def fmt_mdif_block(dims, db):
dimnames = [x.name for x in dims]
fmts = [x.outputformat for x in dims]
for coord in itertools.product(*[x.data for x in dims[1:]]):
for iname, fmt, value in zip(dimnames[1:], fmts[1:], coord):
# import pdb;pdb.set_trace()
yield [("VAR SWEEP.%s(real) = " + fmt) % (iname, value)]
blockname = db.blockname
if blockname is None:
blockname = "DATABLOCK"
yield ["BEGIN %s" % blockname]
attribnames, attribdata = zip(*[(k, v) for (k, v) in db.vardata.items() if v.dims == dims[1:]])
attribheader = format_complex_header(attribnames, attribdata, "%s(real)", "%s(complex)", None, unit_fmt=False)
for name, data in zip(attribheader, attribdata):
yield [("# %s = %s" % (name, data.outputformat)) % data[coord]]
header, columns = zip(*[(k, v) for (k, v) in db.vardata.items() if v.dims == dims])
header = (dims[0].name,) + header
idx = (Ellipsis,) + coord
columns = [col[idx] for col in columns]
columns = [hfarray(dims[0])] + columns
outheader = format_complex_header(header, columns, "%s(real)", "%s(complex)", None, unit_fmt=False)
yield ["% " + " ".join(outheader)]
fmts = [x.outputformat for x in columns]
# import pdb;pdb.set_trace()
for row in zip(*columns):
out = []
for elem, fmt in zip(row, fmts):
out.extend(format_elem(fmt, elem))
yield out
yield ["END"]
def fmt_mdif_block(dims, db):
dimnames = [x.name for x in dims]
fmts = [x.outputformat for x in dims]
for coord in itertools.product(*[x.data for x in dims[1:]]):
for iname, fmt, value in zip(dimnames[1:], fmts[1:], coord):
# import pdb;pdb.set_trace()
yield [("VAR SWEEP.%s(real) = " + fmt) % (iname, value)]
blockname = db.blockname
if blockname is None:
blockname = "DATABLOCK"
yield ["BEGIN %s" % blockname]
attribnames, attribdata = zip(*[(k, v)
for (k, v) in db.vardata.items()
if v.dims == dims[1:]])
attribheader = format_complex_header(attribnames,
attribdata,
"%s(real)",
"%s(complex)",
None,
unit_fmt=False)
for name, data in zip(attribheader, attribdata):
yield [("# %s = %s" % (name, data.outputformat)) % data[coord]]
header, columns = zip(*[(k, v) for (k, v) in db.vardata.items()
if v.dims == dims])
header = (dims[0].name, ) + header
idx = (Ellipsis, ) + coord
columns = [col[idx] for col in columns]
columns = [hfarray(dims[0])] + columns
outheader = format_complex_header(header,
columns,
"%s(real)",
"%s(complex)",
None,
unit_fmt=False)
yield ["% " + " ".join(outheader)]
fmts = [x.outputformat for x in columns]
# import pdb;pdb.set_trace()
for row in zip(*columns):
out = []
for elem, fmt in zip(row, fmts):
out.extend(format_elem(fmt, elem))
yield out
yield ["END"]
def test_format_complex_header_2(self):
res = common.format_complex_header(["Z"],
[hfarray([0.1 + 1j], unit=None)],
"%s",
"Re(%s)",
"Im(%s)"
)
self.assertEqual(res, ["Re(Z)", "Im(Z)"])
def test_format_complex_header_5(self):
res = common.format_complex_header(["Z"],
[hfarray([0.1 + 1j], unit=None)],
"%s",
"%s",
None
)
self.assertEqual(res, ["Z"])
def test_format_complex_header_3(self):
res = common.format_complex_header(["Z"],
[hfarray([0.1], unit="Ohm")],
"%s",
"Re(%s)",
"Im(%s)"
)
self.assertEqual(res, ["Z [Ohm]"])
def format_sp_block(sweepvars, header, fmts, columns, blockname, comments):
for comment in comments.fullcomments:
yield ["!" + comment.lstrip("!")]
for iname, fmt, value in sweepvars:
yield [("!@%s=" + fmt) % (iname, value)]
header, columns = make_col_from_matrix(header, columns, "%s%s%s")
outheader = format_complex_header(header, columns, "%s", "Re(%s)", "Im(%s)", padheader=True)
yield outheader
fmts = [x.outputformat for x in columns]
for row in zip(*columns):
out = []
for elem, fmt in zip(row, fmts):
out.extend(format_elem(fmt, elem))
yield out
def format_sp_block(sweepvars, header, fmts, columns, blockname, comments):
for comment in comments.fullcomments:
yield ["!" + comment.lstrip("!")]
for iname, fmt, value in sweepvars:
yield [("!@%s=" + fmt) % (iname, value)]
header, columns = make_col_from_matrix(header, columns, "%s%s%s")
outheader = format_complex_header(header, columns, "%s", "Re(%s)",
"Im(%s)")
yield outheader
fmts = [x.outputformat for x in columns]
for row in zip(*columns):
out = []
for elem, fmt in zip(row, fmts):
out.extend(format_elem(fmt, elem))
yield out
def test_format_complex_header_2(self):
res = common.format_complex_header(["Z"],
[hfarray([0.1 + 1j], unit=None)],
"%s", "Re(%s)", "Im(%s)")
self.assertEqual(res, ["Re(Z)", "Im(Z)"])
def test_format_complex_header_5(self):
res = common.format_complex_header(["Z"],
[hfarray([0.1 + 1j], unit=None)],
"%s", "%s", None)
self.assertEqual(res, ["Z"])
def test_format_complex_header_3(self):
res = common.format_complex_header(["Z"], [hfarray([0.1], unit="Ohm")],
"%s", "Re(%s)", "Im(%s)")
self.assertEqual(res, ["Z [Ohm]"])