from SignalManipulator import prepare_signals_for_rendering
from ImageOutputter import make_image
import logging


class Main:

    def __init__(self):
        """ Initializer method for main. Creates the necessary parameters for other functions to access. Uses the
        argparse parameters that the user inputs and assigns them to the proper variables.
        """
        args = self.parse_arguments()
        self.JSONfile = args.JSONfile
        self.binfile = args.binfile
        self.do_save = args.do_save
        self.do_display = args.do_display
        self.image_name = args.image_name

    @staticmethod
    def parse_arguments():
        import argparse as ap

        par = ap.ArgumentParser(description="ultrasound parameters",
                                formatter_class=ap.ArgumentDefaultsHelpFormatter)

        par.add_argument('--JSONfile',
                         dest='JSONfile',
                         help='filename of JSON data',
                         type=str,
                         default='bmode.json')

        par.add_argument('--binfile',
                         dest='binfile',
                         help='filename of binary data',
                         type=str,
                         default='rfdat.bin')

        par.add_argument('--display',
                         dest='do_display',
                         help='should the image be displayed?',
                         type=bool,
                         default=True)

        par.add_argument('--save',
                         dest='do_save',
                         help='should the image be saved?',
                         type=bool,
                         default=True)

        par.add_argument('--image',
                         dest='image_name',
                         help='desired filename of B-mode image',
                         type=str,
                         default='bmode.png')

        args = par.parse_args()

        return args

    def read_data(self):
        """
        Uses the JSONReader and BinaryReader modules to read the RF binary data containing the samples and convert
        to integers, and uses the parameters from the JSONReader to structure the data into separate beams.

        :return: data_in_beams is the input data separated into its lateral beams
        :rtype: int array
        """
        from FileReader import JSONReader, BinaryReader

        jsreader = JSONReader(self.JSONfile)
        axial_samples = jsreader.axial_samples
        num_beams = jsreader.num_beams
        binreader = BinaryReader(self.binfile)
        data = binreader.data

        data_in_beams = []
        for x in range(num_beams):
            beam = data[x*axial_samples:(x+1)*axial_samples]
            data_in_beams.append(beam)

        return data_in_beams, jsreader


if __name__ == "__main__":
    logging.getLogger('ultrasound_kas100_fjm7')
    logging.basicConfig(filename='log/log.txt', format='%(asctime)s %(message)s', datefmt='%m/%d/%Y %I:%M:%S %p')
    fo = open('log/log.txt', 'w+')  # clear the logging file
    fo.close()
    logging.debug('Starting project code')
    MyMain = Main()
    data_in_beams, metadata = MyMain.read_data()
    prepared_data_in_beams = prepare_signals_for_rendering(data_in_beams)
    make_image(prepared_data_in_beams,
               metadata.fs, metadata.c, metadata.axial_samples, metadata.num_beams, metadata.beam_spacing,
               MyMain.image_name, MyMain.do_save, MyMain.do_display)

from SignalManipulator import prepare_signals_for_rendering
from ImageOutputter import make_image
import logging


class Main:

    def __init__(self):
        """ Initializer method for main. Creates the necessary parameters for other functions to access. Uses the
        argparse parameters that the user inputs and assigns them to the proper variables.
        """
        args = self.parse_arguments()
        self.JSONfile = args.JSONfile
        self.binfile = args.binfile
        self.do_save = args.do_save
        self.do_display = args.do_display
        self.image_name = args.image_name

    @staticmethod
    def parse_arguments():
        import argparse as ap

        par = ap.ArgumentParser(description="ultrasound parameters",
                                formatter_class=ap.ArgumentDefaultsHelpFormatter)

        par.add_argument('--JSONfile',
                         dest='JSONfile',
                         help='filename of JSON data',
                         type=str,
                         default='bmode.json')

        par.add_argument('--binfile',
                         dest='binfile',
                         help='filename of binary data',
                         type=str,
                         default='rfdat.bin')

        par.add_argument('--display',
                         dest='do_display',
                         help='should the image be displayed?',
                         type=bool,
                         default=True)

        par.add_argument('--save',
                         dest='do_save',
                         help='should the image be saved?',
                         type=bool,
                         default=True)

        par.add_argument('--image',
                         dest='image_name',
                         help='desired filename of B-mode image',
                         type=str,
                         default='bmode.png')

        args = par.parse_args()

        return args

    def read_data(self):
        """
        Uses the JSONReader and BinaryReader modules to read the RF binary data containing the samples and convert
        to integers, and uses the parameters from the JSONReader to structure the data into separate beams.

        :return: data_in_beams is the input data separated into its lateral beams
        :rtype: int array
        """
        from FileReader import JSONReader, BinaryReader

        jsreader = JSONReader(self.JSONfile)
        axial_samples = jsreader.axial_samples
        num_beams = jsreader.num_beams
        binreader = BinaryReader(self.binfile)
        data = binreader.data

        data_in_beams = []
        for x in range(num_beams):
            beam = data[x*axial_samples:(x+1)*axial_samples]
            data_in_beams.append(beam)

        return data_in_beams, jsreader


if __name__ == "__main__":
    logging.getLogger('ultrasound_kas100_fjm7')
    logging.basicConfig(filename='log/log.txt', format='%(asctime)s %(message)s', datefmt='%m/%d/%Y %I:%M:%S %p')
    fo = open('log/log.txt', 'w+')  # clear the logging file
    fo.close()
    logging.debug('Starting project code')
    MyMain = Main()
    data_in_beams, metadata = MyMain.read_data()
    prepared_data_in_beams = prepare_signals_for_rendering(data_in_beams)
    make_image(prepared_data_in_beams,
               metadata.fs, metadata.c, metadata.axial_samples, metadata.num_beams, metadata.beam_spacing,
               MyMain.image_name, MyMain.do_save, MyMain.do_display)

Initializer method for main. Creates the necessary parameters for other functions to access. Uses the         argparse parameters that the user inputs and assigns them to the proper variables. Uses the JSONReader and BinaryReader modules to read the RF binary data containing the samples and convert         to integers, and uses the parameters from the JSONReader to structure the data into separate beams.          :return: data_in_beams is the input data separated into its lateral beams         :rtype: int array # clear the logging file