MediaWiki API result

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    "continue": {
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    "warnings": {
        "main": {
            "*": "Subscribe to the mediawiki-api-announce mailing list at <https://lists.wikimedia.org/mailman/listinfo/mediawiki-api-announce> for notice of API deprecations and breaking changes."
        },
        "revisions": {
            "*": "Because \"rvslots\" was not specified, a legacy format has been used for the output. This format is deprecated, and in the future the new format will always be used."
        }
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    "query": {
        "pages": {
            "151": {
                "pageid": 151,
                "ns": 0,
                "title": "RefractCalib",
                "revisions": [
                    {
                        "contentformat": "text/x-wiki",
                        "contentmodel": "wikitext",
                        "*": "RefractCalib creates calibration file used by RefractCompute.\n\n=== '''Overview''' ===\n\nRefractCalib creates calibration file used by RefractCompute.\n\n\n=== '''Prerequesites''' ===\n\nThe following items are required:\n\n* MDV radar files\n* List of files for target identification\n* Calibration files\n\n\n=== '''Parameter file''' ===\n\nRefractCalib uses one parameter file that includes the input/output directories and refractivity calibration parameters.\n\n==== '''Ensure file is up to date''' ====\n\nTo obtain the default parameter file, use the following command:\n\n<code lang=\"bash\">/path/to/lrose/install/bin/RefractCalib -print_params &gt; param_file_name</code>\n\nIf you already have a parameter file and simply want to check for (and add) updated parameters while retaining current parameters, use the following command:\n\n<code lang=\"bash\">/path/to/lrose/install/bin/RefractCalib -params orig_param_file_name -print_params &gt; new_param_file_name</code>\n\n==== '''Important parameters''' ====\n\nProcess Triggering parameters\n\n* trigger_mode: determines if the program waits for new files (LATEST_DATA) or moves through start and end times specified on the command line (TIME_LIST)\n\nProcess I/O parameters\n\n* input_url: path of the input data\n* raw_iq_in_input: indicate whether the raw I and Q values are included in the input files; if FALSE, the raw fields will be calculated from the NIQ/AIQ values, which must be included in the input files\n* raw_i_field_name: name of the raw I field in the input files\n* raw_q_field_name: name of the raw Q field in the input files\n* niq_field_name: name of the NIQ field in the input files; only used if raw_iq_in_input = FALSE\n* aiq_field_name: name of the AIQ field in the input files; only used if raw_iq_in_input = FALSE\n* snr_in_input: indicate whether the SNR field is in the input files; SNR is only needed if raw I/Q values are not included\n* snr_field_name: name of SNR field in the input files\n* power_field_name: name of the power field in the input files\n* quality_source: indicate the field to be used in calculating the quality value, including spectrum width (QUALITY_FROM_WIDTH) and a CPA field (QUALITY_FROM_CPA)\n* quality_field_name: name of the field to be used in the quality calculations, consistent with quality_source\n* output_url: path where the output files are written to\n\nRefractCalib\n\n* file_list_inputs: indicate whether to use a file list for input data or a range of times\n* target_id_file_list: list of files to use for target identification, when file_list_inputs = TRUE\n* calibration_file_list: list of files to use for calibration, when file_list_inputs = TRUE\n* target_files_path: path to files to use for target identification, when file_list_inputs = FALSE\n* target_files_time_range: start and end time for target identification, when file_list_inputs = FALSE\n* calibration_files_path: path to files to use for calibration, when file_list_inputs = FALSE\n* calibration_files_time_range: start and end time for calibration, when file_list_inputs = FALSE\n\nAlgorithm parameters\n\n* ref_file_path: path for the file containing calibration information\n* beam_width: antenna beam width (degrees)\n\n\n=== '''Running RefractCalib''' ===\n\nTo check all command line options for RefractCalib, including debugging options and file paths, type the following command into a terminal.\n\n<code lang=\"bash\">/path/to/lrose/install/bin/RefractCalib -h</code>\n\nOnce your parameter file is complete, use a command similar to the following to run the application:\n\n<code lang=\"bash\">/path/to/lrose/install/bin/RefractCalib -params param_file_name</code>"
                    }
                ]
            },
            "144": {
                "pageid": 144,
                "ns": 0,
                "title": "RefractCompute",
                "revisions": [
                    {
                        "contentformat": "text/x-wiki",
                        "contentmodel": "wikitext",
                        "*": "RefractCompute calculates refractivity from raw polar radar data.\n\n=== '''Overview''' ===\n\nRefractCompute calculates refractivity from raw polar radar data.\n\n\n=== '''Prerequesites''' ===\n\nThe following items are required:\n\n* MDV radar files\n* Night and day reference files\n\n\n=== '''Parameter file''' ===\n\nRefractCompute uses one parameter file that includes the input/output directories and refractivity algorithm parameters.\n\n==== '''Ensure file is up to date''' ====\n\nTo obtain the default parameter file, use the following command:\n\n<code lang=\"bash\">/path/to/lrose/install/bin/RefractCompute -print_params &gt; param_file_name</code>\n\nIf you already have a parameter file and simply want to check for (and add) updated parameters while retaining current parameters, use the following command:\n\n<code lang=\"bash\">/path/to/lrose/install/bin/RefractCompute -params orig_param_file_name -print_params &gt; new_param_file_name</code>\n\n==== '''Important parameters''' ====\n\nProcess Triggering parameters\n\n* trigger_mode: determines if the program waits for new files (LATEST_DATA) or moves through start and end times specified on the command line (TIME_LIST)\n\nProcess I/O parameters\n\n* input_url: path of the input data\n* raw_iq_in_input: indicate whether the raw I and Q values are included in the input files; if FALSE, the raw fields will be calculated from the NIQ/AIQ values, which must be included in the input files\n* raw_i_field_name: name of the raw I field in the input files\n* raw_q_field_name: name of the raw Q field in the input files\n* niq_field_name: name of the NIQ field in the input files; only used if raw_iq_in_input = FALSE\n* aiq_field_name: name of the AIQ field in the input files; only used if raw_iq_in_input = FALSE\n* snr_in_input: indicate whether the SNR field is in the input files; SNR is only needed if raw I/Q values are not included\n* snr_field_name: name of SNR field in the input files\n* power_field_name: name of the power field in the input files\n* quality_source: indicate the field to be used in calculating the quality value, including spectrum width (QUALITY_FROM_WIDTH) and a CPA field (QUALITY_FROM_CPA)\n* quality_field_name: name of the field to be used in the quality calcaulations, consistent with quality_source\n* output_url: path where the output files are written to\n\nAlgorithm parameters\n\n* ref_file_name_day: path and file name of daytime calibration file\n* ref_file_name_night: path and file name of nighttime calibration file\n* hms_night: hour, minute, and second for the beginning of nighttime\n* hms_day: hour, minute, and second for the beginning of daytime\n\n\n=== '''Running RefractCompute''' ===\n\nTo check all command line options for RefractCompute, including debugging options and file paths, type the following command into a terminal.\n\n<code lang=\"bash\">/path/to/lrose/install/bin/RefractCompute -h</code>\n\nOnce your parameter file is complete, use a command similar to the following to run the application:\n\n<code lang=\"bash\">/path/to/lrose/install/bin/RefractCompute -params param_file_name</code>\n\nThe user can also specify the location of cfradial files in the following manner:\n\n<code lang=\"bash\">/path/to/lrose/install/bin/RefractCompute -f /path/to/cfradial/files/ -params param_file_name</code>"
                    }
                ]
            }
        }
    }
}