def set_value(self, value):
if not self.vivified:
return Quantity.set_value(self, value)
if value == None:
return
if not isinstance(value, Value):
raise ValueError(
"The argument of set_value has type '%s', but "
"it should rather be an instance of the Value "
"class." % type(value)
)
if self.def_on_mat:
set_plan = value.get_set_plan(self.material_names, unit=self.unit)
for v, m, u in set_plan:
scale_factor = float(u)
fn = "%s_%s" % (self.name, v)
flexible_set_fielddata(self.master, fn, m, 1e-9, scale_factor=scale_factor, normalise=self.normalized)
else:
set_plan = value.get_set_plan(self.material_names, unit=self.unit)
assert len(set_plan) == 1
v, m, u = set_plan[0]
scale_factor = float(u)
flexible_set_fielddata(
self.master, self.name, m, 1e-9, scale_factor=scale_factor, normalise=self.normalized
)
ocaml.lam_set_field(self.lam, self.master, self.get_lam_name())
def update_H_ext(t_su):
t = SI(1e-12, 's')*t_su
GHz = 1e9/SI('s')
frequency = 10*GHz
amplitude = math.sin(float(math.pi*frequency*t))
fieldname = 'H_ext'
s._fields.set_subfield(None, # subfieldname
[0, amplitude, 0],
SI(0.4e6, 'A/m'),
fieldname=fieldname,
auto_normalise=False)
(mwe, field) = s._master_mwes_and_fields_by_name[fieldname]
ocaml.lam_set_field(s._lam, field, "v_" + fieldname)
print "*",
def set_value(self, value):
if not self.vivified:
return Quantity.set_value(self, value)
if value == None:
return
if not isinstance(value, Value):
raise ValueError("The argument of set_value has type '%s', but "
"it should rather be an instance of the Value "
"class." % type(value))
if self.def_on_mat:
set_plan = value.get_set_plan(self.material_names, unit=self.unit)
for v, m, u in set_plan:
scale_factor = float(u)
fn = "%s_%s" % (self.name, v)
flexible_set_fielddata(self.master,
fn,
m,
1e-9,
scale_factor=scale_factor,
normalise=self.normalized)
else:
set_plan = value.get_set_plan(self.material_names, unit=self.unit)
assert len(set_plan) == 1
v, m, u = set_plan[0]
scale_factor = float(u)
flexible_set_fielddata(self.master,
self.name,
m,
1e-9,
scale_factor=scale_factor,
normalise=self.normalized)
ocaml.lam_set_field(self.lam, self.master, self.get_lam_name())
