Progress of Time-dependent Transport Simulations Using GYRO and Neoclassical Models Within FACETS

Progress on the integration of the turbulent transport code GYRO and the neoclassical codes such as NCLASS into the FACETS (Framework Application for Core-Edge Transport Simulations) framework through the use of a multi-language Fortran/C/C++ friendly FMCFM (Framework for Modernization and Componentization of Fusion Modules) interface is presented. The FMCFM framework provides a common interface to varying fusion transport modules and libraries such as those in the National Transport Code Collaboration (NTCC) module library {[}1{]}. The interlanguage wrapper code is automatically generated. First results of coupled GYRO-NCLASS-FACETS simulations using realistic initial profiles and particle/heat sources are presented. \\ {[}1{]} A. H. Kritz \emph{et al}. Comp. Phys. Communications \textbf{164} ,108 (2004) \\ {[}2{]} See A. Pankin's \emph{et al.} presentation on transport models in FACETS (Sherwood 2009)\\