anisoms CLI tools¶
ams-plot¶
usage: ams-plot [-h] [-a ASCFILE] [-r RANFILE] [-c {s,g,p1,t1,p2,t2}]
[-d {p,t}] [-v]
output
Plot AMS directions from ASC and RAN files.
positional arguments:
output filename for PDF output
optional arguments:
-h, --help show this help message and exit
-a ASCFILE, --ascfile ASCFILE
ASC file containing data to plot
-r RANFILE, --ranfile RANFILE
RAN file containing data to plot
-c {s,g,p1,t1,p2,t2}, --coordinates {s,g,p1,t1,p2,t2}
co-ordinate system for ASC file ([s]pecimen,
[g]eographic, [p]aleo, or [t]ectonic)
-d {p,t}, --directions {p,t}
source for directions in ASC file
([p]rincipaldirections or [t]ensors)
-v, --verbose
ams-asc-to-csv¶
usage: ams-asc-to-csv [-h] [-f] input_file output_file
Convert anisotropy data from ASC format to CSV format
positional arguments:
input_file input filename (Agico ASC format)
output_file output filename (comma separated value format)
optional arguments:
-h, --help show this help message and exit
-f, --ftest only output samples which pass the F test
ams-print-ran-tensor¶
usage: ams-print-ran-tensor [-h] ranfile [ranfile ...]
Read Agico RAN files and output their AMS tensors.
positional arguments:
ranfile
optional arguments:
-h, --help show this help message and exit
ams-tensor-to-dir¶
usage: ams-tensor-to-dir [-h] [file [file ...]]
Print the first principal directions of tensors
positional arguments:
file text file containing one tensor per line. If no files are given,
data will be read from the standard input.
optional arguments:
-h, --help show this help message and exit
ams-params-from-asc¶
usage: ams-params-from-asc [-h] [--param parameter-name]
[--system coordinate-system]
asc-file [asc-file ...]
Print selected parameters from an Agico ASC file
positional arguments:
asc-file an ASC file to read
optional arguments:
-h, --help show this help message and exit
--param parameter-name, -p parameter-name
Parameter to extract(magsus, incdec, pj, t, or tensor)
--system coordinate-system, -s coordinate-system
Co-ordinate system (specimen or geograph)