Shorten some lines to make PDF documentation look nice

docs/source/official_extensions/arduino_example.py

@@ -6,12 +6,21 @@ class MySystem(System):
     d12 = ArduinoDigitalSensor(dev=0, pin=12)
 
     d13 = ArduinoDigitalActuator(dev=0, pin=13)  # LED on Arduino board
-    servo = ArduinoServoActuator(min_pulse=200, max_pulse=8000, dev=0, pin=3, default=50, slave=True)
+    servo = ArduinoServoActuator(min_pulse=200,
+                                 max_pulse=8000,
+                                 dev=0,
+                                 pin=3,
+                                 default=50,
+                                 slave=True)
 
-    interp = ConstantTimeActuator(change_time=2., change_frequency=20., slave_actuator=servo)
+    interp = ConstantTimeActuator(change_time=2.,
+                                  change_frequency=20.,
+                                  slave_actuator=servo)
 
     prog = Program(
-        on_update=Run(Log("Value: %s", Value(a1)), SetStatus(d13, d12), SetStatus(interp, Value(180) * Value(a1)))
+        on_update=Run(Log("Value: %s", Value(a1)),
+                      SetStatus(d13, d12),
+                      SetStatus(interp, Value(180) * Value(a1)))
     )
 
 my_arduino = ArduinoService(

docs/source/statusobjects.rst

@@ -38,8 +38,8 @@ As an example, we will define one of each:
 .. code-block:: python
 
    # imports from your own library that you are using to define your sensor & actuator
-   from mylibrary import (setup_data_changed_callback, fetch_data_from_my_datasource, initialize_my_actuator_device,
-                          change_status_in_my_actuator_device)
+   from mylibrary import (setup_data_changed_callback, fetch_data_from_my_datasource,
+                          initialize_my_actuator_device, change_status_in_my_actuator_device)
 
    class MySensor(AbstractSensor):
        """

src/automate/callables/builtin_callables.py

@@ -278,7 +278,8 @@ class Shell(AbstractAction):
         Usage examples::
 
             Shell('/bin/echo test', output=True) # returns 'test'
-            Shell('mplayer something.mp3', no_wait=True) # returns PID of mplayer process that keeps running
+            Shell('mplayer something.mp3', no_wait=True) # returns PID of mplayer
+                                                         # process that keeps running
             Shell('/bin/cat', input='test', output=True) # returns 'test'.
     """
 
@@ -318,7 +319,8 @@ class SetStatus(AbstractAction):
             SetStatus(target, source)
             # sets status of target to the status of source.
             SetStatus([actuator1, actuator2], [sensor1, sensor2])
-            # sets status of actuator 1 to status of sensor1 and status of actuator2 to status of sensor2.
+            # sets status of actuator 1 to status of sensor1 and
+            # status of actuator2 to status of sensor2.
     """
 
     def call(self, caller=None, trigger=None, **kwargs):
@@ -573,7 +575,8 @@ class IfElse(AbstractCallable):
 
     Usage::
 
-        IfElse(x, y, z) # if x, then run y, else run z, where x, y, and z are Callables or StatusObjects
+        IfElse(x, y, z) # if x, then run y, else run z, where x, y,
+                        # and z are Callables or StatusObjects
         IfElse(x, y)
     """
 
@@ -605,8 +608,9 @@ class Switch(AbstractCallable):
 
     Usage::
 
-        Switch(criterion, choice1, choice2...) # where criteria is integer-valued (Callable or StatusObject etc.)
-                                              # and choice1, 2... are Callables.
+        Switch(criterion, choice1, choice2...) # where criteria is integer-valued
+                                               # (Callable or StatusObject etc.)
+                                               # and choice1, 2... are Callables.
 
         Switch(criterion, {'value1': callable1, 'value2': 'callable2'})
     """
@@ -655,7 +659,8 @@ class Min(AbstractMathematical):
     Usage::
 
         Min(x, y, z...)
-        # where x,y,z are anything that can be evaluated as number (Callables, Statusobjects etc).
+        # where x,y,z are anything that can be
+        # evaluated as number (Callables, Statusobjects etc).
      """
 
     def call(self, caller=None, **kwargs):
@@ -672,7 +677,8 @@ class Max(AbstractMathematical):
     Usage::
 
         Max(x, y, z...)
-        # where x,y,z are anything that can be evaluated as number (Callables, Statusobjects etc).
+        # where x,y,z are anything that can be
+        # evaluated as number (Callables, Statusobjects etc).
     """
 
     def call(self, caller=None, **kwargs):
@@ -689,7 +695,8 @@ class Sum(AbstractMathematical):
     Usage::
 
         Sum(x, y, z...)
-        # where x,y,z are anything that can be evaluated as number (Callables, Statusobjects etc).
+        # where x,y,z are anything that can be
+        # evaluated as number (Callables, Statusobjects etc).
     """
 
     def call(self, caller=None, **kwargs):
@@ -706,7 +713,8 @@ class Product(AbstractMathematical):
     Usage::
 
         Product(x, y, z...)
-        # where x,y,z are anything that can be evaluated as number (Callables, Statusobjects etc).
+        # where x,y,z are anything that can be
+        # evaluated as number (Callables, Statusobjects etc).
 
     """
 
@@ -863,9 +871,9 @@ class Value(AbstractLogical):
 
     Usage::
 
-        Value(x) # returns value of x. Used to convert StatusObject into Callable, for example,
-                 # if StatusObject status needs to be used directly as a condition of
-                 # Program condition attributes.
+        Value(x) # returns value of x. Used to convert StatusObject into Callable,
+                 # for example, if StatusObject status needs to be used directly
+                 # as a condition of Program condition attributes.
 
     """
     _args = CList