Source code for add_coords_to_experimental_metadata

#!/usr/bin/env python

from pysmFISH import utils
import argparse

[docs]def add_coords_to_experimental_metadata(): """ Script used to add the coords to the Experimental_metadata.yaml file. In order to work: - The Experimental_metadata.yaml file needs to have the processing hybridization and the coords at point 0 initialized: ex: TilesPositions: Hybridization1: 0: - The coords file extracted from the Nikon microscope need to be in a text file ex. Hyb1_Coords.txt. The Coords tag is necessary and Hyb is the hybridization_key - The input parameters are passed via argparse Parameters: ----------- hybridization_number: string Hybridization number (ex. 3) describing the hybridization to process. path: string Exact path to the folder containing the text file with the coordinates. hybridization_key: string Possible values 'Hyb' or 'Strip'. To add coordinates for stripping if necessary. """ # Inputs of the function parser = argparse.ArgumentParser(description='Add microscope coords to \ experimental_metadata.yaml file') parser.add_argument('-hybridization_number', help='hybridization to add the coords to') parser.add_argument('-path', help='path to the folder with the experimental_metadata.yaml file') parser.add_argument('-hybridization_key', default='Hyb',help='String to identify the specific \ coords file') args = parser.parse_args() # retrieve the parameters processing_directory = args.path hyb_nr = args.hybridization_number hyb_key = args.hybridization_key # Determine the operating system running the code os_windows, add_slash = utils.determine_os() # Check training slash in the processing directory processing_directory=utils.check_trailing_slash(processing_directory,os_windows) utils.add_coords_to_yaml(processing_directory,hyb_nr,hyb_key)
if __name__ == "__main__": add_coords_to_experimental_metadata()