Fix typos

See https://github.com/vlajos/misspell_fixer

PySimulator/IntegratorControl.py

@@ -554,7 +554,7 @@ def run(self):
         try:
             '''
             Do the numerical integration in a try branch
-            to avoid loosing the thread when an intended exception is raised
+            to avoid losing the thread when an intended exception is raised
             '''
             try:
                 import pydevd

PySimulator/Plugins/Algorithms/Control/Internal/StateSpace.py

@@ -157,7 +157,7 @@ def zeros_ij(self, ui=0, yj=0):
                               numpy.hstack((self.C[yj:yj + 1, :], self.D[yj:yj + 1, ui:ui + 1]))))
 
         # When calculating the zeros, a warning is printed for zeros at infinity
-        # since a divison by zero occurs resulting in a zero of "nan+nanj".
+        # since a division by zero occurs resulting in a zero of "nan+nanj".
         # The following context suppresses this warning
         with warnings.catch_warnings():
             warnings.simplefilter("ignore")

PySimulator/Plugins/Analysis/EigenvalueAnalysis/scatterInspector.py

@@ -50,7 +50,7 @@ class myScatterInspectorOverlay(AbstractOverlay):
     Can render the points in a different style, as well as display a
     DataLabel.
 
-    Used in conjuction with ScatterInspector.
+    Used in conjunction with ScatterInspector.
     """
 
     # The style to use when a point is hovered over

PySimulator/Plugins/Analysis/SignalProcessing/SignalProcessing.py

@@ -263,7 +263,7 @@ def test2(model, checkedModel):
 from PySide import QtGui
 import os
 def saveAsCSV(model, variable, data, unit):
-    (fileName, extension) = QtGui.QFileDialog().getSaveFileName(None, 'Save Variable as CSV', os.getcwd(), "Comma Seperated Value (*.csv)")
+    (fileName, extension) = QtGui.QFileDialog().getSaveFileName(None, 'Save Variable as CSV', os.getcwd(), "Comma Separated Value (*.csv)")
     if not fileName:
         return
     print "Saving trajectory of {model}.{variable}[{unit}] to {file}".format(model=model.name, variable=variable, unit=unit, file=fileName)

PySimulator/Plugins/Analysis/Testing/Testing.py

@@ -925,7 +925,7 @@ def run(self):
                             try:
                                 '''
                                 Do the numerical integration in a try branch
-                                to avoid loosing the thread when an intended exception is raised
+                                to avoid losing the thread when an intended exception is raised
 
                                 Also guard against compilation failures when loading the model
                                 '''

PySimulator/Plugins/SimulationResult/Mtsf/MtsfFmi.py

@@ -223,7 +223,7 @@ def _None2Str(x):
                 seriesIndex = allSeriesNames.index('Continuous')
 
             causality = fmiVariable.causality
-            # Due to FMI 1.0; in vers. 2.0 this should not be neccessary
+            # Due to FMI 1.0; in vers. 2.0 this should not be necessary
             if causality is None:
                 causality = 'local'
             if variability == 'parameter':

PySimulator/Plugins/Simulator/FMUSimulator/FMUSimulator1.py

@@ -540,7 +540,7 @@ def handle_event(solver, event_info=None):
 
 
         def completed_step(solver):
-            ''' Function that is called after each successfull integrator step
+            ''' Function that is called after each successful integrator step
                 Returns True,  if there was a step event
                         False, if there was no step event
             '''
@@ -755,9 +755,9 @@ class ExplicitEulerSolver():
         Integration method: Explicit Euler with event handling (without rootfinding)
     '''
     def simulate(self, Tstart, dt, Tend, y0, nOutputIntervals, gridWidth):
-        ''' Simulates an ODE-sytem defined by different functions
+        ''' Simulates an ODE-system defined by different functions
             from Tstart to Tend by the explicit Euler method with the fixed step size dt.
-            The inital start values of the states are given by the vector y0.
+            The initial start values of the states are given by the vector y0.
             Time or state events are handled after a successful step if necessary.
             Result points are defined by the number of output intervals 'nOutputIntervals'
             that define a time grid between Tstart and Tend with constant width.

PySimulator/Plugins/Simulator/FMUSimulator/FMUSimulator2.py

@@ -415,7 +415,7 @@ def handle_event(solver, event_info=None):
 
 
         def completed_step(solver):
-            ''' Function that is called after each successfull integrator step
+            ''' Function that is called after each successful integrator step
                 Returns True,  if there was a step event
                         False, if there was no step event
             '''
@@ -965,9 +965,9 @@ class ExplicitEulerSolver():
         Integration method: Explicit Euler with event handling (without rootfinding)
     '''
     def simulate(self, Tstart, dt, Tend, y0, nOutputIntervals, gridWidth):
-        ''' Simulates an ODE-sytem defined by different functions
+        ''' Simulates an ODE-system defined by different functions
             from Tstart to Tend by the explicit Euler method with the fixed step size dt.
-            The inital start values of the states are given by the vector y0.
+            The initial start values of the states are given by the vector y0.
             Time or state events are handled after a successful step if necessary.
             Result points are defined by the number of output intervals 'nOutputIntervals'
             that define a time grid between Tstart and Tend with constant width.

PySimulator/VariablesBrowser.py

@@ -84,13 +84,13 @@ def _menuContextTree(self, point):
             return
         item = self.itemAt(point)
 
-        # Seperate by case:
+        # Separate by case:
         # After right click on an item:
         if 'variable' in vars(item):
             menu = QtGui.QMenu(self)
             model = self.parent.models[item.modelName]
             if not model.integrationResults.isAvailable:
-                menu.addAction("(Only Availabe after Simulation)", None)
+                menu.addAction("(Only Available after Simulation)", None)
                 menu.addSeparator()
                 menu.setDisabled(True)
                 variable = None