def __str__(self):
"Return formatted summary of expr data"
return tstr((("Name", self.name),
("Cell", self.cell),
("Topological dimension", self.topological_dimension),
("Geometric dimension", self.geometric_dimension),
("Rank", self.rank),
("Number of coefficients", self.num_coefficients),
("Arguments", lstr(self.arguments)),
("Coefficients", lstr(self.coefficients)),
("Argument names", lstr(self.argument_names)),
("Coefficient names", lstr(self.coefficient_names)),
("Unique elements", estr(self.unique_elements)),
("Unique sub elements", estr(self.unique_sub_elements)),
# FIXME DOMAINS what is "the domain(s)" for an expression?
("Domains", self.domains), ))
def __str__(self):
"Return formatted summary of expr data"
return tstr((("Name", self.name),
("Cell", self.cell),
("Topological dimension", self.topological_dimension),
("Geometric dimension", self.geometric_dimension),
("Rank", self.rank),
("Number of coefficients", self.num_coefficients),
("Arguments", lstr(self.arguments)),
("Coefficients", lstr(self.coefficients)),
("Argument names", lstr(self.argument_names)),
("Coefficient names", lstr(self.coefficient_names)),
("Unique elements", estr(self.unique_elements)),
("Unique sub elements", estr(self.unique_sub_elements)),
# FIXME DOMAINS what is "the domain(s)" for an expression?
("Domains", self.domains), ))
def __str__(self):
"Return formatted summary of form data"
types = sorted(self.max_subdomain_ids.keys())
geometry = (("Geometric dimension", self.geometric_dimension), )
subdomains = tuple(("Number of %s subdomains" % integral_type,
self.max_subdomain_ids[integral_type])
for integral_type in types)
functions = (
# Arguments
("Rank", self.rank),
("Arguments", lstr(self.original_form.arguments())),
# Coefficients
("Number of coefficients", self.num_coefficients),
("Coefficients", lstr(self.reduced_coefficients)),
# Elements
("Unique elements", estr(self.unique_elements)),
("Unique sub elements", estr(self.unique_sub_elements)),
)
return tstr(geometry + subdomains + functions)
def __str__(self):
"Return formatted summary of form data"
types = sorted(self.max_subdomain_ids.keys())
geometry = (
("Geometric dimension", self.geometric_dimension),
)
subdomains = tuple(("Number of %s subdomains" % integral_type,
self.max_subdomain_ids[integral_type]) for integral_type in types)
functions = (
# Arguments
("Rank", self.rank),
("Arguments", lstr(self.original_form.arguments())),
# Coefficients
("Number of coefficients", self.num_coefficients),
("Coefficients", lstr(self.reduced_coefficients)),
# Elements
("Unique elements", estr(self.unique_elements)),
("Unique sub elements", estr(self.unique_sub_elements)),
)
return tstr(geometry + subdomains + functions)