def __createVector(self, name: str, objecttype, startindex: int,
endindex: int) -> Vector:
v = Vector(name, objecttype, startindex, endindex)
self.vectors[name] = v
self.typeMap[name] = VariableTypes.FLUID
return v
def process_unary_operation(self, term, operator):
result = []
interaction = None
for element in term:
if isinstance(element, Interaction):
interaction = self.currentmodule.add_finteraction_custom_interaction(
element, operator, InteractionType.TECHNOLOGY_PROCESS)
else:
interaction = self.currentmodule.add_fluid_custom_interaction(
element, operator, InteractionType.TECHNOLOGY_PROCESS)
result.append(interaction)
v = Vector.create_from_list_things(operator, result)
ret = v.get_range()
return ret
def __createLiteralVector(self, name: str, values: List) -> Vector:
objectype = None
if isinstance(values, list):
objectype = type(values[0])
else:
objectype = type(values)
values = [values]
v = Vector.create_from_list_things(name, values)
self.vectors[name] = v
self.typeMap[name] = VariableTypes.NUMBER
return v
def __evaluate_fluid_numeric_operator(self, operand_fluidic: VectorRange,
operand_numeric: float,
operator: str) -> VectorRange:
fluid = operand_fluidic[0]
interactions = []
for fluid in operand_fluidic:
interaction = None
if operator == "*":
# TODO: Create interaction/operation node(s) on the FIG
interaction = self.currentmodule.add_fluid_numeric_interaction(
fluid, operand_numeric, InteractionType.DILUTE)
elif operator == "/":
# TODO: Create interaction/operation node(s) on the FIG
interaction = self.currentmodule.add_fluid_numeric_interaction(
fluid, operand_numeric, InteractionType.DIVIDE)
elif operator == "%":
# TODO: Create interaction/operation node(s) on the FIG
interaction = self.currentmodule.add_fluid_numeric_interaction(
fluid, operand_numeric, InteractionType.METER)
elif operator == "+":
raise Exception(
"Unsuppored operator on 1:fluidic 2:numeric values: {0}".
format(operator))
elif operator == "-":
raise Exception(
"Unsuppored operator on 1:fluidic 2:numeric values: {0}".
format(operator))
else:
raise Exception(
"Unsuppored operator on 1:fluidic 2:numeric values: {0}".
format(operator))
interaction.operator = operator
interactions.append(interaction)
v = Vector.create_from_list_things("interaction_" + operand_fluidic.id,
interactions)
result = v.get_range()
return result
def __evalute_fluid_fluid_operator(self, operand1, operand2, operator):
if len(operand1) is not len(operand2):
# TODO - Implement Fluidic operators on non equal
# dimensions of the operands
raise Exception(
"Operand {0} and Operand {1} are of different Dimensions".
format(operand1, operand2))
operand1_element = None
operand2_element = None
interactiontype = None
result = []
vecname = operand1.id + "_" + operand2.id
# TODO: Find out why the zip give a None item at the end
# for operand1_element, operand2_element in zip(operand1, operand2):
for i in range(len(operand1)):
operand1_element = operand1[i]
operand2_element = operand2[i]
if operator == '*':
raise Exception(
"Unsuppored operator on two fluid values: {0}".format(
operator))
elif operator == '/':
raise Exception(
"Unsuppored operator on two fluid values: {0}".format(
operator))
elif operator == '%':
raise Exception(
"Unsuppored operator on two fluid values: {0}".format(
operator))
elif operator == '+':
# TODO: We need to return the operation node here that is generated by operating on the
# two different operators
interactiontype = InteractionType.MIX
elif operator == '-':
# TODO: In case of substraction, we need to return the operand1 back again,
# since the subtracted node becomes an output, of whats given to the fluid
interactiontype = InteractionType.SIEVE
else:
raise Exception(
"Unsuppored operator on two fluid values: {0}".format(
operator))
# TODO: Check if the operation here is between two different fluids or a fluid and an fluidinteraction
if isinstance(operand1_element, Interaction) and isinstance(
operand2_element, Interaction):
result_element = self.currentmodule.add_finteraction_finteraction_interaction(
operand1_element, operand2_element, interactiontype)
elif isinstance(operand1_element, Interaction):
result_element = self.currentmodule.add_fluid_finteraction_interaction(
operand2_element, operand1_element, interactiontype)
elif isinstance(operand2_element, Interaction):
result_element = self.currentmodule.add_fluid_finteraction_interaction(
operand1_element, operand2_element, interactiontype)
else:
result_element = self.currentmodule.add_fluid_fluid_interaction(
operand1_element, operand2_element, interactiontype)
result.append(result_element)
v = Vector.create_from_list_things(vecname, result)
return v.get_range()