GitLab

Refactored ForceImpl, lots of KernelImpl subclasses, and other related classes to avoid redundant calculations when requesting a State with both forces and energies

Fixed uninitialized value problem with setting box vectors.  This caused sporadic multithreading issues on Linux platforms.

Removed static variables in CudaFreeEnergyKernels.cpp
Moved declaration of global feSim to within method where actually used  in kCalculateNonbondedSoftcore.cu

Removed cruft from Cmake file
Modified the way platform is specified in TstFreeEnergyCudaUsingParameterFile.cpp

removed some cruft

Fixed bug: was calling kReduceObcGbsaSoftcoreBornForces instead of kReduceGBVISoftcoreBornForces in GB/VI force calculation

Mods to get Free energy plugin libs to compile on Windows; still problem w/ kCalculateLocalSoftcoreForces.cu
and hence OpenMMFreeEnergyCuda lib

Added #include <typeinfo> to see if it removes errors associated w/ std::bad_cast on Linux Ubuntu 4.3.2

Changed ReferenceFreeEnergyPlatform name to ReferenceFreeEnergy
Removed references to ParameterFileName in GB/VI

Removed references to softCoreLJLambda in NonbondedSoftcoreForce

Removed print cruft

Free energy plugin added
Plugin will not run w/ Obc or GB/VI forces unless line 2004 of gpu.cpp (gpu->sim.totalNonbondOutputBuffers  = 2*gpu->sim.nonbondOutputBuffers;) is commented in -- working on removing this constraint
Also unit tests for GB/VI currently fail