Bumping version

epanet_python/output/epanet/output/__init__.py

@@ -2,7 +2,7 @@
 
 #
 #  __init__.py - EPANET output package
-# 
+#
 #  Date Created: August 15, 2018
 #
 #  Author:     Michael E. Tryby
@@ -19,7 +19,7 @@
 __credits__ = "Maurizio Cingi"
 __license__ = "CC0 1.0 Universal"
 
-__version__ = "0.1.1"
+__version__ = "0.2.0"
 __date__ = "August 15, 2018"
 
 __maintainer__ = "Michael Tryby"
@@ -29,7 +29,7 @@
 
 from enum import Enum, auto
 
-from epanet.output import output as oapi 
+from epanet.output import output as oapi
 
 
 class Units(Enum):
@@ -41,107 +41,107 @@ class Units(Enum):
     HEADLOSS  = auto()
     RX_RATE   = auto()
     UNITLESS  = auto()
-    NONE      = auto() 
+    NONE      = auto()
 
 class RxUnits(Enum):
-    MGH       = auto() 
+    MGH       = auto()
     UGH       = auto()
 
 
 class OutputMetadata():
     '''
     Simple attribute name and unit lookup.
     '''
-    
+
     _unit_labels_us_ = {
         Units.HYD_HEAD:       "ft",
         Units.VELOCITY:       "ft/sec",
-        Units.HEADLOSS:       "ft/1000ft", 
+        Units.HEADLOSS:       "ft/1000ft",
         Units.UNITLESS:       "unitless",
         Units.NONE:           "",
-        
+
         RxUnits.MGH:          "mg/hr",
         RxUnits.UGH:          "ug/hr",
-        
+
         oapi.FlowUnits.CFS:   "cu ft/s",
         oapi.FlowUnits.GPM:   "gal/min",
         oapi.FlowUnits.MGD:   "M gal/day",
         oapi.FlowUnits.IMGD:  "M Imp gal/day",
         oapi.FlowUnits.AFD:   "ac ft/day",
-    
-        oapi.PressUnits.PSI:  "psi", 
-    
-        oapi.QualUnits.NONE:  "", 
+
+        oapi.PressUnits.PSI:  "psi",
+
+        oapi.QualUnits.NONE:  "",
         oapi.QualUnits.MGL:   "mg/L",
         oapi.QualUnits.UGL:   "ug/L",
-        oapi.QualUnits.HOURS: "hrs", 
+        oapi.QualUnits.HOURS: "hrs",
         oapi.QualUnits.PRCNT: "%"}
 
     _unit_labels_si_ = {
         Units.HYD_HEAD:       "m",
         Units.VELOCITY:       "m/sec",
-        Units.HEADLOSS:       "m/Km", 
+        Units.HEADLOSS:       "m/Km",
         Units.UNITLESS:       "unitless",
         Units.NONE:           "",
-    
+
         RxUnits.MGH:          "mg/hr",
         RxUnits.UGH:          "ug/hr",
-        
+
         oapi.FlowUnits.LPS:   "L/sec",
         oapi.FlowUnits.LPM:   "L/min",
         oapi.FlowUnits.MLD:   "M L/day",
         oapi.FlowUnits.CMH:   "cu m/hr",
         oapi.FlowUnits.CMD:   "cu m/day",
-    
+
         oapi.PressUnits.MTR:  "meters",
         oapi.PressUnits.KPA:  "kPa",
-    
-        oapi.QualUnits.NONE:  "", 
+
+        oapi.QualUnits.NONE:  "",
         oapi.QualUnits.MGL:   "mg/L",
         oapi.QualUnits.UGL:   "ug/L",
-        oapi.QualUnits.HOURS: "hrs", 
+        oapi.QualUnits.HOURS: "hrs",
         oapi.QualUnits.PRCNT: "%"}
 
-               
+
     def __init__(self, output_handle):
-        
+
         self.units = list()
         # If outputhandle not initialized use default settings
-        if output_handle == None: 
-            self.units = [oapi.FlowUnits.GPM.value, 
-                          oapi.PressUnits.PSI.value, 
+        if output_handle == None:
+            self.units = [oapi.FlowUnits.GPM.value,
+                          oapi.PressUnits.PSI.value,
                           oapi.QualUnits.NONE.value]
         # Else quary the output api for unit settings
         else:
-            for u in oapi.Units:    
+            for u in oapi.Units:
                 self.units.append(oapi.getunits(output_handle, u))
-        
-        # Convert unit settings to enums        
+
+        # Convert unit settings to enums
         self._flow = oapi.FlowUnits(self.units[0])
         self._press = oapi.PressUnits(self.units[1])
         self._qual = oapi.QualUnits(self.units[2])
-        
+
         # Determine unit system from flow setting
         if self._flow.value <= oapi.FlowUnits.AFD.value:
             self._unit_labels = type(self)._unit_labels_us_
         else:
-            self._unit_labels = type(self)._unit_labels_si_    
-        
+            self._unit_labels = type(self)._unit_labels_si_
+
         # Determine mass units from quality settings
         if self._qual == oapi.QualUnits.MGL:
             self._rx_rate = RxUnits.MGH
         elif self._qual == oapi.QualUnits.UGL:
             self._rx_rate = RxUnits.UGH
         else:
-            self._rx_rate = Units.NONE          
+            self._rx_rate = Units.NONE
 
 
         self._metadata = {
             oapi.NodeAttribute.DEMAND:      ("Demand",          self._unit_labels[self._flow]),
             oapi.NodeAttribute.HEAD:        ("Head",            self._unit_labels[Units.HYD_HEAD]),
             oapi.NodeAttribute.PRESSURE:    ("Pressure",        self._unit_labels[self._press]),
             oapi.NodeAttribute.QUALITY:     ("Quality",         self._unit_labels[self._qual]),
-         
+
             oapi.LinkAttribute.FLOW:        ("Flow",            self._unit_labels[self._flow]),
             oapi.LinkAttribute.VELOCITY:    ("Velocity",        self._unit_labels[Units.VELOCITY]),
             oapi.LinkAttribute.HEADLOSS:    ("Unit Headloss",   self._unit_labels[Units.HEADLOSS]),
@@ -152,7 +152,7 @@ def __init__(self, output_handle):
             oapi.LinkAttribute.FRCTN_FCTR:  ("Friction Factor", self._unit_labels[Units.UNITLESS])
         }
 
-        
+
     def get_attribute_metadata(self, attribute):
         '''
         Takes an attribute enum and returns a tuple with name and units.

epanet_python/output/setup.py

@@ -25,7 +25,7 @@
 
 setup(
     name = 'epanet.output',
-    version = "0.1.2a0",
+    version = "0.2.0.dev0",
     ext_modules = [
         Extension("epanet.output._output",
             sources = ['epanet/output/output_wrap.c'],

epanet_python/toolkit/setup.py

@@ -17,7 +17,7 @@
 
 setup(
     name = 'epanet.toolkit',
-    version = "0.0.3a0",
+    version = "0.2.0.dev0",
     ext_modules = [
         Extension("epanet.toolkit._toolkit",
             sources = ['epanet/toolkit/toolkit_wrap.c'],

setup.py

@@ -56,7 +56,7 @@ def run(self):
 
 setup(
     name=PACKAGE_NAME,
-    version="0.2.0a",
+    version="0.3.0.dev0",
 
     cmdclass={
         'install': InstallCmd,