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)\\