209-in-situ-vis #210
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209-in-situ-vis #210
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* adding mesage of imported targets from catalyst * link catalyst against IPPL (need to put that in an if clause) * include "catalyst.hpp" in ChargedParticles
* error if find_path imports to GLOBAL * link error if catalyst::catalyst
In order to link against catalyst::catalyst, the find_package needs to provide the GLOBAL keyword. Then linkage, is working as well as the headers are found properly. However the GLOBAL keyword is only available by CMake>=3.24 therefore also the bump up in the cmake_minimum_required.
* add preprocessor macro to enable the catalyst.hpp only when ENABLE_CATALYST is set * add condition to linkage against IPPL which is only performed if ENABLE_CATALYST * some messages added about catalyst direction if it is found
* following CMakeLists pattern similar to cbb9de5
As a starting point the TestFieldBC structure will be used to write the adaptor and have a hopefully working executable
In order to not require the GLOBAL keyword and keep the imported targets local find_package(catalyst) is moved to the lower list. Then catalyst::catalyst is available and can be used for linkage. Using cmake-generator-expression [0] to only include compile definition as well as linkage if the ENABLE_CATALYST flag is set, otherwise the return an empy string. This prevents from tidious IF .. ELSEIF .. ENDIF construct for linkage. [0] : https://cmake.org/cmake/help/latest/manual/cmake-generator-expressions.7.html
No need for manually defining empty string in the link process, as that is handled by the CMake generator expression.
Able to print time and cycle over in-situ catalyst script.
Hard coded three dimensional mesh topology.
* further reorder the execute parameter as the field uses only a local memory this one is called last
* remove commented out code * add positions for rho_m and E_m to penning trap * add minor comments about why it is done like that
srikrrish
added
the
feature request
* remove TestCatalystAdaptor_2D * update PenningTrap
In #e414f19 the lines from https://github.com/IPPL-framework/ippl/blob/3c74adc1056c94827a960ba535a9a0839c6ef6d2/alpine/ChargedParticles.hpp#L415-L419 where deleted, as they should be there this commit reverts that.
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Implementing a Paraview based in-situ visualization interface in IPPL