def testRoundTripData(self):
comp = fctutils.Compressor()
comp.write("""hello=goodbye
multiline=[
hello
f**k
mimsy
]
parishioner=arse
""")
comp.close()
data = comp.getvalue()
full_input = "fish=wiggle\n" + data
in_f = io.StringIO(full_input)
fct = fctutils.ParamBag()
fct.load(in_f)
self.assertEqual("goodbye", fct.dict["hello"])
self.assertEqual("arse", fct.dict["parishioner"])
self.assertEqual("wiggle", fct.dict["fish"])
self.assertEqual("""hello
f**k
mimsy
""", fct.dict["multiline"])
def save(self, file, update_saved_flag=True, **kwds):
print("gnofract4d parameter file", file=file)
print("version=%s" % THIS_FORMAT_VERSION, file=file)
compress = kwds.get("compress", False)
if compress is not False:
# compress this file
main_file = file
file = fctutils.Compressor()
for pair in zip(self.paramnames, self.params):
print("%s=%.17f" % pair, file=file)
print("maxiter=%d" % self.maxiter, file=file)
print("yflip=%s" % self.yflip, file=file)
print("periodicity=%s" % int(self.periodicity), file=file)
print("period_tolerance=%.17f" % self.period_tolerance, file=file)
self.forms[0].save_formula_params(file, self.warp_param)
self.forms[1].save_formula_params(file)
self.forms[2].save_formula_params(file)
i = 0
for transform in self.transforms:
transform.save_formula_params(file, None, i)
i += 1
print("[colors]", file=file)
print("colorizer=1", file=file)
print("solids=[", file=file)
for solid in self.solids:
print("%02x%02x%02x%02x" % solid, file=file)
print("]", file=file)
print("[endsection]", file=file)
if compress:
file.close()
print(file.getvalue(), file=main_file)
if update_saved_flag:
self.saved = True