Source Code for Module empro.toolkit.analysis.ppr_results_overview

 1  from empro.gui import SimpleDialog, TableView, Cancel,TabWidget 
 2 -class PPRResults(object): 
 3 -    def __init__(self,sipiData): 
 4          import sys 
 5          import collections 
 6          simLocation = sipiData.simulationPath 
 7          if not simLocation: 
 8              raise Exception("Simulation Results Not Found") 
 9          logFile = sipiData.simulationPath+r"/project.log" 
10          with open(logFile,"r") as data: 
11              dataList = data.readlines() 
12              for line in dataList : 
13                  if line.split() == ["Eigenfrequency","Q","value"]:            
14                      n = dataList.index(line) 
15              results = []  
16              for data in dataList[n+2:-5]: 
17                  result = [item.strip() for item in data.split("      ")] 
18                  data,unit = result[1].split(" ") 
19                  if unit == "Hz": 
20                      result[1] = float(data)*0.000001 
21                  if unit == "KHz": 
22                      result[1] = float(data)*0.001 
23                  if unit == "GHz": 
24                      result[1] = float(data)*1000 
25                  if unit == "MHz": 
26                      result[1] = float(data) 
27                  result[2] = float(result[2]) 
28                  results.append(result[1:]) 
29              fieldsList =[] 
30              for result in results: 
31                  Fields = collections.namedtuple('Frequency',['eigenFrequency', 'qValue']) 
32                  fields = Fields(*result) 
33                  fieldsList.append(fields) 
34              self.fields = fieldsList 
35   
36 -class ResultsOverview: 
37 -    def __init__(self,sipiData): 
38          import empro.gui 
39          self.dialog = SimpleDialog(Cancel) 
40          self.dialog.setButtonText(Cancel,'Close')    
41          self.dialog.title = "PPR Results Overview" 
42          self.dialog.resize(800, 600) 
43          self.tabWidget = TabWidget() 
44          w = empro.gui.Widget() 
45          self.tabWidget.insertTab(0, self._fieldTab(), "Frequencies") 
46          self.dialog.layout.add(self.tabWidget) 
47          self.dialog.windowFlags = empro.gui.WF_Window 
48          self.dialog.windowFlags &= ~empro.gui.WF_WindowStaysOnTopHint 
49          self.sipiData = sipiData  
50          self.results = PPRResults(sipiData) 
51          for index, frequency in enumerate(self.results.fields): 
52              row =  [frequency.eigenFrequency, frequency.qValue] 
53              self._fieldTable.setRow(index, row)             
54          self._fieldTable.headers = ["Eigenfrequency [MHz]" , "Q Value"] 
55          self._fieldTable.resizeColumnsToContents()         
56          for table in [self._fieldTable]: 
57              table.selectionBehavior = TableView.SelectRows 
58              table.selectionMode = TableView.ExtendedSelection 
59              table.resizeRowsToContents() 
60              table.resizeColumnsToContents() 
61              table.onLayoutChanged = lambda y=table: self.onSelectionChanged(y) 
62              table.onSelectionChanged = lambda y=table: self.onSelectionChanged(y) 
63              table.refresh() 
64 -    def _fieldTab(self): 
65          import empro.gui 
66          w = empro.gui.Widget() 
67          self._fieldTable = TableView(w) 
68          self._fieldTable.objectName = "Frequencies" 
69          w.layout = empro.gui.VBoxLayout() 
70          w.layout.addWidget(self._fieldTable) 
71          columns = ["Eigenfrequency [MHz]" , "Q Value"] 
72          self._fieldTable.headers = [] 
73          self._fieldTable.resizeColumnsToContents() 
74          return w 
75   
76 -    def onSelectionChanged( self,table): 
77          # ugly workaround: the table doesn't repaint itself properly when changing the selection. 
78          # to work around it, we wiggle the window's size a bit. 
79          import empro 
80          w, h = table.size() 
81          table.resize(w + 2, h) 
82          table.resize(w, h) 
83    
84 -    def show(self): 
85          self.dialog.show(False) 
86   
87  if False: 
88 -    class bla(object): 
89 -        def __init__(self): 
90              self.simulationPath=empro.activeProject.analyses[2].simulationPath 
91               
92      resultsOverview = ResultsOverview(empro.activeProject.analyses[2]) 
93      resultsOverview.show() 
94