Introduction

This contains a description of the command line arguments. All arguments take the form of

-arg=value

Command Line Arguments

Argument Takes Value Discription

`-h`	N	Displays the help text and exits the program.
`-wout_file`	Y	Specify the wout input file name.
`-restart_file`	Y	Specify the restart input file name.
`-test_name`	Y	Name of the test to run.
`-tol`	Y	Tolarance value.
`-min`	Y	Minimum radial value.
`-max`	Y	Maximum radial value.
`-relative`	N	Use relative error.
`-dump`	N	Dump values to the screen.
`-u`	Y	Poloidal angle to dump.
`-v`	Y	Toroidal angle to dump.

`test`	Check a test profile of a known function.
`r`	Check profiles of r.
`z`	Check profiles of z.
`drdu`	Check profiles of drdu.
`drdv`	Check profiles of drdv.
`dzdu`	Check profiles of dzdu.
`dzdv`	Check profiles of dzdv.
`phipf`	Check profiles of phipf.
`chipf`	Check profiles of chipf.
`bsups`	Check profiles of bsups.
`bsupu`	Check profiles of bsupu.
`bsupv`	Check profiles of bsupv.
`bsubs`	Check profiles of bsubs.
`bsubu`	Check profiles of bsubu.
`bsubv`	Check profiles of bsubv.
`jbsups`	Check profiles of jbsups.
`jbsupu`	Check profiles of jbsupu.
`jbsupv`	Check profiles of jbsupv.
`jksups`	Check profiles of jksups.
`jksupu`	Check profiles of jksupu.
`jksupv`	Check profiles of jksupv.
`jacobian`	Check profiles of the jacobian.
`curtor`	Check total toroidal current.
`vmec_divb`	Check vmec diveregence of B.
`siesta_divb`	Check siesta diveregence of B.
`pressure`	Check profiles of pressure.

Reference material for the coding to implement command line parsing is found in the commandline_parser class.