Fix mismatching declaration

Formatting consistency for magma backend with cuda-ref and hip-ref

Includes JiT upgrades for Magma non-tensor basis to only compile for N values which are used at runtime. Adds JiT for Magma non-ten

Formatting consistency for magma backend with cuda-ref and hip-ref

Includes JiT upgrades for Magma non-tensor basis to only compile for N values which are used at runtime. Adds JiT for Magma non-tensor basis CEED_EVAL_WEIGHT mode.

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Formatting updates for MAGMA JiT kernels

Rename files in magma backend for consistency with other libCEED backends

fluids: Remove coordinates from IFunction_NodalSgs

- Stragler from previous PR

Merge pull request #1371 from CEED/kjansen/DropPotentialFromEtot

Drop Potential Energy from Etot conservation variable

typo

connecting body force vector to gravity vector. Note both still have density multiplier in momentum equation and are dotted with momentum in energy equation.

Merge branch 'kjansen/DropPotentialFromEtot' of ssh://github.com/CEED/libCEED into kjansen/DropPotentialFromEtot

Merge pull request #1379 from CEED/jrwrigh/fluids_test_nochange

fluids: Don't set ts_max_steps if not TESTTYPE_NONE

style errors induced by dropping coordinates where not used

test: Add corrected tests for removing E_potential from E_total

deleted all the unused coordinate references that were throwing warnings

reverting the change to IC that caused divergence on first step...guess I was too sleepy to drive last night

quick attempt at taking potential out of the initial condition makes the error norm much smaller but still probably cannot compare solutions with different Etot variables

adding body force term to energy equation...for now the b vector is using what is put into gravity

minus S

v2 docs

first cut at docs

last one maybe

more style edits

style cleanup

missed some places that BI restoration requires

boundary integrals get coordinates back as some tests use BI that needs them

Potential energy removed from all state helpers so no more x (or dx) dependence for them. Interior integrals still need x for IDL but boundary elements don't so removed. This touches lots of qfuncti

Potential energy removed from all state helpers so no more x (or dx) dependence for them. Interior integrals still need x for IDL but boundary elements don't so removed. This touches lots of qfunctions that make state calls and a few problems as well

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