Source Code for Module parasol.ProbDesc

 1   
 2  from parasol_main import ParametricSoln 
 3  from parameters import POS_INF, NEG_INF  
 4   
 5 -class ProblemDescription( object ): 
 6 -    def __init__(self, subtaskName="", taskName='', 
 7              author="", constraintTolerance=0.0): 
 8                   
 9          self.subtaskName = subtaskName 
10          self.taskName = taskName 
11          self.author = author 
12          self.constraintTolerance = constraintTolerance 
13           
14          self.desVarL = [] #: list of design variable descriptions 
15          self.resVarL = [] #: list of result variable descriptions 
16          self.resVarLimitD = {} #: dictionary of result variable limits 
17           
18          self.controlRoutine = None #: control routine for problem 
19          self.renderControlRoutine = None #: control routine for POV rendering 
20   
21 -    def setControlRoutine(self, controlRoutine): 
22          self.controlRoutine = controlRoutine 
23           
24 -    def setRenderControlRoutine(self, renderControlRoutine): 
25          self.renderControlRoutine = renderControlRoutine 
26   
27 -    def addDesVars(self, *dvLists): 
28          ''' add design variables to the system (these variables may be used to 
29              optimize the system or to create plots) 
30              design vars have:  
31              name, value, minVal, maxVal, NSteps,  units,  description 
32          ''' 
33          for row in dvLists: 
34              self.desVarL.append( row ) 
35   
36 -    def addResultVars(self, *rvLists): 
37          ''' now add any Result Variables That might be plotted 
38              result variables have:  
39                 name,      units,  description <,possibly loLimit, hiLimit> 
40          ''' 
41          for row in rvLists: 
42              self.resVarL.append( row ) 
43           
44 -    def setResultVariableLimits(self, name="resultvar", loLimit=NEG_INF, hiLimit=POS_INF): 
45          self.resVarLimitD[name] = [loLimit, hiLimit] 
46