def generate_function_signature(self, model):
print(model.name)
input = model.inputs
output = model.outputs
inout = input + output
outname = [o.name for o in output]
tab = []
# initialization inputs
for inp in inout:
if inp.name not in outname:
if inp.name not in tab:
tab.append(inp)
if sys.version_info[0] >= 3: init_inp = tab.copy()
else: init_inp = tab
# Compute name from title.
# We need an explicit name rather than infering it from Title
#name = desc.Title
code = '\n\ndef init_%s(' % (signature(model))
code_size = len(code)
#_input_names = [inp.name.lower() for inp in inputs]
ins = [my_input(inp) for inp in init_inp]
separator = ',\n' + code_size * ' '
code += separator.join(ins)
code += '):\n'
return code
def decl(self, defa=True):
info_var = self.info_minout()
inp = [m.name for m in self.meta_inp(self.name)]
declaration = ""
tab = ' ' * 4
for k, v in info_var.items():
for j in v[0]:
#print(j)
if j.name not in inp:
declaration += tab + "cdef " + my_input(j, defa) + "\n"
inp.append(j.name)
for w in v[1]:
if w.name not in inp:
#print(w, w.name)
declaration += tab + "cdef " + my_input(w, defa) + "\n"
inp.append(w.name)
return declaration
def generate_function_signature(self, model):
tab = []
# initialization inputs
for inp in model.inputs:
if "variablecategory" in dir(inp) and inp.variablecategory in (
"auxiliary"):
tab.append(inp)
if "parametercategory" in dir(inp):
tab.append(inp)
init_inp = tab.copy()
inputs = init_inp
# Compute name from title.
# We need an explicit name rather than infering it from Title
#name = desc.Title
code = '\n\ndef init_%s(' % (signature(model))
code_size = len(code)
#_input_names = [inp.name.lower() for inp in inputs]
ins = [my_input(inp) for inp in inputs]
separator = ',\n' + code_size * ' '
code += separator.join(ins)
code += '):\n'
return code
def assignParam(self):
h = 'from datetime import datetime\n'
for m in self.model.inputs:
if "parametercategory" in dir(m):
h += "cdef " + my_input(m) + "\n"
return h
