def __call__(self, obj, out, system, parent_name):
node_name = "RULE_" + ID(obj)
name = obj.getName(system)
out.write("""# subgraph "%(node_name)s" {
# label="%(name)s";
""" % locals())
operator_node_name = print_dot(obj.operator, out, system, node_name)
if isinstance(obj.adjective, fuzzy.Adjective.Adjective):
#out.write("{rank=max;\n")
adj_node_name = print_dot(obj.adjective, out, system, node_name)
#out.write("}\n")
self.make_connection(
out, operator_node_name, adj_node_name, {
"label":
name +
("" if obj.certainty == 1.0 else ": %g" % obj.certainty)
})
elif isinstance(obj.adjective, list):
for adj in obj.adjective:
#out.write("{rank=max;\n")
adj_node_name = print_dot(adj, out, system, node_name)
#out.write("}\n")
self.make_connection(
out, operator_node_name, adj_node_name, {
"label":
name + ("" if obj.certainty == 1.0 else ": %g" %
obj.certainty)
})
else:
raise Exception("rule target not set.")
return ""
def __call__(self,obj,out,system,parent_name):
prefix = (parent_name+"_") if _XXX else ""
node_name = prefix + "NOT_" + ID(obj)
self.make_node(out,node_name)
inp_node_name = print_dot(obj.input,out,system,node_name)
self.make_connection(out,inp_node_name,node_name)
return node_name
def __call__(self, obj, out, system, parent_name):
prefix = (parent_name + "_") if _XXX else ""
node_name = prefix + "NOT_" + ID(obj)
self.make_node(out, node_name)
inp_node_name = print_dot(obj.input, out, system, node_name)
self.make_connection(out, inp_node_name, node_name)
return node_name
def __call__(self,obj,out,system,parent_name):
node_name = "VAR_" + ID(obj)
name = obj.getName(system)
#rank = "max" if isinstance(obj,fuzzy.OutputVariable.OutputVariable) else "min"
#out.write("{rank=%(rank)s;\n" % locals())
self.make_node(out,node_name,{"label":name})
#out.write("}\n")
#out.write("subgraph XXX {rank=same;\n")
for adj in obj.adjectives.values():
adj_node_name = print_dot(adj,out,system,node_name)
self.make_connection(out,node_name,adj_node_name)
#out.write("}\n")
return ""
def __call__(self, obj, out, system, parent_name):
node_name = "VAR_" + ID(obj)
name = obj.getName(system)
#rank = "max" if isinstance(obj,fuzzy.OutputVariable.OutputVariable) else "min"
#out.write("{rank=%(rank)s;\n" % locals())
self.make_node(out, node_name, {"label": name})
#out.write("}\n")
#out.write("subgraph XXX {rank=same;\n")
for adj in obj.adjectives.values():
adj_node_name = print_dot(adj, out, system, node_name)
self.make_connection(out, node_name, adj_node_name)
#out.write("}\n")
return ""
def __call__(self,obj,out,system,parent_name):
node_name = "RULE_" + ID(obj)
name = obj.getName(system)
out.write(
"""# subgraph "%(node_name)s" {
# label="%(name)s";
""" % locals())
operator_node_name = print_dot(obj.operator,out,system,node_name)
if isinstance(obj.adjective,fuzzy.Adjective.Adjective):
#out.write("{rank=max;\n")
adj_node_name = print_dot(obj.adjective,out,system,node_name)
#out.write("}\n")
self.make_connection(out,operator_node_name,adj_node_name,{"label": name + ("" if obj.certainty == 1.0 else ": %g" % obj.certainty) })
elif isinstance(obj.adjective,list):
for adj in obj.adjective:
#out.write("{rank=max;\n")
adj_node_name = print_dot(adj,out,system,node_name)
#out.write("}\n")
self.make_connection(out,operator_node_name,adj_node_name,{"label": name + ("" if obj.certainty == 1.0 else ": %g" % obj.certainty) })
else:
raise Exception("rule target not set.")
return ""
def __call__(self,obj,out,system,parent_name):
#out.write("{rank=min;\n")
input_name = print_dot(obj.adjective,out,system,parent_name)
#out.write("}\n")
return input_name
def __call__(self,obj,out,system,parent_name):
norm_name = print_dot(obj.norm,out,system,parent_name)
for i in obj.inputs:
inp_node_name = print_dot(i,out,system,norm_name)
self.make_connection(out,inp_node_name,norm_name)
return norm_name
def __call__(self, obj, out, system, parent_name):
norm_name = print_dot(obj.norm, out, system, parent_name)
for i in obj.inputs:
inp_node_name = print_dot(i, out, system, norm_name)
self.make_connection(out, inp_node_name, norm_name)
return norm_name
def __call__(self, obj, out, system, parent_name):
#out.write("{rank=min;\n")
input_name = print_dot(obj.adjective, out, system, parent_name)
#out.write("}\n")
return input_name
