Hermes

Using athena as a basis for implementation of SAC and SMAUG

Objectives:

Improve software engineering and enhance software sustainability
Build in perturbed MHD using Athena CTU method
Implement perturbed MHD with central differencing and hyperdiffusion (i.e. SAC)
Integrate GPU code for CTU method re. Wasiljew & Murawski
Integrate SMAUG
Exploit SMR implementation in SAC/SMAUG
Use multi-architectural approach (hybrid multi-core accelerator approach) targetDP

BKG used to define problem including background fields SAC_INTEGRATOR sac integrator for use with background fields

Next job to compile with SAC_INTEGRATOR, BKG and SAC_FLUX

./configure –with-problem=shkset1d –enable-bkg –with-integrator=sac –with-flux=sac

./configure –with-problem=orszag-tang –with-order=3 –enable-bkg –with-integrator=sac –with-flux=sac

./configure –with-gas=hydro –with-problem=shkset1d –enable-bkg –with-integrator=sac –with-flux=sac

./configure –with-gas=hydro –with-problem=shkset1d –enable-bkg –with-integrator=smaug –with-flux=smaug –enable-smaug

./configure –with-problem=orszag-tang –with-order=3 –enable-bkg –with-integrator=smaug –with-flux=smaug –enable-smaug

all of the above problems will define USE_SAC 3D problems must include –enable-sac-3d this will activate USE_SAC_3D instead of USE_SAC

./configure –with-problem=orszag-tang –with-order=3 –enable-bkg –with-integrator=smaug –with-flux=smaug –enable-smaug

docker run -v /Users/mikegriffiths/proj:/home/jupyter/solar/docker –rm -p 8888:8888 mikeg64/sac-smaug