def setupHelp(self, help):
import nargs
config.package.GNUPackage.setupHelp(self, help)
help.addArgument(
'MAKE', '-with-make-np=<np>',
nargs.ArgInt(
None,
None,
min=1,
help='Default number of threads to use for parallel builds'))
help.addArgument(
'MAKE', '-with-make-test-np=<np>',
nargs.ArgInt(
None,
None,
min=1,
help='Default number of threads to use for parallel tests'))
help.addArgument(
'MAKE', '-with-make-load=<load>',
nargs.ArgReal(None,
None,
min=1.0,
help='max load to use for parallel builds'))
help.addArgument(
'MAKE', '-download-make-cc=<prog>',
nargs.Arg(None, None, 'C compiler for GNU make configure'))
help.addArgument('MAKE', '-with-make-exec=<executable>',
nargs.Arg(None, None, 'Make executable to look for'))
return
def setupHelp(self, help):
'''This method should be overidden to provide help for arguments'''
import nargs
script.Script.setupHelp(self, help)
help.addArgument(
'FMM', '-debug',
nargs.ArgBool(None, False, 'Debug FMM', isTemporary=1))
help.addArgument(
'FMM', '-lower',
nargs.Arg(None, [-0.5, -0.5],
'Lower-left corner of the tree',
isTemporary=1))
help.addArgument(
'FMM', '-upper',
nargs.Arg(None, [0.5, 0.5],
'Upper-right corner of the tree',
isTemporary=1))
help.addArgument(
'FMM', '-maxLevel',
nargs.ArgInt(None,
2,
'Last tree level (numLevels-1)',
0,
isTemporary=1))
help.addArgument(
'FMM', '-terms',
nargs.ArgInt(None,
5,
'Number of terms in multipole expansion',
1,
isTemporary=1))
help.addArgument(
'FMM', '-sigma',
nargs.ArgReal(None, 0.02, 'Particle radius', 0.0, isTemporary=1))
help.addArgument(
'FMM', '-k',
nargs.ArgInt(None, 2, 'Blob parameter???', 0, isTemporary=1))
help.addArgument(
'FMM', '-overlap',
nargs.ArgReal(None, 0.8, 'Overlap ratio', 0.0, isTemporary=1))
help.addArgument(
'FMM', '-gamma',
nargs.ArgReal(None,
1.0,
'Gamma parameter of the Lamb-Oseen model',
0.0,
isTemporary=1))
help.addArgument(
'FMM', '-nu',
nargs.ArgReal(None,
0.0005,
'Viscosity parameter of the Lamb-Oseen model',
0.0,
isTemporary=1))
help.addArgument(
'FMM', '-t',
nargs.ArgReal(None, 4.0, 'Time at first step', isTemporary=1))
help.addArgument(
'FMM', '-true_solution_type',
nargs.Arg(None,
'analytic',
'True solution type: direct, analytic',
isTemporary=1))
help.addArgument(
'FMM', '-basename',
nargs.Arg(None, '', 'Base filename for output', isTemporary=1))
return help