Source code for openmdao.lib.components.mux

from openmdao.lib.datatypes.api import Int, List, Any

from openmdao.main.api import Component
from openmdao.main.interfaces import IComponent

[docs]class Mux(Component): """ Takes in *n* inputs and exports a length *n* List with the data. It is a logical multiplexer. """ n = Int(2, low=2, iotype="in",desc="number of inputs to be multiplexed") output = List(iotype="out") def __init__(self, n=2): super(Mux,self).__init__() self._inputs = [] self.n = n self._n_changed(n, n) #just to initialize it def _n_changed(self,old,new): for name in self._inputs: if self.parent: self.parent.disconnect('.'.join([,name])) self.remove_trait(name) self._inputs = [] #build the inputs for i in xrange(new): name = "input_%d"%(i+1) self.add(name, Any(iotype="in")) self._inputs.append(name)
[docs] def execute(self): self.output = [getattr(self,inp) for inp in self._inputs]
[docs]class DeMux(Component): """ Takes one List input and splits it into *n* indvidual outputs. This is a logical demultiplexer. """ n = Int(2, low=2, iotype="in", desc="number of items in the array to be \ demultiplexed") inputs = List(iotype="in") def __init__(self, n=2): super(DeMux,self).__init__() self.n = n self._outputs = [] self._n_changed(n,n) def _n_changed(self,old,new): for name in self._outputs: if self.parent: self.parent.disconnect('.'.join([,name])) self.remove_trait(name) self._outputs = [] for i in xrange(new): name = "output_%d"%(i+1) self.add(name, Any(iotype="out")) self._outputs.append(name)
[docs] def execute(self): for data,out in zip(self.inputs,self._outputs): setattr(self,out,data)
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