Maintained same order of imports in strategies/__init__.py

Author: akash-suresh

axelrod/strategies/__init__.py

@@ -1,38 +1,38 @@
 from ..classifier import Classifiers
-from ._filters import passes_filterset
 from ._strategies import *
+from ._filters import passes_filterset
+
+# `from ._strategies import *` import the collection `strategies`
+# Now import the Meta strategies. This cannot be done in _strategies
+# because it creates circular dependencies
+
 from .meta import (
     MemoryDecay,
     MetaHunter,
     MetaHunterAggressive,
+    MetaPlayer,
     MetaMajority,
+    MetaMajorityMemoryOne,
     MetaMajorityFiniteMemory,
     MetaMajorityLongMemory,
-    MetaMajorityMemoryOne,
     MetaMinority,
     MetaMixer,
-    MetaPlayer,
     MetaWinner,
     MetaWinnerDeterministic,
     MetaWinnerEnsemble,
+    MetaWinnerMemoryOne,
     MetaWinnerFiniteMemory,
     MetaWinnerLongMemory,
-    MetaWinnerMemoryOne,
     MetaWinnerStochastic,
-    NiceMetaWinner,
-    NiceMetaWinnerEnsemble,
     NMWEDeterministic,
     NMWEFiniteMemory,
     NMWELongMemory,
     NMWEMemoryOne,
     NMWEStochastic,
+    NiceMetaWinner,
+    NiceMetaWinnerEnsemble,
 )
 
-# `from ._strategies import *` import the collection `strategies`
-# Now import the Meta strategies. This cannot be done in _strategies
-# because it creates circular dependencies
-
-
 all_strategies += [
     MemoryDecay,
     MetaHunter,
@@ -99,18 +99,14 @@ def filtered_strategies(filterset, strategies=all_strategies):
     Applies the filters defined in the given filterset dict and returns those
     strategy classes which pass all of those filters from the given list of
     strategies.
-
     e.g.
-
     For the filterset dict:
         {
             'stochastic': True,
             'min_memory_depth': 2
         }
-
     the function will return a list of all deterministic strategies with a
     memory_depth of 2 or more.
-
     Parameters
     ----------
         filterset : dict
@@ -122,12 +118,9 @@ def filtered_strategies(filterset, strategies=all_strategies):
                 }
         strategies: list
             of subclasses of axelrod.Player
-
     Returns
     -------
         list
-
         of subclasses of axelrod.Player
-
     """
     return [s for s in strategies if passes_filterset(s, filterset)]