Fix various typos in the documentation

docs/src/tutorial/caveats.rst

@@ -8,12 +8,12 @@ for Python users, so this list may change in the future.
  - ``10**-2 == 0``, instead of ``0.01`` like in Python.
  - Given two typed ``int`` variables ``a`` and ``b``, ``a % b`` has the
    same sign as the second argument (following Python semantics) rather than
-   having the same sign as the first (as in C).  The C behavior can be 
-   obtained, at some speed gain, by enabling the division directive. 
-   (Versions prior to Cython 0.12. always followed C semantics.)
+   having the same sign as the first (as in C).  The C behavior can be
+   obtained, at some speed gain, by enabling the division directive
+   (versions prior to Cython 0.12 always followed C semantics).
  - Care is needed with unsigned types. ``cdef unsigned n = 10;
    print(range(-n, n))`` will print an empty list, since ``-n`` wraps
    around to a large positive integer prior to being passed to the
    ``range`` function.
  - Python's ``float`` type actually wraps C ``double`` values, and 
-   Python's ``int`` type wraps C ``long`` values. 
+   Python's ``int`` type wraps C ``long`` values.

docs/src/tutorial/numpy.rst

@@ -308,6 +308,6 @@ if someone is interested also under Python 2.x.
 
 There is some speed penalty to this though (as one makes more assumptions
 compile-time if the type is set to :obj:`np.ndarray`, specifically it is
-assumed that the data is stored in pure strided more and not in indirect
+assumed that the data is stored in pure strided mode and not in indirect
 mode).
 

docs/src/tutorial/profiling_tutorial.rst

@@ -18,13 +18,13 @@ Cython Profiling Basics
 =======================
 
 Profiling in Cython is controlled by a compiler directive. 
-It can either be set either for an entire file or on a per function
+It can be set either for an entire file or on a per function basis
 via a Cython decorator.
 
-Enable profiling for a complete source file
--------------------------------------------
+Enabling profiling for a complete source file
+---------------------------------------------
 
-Profiling is enable for a complete source file via a global directive to the
+Profiling is enabled for a complete source file via a global directive to the
 Cython compiler at the top of a file::
    
    # cython: profile=True

docs/src/userguide/pyrex_differences.rst

@@ -16,20 +16,20 @@ Differences between Cython and Pyrex
     and complete as Python as reasonable. 
 
 
-Python 3.0 Support
-==================
+Python 3 Support
+================
 
-Cython creates ``.c`` files that can be built and used with both 
-Python 2.x and Python 3.x. In fact, compiling your module with 
-Cython may very well be the easiest way to port code to Python 3.0. 
-We are also working to make the compiler run in both Python 2.x and 3.0. 
+Cython creates ``.c`` files that can be built and used with both
+Python 2.x and Python 3.x. In fact, compiling your module with
+Cython may very well be the easiest way to port code to Python 3.
+We are also working to make the compiler run in both Python 2.x and 3.x.
 
-Many Python 3 constructs are already supported by Cython. 
+Many Python 3 constructs are already supported by Cython.
 
 List/Set/Dict Comprehensions
 ----------------------------
 
-Cython supports the different comprehensions defined by Python 3.0 for
+Cython supports the different comprehensions defined by Python 3 for
 lists, sets and dicts::
 
        [expr(x) for x in A]             # list
@@ -68,7 +68,7 @@ takes exactly two positional parameters and has two required keyword parameters.
 
 
 
-Conditional expressions "x if b else y" (python 2.5)
+Conditional expressions "x if b else y" (Python 2.5)
 =====================================================
 
 Conditional expressions as described in
@@ -76,7 +76,7 @@ http://www.python.org/dev/peps/pep-0308/::
 
     X if C else Y
        
-Only one of ``X`` and ``Y`` is evaluated, (depending on the value of C). 
+Only one of ``X`` and ``Y`` is evaluated (depending on the value of C).
 
 
 .. _inline:

docs/src/userguide/tutorial.rst

@@ -63,7 +63,7 @@ interpreter and simply import it as if it was a regular python module::
     >>> import helloworld
     Hello World
 
-Congratulations! You now know how to build a Cython extension. But So Far
+Congratulations! You now know how to build a Cython extension. But so far
 this example doesn't really give a feeling why one would ever want to use Cython, so
 lets create a more realistic example.