, full_consensustable)
return distribution_figure
def color_consensuses_table_cells(jsonified_partial_consensustable,
jsonified_consensus_tree):
if not jsonified_partial_consensustable or not jsonified_consensus_tree:
return []
partial_consensustable_data = tools.unjsonify_df(
jsonified_partial_consensustable)
consensustree_data = tools.unjsonify_builtin_types(
jsonified_consensus_tree)
tree = consensustree.dict_to_tree(consensustree_data)
return consensustable.get_cells_styling(tree, partial_consensustable_data)
def update_partial_table_data(jsonified_full_consensustable: str,
jsonified_tree: str, slider_value: float):
if not jsonified_full_consensustable or not jsonified_tree:
return []
full_consensustable_data = tools.unjsonify_df(
jsonified_full_consensustable)
full_consensustree_data = tools.unjsonify_builtin_types(jsonified_tree)
full_consensustree_tree = consensustree.dict_to_tree(
full_consensustree_data)
table_without_consensuses_smaller_than_slider = consensustable.remove_smaller_than_slider(
full_consensustable_data, full_consensustree_tree, slider_value)
return tools.jsonify_df(table_without_consensuses_smaller_than_slider)
def to_consensus_node_details_table(tree_click_data,
jsonified_full_consensustable,
jsonified_consensustree):
if not jsonified_full_consensustable or not tree_click_data:
return []
clicked_node = tree_click_data['points'][0]
node_id = clicked_node['pointIndex']
full_consensustable = tools.unjsonify_df(jsonified_full_consensustable)
consensustree_data = tools.unjsonify_builtin_types(jsonified_consensustree)
tree = consensustree.dict_to_tree(consensustree_data)
node_details_df = consensustable.get_consensus_details_df(
node_id, full_consensustable, tree)
return tools.jsonify_df(node_details_df)
def to_consensustree_graph(jsonified_current_consensustree, slider_value,
leaf_info, jsonified_full_consensustable):
if not jsonified_current_consensustree or not jsonified_full_consensustable:
return {}
current_consensustree_data = tools.unjsonify_builtin_types(
jsonified_current_consensustree)
current_consensustree_tree = consensustree.dict_to_tree(
current_consensustree_data)
full_consensustable_data = tools.unjsonify_df(
jsonified_full_consensustable)
return consensustree.get_consensustree_graph(current_consensustree_tree,
slider_value, leaf_info,
full_consensustable_data)
def to_consensusnode_details_content(jsonified_consensus_details_table):
if not jsonified_consensus_details_table:
return []
consensus_details_table_data = tools.unjsonify_df(
jsonified_consensus_details_table)
return consensus_details_table_data.to_dict("rows")
def to_consensustree_leaf_info_options_dropdown(jsonified_full_consensustable):
if not jsonified_full_consensustable:
return []
full_consensustable = tools.unjsonify_df(jsonified_full_consensustable)
metadata = consensustable.get_metadata_list(full_consensustable)
return consensustree.get_leaf_info_dropdown_options(metadata)
def update_columns(jsonified_partial_consensustable):
if not jsonified_partial_consensustable:
return [{}]
partial_consensustable_data = tools.unjsonify_df(
jsonified_partial_consensustable)
return [{"name": i, "id": i} for i in partial_consensustable_data.columns]
def to_consensustable_content(jsonified_partial_consensustable):
if not jsonified_partial_consensustable:
return []
partial_consensustable_data = tools.unjsonify_df(
jsonified_partial_consensustable)
return partial_consensustable_data.to_dict("rows")
