Method add_entry

pyxrf/core/quant_analysis.py:1234–1281

r""" Add QA calibration data to the object. Calibration data is represented as a dictionary which satisfies ``_xrf_quant_fluor_schema`` schema. Calibration data may be loaded from JSON file (with file name ``file_path``), but it may already exist in memory as a dictio

(self, file_path, *, calibration_data)

        self.add_entry(file_path, calibration_data=calib_data)

    def add_entry(self, file_path, *, calibration_data):
        r"""
        Add QA calibration data to the object. Calibration data is represented as a dictionary
        which satisfies ``_xrf_quant_fluor_schema`` schema. Calibration data may be loaded
        from JSON file (with file name ``file_path``), but it may already exist in memory
        as a dictionary (for example it may be generated or stored by some other module of
        the program). ``file_path`` does not have to represent valid file path, but some
        unique meaningful string, which may be used to identify calibration entries.
        This function DOES NOT LOAD calibration data from file! Use the function
        ``load_entry()`` to load data from file.

        Parameters
        ----------

        file_path: str

            String (perferably meaningful and human readable) used to identify the data entry.
            The value of this parameter is used to distinguish between calibration data
            entries (identify duplicates, search for calibration entries etc.). If data is
            loaded from file, then this parameter is naturally set to full path to the file
            that holds calibration data entry.

        calibration_data: dict

            Calibration data entry: dictionary that satisfies schema ``_xrf_quant_fluor_schema``.

        """

        # Do not load duplicates (distinguished by file name). Different file names may contain
        #   the same data, but this is totally up to the user. Loading duplicates should not
        #   disrupt the processing, since the user may choose the source of calibration data
        #   for each emission line.
        if not any(file_path == _["file_path"] for _ in self.calibration_settings):
            self.calibration_data.append(calibration_data)

            settings = {}
            settings["file_path"] = file_path
            settings["element_lines"] = {}
            for ln in calibration_data["element_lines"]:
                settings["element_lines"][ln] = {}
                # Do not select the emission line
                settings["element_lines"][ln]["selected"] = False

            self.calibration_settings.append(settings)
            # This will also select the emission line if it occurs the first time
            self.update_emission_line_list()
        else:
            logger.info(f"Calibration data file '{file_path}' is already loaded")

    def remove_entry(self, file_path):
        r"""