def __init__( self, value, description = 'No description', validator = None ):
if validator:
checkType( validator, FUNCTION )
self._validator = validator
validator( value )
self._value = value
self.description = description
def setFunction( self, function ):
self._function = function
self.argList = []
self.parameters = {}
if function is None: return
checkType( function, FUNCTION )
if type( function ) is LabradSetting:
self.parameters = {}
if function.parameters is None:
return
[self.parameters.update( {index:Parameter( index, Input( None ), parameter )} ) for index, parameter in enumerate( function.parameters )]
return
argNames, defs = ( inspect.getargspec( function )[i] for i in ( 0, 3 ) )
defs = [] if defs is None else defs
argVals = [None for i in range( len( argNames ) - len( defs ) )]
argVals.extend( defs )
parameters = {}
for index, argTup in enumerate( zip( argNames, argVals ) ):
parameters[index] = Parameter( index, Input( argTup[1] ), argTup[0] )
self.parameters = parameters
def __init__( self, name, input = None, description = 'No description' ):
checkType( name, str, int )
self._name = name
if input is not None: checkType( input, Input )
self._input = input
checkType( description, str )
self._description = description
def setDescription( self, description ):
checkType( description, str )
self._description = description
def setInput( self, input ):
checkType( input, Input )
self._input = input
def __init__( self, function = None ):
if function is not None: checkType( function, FUNCTION )
self.function = function
if type( self ) is Function: raise LRExpError( 'Do not instantiate Function class' )
