Source code for tdc.single_pred.adme

# -*- coding: utf-8 -*-
# Author: TDC Team
# License: MIT

import sys
import warnings

from . import single_pred_dataset
from ..utils import print_sys, fuzzy_search
from ..metadata import dataset_names

[docs]class ADME(single_pred_dataset.DataLoader): """Data loader class to load datasets in ADME task. More info: Args: name (str): the dataset name. path (str, optional): The path to save the data file, defaults to './data' label_name (str, optional): For multi-label dataset, specify the label name, defaults to None print_stats (bool, optional): Whether to print basic statistics of the dataset, defaults to False convert_format (str, optional): Automatic conversion of SMILES to other molecular formats in MolConvert class. Stored as separate column in dataframe, defaults to None """ def __init__(self, name, path='./data', label_name=None, print_stats=False, convert_format=None): """Create ADME dataloader object. """ super().__init__(name, path, label_name, print_stats, dataset_names=dataset_names["ADME"], convert_format = convert_format) = fuzzy_search(, dataset_names["ADME"]) if == 'ppbr_az': import pandas as pd import os self.ppbr_df = pd.read_csv(os.path.join(self.path, + '.tab'), sep = '\t') df = self.ppbr_df[self.ppbr_df.Species == 'Homo sapiens'] self.entity1 = df.Drug.values self.y = df.Y.values self.entity1_idx = df.Drug_ID.values if print_stats: self.print_stats() print('Done!', flush = True, file = sys.stderr)
[docs] def get_other_species(self, species = None): if not in ['ppbr_az']: raise ValueError('This function is only available for assays with species label, including PPBR') if species == 'all': return self.ppbr_df if species in self.ppbr_df.Species.unique(): return self.ppbr_df[self.ppbr_df.Species == species].reset_index(drop = True) else: raise ValueError("You can only specify the following set of species name: 'Canis lupus familiaris', 'Cavia porcellus', 'Homo sapiens', 'Mus musculus', 'Rattus norvegicus', 'all'")
[docs] def harmonize(self, mode = None): """Removing duplicated experimental readouts. """ if mode not in ['max', 'min', 'remove_all']: raise ValueError("Please specify 'mode' of removal, currently supported 'max'/'min'/'remove_all'!") if mode == 'max': df_ = self.get_data() df = df_.sort_values('Y', ascending=True).drop_duplicates('Drug').reset_index(drop = True) elif mode == 'min': df_ = self.get_data() df = df_.sort_values('Y', ascending=False).drop_duplicates('Drug').reset_index(drop = True) elif mode == 'remove_all': df_ = self.get_data() df = df_.drop_duplicates('Drug', keep = False).reset_index(drop = True) self.entity1 = df.Drug.values self.y = df.Y.values self.entity1_idx = df.Drug_ID.values return df