def cmd_current(ctx, current, boundary, drift, name):
'''
Make paths through a dark and dangerous dungeon.
'''
bres = get_result(ctx, 'boundary', boundary)
dres = get_result(ctx, 'drift', drift)
# eg larf.current.dqdt
cres = config_call(ctx, "current", current, name, parents=[bres, dres])
save_result(ctx, cres)
def cmd_drift(ctx, drift, boundary, wires, points, name):
'''
Make paths through a dark and dangerous dungeon.
'''
bres = get_result(ctx, 'boundary', boundary)
wres = get_result(ctx, 'wires', wires)
pres = get_result(ctx, 'points', points)
# eg larf.rogue.patch
dres = config_call(ctx, "drift", drift, name, parents=[bres, wres, pres])
save_result(ctx, dres)
def cmd_evaluate(ctx, evaluate, boundary, volume, name):
'''
Produce grid function coefficients for the boundary conditions at the associated surface.
'''
bres = get_result(ctx, 'boundary', boundary)
vreses = list()
for vol in volume:
vres = get_result(ctx, 'volume', vol)
vreses.append(vres)
# eg larf.evaluate.scalar
eres = config_call(ctx, "evaluate", evaluate, name, parents=[bres]+vreses)
save_result(ctx, eres)
return
def cmd_raster(ctx, raster, boundary, name):
'''
Evaluate a solution on a grid of points.
'''
bres = get_result(ctx, 'boundary', boundary)
# eg larf.raster.rectilinear
rres = config_call(ctx, "raster", raster, name, parents=[bres])
save_result(ctx, rres)
def cmd_points(ctx, points, wires, name):
'''
Generate points, possibly with a wires result as a guide.
'''
# eg: larf.points.wires
wres = get_result(ctx, 'wires', wires)
res = config_call(ctx, 'points', points, name, 'points', parents=[wres])
save_result(ctx, res)
def cmd_boundary(ctx, boundary, surface, name):
'''
Produce grid function coefficients for the boundary conditions at the associated surface.
'''
sres = get_result(ctx, 'surface', surface)
# eg larf.boundary.scalar
bres = config_call(ctx, "boundary", boundary, name, parents=[sres])
save_result(ctx, bres)
return
def cmd_volume(ctx, volume, wires, name):
'''
Generate points in a volume.
'''
from larf.volume import combine_arrays
wres = get_result(ctx, 'wires', wires)
# eg larf.volume.wireplanes
vres = config_call(ctx, 'volume', volume, name, 'volumes', parents=[wres], combine=combine_arrays)
save_result(ctx, vres)
return
def cmd_surface(ctx, surface, wires, name):
'''
Generate surface from wires
'''
from larf.surface import combine_arrays
wres = get_result(ctx, 'wires', wires)
# eg larf.surface.wireplanes
sres = config_call(ctx, 'surface', surface, name, 'surfaces', parents=[wres], combine=combine_arrays)
save_result(ctx, sres)
return