898a3e092 Move StreamSurface into NewFilterField
5ffae6111 Use CastAndCallForTypes with UnknownArray of seeds.
061fe6afb Fix dashboard compile errors.
42fd70d50 Remove virtuals from DataSetIntegrator classes.
2524c16a0 Missed some cuda fixes filters...
e1fbfea30 Remove device compiler dependencies.
2a4430447 tests need to be device compiled.
9b2a257d9 Move include out of .h file.
...
Acked-by: Kitware Robot <kwrobot@kitware.com>
Merge-request: !2777
c41c3b7a5 Fix Variant::CastAndCall SFINAE for auto return type functors
3ec9fc858 Fix issue with Variant::CastAndCall with non-const reference
Acked-by: Kitware Robot <kwrobot@kitware.com>
Merge-request: !2824
`Variant::CastAndCall` was using the C++11 style for an `auto` return
where the return type was specified with a `->` that got the `decltype`
of the return value of the functor. This was used as part of SFINAE to
pick whether you needed the const or non-const version.
However, this was causing a problem with functions that got an error
when deducing the return type for that. This was particularly
problematic for lambda functions. For example, say you have the
following simple `CastAndCall`.
```cpp
variant.CastAndCall([](auto& x){ ++x; });
```
To determine the return type of the lambda (`void`), the function has to
be compiled. But when it is compiled with a const type, which happens
when deducing the const version of `CastAndCall`, you get a compile
error. This error is not considered a substitution error (hence SFINAE),
it is an outright error. So you get a compile error just trying to
deduce the type.
The solution was to move to the C++14 version of an auto return type. In
this case, the return type is no longer important for SFINAE and is
delayed until the function is actually compiled with the specific
template parameters. This would be a problem if the const version of
`CastAndCall` was used when the non-const version was needed. But now
both versions will pass SFINAE and thus the non-const version will be
chosen as long as the `Variant` object itself is non-const. If the
`Variant` object itself is const, then that is in fact a legitimate
error, so a compile error is OK.
One thing I find wierd is that `CastAndCall` still has a `noexcept`
expression that will likewise cause a compile error in this case.
However, it is still working. I _think_ the difference is that
`noexcept` is not used to determine template substitution/overloaded, so
is therefore ignored until the function is actually compiled.
AddGhostCellField function for Dataset class
setGhostCellName function for GhostCellClassify class
setGhostCellName function for GhostCellClassify class
added default ghost cell name in Dataset class
Default ghost cell field name defined in GhostCellClassify class
Default ghost cell field name for GhostCellClassify class
Unit test for ghost field name check
Unit test for ghost field name check updated
Default ghost field name updated
Get function for GhostCellClassify and default ghost name
UnitTestStreamlineFilter updated with AddGhostCellField
AddGhostCellField and GetGlobalGhostCellFieldName propagated
GhostCellClassify constructor now defined in header file
Assigned default values to dataset class members GhostSet and GhostCellName
default values set for GhostSet and GhostCellName in dataset constructor
Constructor removed from dataset class and noexcept for GetGlobalGhostName
added Dataset constructor with noexcept
additions to make sure default move constructor has not changed
GhostSetName field made as a shared pointer since string class is not noexcept
AddGhostCellField funtion added without field name
hasGhostCellField added and unit tests updated for addGhostCellField
hasGhostCellField added and unit tests updated for addGhostCellField
GetGhostCellField and GetGhostCellFieldName functions added to Dataset
GetGhostCellField and GetGhostCellFieldName functions added to Dataset
debugging UnitTestCellLocatorGerneral for CUDA error
UnitTestCellLocatorGeneral testing for error
UnitTestCellLocatorGeneral testing for cude error
UnitTestCellLocatorGeneral error resolution
UnitTestCellLocatorGeneral error resolution
UnitTestCellLocatorGeneral error resolution print statement removed
Minor updates to Dataset class files
GlobalGhostCellFieldName implementation revised to return a static variable
GhostSet member removed, hasGhostCellField, constructor, copystructure updated
GetGhostCellField and GetGhostCellFieldName made cosistent with GetField
Fixes to a few function calls
