File_data
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Data Structure: File_data |
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Description |
Input/output file names and directories |
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File_data NUM=ival where ival is the data structure number |
Description |
Overview The File_data data structure is used to define the working directories and input/output files to be used for the inversion analysis procedure. Generally most of this data can be defined and read from the configuration file in which case this data structure can be set using default settings. Data that can be defined includes: •The template data file ( Template_file) containing the reference data used to generate the models for the simulations performed during the inversion procedure. •The output file name ( Output_file) for the file containing the inversion results. •The test ( Test_directory ), target ( Target_directory )and template ( Template_directory ) directories.
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 | Template_file Template data file name |
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Defines the name of the template data file to be used to generate the models for the simulations performed during the inversion procedure. The template file should exist in the specified template directory via Template_directory.
Notes •The Template_file name is limited to 64 characters. •The template data file consists of a data file defined with complete data to perform a single simulation. Then the inverse procedure will generate different copies of such template varying the parameters to be optimised. Note that some data in the template may be defined in a specific format depending on the type of inversion performed. •The template data may be defined in several files which must be included into the main template data file via the command Include. Thus Template_file refers to the main template data file.
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| Output_file Output file name |
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This keyword allows to define a name for the file output containing the results of the inversion procedure. If not defined by default the results are output in a file named project_name.out .
Notes •The Output_file name is limited to 64 characters.
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| Target_directory Directory containing the target results |
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Target_directory is compulsory and defines the directory containing the target results used by the optimisation procedure. The directory may be defined either by: •The path relative to the project directory e.g. ".\ directory_name " •The full path e.g. "C:\simulation\inversion\case_1\ directory_name "
Notes •The Target_directory name is limited to 128 characters. •For inversion analysis run from MATINA the default target directory is assumed as " project_directory \target").
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| Template_directory Directory containing template data files |
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Template_directory is compulsory and defines directory containing the template data file. The directory may be defined either by: •The path relative to the project directory e.g. ".\ directory_name " •The full path e.g. "C:\simulation\inversion\case_1\ directory_name "
Notes •The Template_directory name is limited to 128 characters. •If the Template_directory is not defined, by default the directories searched is the ParaGeoInv default template directory "PARAGEOINV\ application_name \ experiment_name " •For inversion analysis run from MATINA the default template directory is assumed as PARAGEOINV/"Application_name"/"Experiment_name" .
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| Test_directory Directory to be used for the model results |
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Test_directory is compulsory and defines the directory to be used to write the models simulation results. The directory may be defined either by: •The path relative to the project directory e.g. ".\ directory_name " •The full path e.g. "C:\simulation\inversion\case_1\ directory_name "
Notes •The Test_directory name is limited to 128 characters. •For inversion analysis run from MATINA the default test directory is assumed as " project_name \test".
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