Also removed some dead code as a consequence,
like setting the deallocated pointer to null
then to a new address.

Also removed setting some ivars to null in dtors.

This also changes the obsolete "2307" code to simply "307", the type
code for "double *".

A using declaration allows a class to easily re-declare all superclass
method signatures for a particular method.  This kind of re-declaration
is necessary to avoid shadowing superclass methods that the class does
not override.  This patch allows the wrappers to recognize using
declarations.

If the build path has spaces, the arguments are split improperly.

Removed static keyword from a global variable.

Apparently C++ actually requires %p be used
only with void*.

Fixes clang -Wmissing-variable-declarations warnings

In environments where Python 2.6 is still in use, there is no
argparse module included by default.  For these situations, we
have included our own copy, called _argparse.py, which we usually
import in the except block in case the default is not present.  At
some point, the vtk.web package included this file, but at some
point it was removed and because few sites still use Python 2.6,
it was not caught.

This fix puts the _argparse.py in a single location (except for
where it is needed at build time).  This location is vtk.util,
and everything now looks there in the fallback case.

Change-Id: Id64241ffbe4e3cec7e96dae386da1a6385c5f6ed

It handles response files itself.

Change-Id: Icf50178289028a0c56dcb89bbb0db7044b571d9a

On Windows, if a build tree has a long path, the command line length
limit can be exceeded. This is normally handled by using response files
to store the command line arguments rather than passing them directly.
Unfortunately, CMake does not support this for RC files. To address
this, compile the rc file separately.

Change-Id: Ie91e9578c6cf41f7386b914e408c6369c733117f

Add missing hint for proper wrapping handling.

Change-Id: I36b1ac673cb868578126c2dc9711894b7ebaaf29

Silences cppcheck warning.  Might have been a
false positive, but there’s no behaviour change.

Change-Id: I147eadb054d4cde44012fd8e8b9eb5e739eef6ad

Change-Id: I5573964542026cb3c62d734041d8bb81c3189961

Change-Id: I17b99c887200f98c614bbbcb413db784da6075db

Change-Id: Ieadbc4b11706f022d113cf975ef7db6ea5bb0f55

There was a simple mistake in the code that builds the "ArgCheck"
string that the wrappers use for argument type checking.  As a
result, the "argument check" was not distinguishing between const
reference args and non-const reference args.  A "const reference"
arg type can satisfied via implicit conversion from another type,
while a non-const reference arg cannot.  The new test specifically
tests for this.

Change-Id: I59725536496dd6d80b64ace09403161ccd89c9b4

It is only used if methods exist.

Change-Id: Id9bd3568096cbfa177bafb4f080301f1df62575a

Change-Id: I1035010ffed5cbc484a0b953b7319c3d17c4245d

Change-Id: I29c3c38d8b9071b51bfab3cc1cc71fc189cb9090

Template names are not valid C identifiers, so add a way to make them
valid.

Based on a patch from Debian.

Change-Id: Icb58d18f079ea6cc77af1ff68e401a072d5108fe

Should be compatible with wxPython 2.8.

Fetched from Debian.

Change-Id: I2bfbe3f5a17dfc4d321562bf310a4670660eb276

Change-Id: I0dcf21200f3ab8be49649435b7d728d7240fc576

Change-Id: I0b203e8936e6760bd5a5147b8bc9c5ae9f219ae9

Whenever a scoped class was defined, e.g. "struct somescope::someclass"
followed by the definition, the wrappers would add it to the current
namespace as "somescope::someclass" instead of adding "someclass" to the
"somescope" namespace.  As a partial fix, simply ignore such classes.

Change-Id: Iacd18b9042e53f4d3ed341714e26d3cf1b7fab2f

Added support for getting and getting cells of unstructured grids.

Change-Id: Ia321b861febfa72f91ecd7bdcd0ed58164ef5ebe

If G is a gradient array G.shape = (n,3) we have that
mean(G,0).shape = (3,). Appending 1s to the second array
would result in a broadcast error, so we do not do it in
this case.

Change-Id: I7c46e1c0c4159c40511a221797487b27438cb079

An array G of shape (n,3) resulted from computing the
gradient on a scalar array S of shape (n,) cannot be added together without
reshaping.
G + expand_dims(S,1) works,
G + S gives an error:
ValueError: operands could not be broadcast together with shapes (n,3) (n,)

This commit performs this reshape operation automatically by appending 1s
to the dimensions of the array with fewer dimensions.

Change-Id: I0a0eaeecf5063fac1c8b71b9d32472bbc41d42c8

Used the following command:

find . \( -iname *.h -and -type f \) -exec perl -pi -w -e 's/__vtk(.*)_h/vtk$1_h/g;' {} \;

Fixes many, but not all, clang -Wreserved-id-macro warnings.

Change-Id: I694ff053cb204c70e37b261296f496064d91fc07

Used the following command:

find . \( -iname *.in -and -type f \) -exec perl -pi -w -e 's/__vtk(.*)_h/vtk$1_h/g;' {} \;

Fixes many, but not all, clang -Wreserved-id-macro warnings.

Change-Id: I86db91ad530c203347f2b0dfd29c31f843c3f2b7

Change-Id: I362a85049e43c4160c9b24fa8180bcae445986db

VC++ thinks these casts are necessary, even though gcc and clang
disagree.

This reverts commit 8c45343b.

Change-Id: I9c308561e3c0696c66e24e45fd6fa4384c70aa34

These casts were necessary for really old compilers that didn't
keep track of which level of indirection the "constness" applied
to.  For modern compilers, they should be unecessary.

Change-Id: Ia23cebae43fd6f1705016a11f2df4801e9830d24

Functions added: negative, reciprocal, square, rint, divide, multiply,
add, subtract, mod, remainder, power, hypot.

Change-Id: I0ecb7d08c3cc32b7917f3a77194507ae02de6d83

'echo' is not an executable on Windows and as such is not supported with
CTEST_USE_LAUNCHERS=ON.

Change-Id: Ie0990d7277d68d2e4cfe051f4cb04c11988dc258

Change-Id: I7f5a411eeafe90f535ff3555ad3d08a8f213a405