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| Changes in VALD3 configuration file. | = VALD configuration file (VALD3 version) = |
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| The VALD configuration file describes the data files. One line corresponds to a single data file. The first line contains the wavelength window and the reference wavelength for line identification, maximum ionization stage and the maximum excitation potential for the lower level in eV. Wavelength window scales with the wavelength but not more than by a factor of 100: dwl = min(max(dwl*wl/wl_ref, dwl_ref*0.01), dwl_ref*100). |
The VALD configuration file sets a few global extraction parameters, and lists the data files to be included for extraction. The first line contains the wavelength window and the reference wavelength for line identification, the maximum ionization stage, and the maximum excitation potential for the lower level in eV. The reference wavelength {{{wl_ref}}} is used to scale the wavelength window when comparing lines from different data files. The maximum scaling factor is 100: {{{wl_window = min(max(wl_window_ref * wl / wl_ref, wl_window_ref*0.01), wl_window_ref*100)}}}. |
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| Any consecutive lines starting with semicolon are interpreted as comments. Each line starts with filename complete with a path relative to the VALD home directory. Next parameter is a unique number of the line list in the configuration file. This number is only used for association of the list name and extracted data field and thus does not have to be consistent between different configuration files. The two next entries give the range of species included in the file using the VALD unique species number. This is the reason why species number in the VALD species list must be monotonous! |
Any subsequent line starting with semicolon is interpreted as a comment line. Otherwise, one line corresponds to a single data file. Each line starts with the filename includeing a path relative to the VALD home directory. The next parameter is a unique number of the line list in the configuration file. This number is only used for associating the list name with the extracted data field, and thus does not have to be consistent between different configuration files. The two next entries give the range of species included in the file using the VALD unique species number. This is the reason why the species number in the VALD species list must be monotonous! |
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| The next entry is new: it is a flag that indicates that the list can be merged (0) or is exempt from any merger (1). |
The next entry is new compared to VALD2: it is a flag that indicates that the list can be merged (0) or is exempt from any merger (1). |
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| The rest of the line is as before: 9 weights starting from the wavelength and the short name of the line list. |
The rest of the line is as for VALD2: nine weights used for merging data for the same transition from different files (integer numbers for wavelength, gf-value, upper level energy, lower level energy, Landé factor, radiative-, Stark-, and Van der Waals broadening, and the level designation), followed by the short name of the line list. |
VALD configuration file (VALD3 version)
The VALD configuration file sets a few global extraction parameters, and lists the data files to be included for extraction. The first line contains the wavelength window and the reference wavelength for line identification, the maximum ionization stage, and the maximum excitation potential for the lower level in eV. The reference wavelength wl_ref is used to scale the wavelength window when comparing lines from different data files. The maximum scaling factor is 100: wl_window = min(max(wl_window_ref * wl / wl_ref, wl_window_ref*0.01), wl_window_ref*100).
Any subsequent line starting with semicolon is interpreted as a comment line. Otherwise, one line corresponds to a single data file. Each line starts with the filename includeing a path relative to the VALD home directory. The next parameter is a unique number of the line list in the configuration file. This number is only used for associating the list name with the extracted data field, and thus does not have to be consistent between different configuration files. The two next entries give the range of species included in the file using the VALD unique species number. This is the reason why the species number in the VALD species list must be monotonous!
The next entry is new compared to VALD2: it is a flag that indicates that the list can be merged (0) or is exempt from any merger (1).
The rest of the line is as for VALD2: nine weights used for merging data for the same transition from different files (integer numbers for wavelength, gf-value, upper level energy, lower level energy, Landé factor, radiative-, Stark-, and Van der Waals broadening, and the level designation), followed by the short name of the line list.
An example for a VALD3 configuration file can be found here.