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<!-- XML file defining the YACS coupling scheme for Code_Aster / Code_Saturne coupling -->
<proc>
<!-- =========================================================== -->
<!-- Declaration of types used (seems to be useless since 2008) -->
<!-- =========================================================== -->
<!-- <objref name="CALCIUM_integer"/> -->
<!-- <objref name="CALCIUM_double"/> -->
<!-- <objref name="CALCIUM_string"/> -->
<!-- =========================================================== -->
<!-- Container creation - one per component -->
<!-- =========================================================== -->
<container name="FSI_ASTER">
<property name="workingdir" value= "@AST_WORKINGDIR@"/>
</container>
<container name="FSI_SATURNE">
<property name="workingdir" value= "@CFD_WORKINGDIR@"/>
</container>
<!-- =========================================================== -->
<!-- Service creation for the supervisor -->
<!-- =========================================================== -->
<!-- =========================================================== -->
<!-- Service creation for Code_Saturne -->
<!-- =========================================================== -->
<service name="fluid_service" >
<component>FSI_SATURNE</component>
<method>run</method>
<load container="FSI_SATURNE"/>
<!-- Declare input parameters -->
<inport name="app_name" type="string"/>
<inport name="verbosity" type='long' />
<outport name="retval" type='long' /> <!-- return value -->
<!-- output parameters -->
<outstream name="NBPDTM" type="CALCIUM_integer"/> <!-- maximum iteration number -->
<outstream name="NBSSIT" type="CALCIUM_integer"/> <!-- number of sub-iterations -->
<outstream name="ISYNCP" type="CALCIUM_integer"/> <!-- post-processing syncronization (removed) -->
<outstream name="NTCHRO" type="CALCIUM_integer"/> <!-- output frequency (ignored) -->
<outstream name="PDTREF" type="CALCIUM_double"/> <!-- reference time step -->
<outstream name="TTINIT" type="CALCIUM_double"/> <!-- initial time -->
<outstream name="EPSILO" type="CALCIUM_double"/> <!-- convergence threshold -->
<!-- Declare I/O -->
<outstream name="DTCALC" type="CALCIUM_double"/> <!-- current time-step -->
<outstream name="NB_DYN" type="CALCIUM_integer"/> <!-- number of coupled vertices -->
<outstream name="NB_FOR" type="CALCIUM_integer"/> <!-- number of coupled faces -->
<outstream name="COLNOD" type="CALCIUM_integer"/> <!-- coupled node colors -->
<outstream name="COLFAC" type="CALCIUM_integer"/> <!-- coupled face colors -->
<outstream name="COONOD" type="CALCIUM_double"/> <!-- coupled node coordinates -->
<outstream name="COOFAC" type="CALCIUM_double"/> <!-- coupled face coordinates -->
<outstream name="FORAST" type="CALCIUM_double"/> <!-- structure load -->
<outstream name="ICVAST" type="CALCIUM_integer"/> <!-- convergence indicator send to Aster -->
<instream name="DTAST" type="CALCIUM_double"/> <!-- code_aster time step -->
<instream name="DEPAST" type="CALCIUM_double"/> <!-- structure displacement -->
<instream name="VITAST" type="CALCIUM_double"/> <!-- structure velocity -->
</service>
<!-- ====================================================== -->
<!-- Service creation for Code_Aster -->
<!-- ====================================================== -->
<!-- Remark: the keyword 'aster' cannot be used since it is -->
<!-- already used for some other purposes by Salome -->
<service name="solid_service" >
<component>FSI_ASTER</component>
<!-- The subroutine 'op0117' is the entry point in Code_Aster -->
<method>op0117</method>
<load container="FSI_ASTER"/>
<!-- Declare input parameters -->
<inport name="jdc" type="string"/> <!-- command file -->
<inport name="fort:20" type="file"/> <!-- mesh file -->
<instream name="NBPDTM" type="CALCIUM_integer"/> <!-- maximum iteration number -->
<instream name="NBSSIT" type="CALCIUM_integer"/> <!-- number of sub-iterations -->
<instream name="ISYNCP" type="CALCIUM_integer"/> <!-- fluid-structure post-treatment synchronisation -->
<instream name="NTCHRO" type="CALCIUM_integer"/> <!-- output frequency -->
<instream name="PDTREF" type="CALCIUM_double"/> <!-- reference time-step -->
<instream name="TTINIT" type="CALCIUM_double"/> <!-- initial time -->
<instream name="EPSILO" type="CALCIUM_double"/> <!-- convergence threshold -->
<!-- Declare I/O -->
<instream name="DTCALC" type="CALCIUM_double"/> <!-- current time-step (given by supervisor) -->
<instream name="NB_DYN" type="CALCIUM_integer"/> <!-- number of coupled nodes (Aster->supervisor) -->
<instream name="NB_FOR" type="CALCIUM_integer"/> <!-- number of coupled faces (Aster->supervisor) -->
<instream name="COLNOD" type="CALCIUM_integer"/> <!-- coupled node colors -->
<instream name="COLFAC" type="CALCIUM_integer"/> <!-- coupled face colors -->
<instream name="COONOD" type="CALCIUM_double"/> <!-- coupled node coordinates -->
<instream name="COOFAC" type="CALCIUM_double"/> <!-- coupled face coordinates -->
<instream name="FORAST" type="CALCIUM_double"/> <!-- structure load (supervisor->Aster) -->
<instream name="ICVAST" type="CALCIUM_integer"/> <!-- convergence indicator sent to supervisor -->
<outstream name="DTAST" type="CALCIUM_double"/> <!-- Aster time step -->
<outstream name="DEPAST" type="CALCIUM_double"/> <!-- structure displacement (Aster->supervisor) -->
<outstream name="VITAST" type="CALCIUM_double"/> <!-- structure velocity (Aster->supervisor) -->
</service>
<!-- =========================================================== -->
<!-- Component used to load Code_Aster command file -->
<!-- =========================================================== -->
<!-- A small Python script that loads the Aster command file, -->
<!-- taking as input the name of the command file and whose -->
<!-- output is linked to the Code_Aster component -->
<inline name="ljdc" >
<script>
<!-- open and read the Code_Aster command file -->
<code>f=open(comm)</code>
<code>jdc=f.read()</code>
<code>f.close()</code>
</script>
<inport name="comm" type="string"/> <!-- Code_Aster command file name -->
<outport name="jdc" type="string"/> <!-- Code_Aster command listing -->
</inline>
<!-- =========================================================== -->
<!-- Declare the connections between the components -->
<!-- =========================================================== -->
<!-- Code_Saturne -->
<stream>
<fromnode>fluid_service</fromnode><fromport>NBPDTM</fromport>
<tonode>solid_service</tonode><toport>NBPDTM</toport>
<property name="StorageLevel" value="10"/>
</stream>
<stream>
<fromnode>fluid_service</fromnode><fromport>NBSSIT</fromport>
<tonode>solid_service</tonode><toport>NBSSIT</toport>
<property name="StorageLevel" value="10"/>
</stream>
<stream>
<fromnode>fluid_service</fromnode><fromport>ISYNCP</fromport>
<tonode>solid_service</tonode><toport>ISYNCP</toport>
<property name="StorageLevel" value="10"/>
</stream>
<stream>
<fromnode>fluid_service</fromnode><fromport>NTCHRO</fromport>
<tonode>solid_service</tonode><toport>NTCHRO</toport>
<property name="StorageLevel" value="10"/>
</stream>
<stream>
<fromnode>fluid_service</fromnode><fromport>PDTREF</fromport>
<tonode>solid_service</tonode><toport>PDTREF</toport>
<property name="StorageLevel" value="10"/>
</stream>
<stream>
<fromnode>fluid_service</fromnode><fromport>TTINIT</fromport>
<tonode>solid_service</tonode><toport>TTINIT</toport>
<property name="StorageLevel" value="10"/>
</stream>
<stream>
<fromnode>fluid_service</fromnode><fromport>EPSILO</fromport>
<tonode>solid_service</tonode><toport>EPSILO</toport>
<property name="StorageLevel" value="10"/>
</stream>
<stream>
<fromnode>fluid_service</fromnode><fromport>COLNOD</fromport>
<tonode>solid_service</tonode><toport>COLNOD</toport>
<property name="StorageLevel" value="10"/>
</stream>
<stream>
<fromnode>fluid_service</fromnode><fromport>COLFAC</fromport>
<tonode>solid_service</tonode><toport>COLFAC</toport>
<property name="StorageLevel" value="10"/>
</stream>
<stream>
<fromnode>fluid_service</fromnode><fromport>DTCALC</fromport>
<tonode>solid_service</tonode><toport>DTCALC</toport>
<property name="StorageLevel" value="10"/>
</stream>
<stream>
<fromnode>fluid_service</fromnode><fromport>COONOD</fromport>
<tonode>solid_service</tonode><toport>COONOD</toport>
<property name="StorageLevel" value="10"/>
</stream>
<stream>
<fromnode>fluid_service</fromnode><fromport>COOFAC</fromport>
<tonode>solid_service</tonode><toport>COOFAC</toport>
<property name="StorageLevel" value="10"/>
</stream>
<stream>
<fromnode>fluid_service</fromnode><fromport>FORAST</fromport>
<tonode>solid_service</tonode><toport>FORAST</toport>
<property name="StorageLevel" value="10"/>
</stream>
<stream>
<fromnode>fluid_service</fromnode><fromport>NB_DYN</fromport>
<tonode>solid_service</tonode><toport>NB_DYN</toport>
<property name="StorageLevel" value="10"/>
</stream>
<stream>
<fromnode>fluid_service</fromnode><fromport>NB_FOR</fromport>
<tonode>solid_service</tonode><toport>NB_FOR</toport>
<property name="StorageLevel" value="10"/>
</stream>
<stream>
<fromnode>fluid_service</fromnode><fromport>ICVAST</fromport>
<tonode>solid_service</tonode><toport>ICVAST</toport>
<property name="StorageLevel" value="10"/>
</stream>
<!-- Code_Aster -->
<stream>
<fromnode>solid_service</fromnode><fromport>DEPAST</fromport>
<tonode>fluid_service</tonode><toport>DEPAST</toport>
<property name="StorageLevel" value="10"/>
</stream>
<stream>
<fromnode>solid_service</fromnode><fromport>VITAST</fromport>
<tonode>fluid_service</tonode><toport>VITAST</toport>
<property name="StorageLevel" value="10"/>
</stream>
<stream>
<fromnode>solid_service</fromnode><fromport>DTAST</fromport>
<tonode>fluid_service</tonode><toport>DTAST</toport>
<property name="StorageLevel" value="10"/>
</stream>
<!-- Code_Aster command file loader -->
<datalink>
<fromnode>ljdc</fromnode><fromport>jdc</fromport>
<tonode>solid_service</tonode><toport>jdc</toport>
</datalink>
<!-- =========================================================== -->
<!-- Define the various parameters of the coupling scheme -->
<!-- =========================================================== -->
<!-- code_aster parameters -->
<parameter>
<tonode>solid_service</tonode> <toport>fort:20</toport>
<value><objref>@AST_MAIL@</objref> </value>
</parameter>
<!-- code_saturne parameters -->
<parameter>
<tonode>fluid_service</tonode> <toport>app_name</toport>
<value><string>Fluid Domain</string></value>
</parameter>
<parameter>
<tonode>fluid_service</tonode> <toport>verbosity</toport>
<value><int>2</int></value>
</parameter>
<!-- code_aster command file loader parameters -->
<parameter>
<tonode>ljdc</tonode><toport>comm</toport>
<value><string>@COMM_FNAME@</string> </value>
</parameter>
</proc>
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