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fileversionPK?UZ'<= Pdmodel.xmlPKqŌPKD VLPKtZ dmodel.xml -1 automatic COMSOL Multiphysics 6.2 (Build: 339) SI 3078580 savepoint1 1878 savepoint1 savepoint1 geom1 mesh1 false false false false 2252 1748972752636 COMSOL 6.2.0.339 true NOREMOVE|NORETAG|NODEACTIVATE /geom/geom1 mf NOREMOVE|NORETAG|NODEACTIVATE magneticvectorpotential 3,'Ar','Aphi','Az' A NOREMOVE|NODEACTIVATE NOREMOVE|NODEACTIVATE 2 true NOREMOVE|NODEACTIVATE 2,'VOID','GEOMETRY' NOREMOVE|NODEACTIVATE 1 true NOREMOVE|NODEACTIVATE 1,'SYMMETRYAXIS' NOREMOVE|NODEACTIVATE 1 true NOREMOVE|NODEACTIVATE 1,'EXTERIOR' NOREMOVE|NODEACTIVATE 2 true NOREMOVE|NODEACTIVATE 2,'VOID','GEOMETRY' 2 NOREMOVE|NODEACTIVATE 1,'ACTIVE' 2 NOREMOVE|NODEACTIVATE 1,'ACTIVE' 2 NOREMOVE|NODEACTIVATE 1,'ACTIVE' 2 NOREMOVE|NODEACTIVATE 1,'ACTIVE' /geom/geom1 cir NOREMOVE|NORETAG|NODEACTIVATE voltages 1,'voltages' voltages NOREMOVE|NORETAG|NODEACTIVATE currents 1,'currents' currents NOREMOVE|NORETAG|NODEACTIVATE current_time 1,'current_time' current_time NOREMOVE|NORETAG|NODEACTIVATE other 1,'other' other NOREMOVE|NODEACTIVATE NOREMOVE|NODEACTIVATE -1 true NOREMOVE|NODEACTIVATE 1,'ACTIVE' -1 NOREMOVE|NODEACTIVATE 1,'ACTIVE' -1 NOREMOVE|NODEACTIVATE 1,'ACTIVE' -1 NOREMOVE|NODEACTIVATE 1,'ACTIVE' -1 NOREMOVE|NODEACTIVATE 1,'ACTIVE' -1 NOREMOVE|NODEACTIVATE 1,'ACTIVE' NODEACTIVATE /modelNode/comp1 1,0,767278836,-1722839832 deg {0,1,2,3,4,5,6,7,16,17,8,9,10,11,12,13,14,15,18,19},{0,1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16,17,18,19,20,21,22},{0,1,2,3,4,5,6} {0,1,2,3,4,5,6,7,10,11,12,13,14,15,16,17,8,9,18,19},{0,1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16,17,18,19,20,21,22},{0,1,2,3,4,5,6} true /geom/geom1/feature/r1 false /frame/geometry1 /geom/geom1/geomnative comsol /geom/geom1/feature/fin m /frame/material1 /frame/mesh1 2 /frame/spatial1 1 STANDARD true true 2 19,22,6 19,22,6 0 true true 0.11 1.0E-10 0.0,0.11,-0.11,0.11 solid true[deg]geomattrgeomattrlevelposconstroff|off|pos0.05|0.0|x0.05y0.0rotconstronrot0.0typesolidbasecenterlayerrconstroffr0.005angleconstronangle360.0 2 BUILT BUILT [({0}),({1}),({2}),({3})],[({0}),({1}),({2}),({3})],[],[(),({1})] 3021916321050360918 true 20,'p:selresult','p:selresultshow','p:color','p:customcolor','p:geomattr','p:geomattrlevel','p:posconstr','p:y','p:rotconstr','p:rot','p:type','p:base','p:layerold','p:layername','p:layer','p:rconstr','p:angleconstr','p:angle','p:labelradius','p:arrowangdispl' NORETAG 2,0,703594722,2051599193 2 4,4,1 4,4,1 <!-- Number of finite void regions. --> 0 true true 0.055 1.0E-10 solid 2,-1,703594722,2051599193 true[deg]geomattrgeomattrlevelposconstroff|off|pos0.0|0.0|x0.0y0.0rotconstronrot-90.0typesolidbasecenterlayer0.02|rconstroffr0.11angleconstronangle180.0 3 BUILT BUILT [({6},{5}),({4},{3}),({0},{1}),({2},{2})],[({8},{7}),({5},{6}),({4}),({3}),({0})],[],[({3,1,2,0}),({2})] -6333672185712251316 true 16,'p:selresult','p:selresultshow','p:color','p:customcolor','p:geomattr','p:geomattrlevel','p:posconstr','p:x','p:y','p:rotconstr','p:type','p:base','p:rconstr','p:angleconstr','p:labelradius','p:arrowangdispl' NORETAG 3,0,-1474672972,-1759315478 2 7,9,3 7,9,3 0 true true 0.11 1.0E-10 solid true[deg]geomattrgeomattrlevelposconstroff|off|pos0.04|0.02|x0.04y0.02rotconstronrot0.0typesolidbasecenterlayerrconstroffr0.003angleconstronangle360.0 6 BUILT BUILT [({0}),({1}),({2}),({3})],[({0}),({1}),({2}),({3})],[],[(),({1})] -7312941299001039896 true 19,'p:selresult','p:selresultshow','p:color','p:customcolor','p:geomattr','p:geomattrlevel','p:posconstr','p:rotconstr','p:rot','p:type','p:base','p:layerold','p:layername','p:layer','p:rconstr','p:angleconstr','p:angle','p:labelradius','p:arrowangdispl' NORETAG 6,0,-1702676830,-1159605525 2 4,4,1 4,4,1 0 true true 0.043000000000000003 1.0E-10 solid 6,-1,-1702676830,-1159605525 true[deg]geomattrgeomattrlevelposconstroff|off|pos2.449293598294706E-18|-0.03|x2.449293598294706E-18y-0.03rotconstroffrot0.0typesolidbasecornerlayerlayerleftofflayerrightofflayerbottomonlayertopofflx0.03ly0.07sizeconstroff|off|size0.03|0.07| 9 BUILT BUILT [({0,3}),({1,2}),({0,1}),({3,2})],[({3}),({1}),({0}),({2})],[],[(),(),(),(),({1})] -5067113137273433605 true 22,'p:selresult','p:selresultshow','p:color','p:customcolor','p:geomattr','p:geomattrlevel','p:posconstr','p:rotconstr','p:rot','p:type','p:base','p:layerold','p:layername','p:layer','p:layerleft','p:layerright','p:layerbottom','p:layertop','p:sizeconstr','p:arrowdispl','p:labelpos','p:arrowint' NORETAG 9,0,-1179779214,691634430 2 4,4,1 4,4,1 0 true true 0.04000000000000001 1.0E-10 solid 9,-1,-1179779214,691634430 NOREMOVE|NORETAG|NODEACTIVATE true[deg]actionuniondesignbooloffrepairtoltypeautogeomrepcomsolaxi 1 BUILT BUILT 3295437508781929385 true 10,'p:action','p:designbool','p:imprint','p:createpairs','p:splitpairs','p:pairtype','p:frame','p:repairtoltype','p:repairtol','p:geomrep' NORETAG 1,0,767278836,-1722839832 2 19,22,6 19,22,6 0 true true 0.11 1.0E-10 solid NOREMOVE|NORETAG|NODEACTIVATE|HIDDEN operationid featureLabel linexprerror type base text Circle Circle 1 solid center 5[mm] r sf angle rot labelradius arrowangdispl 0.005 0.017453292519943295 360.0 0.0 0.5 0.0 pos 0.05,0.0 featureid parentid rConstr angleConstr rotConstr 2 -1 0 1 1 posConstr 0,0 featureactive inbuildstate dead true true false operationid featureLabel linexprerror type base text Circle Circle 2 solid center 10[cm] r sf angle rot labelradius arrowangdispl 0.1 0.017453292519943295 180.0 -90.0 0.5 0.0 pos 0.0,0.0 featureid parentid rConstr angleConstr rotConstr 3 -1 0 1 1 posConstr 0,0 featureactive inbuildstate dead true true true operationid featureLabel linexprerror type base text Circle Circle 3 solid center 3[mm] r sf angle rot labelradius arrowangdispl 0.003 0.017453292519943295 360.0 0.0 0.5 0.0 pos 0.04,0.02 featureid parentid rConstr angleConstr rotConstr 6 -1 0 1 1 posConstr 0,0 featureactive inbuildstate dead true true false operationid featureLabel linexprerror type base xtext ytext Rectangle Rectangle 1 solid corner 0.03 0.07 sf rot 0.017453292519943295 0.0 pos size arrowdispl labelpos 2.449293598294706E-18,-0.03 0.03,0.07 NaN,NaN 0.5,0.5 featureid parentid rotConstr 9 -1 0 posConstr sizeConstr arrowint 0,0 0,0 1,1 featureactive inbuildstate dead true true false /modelNode/comp1 /geom/geom1 NOREMOVE|NODEACTIVATE FIXED_REF /frame/geometry1 /geom/geom1 false NOREMOVE|NODEACTIVATE FIXED_REF /frame/material1 /geom/geom1 false NOREMOVE|NODEACTIVATE FIXED_REF /frame/mesh1 /geom/geom1 false NOREMOVE|NODEACTIVATE NODEACTIVATE /geom/geom1 2 true true 14,'p:showlabels','p:showDirections','p:showgrid','p:rendermesh','p:showunits','p:plotgroupunits','p:locked','p:istemporary','p:showselection','p:showmaterial','p:hidestatus','p:isnew','p:postviewkey','p:workplaneclip' NOREMOVE|NODEACTIVATE 26,'p:viewscaletype','p:autocontext','p:xweight','p:yweight','p:xscale','p:yscale','p:abstractviewsetting','p:manualgrid','p:xspacing','p:yspacing','p:xextra_vector_method','p:xextra_vector_start','p:xextra_vector_stop','p:xextra_vector_step','p:xextra_vector_numvalues','p:xextra_vector_function','p:xextra_vector_interval','p:xextra_vector_freqperdec','p:yextra_vector_method','p:yextra_vector_start','p:yextra_vector_stop','p:yextra_vector_step','p:yextra_vector_numvalues','p:yextra_vector_function','p:yextra_vector_interval','p:yextra_vector_freqperdec' NODEACTIVATE null 3 122,'p:renderwireframe','p:showlabels','p:showDirections','p:showgrid','p:showaxisorientation','p:showunits','p:locked','p:rotcenlocked','p:istemporary','p:scenelight','p:totlightintensity','p:usediffuse','p:usespecular','p:globalambient','p:totambient','p:ambientcolor','p:customambientcolor','p:ssao','p:ssaoradiustype','p:ssaoradiusrelative','p:ssaoradiusexplicit','p:ssaomagnitude','p:ssaosqueeze','p:ssaopreset','p:ssaonsamples','p:ssaoroughness','p:ssaokernelrotationstexturewidth','p:ssaosmooth','p:ssaonormalawaresmoothing','p:ssaoresolution','p:shadowmapping','p:shadowmappingsoftness','p:shadowmappingstrength','p:shadowmappingpreset','p:shadowmappingnumberofoccludersamples','p:shadowmappingnumberofsamples','p:shadowmappingresolution','p:shadowmappingmultisamplingeverywhere','p:shadowmappinglimitlightviewfrustums','p:shadowmappingaccuratedepthcomparison','p:shadowmappingnormalawaresmoothing','p:shadowmappingbiassettings','p:shadowmappingconstantdepthbias','p:shadowmappingslopedepthbias','p:shadowmappingnormaloffsetbias','p:flooreffect','p:flooreffectoriginsettings','p:flooreffectshoworigin','p:flooreffectorigin','p:flooreffectorigin_vector_method','p:flooreffectorigin_vector_start','p:flooreffectorigin_vector_stop','p:flooreffectorigin_vector_step','p:flooreffectorigin_vector_numvalues','p:flooreffectorigin_vector_function','p:flooreffectorigin_vector_interval','p:flooreffectorigin_vector_freqperdec','p:flooreffectoffset','p:flooreffectshownormalsettings','p:flooreffectnormalsettings','p:flooreffectshownormal','p:flooreffectnormalpreset','p:flooreffectnormal','p:flooreffectnormal_vector_method','p:flooreffectnormal_vector_start','p:flooreffectnormal_vector_stop','p:flooreffectnormal_vector_step','p:flooreffectnormal_vector_numvalues','p:flooreffectnormal_vector_function','p:flooreffectnormal_vector_interval','p:flooreffectnormal_vector_freqperdec','p:flooreffectshowangle','p:flooreffectangle','p:flooreffectambientocclusion','p:flooreffectshadow','p:flooreffectshadowblur','p:flooreffecttransparency','p:displayoutput','p:displayoutputpreset','p:displayoutputtonemap','p:displayoutputgamma','p:displayoutputexposure','p:displayoutputcontrast','p:displayoutputsaturation','p:displayoutputvibrance','p:displayoutputhue','p:displayoutputbrightness','p:environmentmap','p:skydirection','p:skyrotation','p:environmentreflections','p:skybox','p:skyboxblurriness','p:skyboxblend','p:skyboxprojection','p:skyboxfov','p:rotateenvironment','p:transparency','p:transparencylevel','p:uniformblending','p:uniformblendinglevel','p:clippingactive','p:clipfaces','p:clipedges','p:clippoints','p:clipprimaryhovereffect','p:clipsecondaryhovereffect','p:cliphighlightintersection','p:clipintersectionhighlightcolor','p:clipapplyclipping','p:clipshowframes','p:clipshowgizmos','p:clipshowcappedfaces','p:clipcappedfacescolorize','p:clipcappedfacescolorizeper','p:clipcappedfaceshighlightoverlappingdomains','p:clipcappedfaceshighlightoverlappingdomainscolor','p:clipcappedfacestransparencyenabled','p:clipcappedfacestransparency','p:hidestatus','p:isnew','p:workplaneclip' 7,'p:specular','p:color','p:customcolor','p:showmarker','p:castlight','p:castshadows','p:castshadowsonfloor' 7,'p:specular','p:color','p:customcolor','p:showmarker','p:castlight','p:castshadows','p:castshadowsonfloor' 6,'p:specular','p:color','p:customcolor','p:showmarker','p:castlight','p:castshadows' NOREMOVE|NODEACTIVATE 38,'p:projection','p:viewscaletype','p:autocontext','p:autoupdate','p:xweight','p:yweight','p:zweight','p:xscale','p:yscale','p:zscale','p:manualgrid','p:xspacing','p:yspacing','p:zspacing','p:xextra_vector_method','p:xextra_vector_start','p:xextra_vector_stop','p:xextra_vector_step','p:xextra_vector_numvalues','p:xextra_vector_function','p:xextra_vector_interval','p:xextra_vector_freqperdec','p:yextra_vector_method','p:yextra_vector_start','p:yextra_vector_stop','p:yextra_vector_step','p:yextra_vector_numvalues','p:yextra_vector_function','p:yextra_vector_interval','p:yextra_vector_freqperdec','p:zextra_vector_method','p:zextra_vector_start','p:zextra_vector_stop','p:zextra_vector_step','p:zextra_vector_numvalues','p:zextra_vector_function','p:zextra_vector_interval','p:zextra_vector_freqperdec' NOREMOVE|NODEACTIVATE 45,'p:xmin','p:xmax','p:ymin','p:ymax','p:zmin','p:zmax','p:viewscaletype','p:autocontext','p:autoupdate','p:xweight','p:yweight','p:zweight','p:xscale','p:yscale','p:zscale','p:manualgrid','p:xspacing','p:yspacing','p:zspacing','p:xextra_vector_method','p:xextra_vector_start','p:xextra_vector_stop','p:xextra_vector_step','p:xextra_vector_numvalues','p:xextra_vector_function','p:xextra_vector_interval','p:xextra_vector_freqperdec','p:yextra_vector_method','p:yextra_vector_start','p:yextra_vector_stop','p:yextra_vector_step','p:yextra_vector_numvalues','p:yextra_vector_function','p:yextra_vector_interval','p:yextra_vector_freqperdec','p:zextra_vector_method','p:zextra_vector_start','p:zextra_vector_stop','p:zextra_vector_step','p:zextra_vector_numvalues','p:zextra_vector_function','p:zextra_vector_interval','p:zextra_vector_freqperdec','p:canvassizedip','p:renderareasizedip' NODEACTIVATE null 3 122,'p:renderwireframe','p:showlabels','p:showDirections','p:showgrid','p:showaxisorientation','p:showunits','p:locked','p:rotcenlocked','p:istemporary','p:scenelight','p:totlightintensity','p:usediffuse','p:usespecular','p:globalambient','p:totambient','p:ambientcolor','p:customambientcolor','p:ssao','p:ssaoradiustype','p:ssaoradiusrelative','p:ssaoradiusexplicit','p:ssaomagnitude','p:ssaosqueeze','p:ssaopreset','p:ssaonsamples','p:ssaoroughness','p:ssaokernelrotationstexturewidth','p:ssaosmooth','p:ssaonormalawaresmoothing','p:ssaoresolution','p:shadowmapping','p:shadowmappingsoftness','p:shadowmappingstrength','p:shadowmappingpreset','p:shadowmappingnumberofoccludersamples','p:shadowmappingnumberofsamples','p:shadowmappingresolution','p:shadowmappingmultisamplingeverywhere','p:shadowmappinglimitlightviewfrustums','p:shadowmappingaccuratedepthcomparison','p:shadowmappingnormalawaresmoothing','p:shadowmappingbiassettings','p:shadowmappingconstantdepthbias','p:shadowmappingslopedepthbias','p:shadowmappingnormaloffsetbias','p:flooreffect','p:flooreffectoriginsettings','p:flooreffectshoworigin','p:flooreffectorigin','p:flooreffectorigin_vector_method','p:flooreffectorigin_vector_start','p:flooreffectorigin_vector_stop','p:flooreffectorigin_vector_step','p:flooreffectorigin_vector_numvalues','p:flooreffectorigin_vector_function','p:flooreffectorigin_vector_interval','p:flooreffectorigin_vector_freqperdec','p:flooreffectoffset','p:flooreffectshownormalsettings','p:flooreffectnormalsettings','p:flooreffectshownormal','p:flooreffectnormalpreset','p:flooreffectnormal','p:flooreffectnormal_vector_method','p:flooreffectnormal_vector_start','p:flooreffectnormal_vector_stop','p:flooreffectnormal_vector_step','p:flooreffectnormal_vector_numvalues','p:flooreffectnormal_vector_function','p:flooreffectnormal_vector_interval','p:flooreffectnormal_vector_freqperdec','p:flooreffectshowangle','p:flooreffectangle','p:flooreffectambientocclusion','p:flooreffectshadow','p:flooreffectshadowblur','p:flooreffecttransparency','p:displayoutput','p:displayoutputpreset','p:displayoutputtonemap','p:displayoutputgamma','p:displayoutputexposure','p:displayoutputcontrast','p:displayoutputsaturation','p:displayoutputvibrance','p:displayoutputhue','p:displayoutputbrightness','p:environmentmap','p:skydirection','p:skyrotation','p:environmentreflections','p:skybox','p:skyboxblurriness','p:skyboxblend','p:skyboxprojection','p:skyboxfov','p:rotateenvironment','p:transparency','p:transparencylevel','p:uniformblending','p:uniformblendinglevel','p:clippingactive','p:clipfaces','p:clipedges','p:clippoints','p:clipprimaryhovereffect','p:clipsecondaryhovereffect','p:cliphighlightintersection','p:clipintersectionhighlightcolor','p:clipapplyclipping','p:clipshowframes','p:clipshowgizmos','p:clipshowcappedfaces','p:clipcappedfacescolorize','p:clipcappedfacescolorizeper','p:clipcappedfaceshighlightoverlappingdomains','p:clipcappedfaceshighlightoverlappingdomainscolor','p:clipcappedfacestransparencyenabled','p:clipcappedfacestransparency','p:hidestatus','p:isnew','p:workplaneclip' 7,'p:specular','p:color','p:customcolor','p:showmarker','p:castlight','p:castshadows','p:castshadowsonfloor' 7,'p:specular','p:color','p:customcolor','p:showmarker','p:castlight','p:castshadows','p:castshadowsonfloor' 6,'p:specular','p:color','p:customcolor','p:showmarker','p:castlight','p:castshadows' NOREMOVE|NODEACTIVATE 38,'p:projection','p:viewscaletype','p:autocontext','p:autoupdate','p:xweight','p:yweight','p:zweight','p:xscale','p:yscale','p:zscale','p:manualgrid','p:xspacing','p:yspacing','p:zspacing','p:xextra_vector_method','p:xextra_vector_start','p:xextra_vector_stop','p:xextra_vector_step','p:xextra_vector_numvalues','p:xextra_vector_function','p:xextra_vector_interval','p:xextra_vector_freqperdec','p:yextra_vector_method','p:yextra_vector_start','p:yextra_vector_stop','p:yextra_vector_step','p:yextra_vector_numvalues','p:yextra_vector_function','p:yextra_vector_interval','p:yextra_vector_freqperdec','p:zextra_vector_method','p:zextra_vector_start','p:zextra_vector_stop','p:zextra_vector_step','p:zextra_vector_numvalues','p:zextra_vector_function','p:zextra_vector_interval','p:zextra_vector_freqperdec' NOREMOVE|NODEACTIVATE 45,'p:xmin','p:xmax','p:ymin','p:ymax','p:zmin','p:zmax','p:viewscaletype','p:autocontext','p:autoupdate','p:xweight','p:yweight','p:zweight','p:xscale','p:yscale','p:zscale','p:manualgrid','p:xspacing','p:yspacing','p:zspacing','p:xextra_vector_method','p:xextra_vector_start','p:xextra_vector_stop','p:xextra_vector_step','p:xextra_vector_numvalues','p:xextra_vector_function','p:xextra_vector_interval','p:xextra_vector_freqperdec','p:yextra_vector_method','p:yextra_vector_start','p:yextra_vector_stop','p:yextra_vector_step','p:yextra_vector_numvalues','p:yextra_vector_function','p:yextra_vector_interval','p:yextra_vector_freqperdec','p:zextra_vector_method','p:zextra_vector_start','p:zextra_vector_stop','p:zextra_vector_step','p:zextra_vector_numvalues','p:zextra_vector_function','p:zextra_vector_interval','p:zextra_vector_freqperdec','p:canvassizedip','p:renderareasizedip' NODEACTIVATE null 2 9,'p:showlabels','p:showDirections','p:showgrid','p:showunits','p:locked','p:istemporary','p:hidestatus','p:isnew','p:workplaneclip' NOREMOVE|NODEACTIVATE 26,'p:viewscaletype','p:autocontext','p:xweight','p:yweight','p:xscale','p:yscale','p:abstractviewsetting','p:manualgrid','p:xspacing','p:yspacing','p:xextra_vector_method','p:xextra_vector_start','p:xextra_vector_stop','p:xextra_vector_step','p:xextra_vector_numvalues','p:xextra_vector_function','p:xextra_vector_interval','p:xextra_vector_freqperdec','p:yextra_vector_method','p:yextra_vector_start','p:yextra_vector_stop','p:yextra_vector_step','p:yextra_vector_numvalues','p:yextra_vector_function','p:yextra_vector_interval','p:yextra_vector_freqperdec' NODEACTIVATE null 3 true 122,'p:renderwireframe','p:showlabels','p:showDirections','p:showgrid','p:showaxisorientation','p:showunits','p:locked','p:rotcenlocked','p:istemporary','p:scenelight','p:totlightintensity','p:usediffuse','p:usespecular','p:globalambient','p:totambient','p:ambientcolor','p:customambientcolor','p:ssao','p:ssaoradiustype','p:ssaoradiusrelative','p:ssaoradiusexplicit','p:ssaomagnitude','p:ssaosqueeze','p:ssaopreset','p:ssaonsamples','p:ssaoroughness','p:ssaokernelrotationstexturewidth','p:ssaosmooth','p:ssaonormalawaresmoothing','p:ssaoresolution','p:shadowmapping','p:shadowmappingsoftness','p:shadowmappingstrength','p:shadowmappingpreset','p:shadowmappingnumberofoccludersamples','p:shadowmappingnumberofsamples','p:shadowmappingresolution','p:shadowmappingmultisamplingeverywhere','p:shadowmappinglimitlightviewfrustums','p:shadowmappingaccuratedepthcomparison','p:shadowmappingnormalawaresmoothing','p:shadowmappingbiassettings','p:shadowmappingconstantdepthbias','p:shadowmappingslopedepthbias','p:shadowmappingnormaloffsetbias','p:flooreffect','p:flooreffectoriginsettings','p:flooreffectshoworigin','p:flooreffectorigin','p:flooreffectorigin_vector_method','p:flooreffectorigin_vector_start','p:flooreffectorigin_vector_stop','p:flooreffectorigin_vector_step','p:flooreffectorigin_vector_numvalues','p:flooreffectorigin_vector_function','p:flooreffectorigin_vector_interval','p:flooreffectorigin_vector_freqperdec','p:flooreffectoffset','p:flooreffectshownormalsettings','p:flooreffectnormalsettings','p:flooreffectshownormal','p:flooreffectnormalpreset','p:flooreffectnormal','p:flooreffectnormal_vector_method','p:flooreffectnormal_vector_start','p:flooreffectnormal_vector_stop','p:flooreffectnormal_vector_step','p:flooreffectnormal_vector_numvalues','p:flooreffectnormal_vector_function','p:flooreffectnormal_vector_interval','p:flooreffectnormal_vector_freqperdec','p:flooreffectshowangle','p:flooreffectangle','p:flooreffectambientocclusion','p:flooreffectshadow','p:flooreffectshadowblur','p:flooreffecttransparency','p:displayoutput','p:displayoutputpreset','p:displayoutputtonemap','p:displayoutputgamma','p:displayoutputexposure','p:displayoutputcontrast','p:displayoutputsaturation','p:displayoutputvibrance','p:displayoutputhue','p:displayoutputbrightness','p:environmentmap','p:skydirection','p:skyrotation','p:environmentreflections','p:skybox','p:skyboxblurriness','p:skyboxblend','p:skyboxprojection','p:skyboxfov','p:rotateenvironment','p:transparency','p:transparencylevel','p:uniformblending','p:uniformblendinglevel','p:clippingactive','p:clipfaces','p:clipedges','p:clippoints','p:clipprimaryhovereffect','p:clipsecondaryhovereffect','p:cliphighlightintersection','p:clipintersectionhighlightcolor','p:clipapplyclipping','p:clipshowframes','p:clipshowgizmos','p:clipshowcappedfaces','p:clipcappedfacescolorize','p:clipcappedfacescolorizeper','p:clipcappedfaceshighlightoverlappingdomains','p:clipcappedfaceshighlightoverlappingdomainscolor','p:clipcappedfacestransparencyenabled','p:clipcappedfacestransparency','p:hidestatus','p:isnew','p:workplaneclip' 7,'p:specular','p:color','p:customcolor','p:showmarker','p:castlight','p:castshadows','p:castshadowsonfloor' 7,'p:specular','p:color','p:customcolor','p:showmarker','p:castlight','p:castshadows','p:castshadowsonfloor' 6,'p:specular','p:color','p:customcolor','p:showmarker','p:castlight','p:castshadows' NOREMOVE|NODEACTIVATE 38,'p:projection','p:viewscaletype','p:autocontext','p:autoupdate','p:xweight','p:yweight','p:zweight','p:xscale','p:yscale','p:zscale','p:manualgrid','p:xspacing','p:yspacing','p:zspacing','p:xextra_vector_method','p:xextra_vector_start','p:xextra_vector_stop','p:xextra_vector_step','p:xextra_vector_numvalues','p:xextra_vector_function','p:xextra_vector_interval','p:xextra_vector_freqperdec','p:yextra_vector_method','p:yextra_vector_start','p:yextra_vector_stop','p:yextra_vector_step','p:yextra_vector_numvalues','p:yextra_vector_function','p:yextra_vector_interval','p:yextra_vector_freqperdec','p:zextra_vector_method','p:zextra_vector_start','p:zextra_vector_stop','p:zextra_vector_step','p:zextra_vector_numvalues','p:zextra_vector_function','p:zextra_vector_interval','p:zextra_vector_freqperdec' NOREMOVE|NODEACTIVATE 45,'p:xmin','p:xmax','p:ymin','p:ymax','p:zmin','p:zmax','p:viewscaletype','p:autocontext','p:autoupdate','p:xweight','p:yweight','p:zweight','p:xscale','p:yscale','p:zscale','p:manualgrid','p:xspacing','p:yspacing','p:zspacing','p:xextra_vector_method','p:xextra_vector_start','p:xextra_vector_stop','p:xextra_vector_step','p:xextra_vector_numvalues','p:xextra_vector_function','p:xextra_vector_interval','p:xextra_vector_freqperdec','p:yextra_vector_method','p:yextra_vector_start','p:yextra_vector_stop','p:yextra_vector_step','p:yextra_vector_numvalues','p:yextra_vector_function','p:yextra_vector_interval','p:yextra_vector_freqperdec','p:zextra_vector_method','p:zextra_vector_start','p:zextra_vector_stop','p:zextra_vector_step','p:zextra_vector_numvalues','p:zextra_vector_function','p:zextra_vector_interval','p:zextra_vector_freqperdec','p:canvassizedip','p:renderareasizedip' NOREMOVE|NORETAG 3,'p:quantity','p:showOnlyNeeded','p:modified' /modelNode/comp1 mat1 NON_SOLID 41,'p:bndType','p:thickness','p:middlePlane','p:offset','p:hiddenCardSwitcher','p:stack','p:stackAlign','p:orientLine','p:orientDist','p:widthRatio','p:showLabels','p:customize','p:color','p:customcolor','p:basis','p:scale','p:origin','p:basisx','p:specifybasisy','p:basisy','p:noise','p:normalnoisetype','p:noisescale','p:normalnoisebrush','p:colornoise','p:colornoisetype','p:colornoisescale','p:colornoisebrush','p:customnoisecolor','p:colornoisenormalscale','p:anisotropy','p:flipanisotropy','p:anisotropyaxis','p:metallic','p:pearl','p:clearcoat','p:reflectance','p:shininess','p:phase','p:orientation','p:info' NOREMOVE|NORETAG def temperature pressure thermalexpansioncoefficient molarmass bulkviscosity NOREMOVE|NODEACTIVATE 16,'p:relaxnamecheck','p:extrap','p:extrapvalue','p:smooth','p:zonelengthtype','p:smoothzone','p:smoothends','p:piecesexcelfilename','p:piecesexcelsheet','p:piecesexcelrange','p:piecesexcelincludeheaders','p:piecesexcelseparateunits','p:piecesexceloverwrite','p:piecesexcelcalculatedvalues','p:pname','p:plist' 16,'p:relaxnamecheck','p:extrap','p:extrapvalue','p:smooth','p:zonelengthtype','p:smoothzone','p:smoothends','p:piecesexcelfilename','p:piecesexcelsheet','p:piecesexcelrange','p:piecesexcelincludeheaders','p:piecesexcelseparateunits','p:piecesexceloverwrite','p:piecesexcelcalculatedvalues','p:pname','p:plist' 9,'p:relaxnamecheck','p:dermethod','p:argders','p:periodic','p:periodiclower','p:periodicupper','p:pname','p:plist','p:complex' 16,'p:relaxnamecheck','p:extrap','p:extrapvalue','p:smooth','p:zonelengthtype','p:smoothzone','p:smoothends','p:piecesexcelfilename','p:piecesexcelsheet','p:piecesexcelrange','p:piecesexcelincludeheaders','p:piecesexcelseparateunits','p:piecesexceloverwrite','p:piecesexcelcalculatedvalues','p:pname','p:plist' 10,'p:relaxnamecheck','p:dermethod','p:argders','p:periodic','p:periodiclower','p:periodicupper','p:pname','p:plist','p:complex','p:plotaxis' 9,'p:relaxnamecheck','p:dermethod','p:argders','p:periodic','p:periodiclower','p:periodicupper','p:pname','p:plist','p:complex' 10,'p:relaxnamecheck','p:dermethod','p:argders','p:periodic','p:periodiclower','p:periodicupper','p:pname','p:plist','p:complex','p:plotaxis' NORETAG rfi n ki NOREMOVE|NODEACTIVATE Electromagnetic_models
Baidu
 NORETAG NonlinearModel BA NOREMOVE|NODEACTIVATE Acoustics
Baidu
 NORETAG idealGas temperature pressure Rs NOREMOVE|NODEACTIVATE 16,'p:relaxnamecheck','p:extrap','p:extrapvalue','p:smooth','p:zonelengthtype','p:smoothzone','p:smoothends','p:piecesexcelfilename','p:piecesexcelsheet','p:piecesexcelrange','p:piecesexcelincludeheaders','p:piecesexcelseparateunits','p:piecesexceloverwrite','p:piecesexcelcalculatedvalues','p:pname','p:plist' Gas_models
Baidu
 /modelNode/comp1 mat2 42,'p:bndType','p:thickness','p:middlePlane','p:offset','p:hiddenCardSwitcher','p:stack','p:stackAlign','p:orientLine','p:orientDist','p:widthRatio','p:showLabels','p:customize','p:color','p:customcolor','p:basis','p:scale','p:origin','p:basisx','p:specifybasisy','p:basisy','p:noise','p:normalnoisetype','p:noisescale','p:normalnoisebrush','p:colornoise','p:colornoisetype','p:colornoisescale','p:colornoisebrush','p:customnoisecolor','p:colornoisenormalscale','p:transparency','p:uniformblending','p:anisotropy','p:flipanisotropy','p:anisotropyaxis','p:pearl','p:diffusewrap','p:clearcoat','p:shininess','p:phase','p:orientation','p:info' NOREMOVE|NORETAG def NOREMOVE|NODEACTIVATE NORETAG Enu E nu NOREMOVE|NODEACTIVATE Solid_mechanics/Linear_elastic_material
Baidu
 NORETAG ltr temperature rho0 alpha Tref NOREMOVE|NODEACTIVATE Electromagnetic_models
Baidu
 /modelNode/comp1 mat3 48,'p:bndType','p:thickness','p:middlePlane','p:offset','p:hiddenCardSwitcher','p:stack','p:stackAlign','p:orientLine','p:orientDist','p:widthRatio','p:showLabels','p:family','p:customize','p:color','p:customcolor','p:customspecular','p:diffuse','p:customdiffuse','p:ambient','p:customambient','p:basis','p:scale','p:origin','p:basisx','p:specifybasisy','p:basisy','p:noise','p:normalnoisetype','p:noisescale','p:normalnoisebrush','p:colornoise','p:colornoisetype','p:colornoisescale','p:colornoisebrush','p:customnoisecolor','p:colornoisenormalscale','p:transparency','p:uniformblending','p:anisotropy','p:flipanisotropy','p:anisotropyaxis','p:metallic','p:pearl','p:clearcoat','p:shininess','p:phase','p:orientation','p:info' NOREMOVE|NORETAG def NOREMOVE|NODEACTIVATE NORETAG MagneticLosses murPrim murBis NOREMOVE|NODEACTIVATE Electromagnetic_models
Baidu
 comp1 true true 3,'r','phi','z' 3,'R','PHI','Z' 3,'Rg','PHIg','Zg' 3,'Rm','PHIm','Zm' /expr /geom /mesh /multiphysics /pair /physics /common /coordsys /cpl /emb /extraDim /func /material /probe /massProp /selection /view NODEACTIVATE /mesh/mesh1/feature/map1 /mesh/mesh1/feature/map1 /geom/geom1 AUTOMATIC {},{},{} -672965874460536333 -2365014571743125981 /physics/mf /physics/cir true /mesh/mesh1 NOREMOVE|NORETAG|NODEACTIVATE true[deg]tabledefaulthmax0.0147hmin6.6E-5hcurve0.3hnarrow1.0hgrad1.3extrHsh=0 BUILT BUILT /mesh/mesh1 -2025546866727350824 4,'p:table','p:hnarrow','p:hauto','p:custom' true[deg]typepredefinedreverseoffelemcount5elemratio1.0growthratelinearsymmetricoffGEOMDIMgeom1[1][1, 8, 10]extrHsh=0 BUILT BUILT /mesh/mesh1 840032332425957926 17,'p:explicit','p:explicit_vector_method','p:explicit_vector_start','p:explicit_vector_stop','p:explicit_vector_step','p:explicit_vector_numvalues','p:explicit_vector_function','p:explicit_vector_interval','p:explicit_vector_freqperdec','p:reverse','p:numelem','p:showequidistant','p:equidistant','p:elemcount','p:elemratio','p:growthrate','p:symmetric' true[deg]xscale1.0yscale1.0smoothcontrolonsmoothmaxiter4smoothmaxdepth4methodautoGEOMDIMgeom1[2][2, 3, 5, 6]extrHsh=0 BUILT BUILT null null null /mesh/mesh1 6242913834510058519 9,'p:xscale','p:yscale','p:smoothcontrol','p:method','p:buildnotex','p:buildnote','p:builddetails','p:buildoutputx','p:buildoutput' true[]adjustedgdistronsmoothcontrolonsmoothmaxiter4smoothmaxdepth4GEOMDIMgeom1[2][1, 4]extrHsh=0 BUILT BUILT /mesh/mesh1 1441891366372215562 6,'p:smoothcontrol','p:buildnotex','p:buildnote','p:builddetails','p:buildoutputx','p:buildoutput' 2 19,22,6 19,22,6 0 true 0.11 1.0E-10 solid /batch OBJECTIVE /optsequence NODEACTIVATE 2252 1748972752636 COMSOL 6.2.0.339 1,'std4' true[]updateOptimizationSettingsoffftplistmethodmanualshowflistonpunitHzplist10^{range(log10(1),1/2,log10(1000000))}showpreusesolonpreusesolnogeometricNonlinearityoffgeometricNonlinearityActiveoffoutputhideoffplotoffprobeselallactivateimageenable.png|activatemf|on|frame:spatial1|on|frame:material1|on|useadvanceddisableoffdisabledvariables[]disabledcoordinatesystems[]disabledcommondisabledpair[]disabledphysicsdisableFrameControldisabledcouplingdisabledreduceddiscretizationmf|physics|frame:spatial1|physics|frame:material1|physics|equationformmf|physics|frame:spatial1|physics|frame:material1|physics|equationform_freqmf|1[kHz]|frame:spatial1|0|frame:material1|0|activatecouplingimageactivateCouplingactivateimageromactivateromactivateimagereconstructreconstructorsuseinitsoloffusesoloffoutputmapmf|physics|frame:spatial1|physics|frame:material1|physics|outputselectionmapmf||frame:spatial1||frame:material1||meshgeom1|mesh1|errestandadapnoneaccerrestfreq.errEstaccrespairscomp1.mf.PsiOrAphi|comp1.mf.res.PsiOrAphi|accerrpairscomp1.mf.PsiOrAphi|comp1.mf.err.PsiOrAphi|accvarerrpairscomp1.mf.PsiOrAphi|comp1.mf.freq.errEst.PsiOrAphi|auxsweepmethodmanualshowuseparamonuseparamoffuseloadcaseoffaweoffpdistribofftreeSelectionKeyequationFormCouplingColumn null null null 142,'p:updateOptimizationSettings','p:ftplistmethod','p:showflist','p:usefrequnit','p:punit','p:plist_vector_numvalues','p:plist_vector_function','p:plist_vector_interval','p:loadparameters','p:showpreusesol','p:preusesol','p:geometricNonlinearity','p:outputhide','p:plot','p:probesel','p:activateimage','p:physselection','p:useadvanceddisable','p:disabledcommon','p:disabledphysics','p:disableFrameControl','p:disabledcoupling','p:disabledreduced','p:discretization_proxy','p:equationform_proxy','p:equationform_freq_proxy','p:reconstructors_proxy','p:activatecouplingimage','p:multiphysicsSelection','p:activateCoupling','p:activateimagerom','p:romselection','p:activaterom','p:activateimagereconstruct','p:reconstructables','p:reconstructors','p:useinitsol','p:initmethod','p:initstudyhide','p:initsolhide','p:initsolusesolnumhide','p:initsolusesolnum','p:oldinitsoluse','p:initstudystep','p:solvertype','p:solnumhide','p:timeinterp','p:t','p:listsol','p:listsolnum','p:manualsol','p:manualsolnum','p:manualsolnum_vector_method','p:manualsolnum_vector_start','p:manualsolnum_vector_stop','p:manualsolnum_vector_step','p:manualsolnum_vector_numvalues','p:manualsolnum_vector_function','p:manualsolnum_vector_interval','p:manualsolnum_vector_freqperdec','p:usesol','p:notsolmethod','p:notstudyhide','p:notsolhide','p:notsolusesolnumhide','p:notsolusesolnum','p:oldnotsoluse','p:notstudystep','p:notsolvertype','p:notsolnumhide','p:nottimeinterp','p:nott','p:notlistsol','p:notlistsolnum','p:notmanualsol','p:notmanualsolnum','p:notmanualsolnum_vector_method','p:notmanualsolnum_vector_start','p:notmanualsolnum_vector_stop','p:notmanualsolnum_vector_step','p:notmanualsolnum_vector_numvalues','p:notmanualsolnum_vector_function','p:notmanualsolnum_vector_interval','p:notmanualsolnum_vector_freqperdec','p:outputSelectionProxy','p:geomselection','p:errestimerrest','p:goalfunctypeerrest','p:goalfuncpredeferrest','p:gfuncpderrest','p:gfintopserrest','p:gfuncerrest','p:errestim','p:goalfunctype','p:goalfuncpredef','p:gfuncpd','p:gfintops','p:gfunc','p:errorexpr','p:errexpractive','p:adderrestvars','p:savesolsref','p:adaptparamname','p:goalorientedtermination','p:goalngengroup','p:goaluserngen','p:goalngen','p:goalorientedterminationtolerance','p:goalorientedtolerancetype','p:goalorientedterminationactive','p:goalorientedterminationexpression','p:goeplot','p:plotgroupgoe','p:window','p:goeloglevel','p:windowtitle','p:windowtitleactive','p:auxsweepmethod','p:showuseparam','p:useparam','p:sweeptype','p:pname_aux','p:plistarr_aux','p:plistarr_aux_vector_method','p:plistarr_aux_vector_start','p:plistarr_aux_vector_stop','p:plistarr_aux_vector_step','p:plistarr_aux_vector_numvalues','p:plistarr_aux_vector_function','p:plistarr_aux_vector_interval','p:plistarr_aux_vector_freqperdec','p:punit_aux','p:pcontinuationmode','p:pcontinuation','p:useloadcase','p:loadcase','p:loadgroup','p:loadgroupweight','p:constraintgroup','p:awe','p:awefunc','p:pdistrib' 1,'std4/freq' Last_computation_time 2 s
Baidu
 Last_computation_date Jun 3, 2025, 10:45:52 AM
Baidu
 Computed_in_version COMSOL 6.2.0.339
Baidu
 NODEACTIVATE /soldata/sol5 /sol/sol16/feature/s1 /soldata/savepoint1 /study/std4 0 SEQUENCE true 0 3 true 1,'freq' 1,'Hz' 0 1.0,2.154434690031884,4.641588833612778,10.0,21.544346900318832,46.41588833612777,100.0,215.44346900318823,464.15888336127773,1000.0,2154.4346900318824,4641.588833612777,10000.0,21544.346900318822,46415.888336127726,100000.0,215443.46900318822,464158.8833612772,1000000.0 0 0 1|0 NONE SI 1,'freq' 1,'Hz' 0 1.0,2.154434690031884,4.641588833612778,10.0,21.544346900318832,46.41588833612777,100.0,215.44346900318823,464.15888336127773,1000.0,2154.4346900318824,4641.588833612777,10000.0,21544.346900318822,46415.888336127726,100000.0,215443.46900318822,464158.8833612772,1000000.0 0 0 1|0 PARAMETRIC SI <StudyStep><StudyStep_VALID><![CDATA[true]]></StudyStep_VALID><StudyStep_UNIT><![CDATA[[]]]></StudyStep_UNIT><StudyStep_study><![CDATA[studystd4]]></StudyStep_study><StudyStep_studystep><![CDATA[studystepfreq]]></StudyStep_studystep><StudyStep_useForModelReduction><![CDATA[useForModelReductionon]]></StudyStep_useForModelReduction><StudyStep_splitcomplex><![CDATA[splitcomplexoff]]></StudyStep_splitcomplex><StudyStep_partmethod><![CDATA[partmethodparent]]></StudyStep_partmethod><StudyStep_saveprevioussolution><![CDATA[saveprevioussolutionoff]]></StudyStep_saveprevioussolution><StudyStep_assempara><![CDATA[assemparaon]]></StudyStep_assempara><StudyStep_useent><![CDATA[useentall]]></StudyStep_useent><StudyStep_keeplog><![CDATA[keeplogoff]]></StudyStep_keeplog><StudyStep_const><![CDATA[const]]></StudyStep_const><StudyStep_SUBFEATURES></StudyStep_SUBFEATURES><StudyStep_EDITED>false</StudyStep_EDITED></StudyStep> BUILT true 0 0 12,'p:unredstudy','p:unredstep','p:useForModelReduction','p:splitcomplex','p:partmethod','p:saveprevioussolution','p:assempara','p:useent','p:keeplog','p:const','p:changedproperties','p:lastchangedproperty' <Variables><Variables_VALID><![CDATA[true]]></Variables_VALID><Variables_UNIT><![CDATA[[]]]></Variables_UNIT><Variables_initmethod><![CDATA[initmethodinit]]></Variables_initmethod><Variables_initsol><![CDATA[initsolzerozero]]></Variables_initsol><Variables_solvertype><![CDATA[solvertypenone]]></Variables_solvertype><Variables_timeinterp><![CDATA[timeinterpoff]]></Variables_timeinterp><Variables_manualsol><![CDATA[manualsoloff]]></Variables_manualsol><Variables_listsol><![CDATA[listsoloff]]></Variables_listsol><Variables_scalemethod><![CDATA[scalemethodauto]]></Variables_scalemethod><Variables_resscalemethod><![CDATA[resscalemethodauto]]></Variables_resscalemethod><Variables_resscalethresh><![CDATA[resscalethresh100.0]]></Variables_resscalethresh><Variables_notsolmethod><![CDATA[notsolmethodinit]]></Variables_notsolmethod><Variables_notsol><![CDATA[notsolzerozero]]></Variables_notsol><Variables_notsolvertype><![CDATA[notsolvertypenone]]></Variables_notsolvertype><Variables_nottimeinterp><![CDATA[nottimeinterpoff]]></Variables_nottimeinterp><Variables_notmanualsol><![CDATA[notmanualsoloff]]></Variables_notmanualsol><Variables_notlistsol><![CDATA[notlistsoloff]]></Variables_notlistsol><Variables_initparametersmethod><![CDATA[initparametersmethodauto]]></Variables_initparametersmethod><Variables_keeplog><![CDATA[keeplogoff]]></Variables_keeplog><Variables_const><![CDATA[const]]></Variables_const><Variables_storesol><![CDATA[storesolinit]]></Variables_storesol><Variables_SUBFEATURES><Field><Field_VALID><![CDATA[true]]></Field_VALID><Field_UNIT><![CDATA[[]]]></Field_UNIT><Field_comp><![CDATA[compcomp1.mf.PsiOrAphi|]]></Field_comp><Field_compintuse><![CDATA[compintuseoff]]></Field_compintuse><Field_compintstatuse><![CDATA[compintstatuseoff]]></Field_compintstatuse><Field_solvefor><![CDATA[solveforon]]></Field_solvefor><Field_reconstruct><![CDATA[reconstructnonenone]]></Field_reconstruct><Field_usestoresel><![CDATA[usestoreselall]]></Field_usestoresel><Field_valuetype><![CDATA[valuetypecomplex]]></Field_valuetype><Field_variables><![CDATA[variablescomp1_mf_PsiOrA]]></Field_variables><Field_scalemethod><![CDATA[scalemethodparent]]></Field_scalemethod><Field_resscalemethod><![CDATA[resscalemethodparent]]></Field_resscalemethod><Field_SUBFEATURES></Field_SUBFEATURES><Field_EDITED>false</Field_EDITED></Field><State><State_VALID><![CDATA[true]]></State_VALID><State_UNIT><![CDATA[[]]]></State_UNIT><State_comp><![CDATA[compcomp1.mf.coil1.VCoil_ode|]]></State_comp><State_compintuse><![CDATA[compintuseoff]]></State_compintuse><State_compintstatuse><![CDATA[compintstatuseoff]]></State_compintstatuse><State_solvefor><![CDATA[solveforon]]></State_solvefor><State_reconstruct><![CDATA[reconstructnonenone]]></State_reconstruct><State_out><![CDATA[outon]]></State_out><State_valuetype><![CDATA[valuetypecomplex]]></State_valuetype><State_fromstudy><![CDATA[fromstudyoff]]></State_fromstudy><State_variables><![CDATA[variablescomp1_ODE1]]></State_variables><State_scalemethod><![CDATA[scalemethodparent]]></State_scalemethod><State_resscalemethod><![CDATA[resscalemethodparent]]></State_resscalemethod><State_SUBFEATURES></State_SUBFEATURES><State_EDITED>false</State_EDITED></State><State><State_VALID><![CDATA[true]]></State_VALID><State_UNIT><![CDATA[[]]]></State_UNIT><State_comp><![CDATA[compcomp1.cir.R1_i|]]></State_comp><State_compintuse><![CDATA[compintuseoff]]></State_compintuse><State_compintstatuse><![CDATA[compintstatuseoff]]></State_compintstatuse><State_solvefor><![CDATA[solveforon]]></State_solvefor><State_reconstruct><![CDATA[reconstructnonenone]]></State_reconstruct><State_out><![CDATA[outon]]></State_out><State_valuetype><![CDATA[valuetypecomplex]]></State_valuetype><State_fromstudy><![CDATA[fromstudyoff]]></State_fromstudy><State_variables><![CDATA[variablescomp1_currents]]></State_variables><State_scalemethod><![CDATA[scalemethodparent]]></State_scalemethod><State_resscalemethod><![CDATA[resscalemethodparent]]></State_resscalemethod><State_SUBFEATURES></State_SUBFEATURES><State_EDITED>false</State_EDITED></State><State><State_VALID><![CDATA[true]]></State_VALID><State_UNIT><![CDATA[[]]]></State_UNIT><State_comp><![CDATA[compcomp1.cir.UvsI1_v|comp1.cir.C1_v|]]></State_comp><State_compintuse><![CDATA[compintuseoff]]></State_compintuse><State_compintstatuse><![CDATA[compintstatuseoff]]></State_compintstatuse><State_solvefor><![CDATA[solveforon]]></State_solvefor><State_reconstruct><![CDATA[reconstructnonenone]]></State_reconstruct><State_out><![CDATA[outon]]></State_out><State_valuetype><![CDATA[valuetypecomplex]]></State_valuetype><State_fromstudy><![CDATA[fromstudyoff]]></State_fromstudy><State_variables><![CDATA[variablescomp1_voltages]]></State_variables><State_scalemethod><![CDATA[scalemethodparent]]></State_scalemethod><State_resscalemethod><![CDATA[resscalemethodparent]]></State_resscalemethod><State_SUBFEATURES></State_SUBFEATURES><State_EDITED>false</State_EDITED></State></Variables_SUBFEATURES><Variables_EDITED>false</Variables_EDITED></Variables> BUILT true 1 4 49,'p:initmethod','p:initsolhide','p:oldinitsoluse','p:initsolusesolnumhide','p:initsolusesolnum','p:solvertype','p:timeinterp','p:t','p:manualsol','p:manualsolnum_vector_method','p:manualsolnum_vector_start','p:manualsolnum_vector_stop','p:manualsolnum_vector_step','p:manualsolnum_vector_numvalues','p:manualsolnum_vector_function','p:manualsolnum_vector_interval','p:manualsolnum_vector_freqperdec','p:listsol','p:listsolnum','p:scalemethod','p:scaleval','p:resscalemethod','p:resscaleval','p:resscalethresh','p:notsolmethod','p:notsolhide','p:oldnotsoluse','p:notsolusesolnumhide','p:notsolusesolnum','p:notsolvertype','p:nottimeinterp','p:nott','p:notmanualsol','p:notmanualsolnum_vector_method','p:notmanualsolnum_vector_start','p:notmanualsolnum_vector_stop','p:notmanualsolnum_vector_step','p:notmanualsolnum_vector_numvalues','p:notmanualsolnum_vector_function','p:notmanualsolnum_vector_interval','p:notmanualsolnum_vector_freqperdec','p:notlistsol','p:notlistsolnum','p:initparametersmethod','p:keeplog','p:const','p:storesol','p:changedproperties','p:lastchangedproperty' NOREMOVE|NORETAG|NODEACTIVATE BUILT 0 0 14,'p:compintuse','p:compint','p:compintstatuse','p:compintstat','p:solvefor','p:usestoresel','p:valuetype','p:scalemethod','p:scaleval','p:resscalemethod','p:resscaleval','p:resscalethresh','p:changedproperties','p:lastchangedproperty' NOREMOVE|NORETAG|NODEACTIVATE BUILT 1 0 15,'p:compintuse','p:compint','p:compintstatuse','p:compintstat','p:solvefor','p:out','p:valuetype','p:fromstudy','p:scalemethod','p:scaleval','p:resscalemethod','p:resscaleval','p:resscalethresh','p:changedproperties','p:lastchangedproperty' NOREMOVE|NORETAG|NODEACTIVATE BUILT 2 0 15,'p:compintuse','p:compint','p:compintstatuse','p:compintstat','p:solvefor','p:out','p:valuetype','p:fromstudy','p:scalemethod','p:scaleval','p:resscalemethod','p:resscaleval','p:resscalethresh','p:changedproperties','p:lastchangedproperty' NOREMOVE|NORETAG|NODEACTIVATE BUILT 3 0 15,'p:compintuse','p:compint','p:compintstatuse','p:compintstat','p:solvefor','p:out','p:valuetype','p:fromstudy','p:scalemethod','p:scaleval','p:resscalemethod','p:resscaleval','p:resscalethresh','p:changedproperties','p:lastchangedproperty' <Stationary><Stationary_VALID><![CDATA[true]]></Stationary_VALID><Stationary_UNIT><![CDATA[[]]]></Stationary_UNIT><Stationary_stol><![CDATA[stol0.001]]></Stationary_stol><Stationary_nonlin><![CDATA[nonlinauto]]></Stationary_nonlin><Stationary_keepnotsolstatic><![CDATA[keepnotsolstaticoff]]></Stationary_keepnotsolstatic><Stationary_outsollinear><![CDATA[outsollinearu]]></Stationary_outsollinear><Stationary_outsollinearized><![CDATA[outsollinearizeddu]]></Stationary_outsollinearized><Stationary_reacf><![CDATA[reacfon]]></Stationary_reacf><Stationary_lumpedflux><![CDATA[lumpedfluxoff]]></Stationary_lumpedflux><Stationary_plot><![CDATA[plotoff]]></Stationary_plot><Stationary_probesel><![CDATA[probeselnone]]></Stationary_probesel><Stationary_cname><![CDATA[cname]]></Stationary_cname><Stationary_keeplog><![CDATA[keeplogoff]]></Stationary_keeplog><Stationary_const><![CDATA[const]]></Stationary_const><Stationary_SUBFEATURES><Direct><Direct_VALID><![CDATA[true]]></Direct_VALID><Direct_UNIT><![CDATA[[]]]></Direct_UNIT><Direct_linsolver><![CDATA[linsolvermumps]]></Direct_linsolver><Direct_mumpsalloc><![CDATA[mumpsalloc1.2]]></Direct_mumpsalloc><Direct_mumpsreorder><![CDATA[mumpsreorderauto]]></Direct_mumpsreorder><Direct_mumpsrreorder><![CDATA[mumpsrreorderon]]></Direct_mumpsrreorder><Direct_reusereorder><![CDATA[reusereorderon]]></Direct_reusereorder><Direct_pivotenable><![CDATA[pivotenableon]]></Direct_pivotenable><Direct_thresh><![CDATA[thresh0.01]]></Direct_thresh><Direct_mumpsblr><![CDATA[mumpsblroff]]></Direct_mumpsblr><Direct_ooc><![CDATA[oocauto]]></Direct_ooc><Direct_memfracooc><![CDATA[memfracooc0.99]]></Direct_memfracooc><Direct_incore><![CDATA[incoreauto]]></Direct_incore><Direct_minicmemory><![CDATA[minicmemory512.0]]></Direct_minicmemory><Direct_usetotmemory><![CDATA[usetotmemory0.8]]></Direct_usetotmemory><Direct_internalmemusage><![CDATA[internalmemusage3.0]]></Direct_internalmemusage><Direct_pivotrefines><![CDATA[pivotrefines0]]></Direct_pivotrefines><Direct_errorchk><![CDATA[errorchkauto]]></Direct_errorchk><Direct_rhob><![CDATA[rhob1.0]]></Direct_rhob><Direct_iterrefine><![CDATA[iterrefineon]]></Direct_iterrefine><Direct_maxrefinesteps><![CDATA[maxrefinesteps15]]></Direct_maxrefinesteps><Direct_errorratiobound><![CDATA[errorratiobound0.5]]></Direct_errorratiobound><Direct_nliniterrefine><![CDATA[nliniterrefineoff]]></Direct_nliniterrefine><Direct_SUBFEATURES></Direct_SUBFEATURES><Direct_EDITED>false</Direct_EDITED></Direct><Advanced><Advanced_VALID><![CDATA[true]]></Advanced_VALID><Advanced_UNIT><![CDATA[[]]]></Advanced_UNIT><Advanced_symmetric><![CDATA[symmetricauto]]></Advanced_symmetric><Advanced_matrixformat><![CDATA[matrixformatauto]]></Advanced_matrixformat><Advanced_rowscale><![CDATA[rowscaleon]]></Advanced_rowscale><Advanced_nullfun><![CDATA[nullfunauto]]></Advanced_nullfun><Advanced_orthonormallimit><![CDATA[orthonormallimit1.0E7]]></Advanced_orthonormallimit><Advanced_storeresidual><![CDATA[storeresidualoff]]></Advanced_storeresidual><Advanced_convinfo><![CDATA[convinfoon]]></Advanced_convinfo><Advanced_recoverysavinginfo><![CDATA[recoverysavinginfofrompreferences]]></Advanced_recoverysavinginfo><Advanced_recoverysaveforce><![CDATA[recoverysaveforcefrompreferences]]></Advanced_recoverysaveforce><Advanced_autorescale><![CDATA[autorescaleon]]></Advanced_autorescale><Advanced_blocksize><![CDATA[blocksize1000]]></Advanced_blocksize><Advanced_blocksizeactive><![CDATA[blocksizeactiveoff]]></Advanced_blocksizeactive><Advanced_assemdistrsol><![CDATA[assemdistrsolauto]]></Advanced_assemdistrsol><Advanced_cachepattern><![CDATA[cachepatternoff]]></Advanced_cachepattern><Advanced_assemloc><![CDATA[assemlocon]]></Advanced_assemloc><Advanced_optthread><![CDATA[optthreadoff]]></Advanced_optthread><Advanced_statblockdistr><![CDATA[statblockdistroff]]></Advanced_statblockdistr><Advanced_complexfun><![CDATA[complexfunoff]]></Advanced_complexfun><Advanced_matherr><![CDATA[matherron]]></Advanced_matherr><Advanced_checkmatherr><![CDATA[checkmatherroff]]></Advanced_checkmatherr><Advanced_elemdatainit><![CDATA[elemdatainiton]]></Advanced_elemdatainit><Advanced_assemtol><![CDATA[assemtol1.0E-12]]></Advanced_assemtol><Advanced_keep><![CDATA[keepoff]]></Advanced_keep><Advanced_SUBFEATURES></Advanced_SUBFEATURES><Advanced_EDITED>false</Advanced_EDITED></Advanced><Parametric><Parametric_VALID><![CDATA[true]]></Parametric_VALID><Parametric_UNIT><![CDATA[[]]]></Parametric_UNIT><Parametric_sweeptype><![CDATA[sweeptypesparse]]></Parametric_sweeptype><Parametric_pname><![CDATA[pnamefreq|]]></Parametric_pname><Parametric_plist><![CDATA[plist]]></Parametric_plist><Parametric_plistarr><![CDATA[plistarr1.0|3.1622776601683795|10.0|31.622776601683793|100.0|316.22776601683796|1000.0|3162.2776601683795|10000.0|31622.776601683792|100000.0|316227.7660168379|1000000.0|]]></Parametric_plistarr><Parametric_punit><![CDATA[punitHz|]]></Parametric_punit><Parametric_pcontinuationmode><![CDATA[pcontinuationmodeno]]></Parametric_pcontinuationmode><Parametric_showpreusesol><![CDATA[showpreusesolon]]></Parametric_showpreusesol><Parametric_preusesol><![CDATA[preusesolno]]></Parametric_preusesol><Parametric_ponerror><![CDATA[ponerrorstop]]></Parametric_ponerror><Parametric_plooporder><![CDATA[plooporderauto]]></Parametric_plooporder><Parametric_paramtuning><![CDATA[paramtuningoff]]></Parametric_paramtuning><Parametric_initdampall><![CDATA[initdampallauto]]></Parametric_initdampall><Parametric_porder><![CDATA[porderauto]]></Parametric_porder><Parametric_useloadcase><![CDATA[useloadcaseoff]]></Parametric_useloadcase><Parametric_uselsqdata><![CDATA[uselsqdataon]]></Parametric_uselsqdata><Parametric_pnamelsq><![CDATA[pnamelsq]]></Parametric_pnamelsq><Parametric_plistarrlsq><![CDATA[plistarrlsq]]></Parametric_plistarrlsq><Parametric_continuationlsqall><![CDATA[continuationlsqallon]]></Parametric_continuationlsqall><Parametric_excludelsqvalues><![CDATA[excludelsqvalueson]]></Parametric_excludelsqvalues><Parametric_addsolutions><![CDATA[addsolutionson]]></Parametric_addsolutions><Parametric_filledlsq><![CDATA[filledlsqoff]]></Parametric_filledlsq><Parametric_filledlsqmerged><![CDATA[filledlsqmergedoff]]></Parametric_filledlsqmerged><Parametric_lsqstructuredcontinuation><![CDATA[lsqstructuredcontinuationoff]]></Parametric_lsqstructuredcontinuation><Parametric_pout><![CDATA[poutplist]]></Parametric_pout><Parametric_plot><![CDATA[plotoff]]></Parametric_plot><Parametric_probesel><![CDATA[probeselall]]></Parametric_probesel><Parametric_probefreq><![CDATA[probefreqpout]]></Parametric_probefreq><Parametric_pdistrib><![CDATA[pdistriboff]]></Parametric_pdistrib><Parametric_SUBFEATURES></Parametric_SUBFEATURES><Parametric_EDITED>false</Parametric_EDITED></Parametric><FullyCoupled><FullyCoupled_VALID><![CDATA[true]]></FullyCoupled_VALID><FullyCoupled_UNIT><![CDATA[[]]]></FullyCoupled_UNIT><FullyCoupled_linsolver><![CDATA[linsolverdDef]]></FullyCoupled_linsolver><FullyCoupled_dtech><![CDATA[dtechauto]]></FullyCoupled_dtech><FullyCoupled_initstep><![CDATA[initstep1.0]]></FullyCoupled_initstep><FullyCoupled_minstep><![CDATA[minstep1.0E-4]]></FullyCoupled_minstep><FullyCoupled_rstep><![CDATA[rstep10.0]]></FullyCoupled_rstep><FullyCoupled_rstepabs><![CDATA[rstepabs1.0]]></FullyCoupled_rstepabs><FullyCoupled_useminsteprecovery><![CDATA[useminsteprecoveryauto]]></FullyCoupled_useminsteprecovery><FullyCoupled_minsteprecovery><![CDATA[minsteprecovery0.75]]></FullyCoupled_minsteprecovery><FullyCoupled_updweightsauto><![CDATA[updweightsautoon]]></FullyCoupled_updweightsauto><FullyCoupled_ntermauto><![CDATA[ntermautotol]]></FullyCoupled_ntermauto><FullyCoupled_maxiter><![CDATA[maxiter25]]></FullyCoupled_maxiter><FullyCoupled_ntolfact><![CDATA[ntolfact1.0]]></FullyCoupled_ntolfact><FullyCoupled_termonres><![CDATA[termonresauto]]></FullyCoupled_termonres><FullyCoupled_reserrfact><![CDATA[reserrfact1000.0]]></FullyCoupled_reserrfact><FullyCoupled_plot><![CDATA[plotoff]]></FullyCoupled_plot><FullyCoupled_probesel><![CDATA[probeselnone]]></FullyCoupled_probesel><FullyCoupled_SUBFEATURES></FullyCoupled_SUBFEATURES><FullyCoupled_EDITED>false</FullyCoupled_EDITED></FullyCoupled></Stationary_SUBFEATURES><Stationary_EDITED>false</Stationary_EDITED></Stationary> BUILT 2 4 true null null 35,'p:stol','p:nonlin','p:linpsolhide','p:oldlinpsoluse','p:linpsolusesolnumhide','p:linpsolusesolnum','p:linpsolvertype','p:linptimeinterp','p:linpt','p:linpmanualsol','p:linpmanualsolnum','p:linpmanualsolnum_vector_method','p:linpmanualsolnum_vector_start','p:linpmanualsolnum_vector_stop','p:linpmanualsolnum_vector_step','p:linpmanualsolnum_vector_numvalues','p:linpmanualsolnum_vector_function','p:linpmanualsolnum_vector_interval','p:linpmanualsolnum_vector_freqperdec','p:linplistsol','p:linplistsolnum','p:storelinpoint','p:keepnotsolstatic','p:outsollinear','p:outsollinearized','p:reacf','p:lumpedflux','p:plot','p:clistctrl','p:cname','p:clist','p:keeplog','p:const','p:changedproperties','p:lastchangedproperty' NOREMOVE|NODEACTIVATE BUILT 0 0 null 34,'p:linsolver','p:mumpsalloc','p:mumpsreorder','p:mumpsrreorder','p:reusereorder','p:pivotenable','p:thresh','p:pivotperturb','p:mumpsblr','p:mumpsblrtol','p:mumpsblrtype','p:ooc','p:memfracooc','p:incore','p:minicmemory','p:usetotmemory','p:internalmemusage','p:oocmemory','p:pardreorder','p:pardschedule','p:pardrreorder','p:pivotstrategy','p:pardmtsolve','p:clusterpardiso','p:preorder','p:pivotrefines','p:errorchk','p:rhob','p:iterrefine','p:maxrefinesteps','p:errorratiobound','p:nliniterrefine','p:changedproperties','p:lastchangedproperty' NOREMOVE|NODEACTIVATE BUILT 1 0 null 35,'p:symmetric','p:matrixformat','p:rowscale','p:nullfun','p:orthonormallimit','p:storeresidual','p:convinfo','p:recoverysavinginfo','p:recoverysavingratio','p:recoverysaveforce','p:recoverysaveevery','p:autorescale','p:blocksize','p:blocksizeactive','p:assemdistrsol','p:cachepattern','p:cachepatternmethod','p:cachepatternexpr','p:assemloc','p:optthread','p:statblockdistr','p:complexfun','p:matherr','p:checkmatherr','p:elemdatainit','p:assemtol','p:keep','p:L','p:K','p:D','p:E','p:M','p:N','p:changedproperties','p:lastchangedproperty'  BUILT 2 0 null null null null null null 50,'p:sweeptype','p:plistarrexcelfilename','p:plistarrexcelsheet','p:plistarrexcelrange','p:plistarrexcelincludeheaders','p:plistarrexcelseparateunits','p:plistarrexceloverwrite','p:plistarrexcelcalculatedvalues','p:plistarr_vector_method','p:plistarr_vector_start','p:plistarr_vector_stop','p:plistarr_vector_step','p:plistarr_vector_numvalues','p:plistarr_vector_function','p:plistarr_vector_interval','p:plistarr_vector_freqperdec','p:pcontinuation','p:showpreusesol','p:preusesol','p:ponerror','p:plooporder','p:paramtuning','p:pinitstep','p:pminstep','p:pmaxstep','p:initdampall','p:porder','p:useloadcase','p:loadcase','p:loadgroup','p:loadgroupweight','p:constraintgroup','p:uselsqdata','p:pnamelsq','p:plistarrlsq','p:continuationlsqall','p:excludelsqvalues','p:addsolutions','p:lsqparamsout','p:filledlsq','p:filledlsqmerged','p:lsqstructuredcontinuation','p:pout','p:plot','p:probesel','p:pdistrib','p:pwork','p:pworkactive','p:changedproperties','p:lastchangedproperty' NOREMOVE|NODEACTIVATE BUILT 3 0 true null null null null null 60,'p:dtech','p:initstep','p:minstep','p:rstep','p:rstepabs','p:useminsteprecovery','p:minsteprecovery','p:updweightsauto','p:updweightsdamp','p:updweightsdampval','p:updweightsdampvalconst','p:updweightsfac','p:ntermauto','p:maxiter','p:ntolfact','p:niter','p:reserrfact','p:damp','p:updweights','p:ntermconst','p:adapttol','p:initiallintol','p:etamax','p:atolchoice','p:dampexponent','p:dampfactor','p:usecflcmp','p:stabacc','p:cfltech','p:initcfl','p:mincfl','p:forcecfl','p:kppid','p:kipid','p:kdpid','p:cfltol','p:adaptcfltol','p:cflaa','p:cflaacfl','p:cflaaset','p:cflaadim','p:cflaamix','p:cflaadelay','p:cflaafact','p:cfljtech','p:jtechcfl','p:cfljtechval','p:ressmooth','p:relaxationressmooth','p:aaccdim','p:aaccmix','p:aaccdelay','p:aaccfact','p:initsteph','p:minsteph','p:ddoginitdamp','p:resscale','p:ddogrestart','p:ddogrestartactive','p:plot' NOREMOVE|NODEACTIVATE 2,'window1','window2' 2,'Probe Plot 1','Probe Plot 2' true 5,'p:phaseshift','p:scalingfactor','p:phase','p:scalefactor','p:probetag' true[]defaultPlotIDdatadset6solutionparamsmanualsolrepresentationsolutioninfoshowlooplevelinputon|off|off|looplevelinputall|showloopleveloff|off|off|looplevel1|showlooplevelindicesoff|off|off|looplevelindicesshowinterpoff|off|off|interpunittrans1unitdim0exprmf.ICoil_2|unitA|descrCoil current|evalmethodactiveoffconstactiveoffconstprefixes|normalizationnonedataseriesnone EDITED 79,'p:defaultPlotID','p:solutionparams','p:solrepresentation','p:oldouteranalysistype','p:outertype','p:outerinput','p:outersolnum','p:outersolnumindices_vector_method','p:outersolnumindices_vector_start','p:outersolnumindices_vector_stop','p:outersolnumindices_vector_step','p:outersolnumindices_vector_numvalues','p:outersolnumindices_vector_function','p:outersolnumindices_vector_interval','p:outersolnumindices_vector_freqperdec','p:solnumindices_vector_method','p:solnumindices_vector_start','p:solnumindices_vector_stop','p:solnumindices_vector_step','p:solnumindices_vector_numvalues','p:solnumindices_vector_function','p:solnumindices_vector_interval','p:solnumindices_vector_freqperdec','p:t_vector_method','p:t_vector_start','p:t_vector_stop','p:t_vector_step','p:t_vector_numvalues','p:t_vector_function','p:t_vector_interval','p:t_vector_freqperdec','p:showlooplevelindices','p:looplevelindices_vector_method','p:looplevelindices_vector_start','p:looplevelindices_vector_stop','p:looplevelindices_vector_step','p:looplevelindices_vector_numvalues','p:looplevelindices_vector_function','p:looplevelindices_vector_interval','p:looplevelindices_vector_freqperdec','p:showinterp','p:interp_vector_method','p:interp_vector_start','p:interp_vector_stop','p:interp_vector_step','p:interp_vector_numvalues','p:interp_vector_function','p:interp_vector_interval','p:interp_vector_freqperdec','p:solutiontouchtype','p:hasouter','p:tablecols','p:probetag','p:unittrans','p:unitdim','p:exprexcelfilename','p:exprexcelsheet','p:exprexcelrange','p:exprexcelincludeheaders','p:exprexcelseparateunits','p:exprexceloverwrite','p:exprexcelcalculatedvalues','p:descractive','p:compactexprs','p:allowdescrupdate','p:evalmethodactive','p:evalmethod','p:differential','p:constactive','p:const','p:constUnit','p:constprefixes','p:normalization','p:dataseries','p:dataseriesmethod','p:dataseriescumulative','p:maximumobj','p:includeparam','p:minimumobj' true[]defaultPlotIDdatadset6solutionparamsmanualsolrepresentationsolutioninfoshowlooplevelinputon|off|off|looplevelinputall|showloopleveloff|off|off|looplevel1|showlooplevelindicesoff|off|off|looplevelindicesshowinterpoff|off|off|interpshowlocationinputofflocdefrefsurfshowlayerlocationoffunittrans1exprmf.Jphi|unitA|descrCurrent density, phi-component|evalmethodactiveoffconstactiveoffconstprefixes|methodautointorder4intorderactiveoffdataisaxisymonintvolumeoffaxisymshift0normalizationnonedataseriesnoneGEOMDIMgeom1[2][4] EDITED 107,'p:defaultPlotID','p:solutionparams','p:solrepresentation','p:oldouteranalysistype','p:outertype','p:outerinput','p:outersolnum','p:outersolnumindices','p:outersolnumindices_vector_method','p:outersolnumindices_vector_start','p:outersolnumindices_vector_stop','p:outersolnumindices_vector_step','p:outersolnumindices_vector_numvalues','p:outersolnumindices_vector_function','p:outersolnumindices_vector_interval','p:outersolnumindices_vector_freqperdec','p:solnumindices_vector_method','p:solnumindices_vector_start','p:solnumindices_vector_stop','p:solnumindices_vector_step','p:solnumindices_vector_numvalues','p:solnumindices_vector_function','p:solnumindices_vector_interval','p:solnumindices_vector_freqperdec','p:t_vector_method','p:t_vector_start','p:t_vector_stop','p:t_vector_step','p:t_vector_numvalues','p:t_vector_function','p:t_vector_interval','p:t_vector_freqperdec','p:showlooplevelindices','p:looplevelindices_vector_method','p:looplevelindices_vector_start','p:looplevelindices_vector_stop','p:looplevelindices_vector_step','p:looplevelindices_vector_numvalues','p:looplevelindices_vector_function','p:looplevelindices_vector_interval','p:looplevelindices_vector_freqperdec','p:showinterp','p:interp_vector_method','p:interp_vector_start','p:interp_vector_stop','p:interp_vector_step','p:interp_vector_numvalues','p:interp_vector_function','p:interp_vector_interval','p:interp_vector_freqperdec','p:solutiontouchtype','p:hasouter','p:tablecols','p:probetag','p:showlocationinput','p:locinput','p:locdef','p:localzphys','p:localzphys_vector_method','p:localzphys_vector_start','p:localzphys_vector_stop','p:localzphys_vector_step','p:localzphys_vector_numvalues','p:localzphys_vector_function','p:localzphys_vector_interval','p:localzphys_vector_freqperdec','p:localzrel','p:localzrel_vector_method','p:localzrel_vector_start','p:localzrel_vector_stop','p:localzrel_vector_step','p:localzrel_vector_numvalues','p:localzrel_vector_function','p:localzrel_vector_interval','p:localzrel_vector_freqperdec','p:showlayerlocation','p:unittrans','p:exprexcelfilename','p:exprexcelsheet','p:exprexcelrange','p:exprexcelincludeheaders','p:exprexcelseparateunits','p:exprexceloverwrite','p:exprexcelcalculatedvalues','p:descractive','p:compactexprs','p:allowdescrupdate','p:evalmethodactive','p:evalmethod','p:differential','p:constactive','p:const','p:constUnit','p:constprefixes','p:method','p:intorder','p:intorderactive','p:dataisaxisym','p:intvolume','p:axisymshift','p:normalization','p:dataseries','p:dataseriesmethod','p:dataseriescumulative','p:maximumobj','p:includeparam','p:minimumobj' true[]defaultPlotIDdatadset6solutionparamsmanualsolrepresentationsolutioninfoshowlooplevelinputon|off|off|looplevelinputmanual|showlooplevelon|off|off|looplevel1|showlooplevelindicesoff|off|off|looplevelindicesshowinterpoff|off|off|interpunittrans1unitdim0exprmf.VCoil_1|unitV|descrCoil voltage|evalmethodactiveoffconstactiveoffconstprefixes|normalizationnonedataseriesnone EDITED 79,'p:defaultPlotID','p:solutionparams','p:solrepresentation','p:oldouteranalysistype','p:outertype','p:outerinput','p:outersolnum','p:outersolnumindices_vector_method','p:outersolnumindices_vector_start','p:outersolnumindices_vector_stop','p:outersolnumindices_vector_step','p:outersolnumindices_vector_numvalues','p:outersolnumindices_vector_function','p:outersolnumindices_vector_interval','p:outersolnumindices_vector_freqperdec','p:solnumindices_vector_method','p:solnumindices_vector_start','p:solnumindices_vector_stop','p:solnumindices_vector_step','p:solnumindices_vector_numvalues','p:solnumindices_vector_function','p:solnumindices_vector_interval','p:solnumindices_vector_freqperdec','p:t_vector_method','p:t_vector_start','p:t_vector_stop','p:t_vector_step','p:t_vector_numvalues','p:t_vector_function','p:t_vector_interval','p:t_vector_freqperdec','p:showlooplevelindices','p:looplevelindices_vector_method','p:looplevelindices_vector_start','p:looplevelindices_vector_stop','p:looplevelindices_vector_step','p:looplevelindices_vector_numvalues','p:looplevelindices_vector_function','p:looplevelindices_vector_interval','p:looplevelindices_vector_freqperdec','p:showinterp','p:interp_vector_method','p:interp_vector_start','p:interp_vector_stop','p:interp_vector_step','p:interp_vector_numvalues','p:interp_vector_function','p:interp_vector_interval','p:interp_vector_freqperdec','p:solutiontouchtype','p:hasouter','p:tablecols','p:probetag','p:unittrans','p:unitdim','p:exprexcelfilename','p:exprexcelsheet','p:exprexcelrange','p:exprexcelincludeheaders','p:exprexcelseparateunits','p:exprexceloverwrite','p:exprexcelcalculatedvalues','p:descractive','p:compactexprs','p:allowdescrupdate','p:evalmethodactive','p:evalmethod','p:differential','p:constactive','p:const','p:constUnit','p:constprefixes','p:normalization','p:dataseries','p:dataseriesmethod','p:dataseriescumulative','p:maximumobj','p:includeparam','p:minimumobj' Surface Integration 1 BUILT 0.3133719036304548,1.0000000000000007,15032.487114902142 3,'Conduction current density\, phi-component (A*m)','Conduction current density\, phi-component (A)','Conduction current density\, phi-component (A)' 0 1 STATIONARY 24,'p:outerinput','p:probetag','p:filledparamsintable','p:format','p:descr','p:descrmanual','p:showfilledsettings','p:rows','p:cols','p:datacol','p:showparam','p:param','p:showrowstep','p:filterstringdata','p:import_actions','p:showimportedname','p:importedname','p:tunitconv','p:isInput','p:appliedstoretable','p:appliedfilename','p:needsupdate','p:storetable','p:filename' Surface Integration 2 BUILT 0.0,0.0,66.52259152836196 3,'Volumetric loss density\, electromagnetic (W)','Volumetric loss density\, electromagnetic (uW)','Volumetric loss density\, electromagnetic (uW)' 0 1 STATIONARY 24,'p:outerinput','p:probetag','p:filledparamsintable','p:format','p:descr','p:descrmanual','p:showfilledsettings','p:rows','p:cols','p:datacol','p:showparam','p:param','p:showrowstep','p:filterstringdata','p:import_actions','p:showimportedname','p:importedname','p:tunitconv','p:isInput','p:appliedstoretable','p:appliedfilename','p:needsupdate','p:storetable','p:filename' Global Evaluation 1 EDITED 0 0 1 25,'p:outerinput','p:probetag','p:filledparamsintable','p:format','p:descr','p:descrmanual','p:showfilledsettings','p:rows','p:cols','p:datacol','p:showparam','p:param','p:showrowstep','p:filterstringdata','p:import_actions','p:showimportedname','p:importedname','p:tunitconv','p:isInput','p:appliedstoretable','p:appliedfilename','p:needsupdate','p:storetable','p:filename','p:headers' Surface Integration 3 BUILT 1.5257104988810633E-7,152.5710498881065 2,'2*mf.Wm/(1[A])^2 (H)','2*mf.Wm/(1[A])^2 (nH)' 0 1 STATIONARY 24,'p:outerinput','p:probetag','p:filledparamsintable','p:format','p:descr','p:descrmanual','p:showfilledsettings','p:rows','p:cols','p:datacol','p:showparam','p:param','p:showrowstep','p:filterstringdata','p:import_actions','p:showimportedname','p:importedname','p:tunitconv','p:isInput','p:appliedstoretable','p:appliedfilename','p:needsupdate','p:storetable','p:filename' Global Evaluation 2 BUILT 6.652259152836199E-5 1,'Coil voltage (V)' 0 1 STATIONARY 24,'p:outerinput','p:probetag','p:filledparamsintable','p:format','p:descr','p:descrmanual','p:showfilledsettings','p:rows','p:cols','p:datacol','p:showparam','p:param','p:showrowstep','p:filterstringdata','p:import_actions','p:showimportedname','p:importedname','p:tunitconv','p:isInput','p:appliedstoretable','p:appliedfilename','p:needsupdate','p:storetable','p:filename' Global Evaluation 1 EDITED 0 0 1 STATIONARY 25,'p:outerinput','p:probetag','p:filledparamsintable','p:format','p:descr','p:descrmanual','p:showfilledsettings','p:rows','p:cols','p:datacol','p:showparam','p:param','p:showrowstep','p:filterstringdata','p:import_actions','p:showimportedname','p:importedname','p:tunitconv','p:isInput','p:appliedstoretable','p:appliedfilename','p:needsupdate','p:storetable','p:filename','p:headers' Global Evaluation 2 BUILT 66.52259152836199 1,'Coil resistance (DC) (uΩ)' 0 1 STATIONARY 24,'p:outerinput','p:probetag','p:filledparamsintable','p:format','p:descr','p:descrmanual','p:showfilledsettings','p:rows','p:cols','p:datacol','p:showparam','p:param','p:showrowstep','p:filterstringdata','p:import_actions','p:showimportedname','p:importedname','p:tunitconv','p:isInput','p:appliedstoretable','p:appliedfilename','p:needsupdate','p:storetable','p:filename' Global Evaluation 3 BUILT 165.09951259896098 1,'Coil inductance (nH)' 0 1 STATIONARY 24,'p:outerinput','p:probetag','p:filledparamsintable','p:format','p:descr','p:descrmanual','p:showfilledsettings','p:rows','p:cols','p:datacol','p:showparam','p:param','p:showrowstep','p:filterstringdata','p:import_actions','p:showimportedname','p:importedname','p:tunitconv','p:isInput','p:appliedstoretable','p:appliedfilename','p:needsupdate','p:storetable','p:filename' Global Evaluation 4 BUILT 1.0,66.52265584985764 3.1622776601683795,66.52323476460504 10.0,66.52902307054869 31.622776601683793,66.5868222392189 100.0,67.15667716364636 316.22776601683796,72.2232555894131 1000.0,100.9690174310442 3162.2776601683795,167.51821615967702 10000.0,283.2937838547444 31622.776601683792,490.0034320432683 100000.0,858.0355519135378 316227.7660168379,1513.5415671226635 1000000.0,2699.666835750043 0.0,1.037351451021938 0.0,3.2803913819357002 0.0,10.37344713266025 0.0,32.801787642666476 0.0,103.6686055554684 0.0,326.256457377269 0.0,1009.1196569438692 0.0,3086.8839355276777 0.0,9559.252974237092 0.0,29863.33581152018 0.0,93782.48763832165 0.0,295403.6325462377 0.0,932087.0186383706 2,'freq (Hz)','Coil impedance (uΩ)' 0 1,2,3,4,5,6,7,8,9,10,11,12,13 1 PARAMETRIC 1 24,'p:outerinput','p:probetag','p:filledparamsintable','p:format','p:descr','p:descrmanual','p:showfilledsettings','p:rows','p:cols','p:datacol','p:showparam','p:param','p:showrowstep','p:filterstringdata','p:import_actions','p:showimportedname','p:importedname','p:tunitconv','p:isInput','p:appliedstoretable','p:appliedfilename','p:needsupdate','p:storetable','p:filename' Line Integration 1 BUILT 0.0,20000.0,8.751811352417019E-4 1.0,20000.0,8.76732007259876E-4 2.0,20000.0,8.777248516715856E-4 3.0,20000.0,8.782555147306506E-4 4.0,20000.0,8.786223587807785E-4 3,'Refinement level','freq (Hz)','Surface loss density\, electromagnetic (W)' 0 1 1,2,3,4,5 PARAMETRIC 2 2,'adaptlevel','freq' 2,'adaptlevel','freq' {0.0,1.0,2.0,3.0,4.0},{20000.0} 1,'Surface loss density\, electromagnetic (W)' 0,1 true 20,'p:probetag','p:filledparamsintable','p:format','p:descr','p:descrmanual','p:datacol','p:showparam','p:param','p:showrowstep','p:filterstringdata','p:import_actions','p:showimportedname','p:importedname','p:tunitconv','p:isInput','p:appliedstoretable','p:appliedfilename','p:needsupdate','p:storetable','p:filename' Global Evaluation 1 BUILT 1000.0,-0.3303426742832957 0.0,-0.05811182107036119 2,'freq (Hz)','Coil current (A)' 0 1 1 PARAMETRIC 1 24,'p:outerinput','p:probetag','p:filledparamsintable','p:format','p:descr','p:descrmanual','p:showfilledsettings','p:rows','p:cols','p:datacol','p:showparam','p:param','p:showrowstep','p:filterstringdata','p:import_actions','p:showimportedname','p:importedname','p:tunitconv','p:isInput','p:appliedstoretable','p:appliedfilename','p:needsupdate','p:storetable','p:filename' Domain Probe 1 BUILT 1000.0,0.9999999999999973 0.0,-6.827871601444713E-15 2,'freq (Hz)','Current density\, phi-component (A)\, Domain Probe 1' 0 1 1 PARAMETRIC 1 24,'p:outerinput','p:probetag','p:filledparamsintable','p:format','p:descr','p:descrmanual','p:showfilledsettings','p:rows','p:cols','p:datacol','p:showparam','p:param','p:showrowstep','p:filterstringdata','p:import_actions','p:showimportedname','p:importedname','p:tunitconv','p:isInput','p:appliedstoretable','p:appliedfilename','p:needsupdate','p:storetable','p:filename' Surface Integration 1 BUILT 1000.0,-0.3303426742832958 0.0,-0.05811182107036121 2,'freq (Hz)','Current density\, phi-component (A)' 0 1 1 PARAMETRIC 1 24,'p:outerinput','p:probetag','p:filledparamsintable','p:format','p:descr','p:descrmanual','p:showfilledsettings','p:rows','p:cols','p:datacol','p:showparam','p:param','p:showrowstep','p:filterstringdata','p:import_actions','p:showimportedname','p:importedname','p:tunitconv','p:isInput','p:appliedstoretable','p:appliedfilename','p:needsupdate','p:storetable','p:filename'  Global Evaluation 2 BUILT 1000.0,2.681482211639957E-4,8.199999813899903E-4 0.0,-1.5692455766034346E-4,-5.93678891140666E-4 3,'freq (Hz)','Coil voltage (V)','Coil voltage (V)' 0 1 1 PARAMETRIC 1 24,'p:outerinput','p:probetag','p:filledparamsintable','p:format','p:descr','p:descrmanual','p:showfilledsettings','p:rows','p:cols','p:datacol','p:showparam','p:param','p:showrowstep','p:filterstringdata','p:import_actions','p:showimportedname','p:importedname','p:tunitconv','p:isInput','p:appliedstoretable','p:appliedfilename','p:needsupdate','p:storetable','p:filename' Interactive 2D values BUILT 0.041925981640815735,-0.01743188500404358,2.908595381273221E-7 0.0,0.0,0.0 3,'x','y','Value' 24,'p:outerinput','p:probetag','p:filledparamsintable','p:format','p:descr','p:descrmanual','p:showfilledsettings','p:rows','p:cols','p:datacol','p:showparam','p:param','p:showrowstep','p:filterstringdata','p:import_actions','p:showimportedname','p:importedname','p:tunitconv','p:isInput','p:appliedstoretable','p:appliedfilename','p:needsupdate','p:storetable','p:filename' true[]animboundingboxdefaultPlotIDInterfaceComponents/PlotDefaults/icom6/pdef1/pcond2/pcond2/pg1datadset6solutionparamsmanualsolrepresentationsolutioninfoshowlooplevelon|off|off|looplevel10|showinterpoff|off|off|interp0.0|applyselectiontodatasetedgesoffphasetypefromdatasetsavedatainmodelofftitlenumberformatkey6viewautoautoshowhiddenobjectsoffinherithideoffsymmetryaxisoffedgesonframetypespatialGEOMDIMgeom1[0, 1, 2][2, 3, 4, 5, 6, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18][2, 3, 4, 5, 6, 7, 9, 12, 13, 15, 16, 17, 18, 19, 20, 21, 22][2, 3, 5, 6]true[]dataparentparentshowsolutionparamsoffsolrepresentationsolutioninfoshowloopleveloff|off|off|looplevelshowinterpoff|off|off|interpunitdim0unittrans1exprmf.normBunitTevalmethodactiveoffconstactiveoffconstprefixes|wireframeoffresolutionnormalresolutionfromprefsonsmoothingsupportedonsmoothmaterialshowexpressionoffshowthresholdonthresholdnonerecoveroffinheritplotnonenoneinheritcoloroninheritrangeoninheritdeformscaleoninheritheightscaleon BUILT 128,'p:progressactive','p:renderinfo','p:ispendingzoom','p:isforexport','p:colortheme','p:isforreport','p:preventautozoomextents','p:needsstylerepaint','p:stylerepaintinprogress','p:defaultaxisunits','p:animating','p:playing','p:animboundingbox','p:legendactivechanged','p:solutionparams','p:solrepresentation','p:oldouteranalysistype','p:outertype','p:outersolnum','p:timeinterp','p:t','p:showinterp','p:solutiontouchtype','p:previousnextlevel','p:applyselectiontodatasetedges','p:phasetype','p:phase','p:savedatainmodel','p:titlenumberformatkey','p:titletype','p:titlecolor','p:customtitlecolor','p:titlenumberformat','p:titletrailingzeros','p:titleprecision','p:titleintegerdigits','p:titledecimals','p:titlealwayssign','p:titlealwaysimaginary','p:titleexponentdigits','p:titlealwayssignexp','p:datasetintitle','p:phaseintitle','p:solutionintitle','p:filenameintitle','p:dateintitle','p:timeintitle','p:prefixintitle','p:suffixintitle','p:typeintitle','p:descriptionintitle','p:expressionintitle','p:unitintitle','p:titleparamindicator','p:help1','p:help2','p:help3','p:temptitleexpr','p:temptitleunit','p:forceviewupdate','p:ignoreview','p:xlabel','p:xlabelactive','p:ylabel','p:ylabelactive','p:showhiddenobjects','p:inherithide','p:symmetryaxis','p:edges','p:edgecolor','p:customedgecolor','p:renderdatacached','p:inputmode','p:cutmode','p:planedepth','p:lastinputmode','p:linefirst','p:linesecond','p:lineisinit','p:planefirst','p:planesecond','p:planeisinit','p:cutlineds','p:cutlinedshash','p:cutplaneds','p:cutplanedshash','p:cutlinepg','p:cutlinepgds','p:cutplanepg','p:cutplanepgds','p:cutlineplot','p:cutplaneplot','p:showlegends','p:showlegendsunit','p:legendpos','p:legendcolor','p:customlegendcolor','p:legendactive','p:legendnotation','p:legendcommonexp','p:legendtrailingzeros','p:legendupdate','p:axisactive','p:axisnotation','p:axiscommonexp','p:axistrailingzeros','p:axisupdate','p:plotarrayenable','p:arrayshape','p:arrayaxis','p:displacementlinear','p:paddinglinear','p:relpadding','p:padding','p:celldisp','p:order','p:displacementsquare','p:paddingsquare','p:relrowpadding','p:relcolumnpadding','p:rowpadding','p:columnpadding','p:rowdisp','p:columndisp','p:window','p:showwindowtitle','p:windowtitleactive','p:allowtableupdate' true[]dataparentparentshowsolutionparamsoffsolrepresentationsolutioninfoshowloopleveloff|off|off|looplevelshowinterpoff|off|off|interpunitdim0unittrans1exprmf.normBunitTevalmethodactiveoffconstactiveoffconstprefixes|wireframeoffresolutionnormalresolutionfromprefsonsmoothingsupportedonsmoothmaterialshowexpressionoffshowthresholdonthresholdnonerecoveroffinheritplotnonenoneinheritcoloroninheritrangeoninheritdeformscaleoninheritheightscaleontrue[]animboundingboxdefaultPlotIDInterfaceComponents/PlotDefaults/icom6/pdef1/pcond2/pcond2/pg1datadset6solutionparamsmanualsolrepresentationsolutioninfoshowlooplevelon|off|off|looplevel10|showinterpoff|off|off|interp0.0|applyselectiontodatasetedgesoffphasetypefromdatasetsavedatainmodelofftitlenumberformatkey6viewautoautoshowhiddenobjectsoffinherithideoffsymmetryaxisoffGEOMDIMgeom1[0, 1, 2][2, 3, 4, 5, 6, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18][2, 3, 4, 5, 6, 7, 9, 12, 13, 15, 16, 17, 18, 19, 20, 21, 22][2, 3, 5, 6] BUILT 92,'p:progressactive','p:isanim','p:isanimfirst','p:iscachedirty','p:readytoplot','p:legendactivechanged','p:showsolutionparams','p:solrepresentation','p:oldouteranalysistype','p:outertype','p:outersolnum','p:timeinterp','p:t','p:showlooplevel','p:looplevel','p:showinterp','p:interp','p:solutiontouchtype','p:inputmode','p:cutmode','p:planedepth','p:cutplane','p:previewpg','p:previewview','p:previewwindow','p:updatetoolbar','p:listen','p:planefirst','p:planesecond','p:planeisinit','p:previousnextlevel','p:unitdim','p:unittrans','p:descractive','p:evalmethodactive','p:evalmethod','p:differential','p:constactive','p:const','p:constUnit','p:constprefixes','p:titletype','p:prefixintitle','p:suffixintitle','p:typeintitle','p:descriptionintitle','p:expressionintitle','p:unitintitle','p:title','p:rangecoloractive','p:rangedataactive','p:rangeisshared','p:isuniformshown','p:isgradientshown','p:isuniform','p:isgradient','p:showcolor','p:coloring','p:colorlegend','p:legendunit','p:nonlinearcolortablerev','p:colortabletype','p:bandcount','p:colorscalemode','p:color','p:customcolor','p:topcolor','p:customtopcolor','p:bottomcolor','p:custombottomcolor','p:wireframe','p:resolutionfromprefs','p:smoothingsupported','p:showexpression','p:smoothexpr','p:showthreshold','p:threshold','p:thresholdvalue','p:allowmaterialsmoothing','p:recover','p:inheritcolor','p:inheritrange','p:inheritdeformscale','p:inheritheightscale','p:belongstoplotarray','p:manualindexing','p:arraydim','p:arrayindex','p:rowindex','p:colindex','p:applytodatasetedgesplotarr','p:plotarraysuccessful' true[]animboundingboxdefaultPlotIDdatadset6solutionparamsmanualsolrepresentationsolutioninfoshowlooplevelon|off|off|looplevel15|showinterpoff|off|off|interp0.0|applyselectiontodatasetedgesoffphasetypefromdatasetsavedatainmodelofftitlenumberformatkey6viewautoautoshowhiddenobjectsoffinherithideoffsymmetryaxisoffedgesonframetypematerialGEOMDIMgeom1[0, 1, 2][2, 3, 4, 5, 6, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18][2, 3, 4, 5, 6, 7, 9, 12, 13, 15, 16, 17, 18, 19, 20, 21, 22][2, 3, 5, 6]true[]dataparentparentshowsolutionparamsoffsolrepresentationsolutioninfoshowloopleveloff|off|off|looplevelshowinterpoff|off|off|interpunitdim0unittrans1exprmf.normJunitA/m^2evalmethodactiveoffconstactiveoffconstprefixes|wireframeoffresolutionnormalresolutionfromprefsonsmoothingsupportedonsmoothmaterialshowexpressionoffshowthresholdonthresholdnonerecoveroffinheritplotnonenoneinheritcoloroninheritrangeoninheritdeformscaleoninheritheightscaleontrue[]evalmantleonevalstartcaponevalendcaponGEOMDIMgeom1[2][3] BUILT 131,'p:progressactive','p:renderinfo','p:ispendingzoom','p:isforexport','p:colortheme','p:isforreport','p:preventautozoomextents','p:needsstylerepaint','p:stylerepaintinprogress','p:defaultaxisunits','p:animating','p:playing','p:animboundingbox','p:legendactivechanged','p:defaultPlotID','p:solutionparams','p:solrepresentation','p:oldouteranalysistype','p:outertype','p:outersolnum','p:timeinterp','p:t','p:showinterp','p:solutiontouchtype','p:previousnextlevel','p:applyselectiontodatasetedges','p:phasetype','p:phase','p:savedatainmodel','p:titlenumberformatkey','p:titletype','p:titlecolor','p:customtitlecolor','p:titlenumberformat','p:titletrailingzeros','p:titleprecision','p:titleintegerdigits','p:titledecimals','p:titlealwayssign','p:titlealwaysimaginary','p:titleexponentdigits','p:titlealwayssignexp','p:datasetintitle','p:phaseintitle','p:solutionintitle','p:filenameintitle','p:dateintitle','p:timeintitle','p:prefixintitle','p:suffixintitle','p:typeintitle','p:descriptionintitle','p:expressionintitle','p:unitintitle','p:titleparamindicator','p:help1','p:help2','p:help3','p:temptitleexpr','p:temptitleunit','p:forceviewupdate','p:ignoreview','p:xlabel','p:xlabelactive','p:ylabel','p:ylabelactive','p:showhiddenobjects','p:inherithide','p:symmetryaxis','p:edges','p:edgecolor','p:customedgecolor','p:frametype','p:renderdatacached','p:inputmode','p:cutmode','p:planedepth','p:lastinputmode','p:linefirst','p:linesecond','p:lineisinit','p:planefirst','p:planesecond','p:planeisinit','p:cutlineds','p:cutlinedshash','p:cutplaneds','p:cutplanedshash','p:cutlinepg','p:cutlinepgds','p:cutplanepg','p:cutplanepgds','p:cutlineplot','p:cutplaneplot','p:showlegends','p:showlegendsmaxmin','p:showlegendsunit','p:legendpos','p:legendcolor','p:customlegendcolor','p:legendactive','p:legendnotation','p:legendcommonexp','p:legendtrailingzeros','p:legendupdate','p:axisactive','p:axisnotation','p:axiscommonexp','p:axistrailingzeros','p:axisupdate','p:plotarrayenable','p:arrayshape','p:arrayaxis','p:displacementlinear','p:paddinglinear','p:relpadding','p:padding','p:celldisp','p:order','p:displacementsquare','p:paddingsquare','p:relrowpadding','p:relcolumnpadding','p:rowpadding','p:columnpadding','p:rowdisp','p:columndisp','p:window','p:showwindowtitle','p:windowtitleactive','p:allowtableupdate' true[]dataparentparentshowsolutionparamsoffsolrepresentationsolutioninfoshowloopleveloff|off|off|looplevelshowinterpoff|off|off|interpunitdim0unittrans1exprmf.normJunitA/m^2evalmethodactiveoffconstactiveoffconstprefixes|wireframeoffresolutionnormalresolutionfromprefsonsmoothingsupportedonsmoothmaterialshowexpressionoffshowthresholdonthresholdnonerecoveroffinheritplotnonenoneinheritcoloroninheritrangeoninheritdeformscaleoninheritheightscaleontrue[]evalmantleonevalstartcaponevalendcaponGEOMDIMgeom1[2][3]true[]animboundingboxdefaultPlotIDdatadset6solutionparamsmanualsolrepresentationsolutioninfoshowlooplevelon|off|off|looplevel15|showinterpoff|off|off|interp0.0|applyselectiontodatasetedgesoffphasetypefromdatasetsavedatainmodelofftitlenumberformatkey6viewautoautoshowhiddenobjectsoffinherithideoffsymmetryaxisoffGEOMDIMgeom1[0, 1, 2][2, 3, 4, 5, 6, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18][2, 3, 4, 5, 6, 7, 9, 12, 13, 15, 16, 17, 18, 19, 20, 21, 22][2, 3, 5, 6] BUILT 95,'p:progressactive','p:isanim','p:isanimfirst','p:iscachedirty','p:readytoplot','p:legendactivechanged','p:showsolutionparams','p:solutionparams','p:solrepresentation','p:oldouteranalysistype','p:outertype','p:outersolnum','p:timeinterp','p:t','p:showlooplevel','p:looplevel','p:showinterp','p:interp','p:solutiontouchtype','p:inputmode','p:cutmode','p:planedepth','p:cutplane','p:previewpg','p:previewview','p:previewwindow','p:updatetoolbar','p:listen','p:planefirst','p:planesecond','p:planeisinit','p:previousnextlevel','p:unitdim','p:unittrans','p:descractive','p:evalmethodactive','p:evalmethod','p:differential','p:constactive','p:const','p:constUnit','p:constprefixes','p:titletype','p:prefixintitle','p:suffixintitle','p:typeintitle','p:descriptionintitle','p:expressionintitle','p:unitintitle','p:title','p:rangecoloractive','p:rangedataactive','p:rangeisshared','p:isuniformshown','p:isgradientshown','p:isuniform','p:isgradient','p:showcolor','p:coloring','p:colorlegend','p:legendunit','p:colortabletrans','p:nonlinearcolortablerev','p:colorcalibration','p:colortabletype','p:bandcount','p:colorscalemode','p:color','p:customcolor','p:topcolor','p:customtopcolor','p:bottomcolor','p:custombottomcolor','p:wireframe','p:resolutionfromprefs','p:smoothingsupported','p:showexpression','p:smoothexpr','p:showthreshold','p:threshold','p:thresholdvalue','p:allowmaterialsmoothing','p:recover','p:inheritcolor','p:inheritrange','p:inheritdeformscale','p:inheritheightscale','p:belongstoplotarray','p:manualindexing','p:arraydim','p:arrayindex','p:rowindex','p:colindex','p:applytodatasetedgesplotarr','p:plotarraysuccessful' true[]evalmantleonevalstartcaponevalendcaponGEOMDIMgeom1[2][3]true[]dataparentparentshowsolutionparamsoffsolrepresentationsolutioninfoshowloopleveloff|off|off|looplevelshowinterpoff|off|off|interpunitdim0unittrans1exprmf.normJunitA/m^2evalmethodactiveoffconstactiveoffconstprefixes|wireframeoffresolutionnormalresolutionfromprefsonsmoothingsupportedonsmoothmaterialshowexpressionoffshowthresholdonthresholdnonerecoveroffinheritplotnonenoneinheritcoloroninheritrangeoninheritdeformscaleoninheritheightscaleontrue[]animboundingboxdefaultPlotIDdatadset6solutionparamsmanualsolrepresentationsolutioninfoshowlooplevelon|off|off|looplevel15|showinterpoff|off|off|interp0.0|applyselectiontodatasetedgesoffphasetypefromdatasetsavedatainmodelofftitlenumberformatkey6viewautoautoshowhiddenobjectsoffinherithideoffsymmetryaxisoffGEOMDIMgeom1[0, 1, 2][2, 3, 4, 5, 6, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18][2, 3, 4, 5, 6, 7, 9, 12, 13, 15, 16, 17, 18, 19, 20, 21, 22][2, 3, 5, 6] BUILT 5,'p:legendactivechanged','p:evalmantle','p:evalstartcap','p:evalendcap','p:showrevolve2doptions' true[]defaultPlotIDdatadset6solutionparamsmanualsolrepresentationsolutioninfoshowlooplevelinputon|off|off|looplevelinputmanual|showlooplevelon|off|off|looplevel1|2|3|4|5|6|7|8|9|a|b|c|d|e|f|g|h|i|j|showlooplevelindicesoff|off|off|looplevelindices1|2|3|4|5|6|7|8|9|a|b|c|d|e|f|g|h|i|j|showinterpoff|off|off|interpphasetypefromdatasetsavedatainmodelofftitlenumberformatkey6showsecylabelofftwoyaxesoffswitchxyoffshowplotonsecyaxisoffaxislimitsoffpreserveaspectoffshowsecylogoffshowsecyextraoffstyleconfignonenonetrue[]dataparentparentshowsolutionparamsoffsolrepresentationsolutioninfoshowlooplevelinputoff|off|off|looplevelinputshowloopleveloff|off|off|looplevelshowlooplevelindicesoff|off|off|looplevelindicesshowinterpoff|off|off|interpunittrans1unitdim0exprabs(real(mf.ICoil_2))|imag(mf.ICoil_2)|unitA|A|evalmethodactiveoffconstactiveoffconstprefixes|xdataunittrans1xdatasolutionxdataparamunitHzolddatasetfunctypecontinuousrefine1 BUILT 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t(s("/result/feature/pg7")) m(s("run")) t(s("/")) m(s("label")) s("Part3_2D_Circuit_Connection.mph") t(s("/result/feature/pg7")) m(s("run")) t(s("/result/feature/pg8")) m(s("run")) t(s("/result/feature/pg9")) m(s("run")) t(s("/result/feature/pg11")) m(s("run")) t(s("/result/feature/pg10")) m(s("run")) t(s("/result/feature/pg12")) m(s("run")) t(s("/result/feature/pg11")) m(s("run")) t(s("/result/feature/pg11")) m(s("run")) t(s("/result/feature/pg7")) m(s("run")) t(s("/result/feature/pg7")) m(s("stepPrevious")) i(0) t(s("/result/feature/pg7")) m(s("run")) t(s("/result/feature/pg7")) m(s("stepPrevious")) i(0) t(s("/result/feature/pg7")) m(s("run")) t(s("/result/feature/pg7")) m(s("stepPrevious")) i(0) t(s("/result/feature/pg7")) m(s("run")) t(s("/result/feature/pg7")) m(s("stepPrevious")) i(0) t(s("/result/feature/pg7")) m(s("run")) t(s("/result/feature/pg7")) m(s("stepPrevious")) i(0) t(s("/result/feature/pg7")) m(s("run")) Expected_computation_time
Baidu
 Last_computation_time 2 s
Baidu
 Last_computation_date Jun 3, 2025, 10:45:52 AM
Baidu
 Computed_in_version COMSOL 6.2.0.339
Baidu
 0 NOREMOVE|NODEACTIVATE /geom/geom1 3,'p:frametype','p:reversenormal','p:mastersystem' NOREMOVE|NODEACTIVATE /geom/geom1 7,'p:analysisCaseDeactivated','p:analysisCaseEdited','p:directions','p:directiondescr','p:stretchingType','p:width','p:pole' NOREMOVE|NODEACTIVATE NORETAG /geom/geom1 geom1 {0,1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16,17,18,19},{0,1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16,17,18,19,20,21,22},{0,1,2,3,4,5,6} NODEACTIVATE /savePointData/savepoint1/geom/geom1 2 true true 14,'p:showlabels','p:showDirections','p:showgrid','p:rendermesh','p:showunits','p:plotgroupunits','p:locked','p:istemporary','p:showselection','p:showmaterial','p:hidestatus','p:isnew','p:postviewkey','p:workplaneclip' std4/freq false 1 all 0 true off 4 1,'geom1' 1,'freq' 19,'1 Hz','2.1544 Hz','4.6416 Hz','10 Hz','21.544 Hz','46.416 Hz','100 Hz','215.44 Hz','464.16 Hz','1000 Hz','2154.4 Hz','4641.6 Hz','10000 Hz','21544 Hz','46416 Hz','1E5 Hz','2.1544E5 Hz','4.6416E5 Hz','1E6 Hz' PARAMETRIC 1.0,2.154434690031884,4.641588833612778,10.0,21.544346900318832,46.41588833612777,100.0,215.44346900318823,464.15888336127773,1000.0,2154.4346900318824,4641.588833612777,10000.0,21544.346900318822,46415.888336127726,100000.0,215443.46900318822,464158.8833612772,1000000.0 0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0 Time 1 1,'Hz' 3315 PK`Y7PKtZ model.xml0PK{PKtZsavepoint1/savepoint.xml  <scalar name="root.comp1.mf.coil2.eCoilz" description="Coil_direction@,_x_component#z"/> hZ PK ˮhPKtZ mesh1.mphbinR0objMeshHHc?O_<8u?]:?S]</?BF?ר?"i\<ӂxp?oQ?9V?ձL?#=u[Q?#=u[<~?U b?ag?EVo?B ן?zVc2J??& >B?d iF?ݪ?%U\?.o]?2sC?UUL R? A?{?okiʶ?uݳ?#=?gl"ͩ?M;?Un8L?^M/ɨ?O٣t?u0EШ?mt?"IG?'|?j8?"jI<9H?kF?_?_U 5?":9%?;䏣?GhK9?>h ?9D^,?wi$1?Gޤ?㇙ni?Wӫ?fŪ?в??%a ]?Dʯ?4ӹX?i ?;pS?ѢN?œ?QwO"?`}0=? Ȇ3?A ?̰?]y3?7Vd?]X~?!;}5?yɆ?v6?LJs?(??Q?k";F<}$z/?8 ?S"⍗?0ʧ?@lg?"jY<q g?gWhL?$-0?=r0>?ꛉ? ?w̨?"C̩?4?ժ@?/`? 1??qq?Y!aP?1+묊?+? .?7\řr?"6ϫ?FvS?ئCw?GI ?/d ?@Jd >?)\(?9m'??͊WiU?tnZ?[G ?见/?p۩?< ;?>.(YF?v?B?P ?c?rFЫ?_M.?]q?ߘk?AsL?٪HO?\6vǦ?}9і?Q??`ݖ|N0<)ۆ?OIz?TR#`?Q1̧?¯=?k";F< '?)\(?:tM<JR<U?pr?-V?f?ed?Q?ΐiNř?^)?Э.p?P!?zKϠ? ףp= ?k";Fbn^+?.W-;s?¥2?<^8?ַ? :?Iݛ?9`?`vwK?.8(?8?Q?ܙ?n{V1?x9 є?P!?u ay?>ے?M0z?zT? ~5v?+?:A%?*yNm ? 7n ?&"J-?–?*H?`n?Wӫ?>?sR?-LY4?+W8.?Ąjc?`>D?c}2(?uؕ?2WGѕ?G!?Žs?k?I]?t?$h?F?'*B?+#?xni?(έ?3Tz?^2j?ZK?YW??\LZdģ?7Qd?@e?IFT??2V?|?E@+?R0ǃ?WdM?F=b޶?k?Mb?xOT?Kص?}H*S?(< Pf?7~?_1]Z?ݪ?HYNݨ?D1V?0ʧ?S?@'?2TU?^,?X1{?Q?J.?^[9?'w:?Q?p?^!*?x-nɌ?OD?>l訙?'L ?/Ez?8C?u .ġ? Os?Ơ?3 ,?Q?Q?Җ;:8?TR?pì?vM?%M ?񃥣@?C0W?ϔB?p O??Dj?̓FO0?\܃?PNv;?e^?k? ףp= ? v?<V??ti{_?M!iF??>Q?q?Ӝ_mZ?Q?Y??插=?Q?Q?Q?Q?'A?r ?d?FDy? (6?4Ɯ?J?- l??E ߾۬?̭?-q?%Sg?^>n?MT,!?ݠj?_ɰ?.k\?},?ĥh?B!+?r? y??g)IiK?Z;?sY(o?ڵn ?)nA?mBW^?d?Hjur?6K`?9C`?UE?9hܠ?=Շૠ?z+g?V}XTȡ?4?1&|n?*iH?NGT?pĢ?]\?@?{(=?ULV?m#?PZخ?yh7g?ְĎ?O=?W)?4?Ds?`l?PiR԰?c:F?y?^e1?cAL?U-nɐ?z'ɫ?bx? ??VE3?rEx)G?a͢?o%?Q\?q譪?M?X+?seۧ?aN[?B%?W?bAW?0¥?4?5zJ ?2;4%?H~ ?d?Z 1?͜£?<2穥?۝\N?)R?&H:?75.}?x|?AD?d?B?~1?{Gz?BzI|?ϒăZa? >?l-Q? U?Fy?t W?CϿ? þ?Ze?MļqJ?Xܳ?C-?"Y)??Ngiޛ?2Pf(?F&o?~Hĥ?*~?fu9?'K?B?v?Fra?X1?!RGե?q}w `?Y]7.?`[G? G*ʤ?ЁA?G:?ԢXO?_??'? L1?wD=?G/?9}lx?|=Ǥ?]l?.0?:zm?$"-?OƦ?|#KΦ?TIvڦ?&g?ʋ(?Qu?;@rSХ?5Дn?)Ҥ?K? 쐥?':?Éz?Zݤ?34?G{tQQ|';藿^)*yΗOl(]0[d ףp= ?z:#ȷ? ?BMFe?WFN0?G? ?#k兿¨ҽ^*}0a$]ΪDM,ɵXk-`ן3tiJ#2n8Y U/m |}ʸ O׀]WSq#u?d694MYh.KzRZ lCKbP]4qkZq{̵lꉿۃuEX[8p_)s0z)G .w ӗvOUhtj䐍[+G)[Ed^ pyW/hbQh@s?%u@?oVk?kU'?;uKfϳ?Bw?lEŶ?J}h?߮z?Y?S_gyŊ?'?PNСY+4 s[NUeS-?#=gL(|?ADZx%l|OPMTia:kb]ۥ6qZ u},cz`M=7|E?m) ㄗmpQC#bz~?+{Tò?CD"?68?1?/w Eph,{b392_q+f]m0‡szX8͒NSo9ﵿ(}/awI-о+c`ٵ#|F=Y UeJeB?F=?d qh *{eV<}xEW׀DSۘK(MT {ߜ?s8n?$ ~?wP򛴮?;?Ǿ_f?_ *i? hf?]a?C /b?aEd?U]qK&>joa^YdcMLp7IzSHt0Ɋ pIb\ ) t?~#?%%mʔ?Bs?䒁R?9?jT6?`ʾL?~ٯsx?.?n.o~? [!6k?5v?mΐ?1c[P?<K$? ?2o?]P??I?Kl6_;&?0v?VA$?$*Rq?Z;SF*?ag?LIJ?,ϔ?W >?Mϗ?c *?Q?cЀ?X?D[9?;0?5h ?ĿE T?l9?`"?  ?q]?9?Jǯ ?xB#ɑ?;Ƒ?}M!h?e=y?JF8?]`D?G%0ϑ?۰?2^X\?Zd;O?`?;$M?ϗ?o5?ߤ?#*Rq?:ߒ?$g?E\ۓ?$m?.@P?{}|O?I-vc?$|j?gs?y$??N??=w?RҒ?K>L?-W ?D'N?߭/ϕ?$(?[F͖?쌔ml?dPr)?j6_;&?s–?J ?PG?Ve?*< i?Q!?Ө'?;'?]dOl道? kOFU?i;Q?b+?E??HX<?x70L?f=q??j.S?h!5M??O?Pp?D꿔?bR:? ?F4zƓ?>*?GV攕?kq?>c?~2eC?WJ?{Gz?E?2ma?Ô?vtx?~D  edg  "( /'8*?AB-F5W7Y;efDk~UVX]j 1CK5j<WYcu 0"<4@DC  '*-"5(;7?AD/UVX8]BejFWYfk~5< WYc1uCKj "40@C<D:(?Rlx?gqg??B)j??dIv?333333?Y+k ???[H3Z>ź?smNrJ?333333?Lb=?qck?;???tڶK?D:?^Q53?h֒1?0??7J?bU??z5 R??d?t,?Jc??t?ͥd?vp W?ZcU?}?dk%?:?эޙ?dL)?-v?w]$?Qf?`G?bAs<{?~͚H?̓x?| T?F+kz`E?>1+? lD5?B53?m:?W: ?Q?j?YL:?Ml?`\A[??2f? R53?,6V? ?k?8+?JqO1?HX?Z.3[?=k3M??8 cU?-:?*?!53?9g???&3?Qe?Re:?hbU?3d??Vd?cU?4K:?, ?`K53?)53?Q:?u?bU?qd?pd?bU?L? 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BezierCurvel?{Gz??uʚ?o ^?;f?{Gz?Zd;O??AssocHistoryAttrib VectorIntBPKV\oFAPKtZgeometry3.mphbinB  GEOMETRY:-1346149386256251230[0]objGeom2|=-C6?O_<)\(?"jY< ףp= ?|= ףp= ?<)\(?"jY< ףp= |=O_<)\( ?????????  BezierCurve"jY< ףp= ?O_<)\(? BezierCurve"jY< ףp= ? BezierCurve"jY< ףp= BezierCurve)\(?? ףp= ?? BezierCurveO_<)\("jY< ףp= BezierCurveO_<)\(??XS&?WS&?;f?)\(?? BezierCurve ףp= ??r|J?r|J?;f?"jY< ףp= ?? BezierCurve"jY< ףp= ?r|J?r|J;f? ףp= ?? BezierCurve)\(??XS&?XS&鳿;f?O_<)\(?AssocHistoryAttrib VectorInt` PK=x#G B PKtZgeometry5.mphbin^g1objGeom2|=-C6?k";F<QQ?QQ?|Gz?k";F<|Gz????? BezierCurveQ?Qk";F<Q BezierCurveQ?|Gz?Q?Q BezierCurvek";F<|Gz?Q?|Gz? BezierCurvek";F<Qk";F<|Gz?AssocHistoryAttrib VectorIntBPKzPKtZgeometry2.mphbinAR0objGeom2|=-C6? ףp= ??{Gzt)\(??{Gzt????? BezierCurve?{Gzt?r|J?Ol;f? ףp= ?? BezierCurve)\(??WS&?Ol;f??{Gzt? BezierCurve?{Gzt??WS&?Ol?;f?)\(?? BezierCurve ףp= ??r|J?Ol?;f??{Gzt??AssocHistoryAttrib VectorIntBPK.5FAPKtZgeometry1.mphbinxg1objGeom2|=-C6?O_<)\("jY< ףp= |=k";F<Q4|=}|=k";F<|Gz?|="jY< ףp= ?|=O_<)\(?Q?Q<Q?|Gz? <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <arr> </arr> <rec> <str>var</str> <arr> <str>comp1.Ar</str> <arr> <str>0</str> </arr> <str>comp1.Aphi</str> <arr> <str>0</str> </arr> <str>comp1.Az</str> <arr> <str>0</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>1</str> <str>2</str> <str>3</str> <str>4</str> <str>5</str> <str>6</str> </arr> </arr> </rec> </arr> </arr> <str>protected</str> <str>false</str> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <arr> </arr> <rec> <str>var</str> <arr> <str>comp1.mf.PsiOrAr</str> <arr> <str>comp1.mf.A_initr</str> </arr> <str>comp1.mf.PsiOrAphi</str> <arr> <str>r*comp1.mf.A_initphi</str> </arr> <str>comp1.mf.PsiOrAz</str> <arr> <str>comp1.mf.A_initz</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>2</str> </arr> </arr> </rec> </arr> </arr> <str>protected</str> <str>false</str> </rec> *<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <arr> </arr> <rec> <str>var</str> <arr> <str>comp1.mf.PsiOrAr</str> <arr> <str>comp1.mf.A_initr</str> </arr> <str>comp1.mf.PsiOrAphi</str> <arr> <str>r*comp1.mf.A_initphi</str> </arr> <str>comp1.mf.PsiOrAz</str> <arr> <str>comp1.mf.A_initz</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>1</str> <str>4</str> </arr> </arr> </rec> </arr> </arr> <str>protected</str> <str>false</str> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <arr> </arr> <rec> <str>var</str> <arr> <str>comp1.mf.PsiOrAr</str> <arr> <str>comp1.mf.A_initr</str> </arr> <str>comp1.mf.PsiOrAphi</str> <arr> <str>r*comp1.mf.A_initphi</str> </arr> <str>comp1.mf.PsiOrAz</str> <arr> <str>comp1.mf.A_initz</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>6</str> </arr> </arr> </rec> </arr> </arr> <str>protected</str> <str>false</str> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <arr> </arr> <rec> <str>var</str> <arr> <str>comp1.mf.PsiOrAr</str> <arr> <str>comp1.mf.A_initr</str> </arr> <str>comp1.mf.PsiOrAphi</str> <arr> <str>r*comp1.mf.A_initphi</str> </arr> <str>comp1.mf.PsiOrAz</str> <arr> <str>comp1.mf.A_initz</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>5</str> </arr> </arr> </rec> </arr> </arr> <str>protected</str> <str>false</str> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <arr> </arr> <rec> <str>var</str> <arr> <str>comp1.mf.PsiOrAr</str> <arr> <str>comp1.spatial.F11*comp1.mf.A_initr+comp1.spatial.F31*comp1.mf.A_initz</str> </arr> <str>comp1.mf.PsiOrAphi</str> <arr> <str>if(Rg&gt;0.001*h,r/R,rR)*r*comp1.mf.A_initphi</str> </arr> <str>comp1.mf.PsiOrAz</str> <arr> <str>comp1.spatial.F13*comp1.mf.A_initr+comp1.spatial.F33*comp1.mf.A_initz</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>3</str> </arr> </arr> </rec> </arr> </arr> <str>protected</str> <str>false</str> </rec> f<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elconst</str> <str>var</str> <arr> <str>comp1.cir.UvsI1_v</str> <str>0</str> <str>comp1.cir.UvsI1_vt</str> <str>0</str> <str>comp1.cir.R1_i</str> <str>0</str> <str>comp1.cir.R1_it</str> <str>0</str> <str>comp1.cir.C1_v</str> <str>0</str> <str>comp1.cir.C1_vt</str> <str>0</str> </arr> </rec> G<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>var</str> <arr> <str>Rm$2</str> <arr> <str>Rmg</str> </arr> <str>Zm$2</str> <arr> <str>Zmg</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>1</str> <str>2</str> <str>3</str> <str>4</str> <str>5</str> <str>6</str> <str>7</str> <str>8</str> <str>9</str> <str>10</str> <str>11</str> <str>12</str> <str>13</str> <str>14</str> <str>15</str> <str>16</str> <str>17</str> <str>18</str> <str>19</str> </arr> </arr> </rec> <rec> <str>var</str> <arr> <str>Rm$2</str> <arr> <str>Rmg</str> </arr> <str>Zm$2</str> <arr> <str>Zmg</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>1</str> <str>2</str> <str>3</str> <str>4</str> <str>5</str> <str>6</str> <str>7</str> <str>8</str> <str>9</str> <str>10</str> <str>11</str> <str>12</str> <str>13</str> <str>14</str> <str>15</str> <str>16</str> <str>17</str> <str>18</str> <str>19</str> <str>20</str> <str>21</str> <str>22</str> </arr> </arr> </rec> <rec> <str>var</str> <arr> <str>Rm$2</str> <arr> <str>Rmg</str> </arr> <str>Zm$2</str> <arr> <str>Zmg</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>1</str> <str>2</str> <str>3</str> <str>4</str> <str>5</str> <str>6</str> </arr> </arr> </rec> </arr> </arr> <str>protected</str> <str>false</str> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elepspec</str> <str>g</str> <arr> <str>0</str> </arr> <str>geom</str> <arr> <rec> <str>ep</str> <arr> <str>1</str> </arr> </rec> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elconst</str> <str>var</str> <arr> <str>freq</str> <str>unit_Hz_cf</str> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elinline</str> <str>name</str> <str>comp1.cir.pulse</str> <str>args</str> <arr> <str>pulse__t__internalArgument</str> <str>pulse__tr__internalArgument</str> <str>pulse__tf__internalArgument</str> <str>pulse__pw__internalArgument</str> </arr> <str>expr</str> <str>comp1.cir.pulse___(mod(pulse__t__internalArgument,1),mod(pulse__tr__internalArgument,1),mod(pulse__tf__internalArgument,1),mod(pulse__pw__internalArgument,1))</str> <str>dexpr</str> <arr> <str>d(comp1.cir.pulse___(mod(pulse__t__internalArgument,1),mod(pulse__tr__internalArgument,1),mod(pulse__tf__internalArgument,1),mod(pulse__pw__internalArgument,1)), pulse__t__internalArgument)</str> <str>d(comp1.cir.pulse___(mod(pulse__t__internalArgument,1),mod(pulse__tr__internalArgument,1),mod(pulse__tf__internalArgument,1),mod(pulse__pw__internalArgument,1)), pulse__tr__internalArgument)</str> <str>d(comp1.cir.pulse___(mod(pulse__t__internalArgument,1),mod(pulse__tr__internalArgument,1),mod(pulse__tf__internalArgument,1),mod(pulse__pw__internalArgument,1)), pulse__tf__internalArgument)</str> <str>d(comp1.cir.pulse___(mod(pulse__t__internalArgument,1),mod(pulse__tr__internalArgument,1),mod(pulse__tf__internalArgument,1),mod(pulse__pw__internalArgument,1)), pulse__pw__internalArgument)</str> </arr> <str>complex</str> <str>false</str> <str>linear</str> <str>false</str> </rec> o<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elinline</str> <str>name</str> <str>comp1.cir.pulse___</str> <str>args</str> <arr> <str>pulse__t__internalArgument</str> <str>pulse__tr__internalArgument</str> <str>pulse__tf__internalArgument</str> <str>pulse__pw__internalArgument</str> </arr> <str>expr</str> <str>(((pulse__t__internalArgument&lt;pulse__tr__internalArgument)*pulse__t__internalArgument)/pulse__tr__internalArgument+(pulse__t__internalArgument&gt;=pulse__tr__internalArgument)*(pulse__t__internalArgument&lt;(0.5*pulse__tr__internalArgument+pulse__pw__internalArgument)-0.5*pulse__tf__internalArgument))+((pulse__t__internalArgument&gt;=(0.5*pulse__tr__internalArgument+pulse__pw__internalArgument)-0.5*pulse__tf__internalArgument)*(pulse__t__internalArgument&lt;(0.5*pulse__tr__internalArgument+pulse__pw__internalArgument)+0.5*pulse__tf__internalArgument))*(1-(((pulse__t__internalArgument-0.5*pulse__tr__internalArgument)-pulse__pw__internalArgument)+0.5*pulse__tf__internalArgument)/pulse__tf__internalArgument `)</str> <str>dexpr</str> <arr> <str>d((((pulse__t__internalArgument&lt;pulse__tr__internalArgument)*pulse__t__internalArgument)/pulse__tr__internalArgument+(pulse__t__internalArgument&gt;=pulse__tr__internalArgument)*(pulse__t__internalArgument&lt;(0.5*pulse__tr__internalArgument+pulse__pw__internalArgument)-0.5*pulse__tf__internalArgument))+((pulse__t__internalArgument&gt;=(0.5*pulse__tr__internalArgument+pulse__pw__internalArgument)-0.5*pulse__tf__internalArgument)*(pulse__t__internalArgument&lt;(0.5*pulse__tr__internalArgument+pulse__pw__internalArgument)+0.5*pulse__tf__internalArgument))*(1-(((pulse__t__internalArgument-0.5*pulse__tr__internalArgument)-pulse__pw__internalArgument)+0.5*pulse__tf__internalArgument)/pulse__tf__internalArgument), pulse__t__internalArgument)</str> <str>d((((pulse__t__internalArgument&lt;pulse__tr__internalArgument)*pulse__t__internalArgument)/pulse__tr__internalArgument+(pulse__t__internalArgument&gt;=pulse__tr__internalArgument)*(pulse__t__internalArgument&lt;(0.5*pulse__tr__internalArgument+pulse__pw__internalArgument)-0.5*pulse__tf__internalArgument))+((pulse__t__internalArgument&gt;=(0.5*pulse__tr__internalArgument+pulse__pw__internalArgument)-0.5*pulse__tf__internalArgument)*(pulse__t__internalArgument&lt;(0.5*pulse__tr__internalArgument+pulse__pw__internalArgument)+0.5*pulse__tf__internalArgument))*(1-(((pulse__t__internalArgument-0.5*pulse__tr__internalArgument)-pulse__pw__internalArgument)+0.5*pulse__tf__internalArgument)/pulse__tf__internalArgument), pulse__tr__internalArgument)</str> <str>d((((pulse__t__internalArgument&lt;pulse__tr__internalArgument)*pulse__t__internalArgument)/pulse__tr__internalArgument+(pulse__t__internalArgument&gt;=pulse__tr__internalArgument)*(pulse__t__internalArgument&lt;(0.5*pulse__tr__internalArgument+pulse__pw__internalArgument)-0.5*pulse__tf__internalArgument))+((pulse__t__internalArgument&gt;=(0.5*pulse__tr__internalArgument+pulse__pw__internalArgument)-0.5*pulse__tf__internalArgument)*(pulse__t__internalArgument&lt;(0.5*pulse__tr__internalArgument+pulse__pw__internalArgument)+0.5*pulse__tf__internalArgument))*(1-(((pulse__t__internalArgument-0.5*pulse__tr__internalArgument)-pulse__pw__internalArgument)+0.5*pulse__tf__internalArgument)/pulse__tf__internalArgument), pulse__tf__internalArgument)</str> <str>d((((pulse__t__internalArgument&lt;pulse__tr__internalArgument)*pulse__t__internalArgument)/pulse__tr__internalArgument+(pulse__t__internalArgument&gt;=pulse__tr__internalArgument)*(pulse__t__internalArgument&lt;(0.5*pulse__tr__internalArgument+pulse__pw__internalArgument)-0.5*pulse__tf__internalArgument))+((pulse__t__internalArgument&gt;=(0.5*pulse__tr__internalArgument+pulse__pw__internalArgument)-0.5*pulse__tf__internalArgument)*(pulse__t__internalArgument&lt;(0.5*pulse__tr__internalArgument+pulse__pw__internalArgument)+0.5*pulse__tf__internalArgument))*(1-(((pulse__t__internalArgument-0.5*pulse__tr__internalArgument)-pulse__pw__internalArgument)+0.5*pulse__tf__internalArgument)/pulse__tf__internalArgument), pulse__pw__internalArgument)</str> </arr> <str>complex</str> <str>false</str> <str>linear</str> <str>false</str> </rec> E<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elinline</str> <str>name</str> <str>comp1.cir.ramp</str> <str>args</str> <arr> <str>ramp__internalArgument</str> </arr> <str>expr</str> <str>if(ramp__internalArgument&lt;-0.025,0,0.5*(ramp__internalArgument+if(abs(ramp__internalArgument)&lt;0.025,7999.999999999998*(1.1718750000000005E-6-ramp__internalArgument^4+6*(0.025*ramp__internalArgument)^2),abs(ramp__internalArgument))))</str> <str>dexpr</str> <arr> <str>d(if(ramp__internalArgument&lt;-0.025,0,0.5*(ramp__internalArgument+if(abs(ramp__internalArgument)&lt;0.025,7999.999999999998*(1.1718750000000005E-6-ramp__internalArgument^4+6*(0.025*ramp__internalArgument)^2),abs(ramp__internalArgument)))), ramp__internalArgument)</str> </arr> <str>complex</str> <str>false</str> <str>linear</str> <str>false</str> </rec> M<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elinline</str> <str>name</str> <str>comp1.cir.max_limit</str> <str>args</str> <arr> <str>max_limit__x__internalArgument</str> <str>max_limit__limit__internalArgument</str> </arr> <str>expr</str> <str>max_limit__limit__internalArgument*(1-comp1.cir.ramp(1-max_limit__x__internalArgument/max_limit__limit__internalArgument))</str> <str>dexpr</str> <arr> <str>d(max_limit__limit__internalArgument*(1-comp1.cir.ramp(1-max_limit__x__internalArgument/max_limit__limit__internalArgument)), max_limit__x__internalArgument)</str> <str>d(max_limit__limit__internalArgument*(1-comp1.cir.ramp(1-max_limit__x__internalArgument/max_limit__limit__internalArgument)), max_limit__limit__internalArgument)</str> </arr> <str>complex</str> <str>false</str> <str>linear</str> <str>false</str> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elinline</str> <str>name</str> <str>comp1.cir.exp_safe</str> <str>args</str> <arr> <str>exp_safe__x__internalArgument</str> </arr> <str>expr</str> <str>exp(comp1.cir.max_limit(exp_safe__x__internalArgument, 100))</str> <str>dexpr</str> <arr> <str>d(exp(comp1.cir.max_limit(exp_safe__x__internalArgument, 100)), exp_safe__x__internalArgument)</str> </arr> <str>complex</str> <str>false</str> <str>linear</str> <str>false</str> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elinline</str> <str>name</str> <str>comp1.cir.onStep</str> <str>args</str> <arr> <str>onStep__internalArgument</str> </arr> <str>expr</str> <str>flc2hs(-0.5+onStep__internalArgument,0.5)</str> <str>dexpr</str> <arr> <str>d(flc2hs(-0.5+onStep__internalArgument,0.5), onStep__internalArgument)</str> </arr> <str>complex</str> <str>false</str> <str>linear</str> <str>false</str> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elinline</str> <str>name</str> <str>comp1.cir.offStep</str> <str>args</str> <arr> <str>offStep__internalArgument</str> </arr> <str>expr</str> <str>1-flc2hs(-0.5+offStep__internalArgument,0.5)</str> <str>dexpr</str> <arr> <str>d(1-flc2hs(-0.5+offStep__internalArgument,0.5), offStep__internalArgument)</str> </arr> <str>complex</str> <str>false</str> <str>linear</str> <str>false</str> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elconst</str> <str>var</str> <arr> <str>comp1.LossIntop</str> <str>intop1(comp1.mf.Qrh)</str> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elconst</str> <str>var</str> <arr> <str>g_const</str> <str>9.80665*unit_m_cf/unit_s_cf^2</str> <str>N_A_const</str> <str>6.02214076E23/unit_mol_cf</str> <str>a0_const</str> <str>4*pi*epsilon0_const*hbar_const^2/(me_const*e_const^2)</str> <str>k_B_const</str> <str>1.380649E-23*unit_J_cf/unit_K_cf</str> <str>Z0_const</str> <str>mu0_const*c_const</str> <str>me_const</str> <str>9.10938356E-31*unit_kg_cf</str> <str>e_const</str> <str>1.602176634E-19*unit_C_cf</str> <str>F_const</str> <str>96485.33289*unit_C_cf/unit_mol_cf</str> <str>alpha_const</str> <str>0.0072973525664</str> <str>G_const</str> <str>6.67408E-11*unit_m_cf^3/(unit_kg_cf*unit_s_cf^2)</str> <str>hbar_const</str> <str>1.0545718E-34*unit_J_cf*unit_s_cf/unit_rad_cf</str> <str>V_m_const</str> <str>0.022413962*unit_m_cf^3/unit_mol_cf</str> <str>mn_const</str> <str>1.674927471E-27*unit_kg_cf</str> <str>epsilon0_const</str> <str>1/(mu0_const*c_const^2)</str> <str>mu0_const</str> <str>2*alpha_const*h_const/(c_const*e_const^2)</str> <str>h_const</str> <str>6.62607015E-34*unit_J_cf*unit_s_cf</str> <str>mp_const</str> <str>1.672621898E-27*unit_kg_cf</str> <str>c_const</str> <str>299792458*unit_m_cf/unit_s_cf</str> <str>sigma_const</str> <str>5.670367E-8*unit_kg_cf/(unit_s_cf^3*unit_K_cf^4)</str> <str>R_const</str> <str>8.3144598*unit_J_cf/(unit_K_cf*unit_mol_cf)</str> <str>b_const</str> <str>0.0028977729*unit_m_cf*unit_K_cf</str> <str>isRHS</str> <str>0</str> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elconst</str> <str>var</str> <arr> <str>comp1.dGeomChar</str> <str>0.24596747752497686</str> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elconst</str> <str>var</str> <arr> <str>comp1.mf.intWm</str> <str>comp1.mf.int_Wm(comp1.mf.d*comp1.mf.dWm)</str> <str>comp1.mf.intWe</str> <str>comp1.mf.int_We(comp1.mf.d*comp1.mf.dWe)</str> <str>comp1.mf.axi1.minput_temperature</str> <str>minput.T</str> <str>comp1.mf.axi1.minput_pressure</str> <str>minput.pA</str> <str>comp1.mf.mi1.minput_temperature</str> <str>minput.T</str> <str>comp1.mf.mi1.minput_pressure</str> <str>minput.pA</str> <str>comp1.mf.init1.minput_temperature</str> <str>minput.T</str> <str>comp1.mf.init1.minput_pressure</str> <str>minput.pA</str> <str>comp1.mf.alf1.minput_temperature</str> <str>minput.T</str> <str>comp1.mf.alf1.minput_electricfieldr</str> <str>comp1.mf.Er</str> <str>comp1.mf.alf1.minput_electricfieldphi</str> <str>comp1.mf.Ephi</str> <str>comp1.mf.alf1.minput_electricfieldz</str> <str>comp1.mf.Ez</str> <str>comp1.mf.alf1.minput_magneticfieldr</str> <str>comp1.mf.Hr</str> <str>comp1.mf.alf1.minput_magneticfieldphi</str> <str>comp1.mf.Hphi</str> <str>comp1.mf.alf1.minput_magneticfieldz</str> <str>comp1.mf.Hz</str> <str>comp1.mf.alf1.minput_shiftedmagneticfieldr</str> <str>comp1.mf.Hsr</str> <str>comp1.mf.alf1.minput_shiftedmagneticfieldphi</str> <str>comp1.mf.Hsphi</str> <str>comp1.mf.alf1.minput_shiftedmagneticfieldz</str> <str>comp1.mf.Hsz</str> <str>comp1.mf.alf1.minput_magneticfluxdensityr</str> <str>comp1.mf.Br</str> <str>comp1.mf.alf1.minput_magneticfluxdensityphi</str> <str>comp1.mf.Bphi</str> <str>comp1.mf.alf1.minput_magneticfluxdensityz</str> <str>comp1.mf.Bz</str> <str>comp1.mf.alf1.minput_pressure</str> <str>minput.pA</str> <str>comp1.mf.coil1.minput_temperature</str> <str>minput.T</str> <str>comp1.mf.coil1.minput_electricfieldr</str> <str>comp1.mf.Er</str> <str>comp1.mf.coil1.minput_electricfieldphi</str> <str>comp1.mf.Ephi</str> <str>comp1.mf.coil1.minput_electricfieldz</str> <str>comp1.mf.Ez</str> <str>comp1.mf.coil1.minput_magneticfieldr</str> <str>comp1.mf.Hr</str> <str>comp1.mf.coil1.minput_magneticfieldphi</str> <str>comp1.mf.Hphi</str> <str>comp1.mf.coil1.minput_magneticfieldz</str> <str>comp1.mf.Hz</str> <str>comp1.mf.coil1.minput_shiftedmagneticfieldr</str> <str>comp1.mf.Hsr</str> <str>comp1.mf.coil1.minput_shiftedmagneticfieldphi</str> <str>comp1.mf.Hsphi</str> <str>comp1.mf.coil1.minput_shiftedmagneticfieldz</str> <str>comp1.mf.Hsz</str> <str>comp1.mf.coil1.minput_magneticfluxdensityr</str> <str>comp1.mf.Br</str> <str>comp1.mf.coil1.minput_magneticfluxdensityphi</str> <str>comp1.mf.Bphi</str> <str>comp1.mf.coil1.minput_magneticfluxdensityz</str> <str>comp1.mf.Bz</str> <str>comp1.mf.coil1.minput_pressure</str> <str>minput.pA</str> <str>comp1.mf.coil1.VCoil_d</str> <str>comp1.mf.VCoil_1</str> <str>comp1.mf.ICoil_1</str> <str>comp1.mf.coil1.ICoilCircuit</str> <str>comp1.mf.coil1.VCoil_ode_fld_act</str> <str>0</str> <str>comp1.mf.VCoil_1</str> <str>comp1.mf.coil1.VCoil_ode</str> <str>comp1.mf.coil1.Iint</str> <str>comp1.mf.coil1.intstcd(comp1.mf.Jr*comp1.mf.coil1.ninputr+comp1.mf.Jphi*comp1.mf.coil1.ninputphi+comp1.mf.Jz*comp1.mf.coil1.ninputz)</str> <str>comp1.mf.PhiCoil_1</str> <str>comp1.mf.coil1.intstcd(comp1.mf.coil1.length*(comp1.mf.Ar*comp1.mf.coil1.eCoilr+comp1.mf.Aphi*comp1.mf.coil1.eCoilphi+comp1.mf.Az*comp1.mf.coil1.eCoilz))/comp1.mf.coil1.intstcd(comp1.mf.coil1.eCoilr*comp1.mf.coil1.ninputr+comp1.mf.coil1.eCoilphi*comp1.mf.coil1.ninputphi+comp1.mf.coil1.eCoilz*comp1.mf.coil1.ninputz)</str> <str>comp1.mf.coil1.ICoilCircuit</str> <str>comp1.cir.IvsU1.i</str> <str>comp1.mf.ZCoil_1</str> <str>comp1.mf.VCoil_1/comp1.mf.ICoil_1</str> <str>comp1.mf.LCoil_1</str> <str>imag(comp1.mf.ZCoil_1)/comp1.mf.omega</str> <str>comp1.mf.RCoil_1</str> <str>real(comp1.mf.ZCoil_1)</str> <str>comp1.mf.XCoil_1</str> <str>imag(comp1.mf.ZCoil_1)</str> <str>comp1.mf.YCoil_1</str> <str>1/comp1.mf.ZCoil_1</str> <str>comp1.mf.PCoil_1</str> <str>0.5*realdot(comp1.mf.VCoil_1,comp1.mf.ICoil_1,1)</str> <str>comp1.mf.coil2.minput_temperature</str> <str>minput.T</str> <str>comp1.mf.coil2.minput_electricfieldr</str> <str>comp1.mf.Er</str> <str>comp1.mf.coil2.minput_electricfieldphi</str> <str>comp1.mf.Ephi</str> <str>comp1.mf.coil2.minput_electricfieldz</str> <str>comp1.mf.Ez</str> <str>comp1.mf.coil2.minput_magneticfieldr</str> <str>comp1.mf.Hr</str> <str>comp1.mf.coil2.minput_magneticfieldphi</str> <str>comp1.mf.Hphi</str> <str>comp1.mf.coil2.minput_magneticfieldz</str> <str>comp1.mf.Hz</str> <str>comp1.mf.coil2.minput_shiftedmagneticfieldr</str> <str>comp1.mf.Hsr</str> <str>comp1.mf.coil2.minput_shiftedmagneticfieldphi</str> <str>comp1.mf.Hsphi</str> <str>comp1.mf.coil2.minput_shiftedmagneticfieldz</str> <str>comp1.mf.Hsz</str> <str>comp1.mf.coil2.minput_magneticfluxdensityr</str> <str>comp1.mf.Br</str> <str>comp1.mf.coil2.minput_magneticfluxdensityphi</str> <str>comp1.mf.Bphi</str> <str>comp1.mf.coil2.minput_magneticfluxdensityz</str> <str>comp1.mf.Bz</str> <str>comp1.mf.coil2.minput_pressure</str> <str>minput.pA</str> <str>comp1.mf.coil2.VCoil_d</str> <str>comp1.mf.VCoil_2</str> <str>comp1.mf.VCoil_2</str> <str>comp1.mf.coil2.VCoilCircuit</str> <str>comp1.mf.ICoil_2</str> <str>comp1.mf.coil2.Iint</str> <str>comp1.mf.coil2.Iint</str> <str>comp1.mf.coil2.intstcd(comp1.mf.Jr*comp1.mf.coil2.ninputr+comp1.mf.Jphi*comp1.mf.coil2.ninputphi+comp1.mf.Jz*comp1.mf.coil2.ninputz)</str> <str>comp1.mf.PhiCoil_2</str> <str>comp1.mf.coil2.intstcd(comp1.mf.coil2.length*(comp1.mf.Ar*comp1.mf.coil2.eCoilr+comp1.mf.Aphi*comp1.mf.coil2.eCoilphi+comp1.mf.Az*comp1.mf.coil2.eCoilz))/comp1.mf.coil2.intstcd(comp1.mf.coil2.eCoilr*comp1.mf.coil2.ninputr+comp1.mf.coil2.eCoilphi*comp1.mf.coil2.ninputphi+comp1.mf.coil2.eCoilz*comp1.mf.coil2.ninputz)</str> <str>comp1.mf.coil2.VCoilCircuit</str> <str>comp1.cir.UvsI1.v</str> <str>comp1.mf.ZCoil_2</str> <str>comp1.mf.VCoil_2/comp1.mf.ICoil_2</str> <str>comp1.mf.LCoil_2</str> 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<str>if(comp1.mat1.def.thermalexpansioncoefficient22==comp1.mat1.def.thermalexpansioncoefficient11&amp;&amp;comp1.mat1.def.thermalexpansioncoefficient33==comp1.mat1.def.thermalexpansioncoefficient11,comp1.mat1.def.thermalexpansioncoefficient11,error('$base64:RmFpbGVkIHRvIGV2YWx1YXRlIGFuIGlzb3Ryb3BpYyB2YWx1ZSBvZiBhbiBhbmlzb3Ryb3BpYyB0ZW5zb3IAAAAAAAA='))</str> <str>comp1.mat1.smaTEA.alpha_A_symmetry</str> <str>0</str> <str>comp1.mat1.smaTEM.alpha_M11</str> <str>comp1.mat1.def.thermalexpansioncoefficient11</str> <str>comp1.mat1.smaTEM.alpha_M21</str> <str>0</str> <str>comp1.mat1.smaTEM.alpha_M31</str> <str>0</str> <str>comp1.mat1.smaTEM.alpha_M12</str> <str>0</str> <str>comp1.mat1.smaTEM.alpha_M22</str> <str>comp1.mat1.def.thermalexpansioncoefficient22</str> <str>comp1.mat1.smaTEM.alpha_M32</str> <str>0</str> <str>comp1.mat1.smaTEM.alpha_M13</str> <str>0</str> <str>comp1.mat1.smaTEM.alpha_M23</str> <str>0</str> <str>comp1.mat1.smaTEM.alpha_M33</str> <str>comp1.mat1.def.thermalexpansioncoefficient33</str> <str>comp1.mat1.smaTEM.alpha_M_iso</str> <str>if(comp1.mat1.def.thermalexpansioncoefficient22==comp1.mat1.def.thermalexpansioncoefficient11&amp;&amp;comp1.mat1.def.thermalexpansioncoefficient33==comp1.mat1.def.thermalexpansioncoefficient11,comp1.mat1.def.thermalexpansioncoefficient11,error('$base64:RmFpbGVkIHRvIGV2YWx1YXRlIGFuIGlzb3Ryb3BpYyB2YWx1ZSBvZiBhbiBhbmlzb3Ryb3BpYyB0ZW5zb3IAAAAAAAA='))</str> <str>comp1.mat1.smaTEM.alpha_M_symmetry</str> <str>0</str> <str>comp1.mat1.smaA.Cp_A</str> <str>comp1.mat1.def.heatcapacity</str> <str>comp1.mat1.smaM.Cp_M</str> <str>comp1.mat1.def.heatcapacity</str> <str>comp1.mat1.smaA.k_A11</str> <str>comp1.mat1.def.thermalconductivity11</str> <str>comp1.mat1.smaA.k_A21</str> <str>0</str> <str>comp1.mat1.smaA.k_A31</str> <str>0</str> <str>comp1.mat1.smaA.k_A12</str> <str>0</str> <str>comp1.mat1.smaA.k_A22</str> <str>comp1.mat1.def.thermalconductivity22</str> <str>comp1.mat1.smaA.k_A32</str> <str>0</str> <str>comp1.mat1.smaA.k_A13</str> <str>0</str> <str>comp1.mat1.smaA.k_A23</str> <str>0</str> <str>comp1.mat1.smaA.k_A33</str> <str>comp1.mat1.def.thermalconductivity33</str> <str>comp1.mat1.smaA.k_A_iso</str> <str>if(comp1.mat1.def.thermalconductivity22==comp1.mat1.def.thermalconductivity11&amp;&amp;comp1.mat1.def.thermalconductivity33==comp1.mat1.def.thermalconductivity11,comp1.mat1.def.thermalconductivity11,error('$base64:RmFpbGVkIHRvIGV2YWx1YXRlIGFuIGlzb3Ryb3BpYyB2YWx1ZSBvZiBhbiBhbmlzb3Ryb3BpYyB0ZW5zb3IAAAAAAAA='))</str> <str>comp1.mat1.smaA.k_A_symmetry</str> <str>0</str> <str>comp1.mat1.smaM.k_M11</str> <str>comp1.mat1.def.thermalconductivity11</str> <str>comp1.mat1.smaM.k_M21</str> <str>0</str> <str>comp1.mat1.smaM.k_M31</str> <str>0</str> <str>comp1.mat1.smaM.k_M12</str> <str>0</str> <str>comp1.mat1.smaM.k_M22</str> <str>comp1.mat1.def.thermalconductivity22</str> <str>comp1.mat1.smaM.k_M32</str> <str>0</str> <str>comp1.mat1.smaM.k_M13</str> <str>0</str> <str>comp1.mat1.smaM.k_M23</str> <str>0</str> <str>comp1.mat1.smaM.k_M33</str> <str>comp1.mat1.def.thermalconductivity33</str> <str>comp1.mat1.smaM.k_M_iso</str> <str>if(comp1.mat1.def.thermalconductivity22==comp1.mat1.def.thermalconductivity11&amp;&amp;comp1.mat1.def.thermalconductivity33==comp1.mat1.def.thermalconductivity11,comp1.mat1.def.thermalconductivity11,error('$base64:RmFpbGVkIHRvIGV2YWx1YXRlIGFuIGlzb3Ryb3BpYyB2YWx1ZSBvZiBhbiBhbmlzb3Ryb3BpYyB0ZW5zb3IAAAAAAAA='))</str> <str>comp1.mat1.smaM.k_M_symmetry</str> <str>0</str> <str>comp1.mat1.PowerLaw.mu_app</str> <str>comp1.mat1.def.dynamicviscosity</str> <str>comp1.mat1.Carreau.mu_app</str> <str>comp1.mat1.def.dynamicviscosity</str> <str>comp1.mat1.CarreauYasuda.mu_app</str> <str>comp1.mat1.def.dynamicviscosity</str> <str>comp1.mat1.CrossWilliamson.mu_app</str> <str>comp1.mat1.def.dynamicviscosity</str> <str>comp1.mat1.Cross.mu_app</str> <str>comp1.mat1.def.dynamicviscosity</str> <str>comp1.mat1.Sisko.mu_app</str> <str>comp1.mat1.def.dynamicviscosity</str> <str>comp1.mat1.BinghamPapanastasiou.mu_app</str> <str>comp1.mat1.def.dynamicviscosity</str> <str>comp1.mat1.HerschelBulkleyPapanastasiou.mu_app</str> <str>comp1.mat1.def.dynamicviscosity</str> <str>comp1.mat1.CassonPapanastasiou.mu_app</str> <str>comp1.mat1.def.dynamicviscosity</str> <str>comp1.mat1.DeKee.mu_app</str> <str>comp1.mat1.def.dynamicviscosity</str> <str>comp1.mat1.RobertsonStiff.mu_app</str> <str>comp1.mat1.def.dynamicviscosity</str> <str>comp1.mat1.Br.murec11</str> <str>comp1.mat1.def.relpermeability11</str> <str>comp1.mat1.Br.murec21</str> <str>0</str> <str>comp1.mat1.Br.murec31</str> <str>0</str> <str>comp1.mat1.Br.murec12</str> <str>0</str> <str>comp1.mat1.Br.murec22</str> <str>comp1.mat1.def.relpermeability22</str> <str>comp1.mat1.Br.murec32</str> <str>0</str> <str>comp1.mat1.Br.murec13</str> <str>0</str> <str>comp1.mat1.Br.murec23</str> <str>0</str> <str>comp1.mat1.Br.murec33</str> <str>comp1.mat1.def.relpermeability33</str> <str>comp1.mat1.Br.murec_iso</str> <str>if(comp1.mat1.def.relpermeability22==comp1.mat1.def.relpermeability11&amp;&amp;comp1.mat1.def.relpermeability33==comp1.mat1.def.relpermeability11,comp1.mat1.def.relpermeability11,error('$base64:RmFpbGVkIHRvIGV2YWx1YXRlIGFuIGlzb3Ryb3BpYyB2YWx1ZSBvZiBhbiBhbmlzb3Ryb3BpYyB0ZW5zb3IAAAAAAAA='))</str> <str>comp1.mat1.Br.murec_symmetry</str> <str>0</str> </arr> </rec> ?/<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elconst</str> <str>var</str> <arr> <str>comp1.mat1.rfi.n11</str> <str>1</str> <str>comp1.mat1.rfi.n21</str> <str>0</str> <str>comp1.mat1.rfi.n31</str> <str>0</str> <str>comp1.mat1.rfi.n12</str> <str>0</str> <str>comp1.mat1.rfi.n22</str> <str>1</str> <str>comp1.mat1.rfi.n32</str> <str>0</str> <str>comp1.mat1.rfi.n13</str> <str>0</str> <str>comp1.mat1.rfi.n23</str> <str>0</str> <str>comp1.mat1.rfi.n33</str> <str>1</str> <str>comp1.mat1.rfi.n_iso</str> <str>1</str> <str>comp1.mat1.rfi.n_symmetry</str> <str>0</str> <str>comp1.mat1.rfi.ki11</str> <str>0</str> <str>comp1.mat1.rfi.ki21</str> <str>0</str> <str>comp1.mat1.rfi.ki31</str> <str>0</str> <str>comp1.mat1.rfi.ki12</str> <str>0</str> <str>comp1.mat1.rfi.ki22</str> <str>0</str> <str>comp1.mat1.rfi.ki32</str> <str>0</str> <str>comp1.mat1.rfi.ki13</str> <str>0</str> <str>comp1.mat1.rfi.ki23</str> <str>0</str> <str>comp1.mat1.rfi.ki33</str> <str>0</str> <str>comp1.mat1.rfi.ki_iso</str> <str>0</str> <str>comp1.mat1.rfi.ki_symmetry</str> <str>0</str> <str>comp1.mat1.lst.epsilonPrim11</str> <str>comp1.mat1.rfi.n_iso^2-comp1.mat1.rfi.ki_iso^2</str> <str>comp1.mat1.lst.epsilonPrim21</str> <str>0</str> <str>comp1.mat1.lst.epsilonPrim31</str> <str>0</str> <str>comp1.mat1.lst.epsilonPrim12</str> <str>0</str> <str>comp1.mat1.lst.epsilonPrim22</str> <str>comp1.mat1.rfi.n_iso^2-comp1.mat1.rfi.ki_iso^2</str> <str>comp1.mat1.lst.epsilonPrim32</str> <str>0</str> <str>comp1.mat1.lst.epsilonPrim13</str> <str>0</str> <str>comp1.mat1.lst.epsilonPrim23</str> <str>0</str> <str>comp1.mat1.lst.epsilonPrim33</str> <str>comp1.mat1.rfi.n_iso^2-comp1.mat1.rfi.ki_iso^2</str> <str>comp1.mat1.lst.epsilonPrim_iso</str> <str>comp1.mat1.rfi.n_iso^2-comp1.mat1.rfi.ki_iso^2</str> <str>comp1.mat1.lst.epsilonPrim_symmetry</str> <str>4</str> <str>comp1.mat1.lst.delta</str> <str>atan2(2*comp1.mat1.rfi.n_iso*comp1.mat1.rfi.ki_iso,comp1.mat1.rfi.n_iso^2-comp1.mat1.rfi.ki_iso^2)*unit_rad_cf</str> <str>comp1.mat1.lstdf.tanDelta</str> <str>2*comp1.mat1.rfi.n_iso*comp1.mat1.rfi.ki_iso/(comp1.mat1.rfi.n_iso^2-comp1.mat1.rfi.ki_iso^2)</str> <str>comp1.mat1.lstdf.epsilonPrim11</str> <str>comp1.mat1.rfi.n_iso^2-comp1.mat1.rfi.ki_iso^2</str> <str>comp1.mat1.lstdf.epsilonPrim21</str> <str>0</str> <str>comp1.mat1.lstdf.epsilonPrim31</str> <str>0</str> <str>comp1.mat1.lstdf.epsilonPrim12</str> <str>0</str> <str>comp1.mat1.lstdf.epsilonPrim22</str> <str>comp1.mat1.rfi.n_iso^2-comp1.mat1.rfi.ki_iso^2</str> <str>comp1.mat1.lstdf.epsilonPrim32</str> <str>0</str> <str>comp1.mat1.lstdf.epsilonPrim13</str> <str>0</str> <str>comp1.mat1.lstdf.epsilonPrim23</str> <str>0</str> <str>comp1.mat1.lstdf.epsilonPrim33</str> <str>comp1.mat1.rfi.n_iso^2-comp1.mat1.rfi.ki_iso^2</str> <str>comp1.mat1.lstdf.epsilonPrim_iso</str> <str>comp1.mat1.rfi.n_iso^2-comp1.mat1.rfi.ki_iso^2</str> <str>comp1.mat1.lstdf.epsilonPrim_symmetry</str> <str>4</str> <str>comp1.mat1.del.epsilonPrim11</str> <str>comp1.mat1.rfi.n11^2-comp1.mat1.rfi.ki11^2+comp1.mat1.rfi.n21^2-comp1.mat1.rfi.ki21^2+comp1.mat1.rfi.n31^2-comp1.mat1.rfi.ki31^2</str> <str>comp1.mat1.del.epsilonPrim21</str> <str>comp1.mat1.rfi.n11*comp1.mat1.rfi.n12-comp1.mat1.rfi.ki11*comp1.mat1.rfi.ki12+comp1.mat1.rfi.n21*comp1.mat1.rfi.n22-comp1.mat1.rfi.ki21*comp1.mat1.rfi.ki22+comp1.mat1.rfi.n31*comp1.mat1.rfi.n32-comp1.mat1.rfi.ki31*comp1.mat1.rfi.ki32</str> <str>comp1.mat1.del.epsilonPrim31</str> <str>comp1.mat1.rfi.n11*comp1.mat1.rfi.n13-comp1.mat1.rfi.ki11*comp1.mat1.rfi.ki13+comp1.mat1.rfi.n21*comp1.mat1.rfi.n23-comp1.mat1.rfi.ki21*comp1.mat1.rfi.ki23+comp1.mat1.rfi.n31*comp1.mat1.rfi.n33-comp1.mat1.rfi.ki31*comp1.mat1.rfi.ki33</str> <str>comp1.mat1.del.epsilonPrim12</str> <str>comp1.mat1.rfi.n12*comp1.mat1.rfi.n11-comp1.mat1.rfi.ki12*comp1.mat1.rfi.ki11+comp1.mat1.rfi.n22*comp1.mat1.rfi.n21-comp1.mat1.rfi.ki22*comp1.mat1.rfi.ki21+comp1.mat1.rfi.n32*comp1.mat1.rfi.n31-comp1.mat1.rfi.ki32*comp1.mat1.rfi.ki31</str> <str>comp1.mat1.del.epsilonPrim22</str> <str>comp1.mat1.rfi.n12^2-comp1.mat1.rfi.ki12^2+comp1.mat1.rfi.n22^2-comp1.mat1.rfi.ki22^2+comp1.mat1.rfi.n32^2-comp1.mat1.rfi.ki32^2</str> <str>comp1.mat1.del.epsilonPrim32</str> <str>comp1.mat1.rfi.n12*comp1.mat1.rfi.n13-comp1.mat1.rfi.ki12*comp1.mat1.rfi.ki13+comp1.mat1.rfi.n22*comp1.mat1.rfi.n23-comp1.mat1.rfi.ki22*comp1.mat1.rfi.ki23+comp1.mat1.rfi.n32*comp1.mat1.rfi.n33-comp1.mat1.rfi.ki32*comp1.mat1.rfi.ki33</str> <str>comp1.mat1.del.epsilonPrim13</str> <str>comp1.mat1.rfi.n13*comp1.mat1.rfi.n11-comp1.mat1.rfi.ki13*comp1.mat1.rfi.ki11+comp1.mat1.rfi.n23*comp1.mat1.rfi.n21-comp1.mat1.rfi.ki23*comp1.mat1.rfi.ki21+comp1.mat1.rfi.n33*comp1.mat1.rfi.n31-comp1.mat1.rfi.ki33*comp1.mat1.rfi.ki31</str> <str>comp1.mat1.del.epsilonPrim23</str> <str>comp1.mat1.rfi.n13*comp1.mat1.rfi.n12-comp1.mat1.rfi.ki13*comp1.mat1.rfi.ki12+comp1.mat1.rfi.n23*comp1.mat1.rfi.n22-comp1.mat1.rfi.ki23*comp1.mat1.rfi.ki22+comp1.mat1.rfi.n33*comp1.mat1.rfi.n32-comp1.mat1.rfi.ki33*comp1.mat1.rfi.ki32</str> <str>comp1.mat1.del.epsilonPrim33</str> <str>comp1.mat1.rfi.n13 `^2-comp1.mat1.rfi.ki13^2+comp1.mat1.rfi.n23^2-comp1.mat1.rfi.ki23^2+comp1.mat1.rfi.n33^2-comp1.mat1.rfi.ki33^2</str> <str>comp1.mat1.del.epsilonPrim_iso</str> <str>if(comp1.mat1.rfi.n12*comp1.mat1.rfi.n11-comp1.mat1.rfi.ki12*comp1.mat1.rfi.ki11+comp1.mat1.rfi.n22*comp1.mat1.rfi.n21-comp1.mat1.rfi.ki22*comp1.mat1.rfi.ki21+comp1.mat1.rfi.n32*comp1.mat1.rfi.n31-comp1.mat1.rfi.ki32*comp1.mat1.rfi.ki31==0&amp;&amp;comp1.mat1.rfi.n13*comp1.mat1.rfi.n11-comp1.mat1.rfi.ki13*comp1.mat1.rfi.ki11+comp1.mat1.rfi.n23*comp1.mat1.rfi.n21-comp1.mat1.rfi.ki23*comp1.mat1.rfi.ki21+comp1.mat1.rfi.n33*comp1.mat1.rfi.n31-comp1.mat1.rfi.ki33*comp1.mat1.rfi.ki31==0&amp;&amp;comp1.mat1.rfi.n12*comp1.mat1.rfi.n11-comp1.mat1.rfi.ki12*comp1.mat1.rfi.ki11+comp1.mat1.rfi.n22*comp1.mat1.rfi.n21-comp1.mat1.rfi.ki22*comp1.mat1.rfi.ki21+comp1.mat1.rfi.n32*comp1.mat1.rfi.n31-comp1.mat1.rfi.ki32*comp1.mat1.rfi.ki31==0&amp;&amp;comp1.mat1.rfi.n12^2-comp1.mat1.rfi.ki12^2+comp1.mat1.rfi.n22^2-comp1.mat1.rfi.ki22^2+comp1.mat1.rfi.n32^2-comp1.mat1.rfi.ki32^2==comp1.mat1.rfi.n11^2-comp1.mat1.rfi.ki11^2+comp1.mat1.rfi.n21^2-comp1.mat1.rfi.ki21^2+comp1.mat1.rfi.n31^2-comp1.mat1.rfi.ki31^2&amp;&amp;comp1.mat1.rfi.n13*comp1.mat1.rfi.n12-comp1.mat1.rfi.ki13*comp1.mat1.rfi.ki12+comp1.mat1.rfi.n23*comp1.mat1.rfi.n22-comp1.mat1.rfi.ki23*comp1.mat1.rfi.ki22+comp1.mat1.rfi.n33*comp1.mat1.rfi.n32-comp1.mat1.rfi.ki33*comp1.mat1.rfi.ki32==0&amp;&amp;comp1.mat1.rfi.n13*comp1.mat1.rfi.n11-comp1.mat1.rfi.ki13*comp1.mat1.rfi.ki11+comp1.mat1.rfi.n23*comp1.mat1.rfi.n21-comp1.mat1.rfi.ki23*comp1.mat1.rfi.ki21+comp1.mat1.rfi.n33*comp1.mat1.rfi.n31-comp1.mat1.rfi.ki33*comp1.mat1.rfi.ki31==0&amp;&amp;comp1.mat1.rfi.n13*comp1.mat1.rfi.n12-comp1.mat1.rfi.ki13*comp1.mat1.rfi.ki12+comp1.mat1.rfi.n23*comp1.mat1.rfi.n22-comp1.mat1.rfi.ki23*comp1.mat1.rfi.ki22+comp1.mat1.rfi.n33*comp1.mat1.rfi.n32-comp1.mat1.rfi.ki33*comp1.mat1.rfi.ki32==0&amp;&amp;comp1.mat1.rfi.n13^2-comp1.mat1.rfi.ki13^2+comp1.mat1.rfi.n23^2-comp1.mat1.rfi.ki23^2+comp1.mat1.rfi.n33^2-comp1.mat1.rfi.ki33^2==comp1.mat1.rfi.n11^2-comp1.mat1.rfi.ki11^2+comp1.mat1.rfi.n21^2-comp1.mat1.rfi.ki21^2+comp1.mat1.rfi.n31^2-comp1.mat1.rfi.ki31^2,comp1.mat1.rfi.n11^2-comp1.mat1.rfi.ki11^2+comp1.mat1.rfi.n21^2-comp1.mat1.rfi.ki21^2+comp1.mat1.rfi.n31^2-comp1.mat1.rfi.ki31^2,error('$base64:RmFpbGVkIHRvIGV2YWx1YXRlIGFuIGlzb3Ryb3BpYyB2YWx1ZSBvZiBhbiBhbmlzb3Ryb3BpYyB0ZW5zb3IAAAAAAAA='))</str> <str>comp1.mat1.del.epsilonPrim_symmetry</str> <str>4</str> <str>comp1.mat1.del.epsilonBis11</str> <str>2*(comp1.mat1.rfi.n11*comp1.mat1.rfi.ki11+comp1.mat1.rfi.n21*comp1.mat1.rfi.ki21+comp1.mat1.rfi.n31*comp1.mat1.rfi.ki31)</str> <str>comp1.mat1.del.epsilonBis21</str> <str>comp1.mat1.rfi.n11*comp1.mat1.rfi.ki12+comp1.mat1.rfi.ki11*comp1.mat1.rfi.n12+comp1.mat1.rfi.n21*comp1.mat1.rfi.ki22+comp1.mat1.rfi.ki21*comp1.mat1.rfi.n22+comp1.mat1.rfi.n31*comp1.mat1.rfi.ki32+comp1.mat1.rfi.ki31*comp1.mat1.rfi.n32</str> <str>comp1.mat1.del.epsilonBis31</str> <str>comp1.mat1.rfi.n11*comp1.mat1.rfi.ki13+comp1.mat1.rfi.ki11*comp1.mat1.rfi.n13+comp1.mat1.rfi.n21*comp1.mat1.rfi.ki23+comp1.mat1.rfi.ki21*comp1.mat1.rfi.n23+comp1.mat1.rfi.n31*comp1.mat1.rfi.ki33+comp1.mat1.rfi.ki31*comp1.mat1.rfi.n33</str> <str>comp1.mat1.del.epsilonBis12</str> <str>comp1.mat1.rfi.n12*comp1.mat1.rfi.ki11+comp1.mat1.rfi.ki12*comp1.mat1.rfi.n11+comp1.mat1.rfi.n22*comp1.mat1.rfi.ki21+comp1.mat1.rfi.ki22*comp1.mat1.rfi.n21+comp1.mat1.rfi.n32*comp1.mat1.rfi.ki31+comp1.mat1.rfi.ki32*comp1.mat1.rfi.n31</str> <str>comp1.mat1.del.epsilonBis22</str> <str>2*(comp1.mat1.rfi.n12*comp1.mat1.rfi.ki12+comp1.mat1.rfi.n22*comp1.mat1.rfi.ki22+comp1.mat1.rfi.n32*comp1.mat1.rfi.ki32)</str> <str>comp1.mat1.del.epsilonBis32</str> <str>comp1.mat1.rfi.n12*comp1.mat1.rfi.ki13+comp1.mat1.rfi.ki12*comp1.mat1.rfi.n13+comp1.mat1.rfi.n22*comp1.mat1.rfi.ki23+comp1.mat1.rfi.ki22*comp1.mat1.rfi.n23+comp1.mat1.rfi.n32*comp1.mat1.rfi.ki33+comp1.mat1.rfi.ki32*comp1.mat1.rfi.n33</str> <str>comp1.mat1.del.epsilonBis13</str> <str>comp1.mat1.rfi.n13*comp1.mat1.rfi.ki11+comp1.mat1.rfi.ki13*comp1.mat1.rfi.n11+comp1.mat1.rfi.n23*comp1.mat1.rfi.ki21+comp1.mat1.rfi.ki23*comp1.mat1.rfi.n21+comp1.mat1.rfi.n33*comp1.mat1.rfi.ki31+comp1.mat1.rfi.ki33*comp1.mat1.rfi.n31</str> <str>comp1.mat1.del.epsilonBis23</str> <str>comp1.mat1.rfi.n13*comp1.mat1.rfi.ki12+comp1.mat1.rfi.ki13*comp1.mat1.rfi.n12+comp1.mat1.rfi.n23*comp1.mat1.rfi.ki22+comp1.mat1.rfi.ki23*comp1.mat1.rfi.n22+comp1.mat1.rfi.n33*comp1.mat1.rfi.ki32+comp1.mat1.rfi.ki33*comp1.mat1.rfi.n32</str> <str>comp1.mat1.del.epsilonBis33</str> <str>2*(comp1.mat1.rfi.n13*comp1.mat1.rfi.ki13+comp1.mat1.rfi.n23*comp1.mat1.rfi.ki23+comp1.mat1.rfi.n33*comp1.mat1.rfi.ki33)</str> <str>comp1.mat1.del.epsilonBis_iso</str> <str>if(comp1.mat1.rfi.n12*comp1.mat1.rfi.ki11+comp1.mat1.rfi.ki12*comp1.mat1.rfi.n11+comp1.mat1.rfi.n22*comp1.mat1.rfi.ki21+comp1.mat1.rfi.ki22*comp1.mat1.rfi.n21+comp1.mat1.rfi.n32*comp1.mat1.rfi.ki31+comp1.mat1.rfi.ki32*comp1.mat1.rfi.n31==0&amp;&amp;comp1.mat1.rfi.n13*comp1.mat1.rfi.ki11+comp1.mat1.rfi.ki13*comp1.mat1.rfi.n11+comp1.mat1.rfi.n23*comp1.mat1.rfi.ki21+comp1.mat1.rfi.ki23*comp1.mat1.rfi.n21+comp1.mat1.rfi.n33*comp1.mat1.rfi.ki31+comp1.mat1.rfi.ki33*comp1.mat1.rfi.n31==0&amp;&amp;comp1.mat1.rfi.n12*comp1.mat1.rfi.ki11+comp1.mat1.rfi.ki12*comp1.mat1.rfi.n11+comp1.mat1.rfi.n22*comp1.mat1.rfi.ki21+comp1.mat1.rfi.ki22*comp1.mat1.rfi.n21+comp1.mat1.rfi.n32*comp1.mat1.rfi.ki31+comp1.mat1.rfi.ki32*comp1.mat1.rfi.n31==0&amp;&amp;2*(comp1.mat1.rfi.n12*comp1.mat1.rfi.ki12+comp1.mat1.rfi.n22*comp1.mat1.rfi.ki22+comp1.mat1.rfi.n32*comp1.mat1.rfi.ki32)==2*(comp1.mat1.rfi.n11*comp1.mat1.rfi.ki11+comp1.mat1.rfi.n21*comp1.mat1.rfi.ki21+comp1.mat1.rfi.n31*comp1.mat1.rfi.ki31)&amp;&amp;comp1.mat1.rfi.n13*comp1.mat1.rfi.ki12+comp1.mat1.rfi.ki13*comp1.mat1.rfi.n12+comp1.mat1.rfi.n23*comp1.mat1.rfi.ki22+comp1.mat1.rfi.ki23*comp1.mat1.rfi.n22+comp1.mat1.rfi.n33*comp1.mat1.rfi.ki32+comp1.mat1.rfi.ki33*comp1.mat1.rfi.n32==0&amp;&amp;comp1.mat1.rfi.n13*comp1.mat1.rfi.ki11+comp1.mat1.rfi.ki13*comp1.mat1.rfi.n11+comp1.mat1.rfi.n23*comp1.mat1.rfi.ki21+comp1.mat1.rfi.ki23*comp1.mat1.rfi.n21+comp1.mat1.rfi.n33*comp1.mat1.rfi.ki31+comp1.mat1.rfi.ki33*comp1.mat1.rfi.n31==0&amp;&amp;comp1.mat1.rfi.n13*comp1.mat1.rfi.ki12+comp1.mat1.rfi.ki13*comp1.mat1.rfi.n12+comp1.mat1.rfi.n23*comp1.mat1.rfi.ki22+comp1.mat1.rfi.ki23*comp1.mat1.rfi.n22+comp1.mat1.rfi.n33*comp1.mat1.rfi.ki32+comp1.mat1.rfi.ki33*comp1.mat1.rfi.n32==0&amp;&amp;2*(comp1.mat1.rfi.n13*comp1.mat1.rfi.ki13+comp1.mat1.rfi.n23*comp1.mat1.rfi.ki23+comp1.mat1.rfi.n33*comp1.mat1.rfi.ki33)==2*(comp1.mat1.rfi.n11*comp1.mat1.rfi.ki11+comp1.mat1.rfi.n21*comp1.mat1.rfi.ki21+comp1.mat1.rfi.n31*comp1.mat1.rfi.ki31),2*(comp1.mat1.rfi.n11*comp1.mat1.rfi.ki11+comp1.mat1.rfi.n21*comp1.mat1.rfi.ki21+comp1.mat1.rfi.n31*comp1.mat1.rfi.ki31),error('$base64:RmFpbGVkIHRvIGV2YWx1YXRlIGFuIGlzb3Ryb3BpYyB2YWx1ZSBvZiBhbiBhbmlzb3Ryb3BpYyB0ZW5zb3IAAAAAAAA='))</str> <str>comp1.mat1.del.epsilonBis_symmetry</str> <str>4</str> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elconst</str> <str>var</str> <arr> <str>comp1.mat1.NonlinearModel.BA</str> <str>-1+comp1.mat1.def.gamma</str> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elconst</str> <str>var</str> <arr> <str>comp1.mat1.idealGas.Rs</str> <str>R_const/comp1.mat1.idealGas.Mn</str> <str>comp1.mat1.idealGas.heatcapacity</str> <str>comp1.mat1.idealGas.Cp</str> <str>comp1.mat1.idealGas.Cp</str> <str>comp1.mat1.idealGas.Cp(minput.T/unit_K_cf)*unit_J_cf/(unit_kg_cf*unit_K_cf)</str> <str>comp1.mat1.idealGas.ratioofspecificheat</str> <str>comp1.mat1.idealGas.gamma</str> <str>comp1.mat1.idealGas.gamma</str> <str>1.4</str> <str>comp1.mat1.idealGas.molarmass</str> <str>comp1.mat1.idealGas.Mn</str> <str>comp1.mat1.idealGas.Mn</str> <str>0.02897*unit_kg_cf/unit_mol_cf</str> </arr> </rec> cG<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elconst</str> <str>var</str> <arr> <str>comp1.mat2.def.relpermeability11</str> <str>comp1.mat2.def.mur11</str> <str>comp1.mat2.def.relpermeability21</str> <str>0</str> <str>comp1.mat2.def.relpermeability31</str> <str>0</str> <str>comp1.mat2.def.relpermeability12</str> <str>0</str> <str>comp1.mat2.def.relpermeability22</str> <str>comp1.mat2.def.mur22</str> <str>comp1.mat2.def.relpermeability32</str> <str>0</str> <str>comp1.mat2.def.relpermeability13</str> <str>0</str> <str>comp1.mat2.def.relpermeability23</str> <str>0</str> <str>comp1.mat2.def.relpermeability33</str> <str>comp1.mat2.def.mur33</str> <str>comp1.mat2.def.mur11</str> <str>1</str> <str>comp1.mat2.def.mur21</str> <str>0</str> <str>comp1.mat2.def.mur31</str> <str>0</str> <str>comp1.mat2.def.mur12</str> <str>0</str> <str>comp1.mat2.def.mur22</str> <str>1</str> <str>comp1.mat2.def.mur32</str> <str>0</str> <str>comp1.mat2.def.mur13</str> <str>0</str> <str>comp1.mat2.def.mur23</str> <str>0</str> <str>comp1.mat2.def.mur33</str> <str>1</str> <str>comp1.mat2.def.mur_iso</str> <str>1</str> <str>comp1.mat2.def.mur_symmetry</str> <str>0</str> <str>comp1.mat2.def.electricconductivity11</str> <str>comp1.mat2.def.sigma11</str> <str>comp1.mat2.def.electricconductivity21</str> <str>0</str> <str>comp1.mat2.def.electricconductivity31</str> <str>0</str> <str>comp1.mat2.def.electricconductivity12</str> <str>0</str> <str>comp1.mat2.def.electricconductivity22</str> <str>comp1.mat2.def.sigma22</str> <str>comp1.mat2.def.electricconductivity32</str> <str>0</str> <str>comp1.mat2.def.electricconductivity13</str> <str>0</str> <str>comp1.mat2.def.electricconductivity23</str> <str>0</str> <str>comp1.mat2.def.electricconductivity33</str> <str>comp1.mat2.def.sigma33</str> <str>comp1.mat2.def.sigma11</str> <str>59980000*unit_S_cf/unit_m_cf</str> <str>comp1.mat2.def.sigma21</str> <str>0</str> <str>comp1.mat2.def.sigma31</str> <str>0</str> <str>comp1.mat2.def.sigma12</str> <str>0</str> <str>comp1.mat2.def.sigma22</str> <str>59980000*unit_S_cf/unit_m_cf</str> <str>comp1.mat2.def.sigma32</str> <str>0</str> <str>comp1.mat2.def.sigma13</str> <str>0</str> <str>comp1.mat2.def.sigma23</str> <str>0</str> <str>comp1.mat2.def.sigma33</str> <str>59980000*unit_S_cf/unit_m_cf</str> <str>comp1.mat2.def.sigma_iso</str> <str>59980000*unit_S_cf/unit_m_cf</str> <str>comp1.mat2.def.sigma_symmetry</str> <str>0</str> <str>comp1.mat2.def.thermalexpansioncoefficient11</str> <str>comp1.mat2.def.alpha11</str> <str>comp1.mat2.def.thermalexpansioncoefficient21</str> <str>0</str> <str>comp1.mat2.def.thermalexpansioncoefficient31</str> <str>0</str> <str>comp1.mat2.def.thermalexpansioncoefficient12</str> <str>0</str> <str>comp1.mat2.def.thermalexpansioncoefficient22</str> <str>comp1.mat2.def.alpha22</str> <str>comp1.mat2.def.thermalexpansioncoefficient32</str> <str>0</str> <str>comp1.mat2.def.thermalexpansioncoefficient13</str> <str>0</str> <str>comp1.mat2.def.thermalexpansioncoefficient23</str> <str>0</str> <str>comp1.mat2.def.thermalexpansioncoefficient33</str> <str>comp1.mat2.def.alpha33</str> <str>comp1.mat2.def.alpha11</str> <str>1.7E-5/unit_K_cf</str> <str>comp1.mat2.def.alpha21</str> <str>0</str> <str>comp1.mat2.def.alpha31</str> <str>0</str> <str>comp1.mat2.def.alpha12</str> <str>0</str> <str>comp1.mat2.def.alpha22</str> <str>1.7E-5/unit_K_cf</str> <str>comp1.mat2.def.alpha32</str> <str>0</str> <str>comp1.mat2.def.alpha13</str> <str>0</str> <str>comp1.mat2.def.alpha23</str> <str>0</str> <str>comp1.mat2.def.alpha33</str> <str>1.7E-5/unit_K_cf</str> <str>comp1.mat2.def.alpha_iso</str> <str>1.7E-5/unit_K_cf</str> <str>comp1.mat2.def.alpha_symmetry</str> <str>0</str> <str>comp1.mat2.def.heatcapacity</str> <str>comp1.mat2.def.Cp</str> <str>comp1.mat2.def.Cp</str> <str>385*unit_J_cf/(unit_kg_cf*unit_K_cf)</str> <str>comp1.mat2.def.relpermittivity11</str> <str>comp1.mat2.def.epsilonr11</str> <str>comp1.mat2.def.relpermittivity21</str> <str>0</str> <str>comp1.mat2.def.relpermittivity31</str> <str>0</str> <str>comp1.mat2.def.relpermittivity12</str> <str>0</str> <str>comp1.mat2.def.relpermittivity22</str> <str>comp1.mat2.def.epsilonr22</str> <str>comp1.mat2.def.relpermittivity32</str> <str>0</str> <str>comp1.mat2.def.relpermittivity13</str> <str>0</str> <str>comp1.mat2.def.relpermittivity23</str> <str>0</str> <str>comp1.mat2.def.relpermittivity33</str> <str>comp1.mat2.def.epsilonr33</str> <str>comp1.mat2.def.epsilonr11</str> <str>1</str> <str>comp1.mat2.def.epsilonr21</str> <str>0</str> <str>comp1.mat2.def.epsilonr31</str> <str>0</str> <str>comp1.mat2.def.epsilonr12</str> <str>0</str> <str>comp1.mat2.def.epsilonr22</str> <str>1</str> <str>comp1.mat2.def.epsilonr32</str> <str>0</str> <str>comp1.mat2.def.epsilonr13</str> <str>0</str> <str>comp1.mat2.def.epsilonr23</str> <str>0</str> <str>comp1.mat2.def.epsilonr33</str> <str>1</str> <str>comp1.mat2.def.epsilonr_iso</str> <str>1</str> <str>comp1.mat2.def.epsilonr_symmetry</str> <str>0</str> <str>comp1.mat2.def.density</str> <str>comp1.mat2.def.rho</str> <str>comp1.mat2.def.rho</str> <str>8960*unit_kg_cf/unit_m_cf^3</str> <str>comp1.mat2.def.thermalconductivity11</str> <str>comp1.mat2.def.k11</str> <str>comp1.mat2.def.thermalconductivity21</str> <str>0</str> <str>comp1.mat2.def.thermalconductivity31</str> <str>0</str> <str>comp1.mat2.def.thermalconductivity12</str> <str>0</str> <str>comp1.mat2.def.thermalconductivity22</str> <str>comp1.mat2.def.k22</str> <str>comp1.mat2.def.thermalconductivity32</str> <str>0</str> <str>comp1.mat2.def.thermalconductivity13</str> <str>0</str> <str>comp1.mat2.def.thermalconductivity23</str> <str>0</str> <str>comp1.mat2.def.thermalconductivity33</str> <str>comp1.mat2.def.k33</str> <str>comp1.mat2.def.k11</str> <str>400*unit_W_cf/(unit_m_cf*unit_K_cf)</str> <str>comp1.mat2.def.k21</str> <str>0</str> <str>comp1.mat2.def.k31</str> <str>0</str> <str>comp1.mat2.def.k12</str> <str>0</str> <str>comp1.mat2.def.k22</str> <str>400*unit_W_cf/(unit_m_cf*unit_K_cf)</str> <str>comp1.mat2.def.k32</str> <str>0</str> <str>comp1.mat2.def.k13</str> <str>0</str> <str>comp1.mat2.def.k23</str> <str>0</str> <str>comp1.mat2.def.k33</str> <str>400*unit_W_cf/(unit_m_cf*unit_K_cf)</str> <str>comp1.mat2.def.k_iso</str> <str>400*unit_W_cf/(unit_m_cf*unit_K_cf)</str> <str>comp1.mat2.def.k_symmetry</str> <str>0</str> <str>comp1.mat2.lstdf.tanDelta</str> <str>-imag(comp1.mat2.def.epsilonr_iso)/real(comp1.mat2.def.epsilonr_iso)</str> <str>comp1.mat2.lstdf.epsilonPrim11</str> <str>real(comp1.mat2.def.epsilonr_iso)</str> <str>comp1.mat2.lstdf.epsilonPrim21</str> <str>0</str> <str>comp1.mat2.lstdf.epsilonPrim31</str> <str>0</str> <str>comp1.mat2.lstdf.epsilonPrim12</str> <str>0</str> <str>comp1.mat2.lstdf.epsilonPrim22</str> <str>real(comp1.mat2.def.epsilonr_iso)</str> <str>comp1.mat2.lstdf.epsilonPrim32</str> <str>0</str> <str>comp1.mat2.lstdf.epsilonPrim13</str> <str>0</str> <str>comp1.mat2.lstdf.epsilonPrim23</str> <str>0</str> <str>comp1.mat2.lstdf.epsilonPrim33</str> <str>real(comp1.mat2.def.epsilonr_iso)</str> <str>comp1.mat2.lstdf.epsilonPrim_iso</str> <str>real(comp1.mat2.def.epsilonr_iso)</str> <str>comp1.mat2.lstdf.epsilonPrim_symmetry</str> <str>4</str> <str>comp1.mat2.MagneticLosses.murBis</str> <str>-imag(comp1.mat2.def.mur_iso)</str> <str>comp1.mat2.MagneticLosses.murPrim</str> <str>real(comp1.mat2.def.mur_iso)</str> <str>comp1.mat2.lst.epsilonPrim11</str> <str>real(comp1.mat2.def.epsilonr_iso)</str> <str>comp1.mat2.lst.epsilonPrim21</str> <str>0</str> <str>comp1.mat2.lst.epsilonPrim31</str> <str>0</str> <str>comp1.mat2.lst.epsilonPrim12</str> <str>0</str> <str>comp1.mat2.lst.epsilonPrim22</str> <str>real(comp1.mat2.def.epsilonr_iso)</str> <str>comp1.mat2.lst.epsilonPrim32</str> <str>0</str> <str>comp1.mat2.lst.epsilonPrim13</str> <str>0</str> <str>comp1.mat2.lst.epsilonPrim23</str> <str>0</str> <str>comp1.mat2.lst.epsilonPrim33</str> <str>real(comp1.mat2.def.epsilonr_iso)</str> <str>comp1.mat2.lst.epsilonPrim_iso</str> <str>real(comp1.mat2.def.epsilonr_iso)</str> <str>comp1.mat2.lst.epsilonPrim_symmetry</str> <str>4</str> <str>comp1.mat2.lst.delta</str> <str>atan2(-imag(comp1.mat2.def.epsilonr_iso),real(comp1.mat2.def.epsilonr_iso))*unit_rad_cf</str> <str>comp1.mat2.rfi.n11</str> <str>sqrt(0.5*(real(comp1.mat2.def.epsilonr_iso)+sqrt(real(comp1.mat2.def.epsilonr_iso)^2+(-imag(comp1.mat2.def.epsilonr_iso))^2)))</str> <str>comp1.mat2.rfi.n21</str> <str>0</str> <str>comp1.mat2.rfi.n31</str> <str>0</str> <str>comp1.mat2.rfi.n12</str> <str>0</str> <str>comp1.mat2.rfi.n22</str> <str>sqrt(0.5*(real(comp1.mat2.def.epsilonr_iso)+sqrt(real(comp1.mat2.def.epsilonr_iso)^2+(-imag(comp1.mat2.def.epsilonr_iso))^2)))</str> <str>comp1.mat2.rfi.n32</str> <str>0</str> <str>comp1.mat2.rfi.n13</str> <str>0</str> <str>comp1.mat2.rfi.n23</str> <str>0</str> <str>comp1.mat2.rfi.n33</str> <str>sqrt(0.5*(real(comp1.mat2.def.epsilonr_iso)+sqrt(real(comp1.mat2.def.epsilonr_iso)^2+(-imag(comp1.mat2.def.epsilonr_iso))^2)))</str> <str>comp1.mat2.rfi.n_iso</str> <str>sqrt(0.5*(real(comp1.mat2.def.epsilonr_iso)+sqrt(real(comp1.mat2.def.epsilonr_iso)^2+(-imag(comp1.mat2.def.epsilonr_iso))^2)))</str> <str>comp1.mat2.rfi.n_symmetry</str> <str>4</str> <str>comp1.mat2.rfi.ki11</str> <str>-0.5*imag(comp1.mat2.def.epsilonr_iso)/sqrt(0.5*(real(comp1.mat2.def.epsilonr_iso)+sqrt(real(comp1.mat2.def.epsilonr_iso)^2+(-imag(comp1.mat2.def.epsilonr_iso))^2)))</str> <str>comp1.mat2.rfi.ki21</str> <str>0</str> <str>comp1.mat2.rfi.ki31</str> <str>0</str> <str>comp1.mat2.rfi.ki12</str> <str>0</str> <str>comp1.mat2.rfi.ki22</str> <str>-0.5*imag(comp1.mat2.def.epsilonr_iso)/sqrt(0.5*(real(comp1.mat2.def.epsilonr_iso)+sqrt(real(comp1.mat2.def.epsilonr_iso)^2+(-imag(comp1.mat2.def.epsilonr_iso))^2)))</str> <str>comp1.mat2.rfi.ki32</str> <str>0</str> <str>comp1.mat2.rfi.ki13</str> <str>0</str> <str>comp1.mat2.rfi.ki23</str> <str>0</str> <str>comp1.mat2.rfi.ki33</str> <str>-0.5*imag(comp1.mat2.def.epsilonr_iso)/sqrt(0.5*(real(comp1.mat2.def.epsilonr_iso)+sqrt(real(comp1.mat2.def.epsilonr_iso)^2+(-imag(comp1.mat2.def.epsilonr_iso))^2)))</str> <str>comp1.mat2.rfi.ki_iso</str> <str>-0.5*imag(comp1.mat2.def.epsilonr_iso)/sqrt(0.5*(real(comp1.mat2.def.epsilonr_iso)+sqrt(real(comp1.mat2.def.epsilonr_iso)^2+(-imag(comp1.mat2.def.epsilonr_iso))^2)))</str> <str>comp1.mat2.rfi.ki_symmetry</str> <str>4</str> <str>comp1.mat2.del.epsilonPrim11</str> <str>real(comp1.mat2.def.epsilonr11)</str> <str>comp1.mat2.del.epsilonPrim21</str> <str>real(comp1.mat2.def.epsilonr21)</str> <str>comp1.mat2 `.del.epsilonPrim31</str> <str>real(comp1.mat2.def.epsilonr31)</str> <str>comp1.mat2.del.epsilonPrim12</str> <str>real(comp1.mat2.def.epsilonr12)</str> <str>comp1.mat2.del.epsilonPrim22</str> <str>real(comp1.mat2.def.epsilonr22)</str> <str>comp1.mat2.del.epsilonPrim32</str> <str>real(comp1.mat2.def.epsilonr32)</str> <str>comp1.mat2.del.epsilonPrim13</str> <str>real(comp1.mat2.def.epsilonr13)</str> <str>comp1.mat2.del.epsilonPrim23</str> <str>real(comp1.mat2.def.epsilonr23)</str> <str>comp1.mat2.del.epsilonPrim33</str> <str>real(comp1.mat2.def.epsilonr33)</str> <str>comp1.mat2.del.epsilonPrim_iso</str> <str>if(real(comp1.mat2.def.epsilonr12)==0&amp;&amp;real(comp1.mat2.def.epsilonr13)==0&amp;&amp;real(comp1.mat2.def.epsilonr21)==0&amp;&amp;real(comp1.mat2.def.epsilonr22)==real(comp1.mat2.def.epsilonr11)&amp;&amp;real(comp1.mat2.def.epsilonr23)==0&amp;&amp;real(comp1.mat2.def.epsilonr31)==0&amp;&amp;real(comp1.mat2.def.epsilonr32)==0&amp;&amp;real(comp1.mat2.def.epsilonr33)==real(comp1.mat2.def.epsilonr11),real(comp1.mat2.def.epsilonr11),error('$base64:RmFpbGVkIHRvIGV2YWx1YXRlIGFuIGlzb3Ryb3BpYyB2YWx1ZSBvZiBhbiBhbmlzb3Ryb3BpYyB0ZW5zb3IAAAAAAAA='))</str> <str>comp1.mat2.del.epsilonPrim_symmetry</str> <str>4</str> <str>comp1.mat2.del.epsilonBis11</str> <str>-imag(comp1.mat2.def.epsilonr11)</str> <str>comp1.mat2.del.epsilonBis21</str> <str>-imag(comp1.mat2.def.epsilonr21)</str> <str>comp1.mat2.del.epsilonBis31</str> <str>-imag(comp1.mat2.def.epsilonr31)</str> <str>comp1.mat2.del.epsilonBis12</str> <str>-imag(comp1.mat2.def.epsilonr12)</str> <str>comp1.mat2.del.epsilonBis22</str> <str>-imag(comp1.mat2.def.epsilonr22)</str> <str>comp1.mat2.del.epsilonBis32</str> <str>-imag(comp1.mat2.def.epsilonr32)</str> <str>comp1.mat2.del.epsilonBis13</str> <str>-imag(comp1.mat2.def.epsilonr13)</str> <str>comp1.mat2.del.epsilonBis23</str> <str>-imag(comp1.mat2.def.epsilonr23)</str> <str>comp1.mat2.del.epsilonBis33</str> <str>-imag(comp1.mat2.def.epsilonr33)</str> <str>comp1.mat2.del.epsilonBis_iso</str> <str>if(-imag(comp1.mat2.def.epsilonr12)==0&amp;&amp;-imag(comp1.mat2.def.epsilonr13)==0&amp;&amp;-imag(comp1.mat2.def.epsilonr21)==0&amp;&amp;-imag(comp1.mat2.def.epsilonr22)==-imag(comp1.mat2.def.epsilonr11)&amp;&amp;-imag(comp1.mat2.def.epsilonr23)==0&amp;&amp;-imag(comp1.mat2.def.epsilonr31)==0&amp;&amp;-imag(comp1.mat2.def.epsilonr32)==0&amp;&amp;-imag(comp1.mat2.def.epsilonr33)==-imag(comp1.mat2.def.epsilonr11),-imag(comp1.mat2.def.epsilonr11),error('$base64:RmFpbGVkIHRvIGV2YWx1YXRlIGFuIGlzb3Ryb3BpYyB2YWx1ZSBvZiBhbiBhbmlzb3Ryb3BpYyB0ZW5zb3IAAAAAAAA='))</str> <str>comp1.mat2.del.epsilonBis_symmetry</str> <str>4</str> <str>comp1.mat2.smaTEA.alpha_A11</str> <str>comp1.mat2.def.thermalexpansioncoefficient11</str> <str>comp1.mat2.smaTEA.alpha_A21</str> <str>0</str> <str>comp1.mat2.smaTEA.alpha_A31</str> <str>0</str> <str>comp1.mat2.smaTEA.alpha_A12</str> <str>0</str> <str>comp1.mat2.smaTEA.alpha_A22</str> <str>comp1.mat2.def.thermalexpansioncoefficient22</str> <str>comp1.mat2.smaTEA.alpha_A32</str> <str>0</str> <str>comp1.mat2.smaTEA.alpha_A13</str> <str>0</str> <str>comp1.mat2.smaTEA.alpha_A23</str> <str>0</str> <str>comp1.mat2.smaTEA.alpha_A33</str> <str>comp1.mat2.def.thermalexpansioncoefficient33</str> <str>comp1.mat2.smaTEA.alpha_A_iso</str> <str>if(comp1.mat2.def.thermalexpansioncoefficient22==comp1.mat2.def.thermalexpansioncoefficient11&amp;&amp;comp1.mat2.def.thermalexpansioncoefficient33==comp1.mat2.def.thermalexpansioncoefficient11,comp1.mat2.def.thermalexpansioncoefficient11,error('$base64:RmFpbGVkIHRvIGV2YWx1YXRlIGFuIGlzb3Ryb3BpYyB2YWx1ZSBvZiBhbiBhbmlzb3Ryb3BpYyB0ZW5zb3IAAAAAAAA='))</str> <str>comp1.mat2.smaTEA.alpha_A_symmetry</str> <str>0</str> <str>comp1.mat2.smaTEM.alpha_M11</str> <str>comp1.mat2.def.thermalexpansioncoefficient11</str> <str>comp1.mat2.smaTEM.alpha_M21</str> <str>0</str> <str>comp1.mat2.smaTEM.alpha_M31</str> <str>0</str> <str>comp1.mat2.smaTEM.alpha_M12</str> <str>0</str> <str>comp1.mat2.smaTEM.alpha_M22</str> <str>comp1.mat2.def.thermalexpansioncoefficient22</str> <str>comp1.mat2.smaTEM.alpha_M32</str> <str>0</str> <str>comp1.mat2.smaTEM.alpha_M13</str> <str>0</str> <str>comp1.mat2.smaTEM.alpha_M23</str> <str>0</str> <str>comp1.mat2.smaTEM.alpha_M33</str> <str>comp1.mat2.def.thermalexpansioncoefficient33</str> <str>comp1.mat2.smaTEM.alpha_M_iso</str> <str>if(comp1.mat2.def.thermalexpansioncoefficient22==comp1.mat2.def.thermalexpansioncoefficient11&amp;&amp;comp1.mat2.def.thermalexpansioncoefficient33==comp1.mat2.def.thermalexpansioncoefficient11,comp1.mat2.def.thermalexpansioncoefficient11,error('$base64:RmFpbGVkIHRvIGV2YWx1YXRlIGFuIGlzb3Ryb3BpYyB2YWx1ZSBvZiBhbiBhbmlzb3Ryb3BpYyB0ZW5zb3IAAAAAAAA='))</str> <str>comp1.mat2.smaTEM.alpha_M_symmetry</str> <str>0</str> <str>comp1.mat2.smaA.Cp_A</str> <str>comp1.mat2.def.heatcapacity</str> <str>comp1.mat2.smaM.Cp_M</str> <str>comp1.mat2.def.heatcapacity</str> <str>comp1.mat2.smaA.k_A11</str> <str>comp1.mat2.def.thermalconductivity11</str> <str>comp1.mat2.smaA.k_A21</str> <str>0</str> <str>comp1.mat2.smaA.k_A31</str> <str>0</str> <str>comp1.mat2.smaA.k_A12</str> <str>0</str> <str>comp1.mat2.smaA.k_A22</str> <str>comp1.mat2.def.thermalconductivity22</str> <str>comp1.mat2.smaA.k_A32</str> <str>0</str> <str>comp1.mat2.smaA.k_A13</str> <str>0</str> <str>comp1.mat2.smaA.k_A23</str> <str>0</str> <str>comp1.mat2.smaA.k_A33</str> <str>comp1.mat2.def.thermalconductivity33</str> <str>comp1.mat2.smaA.k_A_iso</str> <str>if(comp1.mat2.def.thermalconductivity22==comp1.mat2.def.thermalconductivity11&amp;&amp;comp1.mat2.def.thermalconductivity33==comp1.mat2.def.thermalconductivity11,comp1.mat2.def.thermalconductivity11,error('$base64:RmFpbGVkIHRvIGV2YWx1YXRlIGFuIGlzb3Ryb3BpYyB2YWx1ZSBvZiBhbiBhbmlzb3Ryb3BpYyB0ZW5zb3IAAAAAAAA='))</str> <str>comp1.mat2.smaA.k_A_symmetry</str> <str>0</str> <str>comp1.mat2.smaM.k_M11</str> <str>comp1.mat2.def.thermalconductivity11</str> <str>comp1.mat2.smaM.k_M21</str> <str>0</str> <str>comp1.mat2.smaM.k_M31</str> <str>0</str> <str>comp1.mat2.smaM.k_M12</str> <str>0</str> <str>comp1.mat2.smaM.k_M22</str> <str>comp1.mat2.def.thermalconductivity22</str> <str>comp1.mat2.smaM.k_M32</str> <str>0</str> <str>comp1.mat2.smaM.k_M13</str> <str>0</str> <str>comp1.mat2.smaM.k_M23</str> <str>0</str> <str>comp1.mat2.smaM.k_M33</str> <str>comp1.mat2.def.thermalconductivity33</str> <str>comp1.mat2.smaM.k_M_iso</str> <str>if(comp1.mat2.def.thermalconductivity22==comp1.mat2.def.thermalconductivity11&amp;&amp;comp1.mat2.def.thermalconductivity33==comp1.mat2.def.thermalconductivity11,comp1.mat2.def.thermalconductivity11,error('$base64:RmFpbGVkIHRvIGV2YWx1YXRlIGFuIGlzb3Ryb3BpYyB2YWx1ZSBvZiBhbiBhbmlzb3Ryb3BpYyB0ZW5zb3IAAAAAAAA='))</str> <str>comp1.mat2.smaM.k_M_symmetry</str> <str>0</str> <str>comp1.mat2.idealGas.Cp</str> <str>comp1.mat2.def.heatcapacity</str> <str>comp1.mat2.Br.murec11</str> <str>comp1.mat2.def.relpermeability11</str> <str>comp1.mat2.Br.murec21</str> <str>0</str> <str>comp1.mat2.Br.murec31</str> <str>0</str> <str>comp1.mat2.Br.murec12</str> <str>0</str> <str>comp1.mat2.Br.murec22</str> <str>comp1.mat2.def.relpermeability22</str> <str>comp1.mat2.Br.murec32</str> <str>0</str> <str>comp1.mat2.Br.murec13</str> <str>0</str> <str>comp1.mat2.Br.murec23</str> <str>0</str> <str>comp1.mat2.Br.murec33</str> <str>comp1.mat2.def.relpermeability33</str> <str>comp1.mat2.Br.murec_iso</str> <str>if(comp1.mat2.def.relpermeability22==comp1.mat2.def.relpermeability11&amp;&amp;comp1.mat2.def.relpermeability33==comp1.mat2.def.relpermeability11,comp1.mat2.def.relpermeability11,error('$base64:RmFpbGVkIHRvIGV2YWx1YXRlIGFuIGlzb3Ryb3BpYyB2YWx1ZSBvZiBhbiBhbmlzb3Ryb3BpYyB0ZW5zb3IAAAAAAAA='))</str> <str>comp1.mat2.Br.murec_symmetry</str> <str>0</str> </arr> </rec> vZ<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elconst</str> <str>var</str> <arr> <str>comp1.mat2.Enu.E</str> <str>110*unit_GPa_cf</str> <str>comp1.mat2.Enu.nu</str> <str>0.35</str> <str>comp1.mat2.EG.G</str> <str>0.5*comp1.mat2.Enu.E/(1+comp1.mat2.Enu.nu)</str> <str>comp1.mat2.Tetragonal7.c7tet1</str> <str>comp1.mat2.Enu.E*(1-comp1.mat2.Enu.nu)/((1+comp1.mat2.Enu.nu)*(1-2*comp1.mat2.Enu.nu))</str> <str>comp1.mat2.Tetragonal7.c7tet2</str> <str>comp1.mat2.Enu.E*comp1.mat2.Enu.nu/((1+comp1.mat2.Enu.nu)*(1-2*comp1.mat2.Enu.nu))</str> <str>comp1.mat2.Tetragonal7.c7tet3</str> <str>comp1.mat2.Enu.E*comp1.mat2.Enu.nu/((1+comp1.mat2.Enu.nu)*(1-2*comp1.mat2.Enu.nu))</str> <str>comp1.mat2.Tetragonal7.c7tet4</str> <str>0</str> <str>comp1.mat2.Tetragonal7.c7tet5</str> <str>comp1.mat2.Enu.E*(1-comp1.mat2.Enu.nu)/((1+comp1.mat2.Enu.nu)*(1-2*comp1.mat2.Enu.nu))</str> <str>comp1.mat2.Tetragonal7.c7tet6</str> <str>0.5*comp1.mat2.Enu.E/(1+comp1.mat2.Enu.nu)</str> <str>comp1.mat2.Tetragonal7.c7tet7</str> <str>0.5*comp1.mat2.Enu.E/(1+comp1.mat2.Enu.nu)</str> <str>comp1.mat2.AnisotropicVoGrp.DVo11</str> <str>comp1.mat2.Enu.E*(1-comp1.mat2.Enu.nu)/((1+comp1.mat2.Enu.nu)*(1-2*comp1.mat2.Enu.nu))</str> <str>comp1.mat2.AnisotropicVoGrp.DVo21</str> <str>comp1.mat2.Enu.E*comp1.mat2.Enu.nu/((1+comp1.mat2.Enu.nu)*(1-2*comp1.mat2.Enu.nu))</str> <str>comp1.mat2.AnisotropicVoGrp.DVo31</str> <str>comp1.mat2.Enu.E*comp1.mat2.Enu.nu/((1+comp1.mat2.Enu.nu)*(1-2*comp1.mat2.Enu.nu))</str> <str>comp1.mat2.AnisotropicVoGrp.DVo41</str> <str>0</str> <str>comp1.mat2.AnisotropicVoGrp.DVo51</str> <str>0</str> <str>comp1.mat2.AnisotropicVoGrp.DVo61</str> <str>0</str> <str>comp1.mat2.AnisotropicVoGrp.DVo12</str> <str>comp1.mat2.Enu.E*comp1.mat2.Enu.nu/((1+comp1.mat2.Enu.nu)*(1-2*comp1.mat2.Enu.nu))</str> <str>comp1.mat2.AnisotropicVoGrp.DVo22</str> <str>comp1.mat2.Enu.E*(1-comp1.mat2.Enu.nu)/((1+comp1.mat2.Enu.nu)*(1-2*comp1.mat2.Enu.nu))</str> <str>comp1.mat2.AnisotropicVoGrp.DVo32</str> <str>comp1.mat2.Enu.E*comp1.mat2.Enu.nu/((1+comp1.mat2.Enu.nu)*(1-2*comp1.mat2.Enu.nu))</str> <str>comp1.mat2.AnisotropicVoGrp.DVo42</str> <str>0</str> <str>comp1.mat2.AnisotropicVoGrp.DVo52</str> <str>0</str> <str>comp1.mat2.AnisotropicVoGrp.DVo62</str> <str>0</str> <str>comp1.mat2.AnisotropicVoGrp.DVo13</str> <str>comp1.mat2.Enu.E*comp1.mat2.Enu.nu/((1+comp1.mat2.Enu.nu)*(1-2*comp1.mat2.Enu.nu))</str> <str>comp1.mat2.AnisotropicVoGrp.DVo23</str> <str>comp1.mat2.Enu.E*comp1.mat2.Enu.nu/((1+c `omp1.mat2.Enu.nu)*(1-2*comp1.mat2.Enu.nu))</str> <str>comp1.mat2.AnisotropicVoGrp.DVo33</str> <str>comp1.mat2.Enu.E*(1-comp1.mat2.Enu.nu)/((1+comp1.mat2.Enu.nu)*(1-2*comp1.mat2.Enu.nu))</str> <str>comp1.mat2.AnisotropicVoGrp.DVo43</str> <str>0</str> <str>comp1.mat2.AnisotropicVoGrp.DVo53</str> <str>0</str> <str>comp1.mat2.AnisotropicVoGrp.DVo63</str> <str>0</str> <str>comp1.mat2.AnisotropicVoGrp.DVo14</str> <str>0</str> <str>comp1.mat2.AnisotropicVoGrp.DVo24</str> <str>0</str> <str>comp1.mat2.AnisotropicVoGrp.DVo34</str> <str>0</str> <str>comp1.mat2.AnisotropicVoGrp.DVo44</str> <str>0.5*comp1.mat2.Enu.E/(1+comp1.mat2.Enu.nu)</str> <str>comp1.mat2.AnisotropicVoGrp.DVo54</str> <str>0</str> <str>comp1.mat2.AnisotropicVoGrp.DVo64</str> <str>0</str> <str>comp1.mat2.AnisotropicVoGrp.DVo15</str> <str>0</str> <str>comp1.mat2.AnisotropicVoGrp.DVo25</str> <str>0</str> <str>comp1.mat2.AnisotropicVoGrp.DVo35</str> <str>0</str> <str>comp1.mat2.AnisotropicVoGrp.DVo45</str> <str>0</str> <str>comp1.mat2.AnisotropicVoGrp.DVo55</str> <str>0.5*comp1.mat2.Enu.E/(1+comp1.mat2.Enu.nu)</str> <str>comp1.mat2.AnisotropicVoGrp.DVo65</str> <str>0</str> <str>comp1.mat2.AnisotropicVoGrp.DVo16</str> <str>0</str> <str>comp1.mat2.AnisotropicVoGrp.DVo26</str> <str>0</str> <str>comp1.mat2.AnisotropicVoGrp.DVo36</str> <str>0</str> <str>comp1.mat2.AnisotropicVoGrp.DVo46</str> <str>0</str> <str>comp1.mat2.AnisotropicVoGrp.DVo56</str> <str>0</str> <str>comp1.mat2.AnisotropicVoGrp.DVo66</str> <str>0.5*comp1.mat2.Enu.E/(1+comp1.mat2.Enu.nu)</str> <str>comp1.mat2.AnisotropicVoGrp.DVo_iso</str> <str>if(comp1.mat2.Enu.E*comp1.mat2.Enu.nu/((1+comp1.mat2.Enu.nu)*(1-2*comp1.mat2.Enu.nu))==0&amp;&amp;comp1.mat2.Enu.E*comp1.mat2.Enu.nu/((1+comp1.mat2.Enu.nu)*(1-2*comp1.mat2.Enu.nu))==0&amp;&amp;comp1.mat2.Enu.E*comp1.mat2.Enu.nu/((1+comp1.mat2.Enu.nu)*(1-2*comp1.mat2.Enu.nu))==0&amp;&amp;comp1.mat2.Enu.E*comp1.mat2.Enu.nu/((1+comp1.mat2.Enu.nu)*(1-2*comp1.mat2.Enu.nu))==0&amp;&amp;comp1.mat2.Enu.E*comp1.mat2.Enu.nu/((1+comp1.mat2.Enu.nu)*(1-2*comp1.mat2.Enu.nu))==0&amp;&amp;comp1.mat2.Enu.E*comp1.mat2.Enu.nu/((1+comp1.mat2.Enu.nu)*(1-2*comp1.mat2.Enu.nu))==0&amp;&amp;0.5*comp1.mat2.Enu.E/(1+comp1.mat2.Enu.nu)==comp1.mat2.Enu.E*(1-comp1.mat2.Enu.nu)/((1+comp1.mat2.Enu.nu)*(1-2*comp1.mat2.Enu.nu))&amp;&amp;0.5*comp1.mat2.Enu.E/(1+comp1.mat2.Enu.nu)==comp1.mat2.Enu.E*(1-comp1.mat2.Enu.nu)/((1+comp1.mat2.Enu.nu)*(1-2*comp1.mat2.Enu.nu))&amp;&amp;0.5*comp1.mat2.Enu.E/(1+comp1.mat2.Enu.nu)==comp1.mat2.Enu.E*(1-comp1.mat2.Enu.nu)/((1+comp1.mat2.Enu.nu)*(1-2*comp1.mat2.Enu.nu)),comp1.mat2.Enu.E*(1-comp1.mat2.Enu.nu)/((1+comp1.mat2.Enu.nu)*(1-2*comp1.mat2.Enu.nu)),error('$base64:RmFpbGVkIHRvIGV2YWx1YXRlIGFuIGlzb3Ryb3BpYyB2YWx1ZSBvZiBhbiBhbmlzb3Ryb3BpYyB0ZW5zb3IAAAAAAAA='))</str> <str>comp1.mat2.AnisotropicVoGrp.DVo_symmetry</str> <str>4</str> <str>comp1.mat2.Anisotropic.D11</str> <str>comp1.mat2.Enu.E*(1-comp1.mat2.Enu.nu)/((1+comp1.mat2.Enu.nu)*(1-2*comp1.mat2.Enu.nu))</str> <str>comp1.mat2.Anisotropic.D21</str> <str>comp1.mat2.Enu.E*comp1.mat2.Enu.nu/((1+comp1.mat2.Enu.nu)*(1-2*comp1.mat2.Enu.nu))</str> <str>comp1.mat2.Anisotropic.D31</str> <str>comp1.mat2.Enu.E*comp1.mat2.Enu.nu/((1+comp1.mat2.Enu.nu)*(1-2*comp1.mat2.Enu.nu))</str> <str>comp1.mat2.Anisotropic.D41</str> <str>0</str> <str>comp1.mat2.Anisotropic.D51</str> <str>0</str> <str>comp1.mat2.Anisotropic.D61</str> <str>0</str> <str>comp1.mat2.Anisotropic.D12</str> <str>comp1.mat2.Enu.E*comp1.mat2.Enu.nu/((1+comp1.mat2.Enu.nu)*(1-2*comp1.mat2.Enu.nu))</str> <str>comp1.mat2.Anisotropic.D22</str> <str>comp1.mat2.Enu.E*(1-comp1.mat2.Enu.nu)/((1+comp1.mat2.Enu.nu)*(1-2*comp1.mat2.Enu.nu))</str> <str>comp1.mat2.Anisotropic.D32</str> <str>comp1.mat2.Enu.E*comp1.mat2.Enu.nu/((1+comp1.mat2.Enu.nu)*(1-2*comp1.mat2.Enu.nu))</str> <str>comp1.mat2.Anisotropic.D42</str> <str>0</str> <str>comp1.mat2.Anisotropic.D52</str> <str>0</str> <str>comp1.mat2.Anisotropic.D62</str> <str>0</str> <str>comp1.mat2.Anisotropic.D13</str> <str>comp1.mat2.Enu.E*comp1.mat2.Enu.nu/((1+comp1.mat2.Enu.nu)*(1-2*comp1.mat2.Enu.nu))</str> <str>comp1.mat2.Anisotropic.D23</str> <str>comp1.mat2.Enu.E*comp1.mat2.Enu.nu/((1+comp1.mat2.Enu.nu)*(1-2*comp1.mat2.Enu.nu))</str> <str>comp1.mat2.Anisotropic.D33</str> <str>comp1.mat2.Enu.E*(1-comp1.mat2.Enu.nu)/((1+comp1.mat2.Enu.nu)*(1-2*comp1.mat2.Enu.nu))</str> <str>comp1.mat2.Anisotropic.D43</str> <str>0</str> <str>comp1.mat2.Anisotropic.D53</str> <str>0</str> <str>comp1.mat2.Anisotropic.D63</str> <str>0</str> <str>comp1.mat2.Anisotropic.D14</str> <str>0</str> <str>comp1.mat2.Anisotropic.D24</str> <str>0</str> <str>comp1.mat2.Anisotropic.D34</str> <str>0</str> <str>comp1.mat2.Anisotropic.D44</str> <str>0.5*comp1.mat2.Enu.E/(1+comp1.mat2.Enu.nu)</str> <str>comp1.mat2.Anisotropic.D54</str> <str>0</str> <str>comp1.mat2.Anisotropic.D64</str> <str>0</str> <str>comp1.mat2.Anisotropic.D15</str> <str>0</str> <str>comp1.mat2.Anisotropic.D25</str> <str>0</str> <str>comp1.mat2.Anisotropic.D35</str> <str>0</str> <str>comp1.mat2.Anisotropic.D45</str> <str>0</str> <str>comp1.mat2.Anisotropic.D55</str> <str>0.5*comp1.mat2.Enu.E/(1+comp1.mat2.Enu.nu)</str> <str>comp1.mat2.Anisotropic.D65</str> <str>0</str> <str>comp1.mat2.Anisotropic.D16</str> <str>0</str> <str>comp1.mat2.Anisotropic.D26</str> <str>0</str> <str>comp1.mat2.Anisotropic.D36</str> <str>0</str> <str>comp1.mat2.Anisotropic.D46</str> <str>0</str> <str>comp1.mat2.Anisotropic.D56</str> <str>0</str> <str>comp1.mat2.Anisotropic.D66</str> <str>0.5*comp1.mat2.Enu.E/(1+comp1.mat2.Enu.nu)</str> <str>comp1.mat2.Anisotropic.D_iso</str> <str>if(comp1.mat2.Enu.E*comp1.mat2.Enu.nu/((1+comp1.mat2.Enu.nu)*(1-2*comp1.mat2.Enu.nu))==0&amp;&amp;comp1.mat2.Enu.E*comp1.mat2.Enu.nu/((1+comp1.mat2.Enu.nu)*(1-2*comp1.mat2.Enu.nu))==0&amp;&amp;comp1.mat2.Enu.E*comp1.mat2.Enu.nu/((1+comp1.mat2.Enu.nu)*(1-2*comp1.mat2.Enu.nu))==0&amp;&amp;comp1.mat2.Enu.E*comp1.mat2.Enu.nu/((1+comp1.mat2.Enu.nu)*(1-2*comp1.mat2.Enu.nu))==0&amp;&amp;comp1.mat2.Enu.E*comp1.mat2.Enu.nu/((1+comp1.mat2.Enu.nu)*(1-2*comp1.mat2.Enu.nu))==0&amp;&amp;comp1.mat2.Enu.E*comp1.mat2.Enu.nu/((1+comp1.mat2.Enu.nu)*(1-2*comp1.mat2.Enu.nu))==0&amp;&amp;0.5*comp1.mat2.Enu.E/(1+comp1.mat2.Enu.nu)==comp1.mat2.Enu.E*(1-comp1.mat2.Enu.nu)/((1+comp1.mat2.Enu.nu)*(1-2*comp1.mat2.Enu.nu))&amp;&amp;0.5*comp1.mat2.Enu.E/(1+comp1.mat2.Enu.nu)==comp1.mat2.Enu.E*(1-comp1.mat2.Enu.nu)/((1+comp1.mat2.Enu.nu)*(1-2*comp1.mat2.Enu.nu))&amp;&amp;0.5*comp1.mat2.Enu.E/(1+comp1.mat2.Enu.nu)==comp1.mat2.Enu.E*(1-comp1.mat2.Enu.nu)/((1+comp1.mat2.Enu.nu)*(1-2*comp1.mat2.Enu.nu)),comp1.mat2.Enu.E*(1-comp1.mat2.Enu.nu)/((1+comp1.mat2.Enu.nu)*(1-2*comp1.mat2.Enu.nu)),error('$base64:RmFpbGVkIHRvIGV2YWx1YXRlIGFuIGlzb3Ryb3BpYyB2YWx1ZSBvZiBhbiBhbmlzb3Ryb3BpYyB0ZW5zb3IAAAAAAAA='))</str> <str>comp1.mat2.Anisotropic.D_symmetry</str> <str>4</str> <str>comp1.mat2.Lame.muLame</str> <str>0.5*comp1.mat2.Enu.E/(1+comp1.mat2.Enu.nu)</str> <str>comp1.mat2.Lame.lambLame</str> <str>comp1.mat2.Enu.E*comp1.mat2.Enu.nu/((1+comp1.mat2.Enu.nu)*(1-2*comp1.mat2.Enu.nu))</str> <str>comp1.mat2.Hexagonal5.c5hex1</str> <str>comp1.mat2.Enu.E*(1-comp1.mat2.Enu.nu)/((1+comp1.mat2.Enu.nu)*(1-2*comp1.mat2.Enu.nu))</str> <str>comp1.mat2.Hexagonal5.c5hex2</str> <str>comp1.mat2.Enu.E*comp1.mat2.Enu.nu/((1+comp1.mat2.Enu.nu)*(1-2*comp1.mat2.Enu.nu))</str> <str>comp1.mat2.Hexagonal5.c5hex3</str> <str>comp1.mat2.Enu.E*comp1.mat2.Enu.nu/((1+comp1.mat2.Enu.nu)*(1-2*comp1.mat2.Enu.nu))</str> <str>comp1.mat2.Hexagonal5.c5hex4</str> <str>comp1.mat2.Enu.E*(1-comp1.mat2.Enu.nu)/((1+comp1.mat2.Enu.nu)*(1-2*comp1.mat2.Enu.nu))</str> <str>comp1.mat2.Hexagonal5.c5hex5</str> <str>0.5*comp1.mat2.Enu.E/(1+comp1.mat2.Enu.nu)</str> <str>comp1.mat2.Trigonal7.c7tri1</str> <str>comp1.mat2.Enu.E*(1-comp1.mat2.Enu.nu)/((1+comp1.mat2.Enu.nu)*(1-2*comp1.mat2.Enu.nu))</str> <str>comp1.mat2.Trigonal7.c7tri2</str> <str>comp1.mat2.Enu.E*comp1.mat2.Enu.nu/((1+comp1.mat2.Enu.nu)*(1-2*comp1.mat2.Enu.nu))</str> <str>comp1.mat2.Trigonal7.c7tri3</str> <str>comp1.mat2.Enu.E*comp1.mat2.Enu.nu/((1+comp1.mat2.Enu.nu)*(1-2*comp1.mat2.Enu.nu))</str> <str>comp1.mat2.Trigonal7.c7tri4</str> <str>0</str> <str>comp1.mat2.Trigonal7.c7tri5</str> <str>0</str> <str>comp1.mat2.Trigonal7.c7tri6</str> <str>comp1.mat2.Enu.E*(1-comp1.mat2.Enu.nu)/((1+comp1.mat2.Enu.nu)*(1-2*comp1.mat2.Enu.nu))</str> <str>comp1.mat2.Trigonal7.c7tri7</str> <str>0.5*comp1.mat2.Enu.E/(1+comp1.mat2.Enu.nu)</str> <str>comp1.mat2.AnisotropicDinGrp.Dinv11</str> <str>1/comp1.mat2.Enu.E</str> <str>comp1.mat2.AnisotropicDinGrp.Dinv21</str> <str>-comp1.mat2.Enu.nu/comp1.mat2.Enu.E</str> <str>comp1.mat2.AnisotropicDinGrp.Dinv31</str> <str>-comp1.mat2.Enu.nu/comp1.mat2.Enu.E</str> <str>comp1.mat2.AnisotropicDinGrp.Dinv41</str> <str>0</str> <str>comp1.mat2.AnisotropicDinGrp.Dinv51</str> <str>0</str> <str>comp1.mat2.AnisotropicDinGrp.Dinv61</str> <str>0</str> <str>comp1.mat2.AnisotropicDinGrp.Dinv12</str> <str>-comp1.mat2.Enu.nu/comp1.mat2.Enu.E</str> <str>comp1.mat2.AnisotropicDinGrp.Dinv22</str> <str>1/comp1.mat2.Enu.E</str> <str>comp1.mat2.AnisotropicDinGrp.Dinv32</str> <str>-comp1.mat2.Enu.nu/comp1.mat2.Enu.E</str> <str>comp1.mat2.AnisotropicDinGrp.Dinv42</str> <str>0</str> <str>comp1.mat2.AnisotropicDinGrp.Dinv52</str> <str>0</str> <str>comp1.mat2.AnisotropicDinGrp.Dinv62</str> <str>0</str> <str>comp1.mat2.AnisotropicDinGrp.Dinv13</str> <str>-comp1.mat2.Enu.nu/comp1.mat2.Enu.E</str> <str>comp1.mat2.AnisotropicDinGrp.Dinv23</str> <str>-comp1.mat2.Enu.nu/comp1.mat2.Enu.E</str> <str>comp1.mat2.AnisotropicDinGrp.Dinv33</str> <str>1/comp1.mat2.Enu.E</str> <str>comp1.mat2.AnisotropicDinGrp.Dinv43</str> <str>0</str> <str>comp1.mat2.AnisotropicDinGrp.Dinv53</str> <str>0</str> <str>comp1.mat2.AnisotropicDinGrp.Dinv63</str> <str>0</str> <str>comp1.mat2.AnisotropicDinGrp.Dinv14</str> <str>0</str> <str>comp1.mat2.AnisotropicDinGrp.Dinv24</str> <str>0</str> <str>comp1.mat2.AnisotropicDinGrp.Dinv34</str> <str>0</str> <str>comp1.mat2.AnisotropicDinGrp.Dinv44</str> <str>2*(1+comp1.mat2.Enu.nu)/comp1.mat2.Enu.E</str> <str>comp1.mat2.AnisotropicDinGrp.Dinv54</str> <str>0</str> <str>comp1.mat2.AnisotropicDinGrp.Dinv64</str> <str>0</str> <str>comp1.mat2.AnisotropicDinGrp.Dinv15</str> <str>0</str> <str>comp1.mat2.AnisotropicDinGrp.Dinv25</str> <str>0</str> <str>comp1.mat2.AnisotropicDinGrp.Dinv35</str> <str>0</str> <str>comp1.mat2.AnisotropicDinGrp.Dinv45</str> <str>0</str> <str>comp1.mat2.AnisotropicDinGrp.Dinv55</str> <str>2*(1+comp1.mat2.Enu.nu)/comp1.mat2.Enu.E</str> <str>comp1.mat2.AnisotropicDinGrp.Dinv65</str> <str>0</str> <str>comp1.mat2.AnisotropicDinGrp.Dinv16</str> <str>0</str> <str>comp1.mat2.AnisotropicDinGrp.Dinv26</str> <str>0</str> <str>comp1.mat2.AnisotropicDinGrp.Dinv36</str> <str>0</str> <str>comp1.mat2.AnisotropicDinGrp.Dinv46</str> <str>0</str> <str>comp1.mat2.AnisotropicDinGrp.Dinv56</str> <str>0</str> <str>comp1.mat2.AnisotropicDinGrp.Dinv66</str> <str>2*(1+comp1.mat2.Enu.nu)/comp1.mat2.Enu.E</str> <str>comp1.mat2.AnisotropicDinGrp.Dinv_iso</str> <str>if(-comp1.mat2.Enu.nu/comp1.mat2.Enu.E==0&amp;&amp;-comp1.mat2.Enu.nu/comp1.mat2.Enu.E==0&amp;&amp;-comp1.mat2.Enu.nu/comp1.mat2.Enu.E==0&amp;&amp;-comp1.mat2.Enu.nu/comp1.mat2.Enu.E==0&amp;&amp;-comp1.mat2.Enu.nu/comp1.mat2.Enu.E==0&amp;&amp;-comp1.mat2.Enu.nu/comp1.mat2.Enu.E==0&amp;&amp;2*(1+comp1.mat2.Enu.nu)/comp1.mat2.Enu.E==1/comp1.mat2.Enu.E&amp;&amp;2*(1+comp1.mat2.Enu.nu)/comp1.mat2.Enu.E==1/comp1.mat2.Enu.E&amp;&amp;2*(1+comp1.mat2.Enu.nu)/comp1.mat2.Enu.E==1/comp1.mat2.Enu.E,1/comp1.mat2.Enu.E,error('$base64:RmFpbGVkIHRvIGV2YWx1YXRlIGFuIGlzb3Ryb3BpYyB2YWx1ZSBvZiBhbiBhbmlzb3Ryb3BpYyB0ZW5zb3IAAAAAAAA='))</str> <str>comp1.mat2.AnisotropicDinGrp.Dinv_symmetry</str> <str>4</str> <str>comp1.mat2.Trigonal6.c6tri1</str> <str>comp1.mat2.Enu.E*(1-comp1.mat2.Enu.nu)/((1+comp1.mat2.Enu.nu)*(1-2*comp1.mat2.Enu.nu))</str> <str>comp1.mat2.Trigonal6.c6tri2</str> <str>comp1.mat2.Enu.E*comp1.mat2.Enu.nu/((1+comp1.mat2.Enu.nu)*(1-2*comp1.mat2.Enu.nu))</str> <str>comp1.mat2.Trigonal6.c6tri3</str> <str>comp1.mat2.Enu.E*comp1.mat2.Enu.nu/((1+comp1.mat2.Enu.nu)*(1-2*comp1.mat2.Enu.nu))</str> <str>comp1.mat2.Trigonal6.c6tri4</str> <str>0</str> <str>comp1.mat2.Trigonal6.c6tri5</str> <str>comp1.mat2.Enu.E*(1-comp1.mat2.Enu.nu)/((1+comp1.mat2.Enu.nu)*(1-2*comp1.mat2.Enu.nu))</str> <str>comp1.mat2.Trigonal6.c6tri6</str> <str>0.5*comp1.mat2.Enu.E/(1+comp1.mat2.Enu.nu)</str> <str>comp1.mat2.Tetragonal6.c6tet1</str> <str>comp1.mat2.Enu.E*(1-comp1.mat2.Enu.nu)/((1+comp1.mat2.Enu.nu)*(1-2*comp1.mat2.Enu.nu))</str> <str>comp1.mat2.Tetragonal6.c6tet2</str> <str>comp1.mat2.Enu.E*comp1.mat2.Enu.nu/((1+comp1.mat2.Enu.nu)*(1-2*comp1.mat2.Enu.nu))</str> <str>comp1.mat2.Tetragonal6.c6tet3</str> <str>comp1.mat2.Enu.E*comp1.mat2.Enu.nu/((1+comp1.mat2.Enu.nu)*(1-2*comp1.mat2.Enu.nu))</str> <str>comp1.mat2.Tetragonal6.c6tet4</str> <str>comp1.mat2.Enu.E*(1-comp1.mat2.Enu.nu)/((1+comp1.mat2.Enu.nu)*(1-2*comp1.mat2.Enu.nu))</str> <str>comp1.mat2.Tetragonal6.c6tet5</str> <str>0.5*comp1.mat2.Enu.E/(1+comp1.mat2.Enu.nu)</str> <str>comp1.mat2.Tetragonal6.c6tet6</str> <str>0.5*comp1.mat2.Enu.E/(1+comp1.mat2.Enu.nu)</str> <str>comp1.mat2.TransverseIsotropic.Evect1</str> <str>comp1.mat2.Enu.E</str> <str>comp1.mat2.TransverseIsotropic.Evect2</str> <str>comp1.mat2.Enu.E</str> <str>comp1.mat2.TransverseIsotropic.nuvect1</str> <str>comp1.mat2.Enu.nu</str> <str>comp1.mat2.TransverseIsotropic.nuvect2</str> <str>comp1.mat2.Enu.nu</str> <str>comp1.mat2.TransverseIsotropic.Gvect1</str> <str>0.5*comp1.mat2.Enu.E/(1+comp1.mat2.Enu.nu)</str> <str>comp1.mat2.Orthotropic.nuvector1</str> <str>comp1.mat2.Enu.nu</str> <str>comp1.mat2.Orthotropic.nuvector2</str> <str>comp1.mat2.Enu.nu</str> <str>comp1.mat2.Orthotropic.nuvector3</str> <str>comp1.mat2.Enu.nu</str> <str>comp1.mat2.Orthotropic.Gvector1</str> <str>0.5*comp1.mat2.Enu.E/(1+comp1.mat2.Enu.nu)</str> <str>comp1.mat2.Orthotropic.Gvector2</str> <str>0.5*comp1.mat2.Enu.E/(1+comp1.mat2.Enu.nu)</str> <str>comp1.mat2.Orthotropic.Gvector3</str> <str>0.5*comp1.mat2.Enu.E/(1+comp1.mat2.Enu.nu)</str> <str>comp1.mat2.Orthotropic.Evector1</str> <str>comp1.mat2.Enu.E</str> <str>comp1.mat2.Orthotropic.Evector2</str> <str>comp1.mat2.Enu.E</str> <str>comp1.mat2.Orthotropic.Evector3</str> <str>comp1.mat2.Enu.E</str> <str>comp1.mat2.OrthotropicVoGrp.GvectorVo1</str> <str>0.5*comp1.mat2.Enu.E/(1+comp1.mat2.Enu.nu)</str> <str>comp1.mat2.OrthotropicVoGrp.GvectorVo2</str> <str>0.5*comp1.mat2.Enu.E/(1+comp1.mat2.Enu.nu)</str> <str>comp1.mat2.OrthotropicVoGrp.GvectorVo3</str> <str>0.5*comp1.mat2.Enu.E/(1+comp1.mat2.Enu.nu)</str> <str>comp1.mat2.OrthotropicVoGrp.nuvector1</str> <str>comp1.mat2.Enu.nu</str> <str>comp1.mat2.OrthotropicVoGrp.nuvector2</str> <str>comp1.mat2.Enu.nu</str> <str>comp1.mat2.OrthotropicVoGrp.nuvector3</str> <str>comp1.mat2.Enu.nu</str> <str>comp1.mat2.OrthotropicVoGrp.Evector1</str> <str>comp1.mat2.Enu.E</str> <str>comp1.mat2.OrthotropicVoGrp.Evector2</str> <str>comp1.mat2.Enu.E</str> <str>comp1.mat2.OrthotropicVoGrp.Evector3</str> <str>comp1.mat2.Enu.E</str> <str>comp1.mat2.AnisotropicDinVoGrp.DinvVo11</str> <str>1/comp1.mat2.Enu.E</str> <str>comp1.mat2.AnisotropicDinVoGrp.DinvVo21</str> <str>-comp1.mat2.Enu.nu/comp1.mat2.Enu.E</str> <str>comp1.mat2.AnisotropicDinVoGrp.DinvVo31</str> <str>-comp1.mat2.Enu.nu/comp1.mat2.Enu.E</str> <str>comp1.mat2.AnisotropicDinVoGrp.DinvVo41</str> <str>0</str> <str>comp1.mat2.AnisotropicDinVoGrp.DinvVo51</str> <str>0</str> <str>comp1.mat2.AnisotropicDinVoGrp.DinvVo61</str> <str>0</str> <str>comp1.mat2.AnisotropicDinVoGrp.DinvVo12</str> <str>-comp1.mat2.Enu.nu/comp1.mat2.Enu.E</str> <str>comp1.mat2.AnisotropicDinVoGrp.DinvVo22</str> <str>1/comp1.mat2.Enu.E</str> <str>comp1.mat2.AnisotropicDinVoGrp.DinvVo32</str> <str>-comp1.mat2.Enu.nu/comp1.mat2.Enu.E</str> <str>comp1.mat2.AnisotropicDinVoGrp.DinvVo42</str> <str>0</str> <str>comp1.mat2.AnisotropicDinVoGrp.DinvVo52</str> <str>0</str> <str>comp1.mat2.AnisotropicDinVoGrp.DinvVo62</str> <str>0</str> <str>comp1.mat2.AnisotropicDinVoGrp.DinvVo13</str> <str>-comp1.mat2.Enu.nu/comp1.mat2.Enu.E</str> <str>comp1.mat2.AnisotropicDinVoGrp.DinvVo23</str> <str>-comp1.mat2.Enu.nu/comp1.mat2.Enu.E</str> <str>comp1.mat2.AnisotropicDinVoGrp.DinvVo33</str> <str>1/comp1.mat2.Enu.E</str> <str>comp1.mat2.AnisotropicDinVoGrp.DinvVo43</str> <str>0</str> <str>comp1.mat2.AnisotropicDinVoGrp.DinvVo53</str> <str>0</str> <str>comp1.mat2.AnisotropicDinVoGrp.DinvVo63</str> <str>0</str> <str>comp1.mat2.AnisotropicDinVoGrp.DinvVo14</str> <str>0</str> <str>comp1.mat2.AnisotropicDinVoGrp.DinvVo24</str> <str>0</str> <str>comp1.mat2.AnisotropicDinVoGrp.DinvVo34</str> <str>0</str> <str>comp1.mat2.AnisotropicDinVoGrp.DinvVo44</str> <str>2*(1+comp1.mat2.Enu.nu)/comp1.mat2.Enu.E</str> <str>comp1.mat2.AnisotropicDinVoGrp.DinvVo54</str> <str>0</str> <str>comp1.mat2.AnisotropicDinVoGrp.DinvVo64</str> <str>0</str> <str>comp1.mat2.AnisotropicDinVoGrp.DinvVo15</str> <str>0</str> <str>comp1.mat2.AnisotropicDinVoGrp.DinvVo25</str> <str>0</str> <str>comp1.mat2.AnisotropicDinVoGrp.DinvVo35</str> <str>0</str> <str>comp1.mat2.AnisotropicDinVoGrp.DinvVo45</str> <str>0</str> <str>comp1.mat2.AnisotropicDinVoGrp.DinvVo55</str> <str>2*(1+comp1.mat2.Enu.nu)/comp1.mat2.Enu.E</str> <str>comp1.mat2.AnisotropicDinVoGrp.DinvVo65</str> <str>0</str> <str>comp1.mat2.AnisotropicDinVoGrp.DinvVo16</str> <str>0</str> <str>comp1.mat2.AnisotropicDinVoGrp.DinvVo26</str> <str>0</str> <str>comp1.mat2.AnisotropicDinVoGrp.DinvVo36</str> <str>0</str> <str>comp1.mat2.AnisotropicDinVoGrp.DinvVo46</str> <str>0</str> <str>comp1.mat2.AnisotropicDinVoGrp.DinvVo56</str> <str>0</str> <str>comp1.mat2.AnisotropicDinVoGrp.DinvVo66</str> <str>2*(1+comp1.mat2.Enu.nu)/comp1.mat2.Enu.E</str> <str>comp1.mat2.AnisotropicDinVoGrp.DinvVo_iso</str> <str>if(-comp1.mat2.Enu.nu/comp1.mat2.Enu.E==0&amp;&amp;-comp1.mat2.Enu.nu/comp1.mat2.Enu.E==0&amp;&amp;-comp1.mat2.Enu.nu/comp1.mat2.Enu.E==0&amp;&amp;-comp1.mat2.Enu.nu/comp1.mat2.Enu.E==0&amp;&amp;-comp1.mat2.Enu.nu/comp1.mat2.Enu.E==0&amp;&amp;-comp1.mat2.Enu.nu/comp1.mat2.Enu.E==0&amp;&amp;2*(1+comp1.mat2.Enu.nu)/comp1.mat2.Enu.E==1/comp1.mat2.Enu.E&amp;&amp;2*(1+comp1.mat2.Enu.nu)/comp1.mat2.Enu.E==1/comp1.mat2.Enu.E&amp;&amp;2*(1+comp1.mat2.Enu.nu)/comp1.mat2.Enu.E==1/comp1.mat2.Enu.E,1/comp1.mat2.Enu.E,error('$base64:RmFpbGVkIHRvIGV2YWx1YXRlIGFuIGlzb3Ryb3BpYyB2YWx1ZSBvZiBhbiBhbmlzb3Ryb3BpYyB0ZW5zb3IAAAAAAAA='))</str> <str>comp1.mat2.AnisotropicDin `VoGrp.DinvVo_symmetry</str> <str>4</str> <str>comp1.mat2.Cubic3.c3cub1</str> <str>comp1.mat2.Enu.E*(1-comp1.mat2.Enu.nu)/((1+comp1.mat2.Enu.nu)*(1-2*comp1.mat2.Enu.nu))</str> <str>comp1.mat2.Cubic3.c3cub2</str> <str>comp1.mat2.Enu.E*comp1.mat2.Enu.nu/((1+comp1.mat2.Enu.nu)*(1-2*comp1.mat2.Enu.nu))</str> <str>comp1.mat2.Cubic3.c3cub3</str> <str>0.5*comp1.mat2.Enu.E/(1+comp1.mat2.Enu.nu)</str> <str>comp1.mat2.Orthorhombic9.c9ort1</str> <str>comp1.mat2.Enu.E*(1-comp1.mat2.Enu.nu)/((1+comp1.mat2.Enu.nu)*(1-2*comp1.mat2.Enu.nu))</str> <str>comp1.mat2.Orthorhombic9.c9ort2</str> <str>comp1.mat2.Enu.E*comp1.mat2.Enu.nu/((1+comp1.mat2.Enu.nu)*(1-2*comp1.mat2.Enu.nu))</str> <str>comp1.mat2.Orthorhombic9.c9ort3</str> <str>comp1.mat2.Enu.E*comp1.mat2.Enu.nu/((1+comp1.mat2.Enu.nu)*(1-2*comp1.mat2.Enu.nu))</str> <str>comp1.mat2.Orthorhombic9.c9ort4</str> <str>comp1.mat2.Enu.E*(1-comp1.mat2.Enu.nu)/((1+comp1.mat2.Enu.nu)*(1-2*comp1.mat2.Enu.nu))</str> <str>comp1.mat2.Orthorhombic9.c9ort5</str> <str>comp1.mat2.Enu.E*comp1.mat2.Enu.nu/((1+comp1.mat2.Enu.nu)*(1-2*comp1.mat2.Enu.nu))</str> <str>comp1.mat2.Orthorhombic9.c9ort6</str> <str>comp1.mat2.Enu.E*(1-comp1.mat2.Enu.nu)/((1+comp1.mat2.Enu.nu)*(1-2*comp1.mat2.Enu.nu))</str> <str>comp1.mat2.Orthorhombic9.c9ort7</str> <str>0.5*comp1.mat2.Enu.E/(1+comp1.mat2.Enu.nu)</str> <str>comp1.mat2.Orthorhombic9.c9ort8</str> <str>0.5*comp1.mat2.Enu.E/(1+comp1.mat2.Enu.nu)</str> <str>comp1.mat2.Orthorhombic9.c9ort9</str> <str>0.5*comp1.mat2.Enu.E/(1+comp1.mat2.Enu.nu)</str> <str>comp1.mat2.KG.G</str> <str>0.5*comp1.mat2.Enu.E/(1+comp1.mat2.Enu.nu)</str> <str>comp1.mat2.KG.K</str> <str>comp1.mat2.Enu.E/(3*(1-2*comp1.mat2.Enu.nu))</str> <str>comp1.mat2.CpCs.cs</str> <str>sqrt(0.5*comp1.mat2.Enu.E/(comp1.mat2.def.rho*(1+comp1.mat2.Enu.nu)))</str> <str>comp1.mat2.CpCs.cp</str> <str>sqrt(comp1.mat2.Enu.E*(1/(1-2*comp1.mat2.Enu.nu)+2/(1+comp1.mat2.Enu.nu))/(3*comp1.mat2.def.rho))</str> <str>comp1.mat2.def.E</str> <str>comp1.mat2.Enu.E</str> <str>comp1.mat2.smaA.E_A</str> <str>comp1.mat2.Enu.E</str> <str>comp1.mat2.smaM.E_M</str> <str>comp1.mat2.Enu.E</str> <str>comp1.mat2.def.nu</str> <str>comp1.mat2.Enu.nu</str> <str>comp1.mat2.EG.E</str> <str>comp1.mat2.Enu.E</str> </arr> </rec> /<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elconst</str> <str>var</str> <arr> <str>comp1.mat2.ltr.rho0</str> <str>1.72E-8*unit_ohm_cf*unit_m_cf</str> <str>comp1.mat2.ltr.alpha</str> <str>0.0039/unit_K_cf</str> <str>comp1.mat2.ltr.Tref</str> <str>298*unit_K_cf</str> </arr> </rec> r#<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elconst</str> <str>var</str> <arr> <str>comp1.mat3.def.electricconductivity11</str> <str>comp1.mat3.def.sigma11</str> <str>comp1.mat3.def.electricconductivity21</str> <str>0</str> <str>comp1.mat3.def.electricconductivity31</str> <str>0</str> <str>comp1.mat3.def.electricconductivity12</str> <str>0</str> <str>comp1.mat3.def.electricconductivity22</str> <str>comp1.mat3.def.sigma22</str> <str>comp1.mat3.def.electricconductivity32</str> <str>0</str> <str>comp1.mat3.def.electricconductivity13</str> <str>0</str> <str>comp1.mat3.def.electricconductivity23</str> <str>0</str> <str>comp1.mat3.def.electricconductivity33</str> <str>comp1.mat3.def.sigma33</str> <str>comp1.mat3.def.sigma11</str> <str>5</str> <str>comp1.mat3.def.sigma21</str> <str>0</str> <str>comp1.mat3.def.sigma31</str> <str>0</str> <str>comp1.mat3.def.sigma12</str> <str>0</str> <str>comp1.mat3.def.sigma22</str> <str>5</str> <str>comp1.mat3.def.sigma32</str> <str>0</str> <str>comp1.mat3.def.sigma13</str> <str>0</str> <str>comp1.mat3.def.sigma23</str> <str>0</str> <str>comp1.mat3.def.sigma33</str> <str>5</str> <str>comp1.mat3.def.sigma_iso</str> <str>5</str> <str>comp1.mat3.def.sigma_symmetry</str> <str>0</str> <str>comp1.mat3.def.relpermittivity11</str> <str>comp1.mat3.def.epsilonr11</str> <str>comp1.mat3.def.relpermittivity21</str> <str>0</str> <str>comp1.mat3.def.relpermittivity31</str> <str>0</str> <str>comp1.mat3.def.relpermittivity12</str> <str>0</str> <str>comp1.mat3.def.relpermittivity22</str> <str>comp1.mat3.def.epsilonr22</str> <str>comp1.mat3.def.relpermittivity32</str> <str>0</str> <str>comp1.mat3.def.relpermittivity13</str> <str>0</str> <str>comp1.mat3.def.relpermittivity23</str> <str>0</str> <str>comp1.mat3.def.relpermittivity33</str> <str>comp1.mat3.def.epsilonr33</str> <str>comp1.mat3.def.epsilonr11</str> <str>1</str> <str>comp1.mat3.def.epsilonr21</str> <str>0</str> <str>comp1.mat3.def.epsilonr31</str> <str>0</str> <str>comp1.mat3.def.epsilonr12</str> <str>0</str> <str>comp1.mat3.def.epsilonr22</str> <str>1</str> <str>comp1.mat3.def.epsilonr32</str> <str>0</str> <str>comp1.mat3.def.epsilonr13</str> <str>0</str> <str>comp1.mat3.def.epsilonr23</str> <str>0</str> <str>comp1.mat3.def.epsilonr33</str> <str>1</str> <str>comp1.mat3.def.epsilonr_iso</str> <str>1</str> <str>comp1.mat3.def.epsilonr_symmetry</str> <str>0</str> <str>comp1.mat3.lstdf.tanDelta</str> <str>-imag(comp1.mat3.def.epsilonr_iso)/real(comp1.mat3.def.epsilonr_iso)</str> <str>comp1.mat3.lstdf.epsilonPrim11</str> <str>real(comp1.mat3.def.epsilonr_iso)</str> <str>comp1.mat3.lstdf.epsilonPrim21</str> <str>0</str> <str>comp1.mat3.lstdf.epsilonPrim31</str> <str>0</str> <str>comp1.mat3.lstdf.epsilonPrim12</str> <str>0</str> <str>comp1.mat3.lstdf.epsilonPrim22</str> <str>real(comp1.mat3.def.epsilonr_iso)</str> <str>comp1.mat3.lstdf.epsilonPrim32</str> <str>0</str> <str>comp1.mat3.lstdf.epsilonPrim13</str> <str>0</str> <str>comp1.mat3.lstdf.epsilonPrim23</str> <str>0</str> <str>comp1.mat3.lstdf.epsilonPrim33</str> <str>real(comp1.mat3.def.epsilonr_iso)</str> <str>comp1.mat3.lstdf.epsilonPrim_iso</str> <str>real(comp1.mat3.def.epsilonr_iso)</str> <str>comp1.mat3.lstdf.epsilonPrim_symmetry</str> <str>4</str> <str>comp1.mat3.lst.epsilonPrim11</str> <str>real(comp1.mat3.def.epsilonr_iso)</str> <str>comp1.mat3.lst.epsilonPrim21</str> <str>0</str> <str>comp1.mat3.lst.epsilonPrim31</str> <str>0</str> <str>comp1.mat3.lst.epsilonPrim12</str> <str>0</str> <str>comp1.mat3.lst.epsilonPrim22</str> <str>real(comp1.mat3.def.epsilonr_iso)</str> <str>comp1.mat3.lst.epsilonPrim32</str> <str>0</str> <str>comp1.mat3.lst.epsilonPrim13</str> <str>0</str> <str>comp1.mat3.lst.epsilonPrim23</str> <str>0</str> <str>comp1.mat3.lst.epsilonPrim33</str> <str>real(comp1.mat3.def.epsilonr_iso)</str> <str>comp1.mat3.lst.epsilonPrim_iso</str> <str>real(comp1.mat3.def.epsilonr_iso)</str> <str>comp1.mat3.lst.epsilonPrim_symmetry</str> <str>4</str> <str>comp1.mat3.lst.delta</str> <str>atan2(-imag(comp1.mat3.def.epsilonr_iso),real(comp1.mat3.def.epsilonr_iso))*unit_rad_cf</str> <str>comp1.mat3.rfi.n11</str> <str>sqrt(0.5*(real(comp1.mat3.def.epsilonr_iso)+sqrt(real(comp1.mat3.def.epsilonr_iso)^2+(-imag(comp1.mat3.def.epsilonr_iso))^2)))</str> <str>comp1.mat3.rfi.n21</str> <str>0</str> <str>comp1.mat3.rfi.n31</str> <str>0</str> <str>comp1.mat3.rfi.n12</str> <str>0</str> <str>comp1.mat3.rfi.n22</str> <str>sqrt(0.5*(real(comp1.mat3.def.epsilonr_iso)+sqrt(real(comp1.mat3.def.epsilonr_iso)^2+(-imag(comp1.mat3.def.epsilonr_iso))^2)))</str> <str>comp1.mat3.rfi.n32</str> <str>0</str> <str>comp1.mat3.rfi.n13</str> <str>0</str> <str>comp1.mat3.rfi.n23</str> <str>0</str> <str>comp1.mat3.rfi.n33</str> <str>sqrt(0.5*(real(comp1.mat3.def.epsilonr_iso)+sqrt(real(comp1.mat3.def.epsilonr_iso)^2+(-imag(comp1.mat3.def.epsilonr_iso))^2)))</str> <str>comp1.mat3.rfi.n_iso</str> <str>sqrt(0.5*(real(comp1.mat3.def.epsilonr_iso)+sqrt(real(comp1.mat3.def.epsilonr_iso)^2+(-imag(comp1.mat3.def.epsilonr_iso))^2)))</str> <str>comp1.mat3.rfi.n_symmetry</str> <str>4</str> <str>comp1.mat3.rfi.ki11</str> <str>-0.5*imag(comp1.mat3.def.epsilonr_iso)/sqrt(0.5*(real(comp1.mat3.def.epsilonr_iso)+sqrt(real(comp1.mat3.def.epsilonr_iso)^2+(-imag(comp1.mat3.def.epsilonr_iso))^2)))</str> <str>comp1.mat3.rfi.ki21</str> <str>0</str> <str>comp1.mat3.rfi.ki31</str> <str>0</str> <str>comp1.mat3.rfi.ki12</str> <str>0</str> <str>comp1.mat3.rfi.ki22</str> <str>-0.5*imag(comp1.mat3.def.epsilonr_iso)/sqrt(0.5*(real(comp1.mat3.def.epsilonr_iso)+sqrt(real(comp1.mat3.def.epsilonr_iso)^2+(-imag(comp1.mat3.def.epsilonr_iso))^2)))</str> <str>comp1.mat3.rfi.ki32</str> <str>0</str> <str>comp1.mat3.rfi.ki13</str> <str>0</str> <str>comp1.mat3.rfi.ki23</str> <str>0</str> <str>comp1.mat3.rfi.ki33</str> <str>-0.5*imag(comp1.mat3.def.epsilonr_iso)/sqrt(0.5*(real(comp1.mat3.def.epsilonr_iso)+sqrt(real(comp1.mat3.def.epsilonr_iso)^2+(-imag(comp1.mat3.def.epsilonr_iso))^2)))</str> <str>comp1.mat3.rfi.ki_iso</str> <str>-0.5*imag(comp1.mat3.def.epsilonr_iso)/sqrt(0.5*(real(comp1.mat3.def.epsilonr_iso)+sqrt(real(comp1.mat3.def.epsilonr_iso)^2+(-imag(comp1.mat3.def.epsilonr_iso))^2)))</str> <str>comp1.mat3.rfi.ki_symmetry</str> <str>4</str> <str>comp1.mat3.del.epsilonPrim11</str> <str>real(comp1.mat3.def.epsilonr11)</str> <str>comp1.mat3.del.epsilonPrim21</str> <str>real(comp1.mat3.def.epsilonr21)</str> <str>comp1.mat3.del.epsilonPrim31</str> <str>real(comp1.mat3.def.epsilonr31)</str> <str>comp1.mat3.del.epsilonPrim12</str> <str>real(comp1.mat3.def.epsilonr12)</str> <str>comp1.mat3.del.epsilonPrim22</str> <str>real(comp1.mat3.def.epsilonr22)</str> <str>comp1.mat3.del.epsilonPrim32</str> <str>real(comp1.mat3.def.epsilonr32)</str> <str>comp1.mat3.del.epsilonPrim13</str> <str>real(comp1.mat3.def.epsilonr13)</str> <str>comp1.mat3.del.epsilonPrim23</str> <str>real(comp1.mat3.def.epsilonr23)</str> <str>comp1.mat3.del.epsilonPrim33</str> <str>real(comp1.mat3.def.epsilonr33)</str> <str>comp1.mat3.del.epsilonPrim_iso</str> <str>if(real(comp1.mat3.def.epsilonr12)==0&amp;&amp;real(comp1.mat3.def.epsilonr13)==0&amp;&amp;real(comp1.mat3.def.epsilonr21)==0&amp;&amp;real(comp1.mat3.def.epsilonr22)==real(comp1.mat3.def.epsilonr11)&amp;&amp;real(comp1.mat3.def.epsilonr23)==0&amp;&amp;real(comp1.mat3.def.epsilonr31)==0&amp;&amp;real(comp1.mat3.def.epsilonr32)==0&amp;&amp;real(comp1.mat3.def.epsilonr33)==real(comp1.mat3.def.epsilonr11),real(comp1.mat3.def.epsilonr11),error('$base64:RmFpbGVkIHRvIGV2YWx1YXRlIGFuIGlzb3Ryb3BpYyB2YWx1ZSBvZiBhbiBhbmlzb3Ryb3BpYyB0ZW5zb3IAAAAAAAA='))</str> <str>comp1.mat3.del.epsilonPrim_symmetry</str> <str>4</str> <str>comp1.mat3.del.epsilonBis11</str> <str>-imag(comp1.mat3.def.epsilonr11)</str> <str>comp1.mat3.del.epsilonBis21</str> <str>-imag(comp1.mat3.def.epsilonr21)</str> <str>comp1.mat3.del.epsilonBis31</str> <str>-imag(comp1.mat3.def.epsilonr31)</str> <str>comp1.mat3.del.epsilonBis12</str> <str>-imag(comp1.mat3.def.epsilonr12)</str> <str>comp1.mat3.del.epsilonBis22</str> <str>-imag(comp1.mat3.def.epsilonr22)</str> <str>comp1.mat3.del.epsilonBis32</str> <str>-imag(comp1.mat3.def.epsilonr32)</str> <str>comp1.mat3.del.epsilonBis13</str> <str>-imag(comp1.mat3.def.epsilonr13)</str> <str>comp1.mat3.del.epsilonBis23</str> <str>-imag(comp1.mat3.def.epsilonr23)</str> <str>comp1.mat3.del.epsilonBis33</str> <str>-imag(comp1.mat3.def.epsilonr33)</str> <str>comp1.mat3.del.epsilonBis_iso</str> <str>if(-imag(comp1.mat3.def.epsilonr12)==0&amp;&amp;-imag(comp1.mat3.def.epsilonr13)==0&amp;&amp;-imag(comp1.mat3.def.epsilonr21)==0&amp;&amp;-imag(comp1.mat3.def.epsilonr22)==-imag(comp1.mat3.def.epsilonr11)&amp;&amp;-imag(comp1.mat3.def.epsilonr23)==0&amp;&amp;-imag(comp1.mat3.def.epsilonr31)==0&amp;&amp;-imag(comp1.mat3.def.epsilonr32)==0&amp;&amp;-imag(comp1.mat3.def.epsilonr33)==-imag(comp1.mat3.def.epsilonr11),-imag(comp1.mat3.def.epsilonr11),error('$base64:RmFpbGVkIHRvIGV2YWx1YXRlIGFuIGlzb3Ryb3BpYyB2YWx1ZSBvZiBhbiBhbmlzb3Ryb3BpYyB0ZW5zb3IAAAAAAAA='))</str> <str>comp1.mat3.del.epsilonBis_symmetry</str> <str>4</str> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elconst</str> <str>var</str> <arr> <str>comp1.mat3.MagneticLosses.murPrim</str> <str>1000</str> <str>comp1.mat3.MagneticLosses.murBis</str> <str>10</str> <str>comp1.mat3.def.mur11</str> <str>comp1.mat3.MagneticLosses.murPrim-i*comp1.mat3.MagneticLosses.murBis</str> <str>comp1.mat3.def.mur21</str> <str>0</str> <str>comp1.mat3.def.mur31</str> <str>0</str> <str>comp1.mat3.def.mur12</str> <str>0</str> <str>comp1.mat3.def.mur22</str> <str>comp1.mat3.MagneticLosses.murPrim-i*comp1.mat3.MagneticLosses.murBis</str> <str>comp1.mat3.def.mur32</str> <str>0</str> <str>comp1.mat3.def.mur13</str> <str>0</str> <str>comp1.mat3.def.mur23</str> <str>0</str> <str>comp1.mat3.def.mur33</str> <str>comp1.mat3.MagneticLosses.murPrim-i*comp1.mat3.MagneticLosses.murBis</str> <str>comp1.mat3.def.mur_iso</str> <str>comp1.mat3.MagneticLosses.murPrim-i*comp1.mat3.MagneticLosses.murBis</str> <str>comp1.mat3.def.mur_symmetry</str> <str>4</str> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elconst</str> <str>var</str> <arr> <str>comp1.cir.gnd1_p_v</str> <str>0</str> <str>comp1.cir.gnd1_p_i</str> <str>comp1.cir.R1_p_i+comp1.cir.IvsU1_p_i+comp1.cir.I1_p_i-comp1.cir.UvsI1_n_i</str> <str>comp1.cir.UvsI1_isrc</str> <str>comp1.cir.UvsI1.I</str> <str>comp1.cir.UvsI1_i</str> <str>comp1.cir.UvsI1.I</str> <str>comp1.cir.UvsI1_meas_i</str> <str>comp1.cir.UvsI1_p_i</str> <str>comp1.cir.UvsI1_p_i</str> <str>-comp1.cir.R1_i</str> <str>comp1.cir.UvsI1_p_v</str> <str>comp1.cir.UvsI1_v+comp1.cir.UvsI1_n_v</str> <str>comp1.cir.UvsI1_n_v</str> <str>comp1.cir.gnd1_p_v</str> <str>comp1.cir.UvsI1_n_i</str> <str>-comp1.cir.UvsI1_p_i</str> <str>comp1.cir.R1_R</str> <str>10*unit_mu937_cf</str> <str>comp1.cir.R1_q</str> <str>0.5*realdot(comp1.cir.R1_v,comp1.cir.R1_i)</str> <str>comp1.cir.R1_measQ_q</str> <str>0.5*realdot(comp1.cir.R1_v,comp1.cir.R1_i)</str> <str>comp1.cir.R1_v</str> <str>comp1.cir.R1_R*comp1.cir.R1_i</str> <str>comp1.cir.R1_meas_i</str> <str>comp1.cir.R1_p_i</str> <str>comp1.cir.R1_p_i</str> <str>-comp1.cir.UvsI1_p_i</str> <str>comp1.cir.R1_p_v</str> <str>comp1.cir.R1_v+comp1.cir.R1_n_v</str> <str>comp1.cir.R1_n_v</str> <str>comp1.cir.gnd1_p_v</str> <str>comp1.cir.R1_n_i</str> <str>-comp1.cir.R1_p_i</str> <str>comp1.cir.IvsU1_vsrc</str> <str>comp1.cir.IvsU1.V</str> <str>comp1.cir.IvsU1_v</str> <str>comp1.cir.IvsU1.V</str> <str>comp1.cir.IvsU1_i</str> <str>comp1.cir.IvsU1_p_i</str> <str>comp1.cir.IvsU1_meas_i</str> <str>comp1.cir.IvsU1_p_i</str> <str>comp1.cir.IvsU1_p_i</str> <str>comp1.cir.C1_p_i</str> <str>comp1.cir.IvsU1_p_v</str> <str>comp1.cir.IvsU1_v+comp1.cir.IvsU1_n_v</str> <str>comp1.cir.IvsU1_n_v</str> <str>comp1.cir.gnd1_p_v</str> <str>comp1.cir.IvsU1_n_i</str> <str>-comp1.cir.IvsU1_p_i</str> <str>comp1.cir.I1_isrc</str> <str>unit_A_cf*exp(i*phase)</str> <str>comp1.cir.I1_i</str> <str>comp1.cir.I1_isrc</str> <str>comp1.cir.I1_v</str> <str>-comp1.cir.I1_n_v+comp1.cir.C1_v+comp1.cir.IvsU1_p_v</str> <str>comp1.cir.I1_meas_i</str> <str>comp1.cir.I1_p_i</str> <str>comp1.cir.I1_p_i</str> <str>comp1.cir.I1_i</str> <str>comp1.cir.I1_p_v</str> <str>comp1.cir.I1_v+comp1.cir.I1_n_v</str> <str>comp1.cir.I1_n_v</str> <str>comp1.cir.gnd1_p_v</str> <str>comp1.cir.I1_n_i</str> <str>-comp1.cir.I1_p_i</str> <str>comp1.cir.C1_C</str> <str>100*unit_nF_cf</str> <str>comp1.cir.C1_i</str> <str>comp1.cir.iomega*comp1.cir.C1_C*comp1.cir.C1_v</str> <str>comp1.cir.C1_meas_i</str> <str>comp1.cir.C1_p_i</str> <str>comp1.cir.C1_p_i</str> <str>-comp1.cir.I1_p_i</str> <str>comp1.cir.C1_p_v</str> <str>comp1.cir.C1_v+comp1.cir.IvsU1_p_v</str> <str>comp1.cir.C1_n_v</str> <str>-comp1.cir.C1_v+comp1.cir.C1_p_v</str> <str>comp1.cir.C1_n_i</str> <str>-comp1.cir.C1_p_i</str> <str>comp1.cir.v_0</str> <str>comp1.cir.UvsI1_n_v</str> <str>comp1.cir.v_1</str> <str>comp1.cir.R1_p_v</str> <str>comp1.cir.v_2</str> <str>comp1.cir.C1_p_v</str> <str>comp1.cir.v_3</str> <str>comp1.cir.C1_n_v</str> </arr> </rec> \<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>var</str> <arr> <str>comp1.material.F11</str> <arr> <str>1</str> </arr> <str>comp1.material.F21</str> <arr> <str>0</str> </arr> <str>comp1.material.F31</str> <arr> <str>0</str> </arr> <str>comp1.material.F12</str> <arr> <str>0</str> </arr> <str>comp1.material.F22</str> <arr> <str>1</str> </arr> <str>comp1.material.F32</str> <arr> <str>0</str> </arr> <str>comp1.material.F13</str> <arr> <str>0</str> </arr> <str>comp1.material.F23</str> <arr> <str>0</str> </arr> <str>comp1.material.F33</str> <arr> <str>1</str> </arr> <str>comp1.material.detF</str> <arr> <str>1</str> </arr> <str>comp1.material.gSubRgRg</str> <arr> <str>comp1.material.F11^2</str> </arr> <str>comp1.material.gSubPHIgRg</str> <arr> <str>0</str> </arr> <str>comp1.material.gSubZgRg</str> <arr> <str>0</str> </arr> <str>comp1.material.gSubRgPHIg</str> <arr> <str>0</str> </arr> <str>comp1.material.gSubPHIgPHIg</str> <arr> <str>if(Rg&gt;0.001*h,R/Rg,RRg)^2</str> </arr> <str>comp1.material.gSubZgPHIg</str> <arr> <str>0</str> </arr> <str>comp1.material.gSubRgZg</str> <arr> <str>0</str> </arr> <str>comp1.material.gSubPHIgZg</str> <arr> <str>0</str> </arr> <str>comp1.material.gSubZgZg</str> <arr> <str>comp1.material.F33^2</str> </arr> <str>comp1.material.gSupRgRg</str> <arr> <str>comp1.material.invF11^2</str> </arr> <str>comp1.material.gSupPHIgRg</str> <arr> <str>0</str> </arr> <str>comp1.material.gSupZgRg</str> <arr> <str>0</str> </arr> <str>comp1.material.gSupRgPHIg</str> <arr> <str>0</str> </arr> <str>comp1.material.gSupPHIgPHIg</str> <arr> <str>if(Rg&gt;0.001*h,Rg/R,RgR)^2</str> </arr> <str>comp1.material.gSupZgPHIg</str> <arr> <str>0</str> </arr> <str>comp1.material.gSupRgZg</str> <arr> <str>0</str> </arr> <str>comp1.material.gSupPHIgZg</str> <arr> <str>0</str> </arr> <str>comp1.material.gSupZgZg</str> <arr> <str>comp1.material.invF33^2</str> </arr> <str>comp1.spatial.F11</str> <arr> <str>1</str> </arr> <str>comp1.spatial.F21</str> <arr> <str>0</str> </arr> <str>comp1.spatial.F31</str> <arr> <str>0</str> </arr> <str>comp1.spatial.F12</str> <arr> <str>0</str> </arr> <str>comp1.spatial.F22</str> <arr> <str>1</str> </arr> <str>comp1.spatial.F32</str> <arr> <str>0</str> </arr> <str>comp1.spatial.F13</str> <arr> <str>0</str> </arr> <str>comp1.spatial.F23</str> <arr> <str>0</str> </arr> <str>comp1.spatial.F33</str> <arr> <str>1</str> </arr> <str>comp1.spatial.detF</str> <arr> <str>1</str> </arr> <str>comp1.spatial.gSubRR</str> <arr> <str>comp1.spatial.F11^2</str> </arr> <str>comp1.spatial.gSubPHIR</str> <arr> <str>0</str> </arr> <str>comp1.spatial.gSubZR</str> <arr> <str>0</str> </arr> <str>comp1.spatial.gSubRPHI</str> <arr> <str>0</str> </arr> <str>comp1.s `patial.gSubPHIPHI</str> <arr> <str>if(Rg&gt;0.001*h,r/R,rR)^2</str> </arr> <str>comp1.spatial.gSubZPHI</str> <arr> <str>0</str> </arr> <str>comp1.spatial.gSubRZ</str> <arr> <str>0</str> </arr> <str>comp1.spatial.gSubPHIZ</str> <arr> <str>0</str> </arr> <str>comp1.spatial.gSubZZ</str> <arr> <str>comp1.spatial.F33^2</str> </arr> <str>comp1.spatial.gSupRR</str> <arr> <str>comp1.spatial.invF11^2</str> </arr> <str>comp1.spatial.gSupPHIR</str> <arr> <str>0</str> </arr> <str>comp1.spatial.gSupZR</str> <arr> <str>0</str> </arr> <str>comp1.spatial.gSupRPHI</str> <arr> <str>0</str> </arr> <str>comp1.spatial.gSupPHIPHI</str> <arr> <str>if(Rg&gt;0.001*h,R/r,Rr)^2</str> </arr> <str>comp1.spatial.gSupZPHI</str> <arr> <str>0</str> </arr> <str>comp1.spatial.gSupRZ</str> <arr> <str>0</str> </arr> <str>comp1.spatial.gSupPHIZ</str> <arr> <str>0</str> </arr> <str>comp1.spatial.gSupZZ</str> <arr> <str>comp1.spatial.invF33^2</str> </arr> <str>comp1.spatial.invF11</str> <arr> <str>1</str> </arr> <str>comp1.spatial.invF21</str> <arr> <str>0</str> </arr> <str>comp1.spatial.invF31</str> <arr> <str>0</str> </arr> <str>comp1.spatial.invF12</str> <arr> <str>0</str> </arr> <str>comp1.spatial.invF22</str> <arr> <str>1</str> </arr> <str>comp1.spatial.invF32</str> <arr> <str>0</str> </arr> <str>comp1.spatial.invF13</str> <arr> <str>0</str> </arr> <str>comp1.spatial.invF23</str> <arr> <str>0</str> </arr> <str>comp1.spatial.invF33</str> <arr> <str>1</str> </arr> <str>comp1.spatial.detInvF</str> <arr> <str>1</str> </arr> <str>comp1.material.gSubrr</str> <arr> <str>comp1.spatial.invF11^2</str> </arr> <str>comp1.material.gSubphir</str> <arr> <str>0</str> </arr> <str>comp1.material.gSubzr</str> <arr> <str>0</str> </arr> <str>comp1.material.gSubrphi</str> <arr> <str>0</str> </arr> <str>comp1.material.gSubphiphi</str> <arr> <str>if(Rg&gt;0.001*h,R/r,Rr)^2</str> </arr> <str>comp1.material.gSubzphi</str> <arr> <str>0</str> </arr> <str>comp1.material.gSubrz</str> <arr> <str>0</str> </arr> <str>comp1.material.gSubphiz</str> <arr> <str>0</str> </arr> <str>comp1.material.gSubzz</str> <arr> <str>comp1.spatial.invF33^2</str> </arr> <str>comp1.material.gSuprr</str> <arr> <str>comp1.spatial.F11^2</str> </arr> <str>comp1.material.gSupphir</str> <arr> <str>0</str> </arr> <str>comp1.material.gSupzr</str> <arr> <str>0</str> </arr> <str>comp1.material.gSuprphi</str> <arr> <str>0</str> </arr> <str>comp1.material.gSupphiphi</str> <arr> <str>if(Rg&gt;0.001*h,r/R,rR)^2</str> </arr> <str>comp1.material.gSupzphi</str> <arr> <str>0</str> </arr> <str>comp1.material.gSuprz</str> <arr> <str>0</str> </arr> <str>comp1.material.gSupphiz</str> <arr> <str>0</str> </arr> <str>comp1.material.gSupzz</str> <arr> <str>comp1.spatial.F33^2</str> </arr> <str>comp1.material.invF11</str> <arr> <str>1</str> </arr> <str>comp1.material.invF21</str> <arr> <str>0</str> </arr> <str>comp1.material.invF31</str> <arr> <str>0</str> </arr> <str>comp1.material.invF12</str> <arr> <str>0</str> </arr> 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<str>comp1.geometry.gSupRR</str> <arr> <str>comp1.material.F11^2</str> </arr> <str>comp1.geometry.gSupPHIR</str> <arr> <str>0</str> </arr> <str>comp1.geometry.gSupZR</str> <arr> <str>0</str> </arr> <str>comp1.geometry.gSupRPHI</str> <arr> <str>0</str> </arr> <str>comp1.geometry.gSupPHIPHI</str> <arr> <str>if(Rg&gt;0.001*h,R/Rg,RRg)^2</str> </arr> <str>comp1.geometry.gSupZPHI</str> <arr> <str>0</str> </arr> <str>comp1.geometry.gSupRZ</str> <arr> <str>0</str> </arr> <str>comp1.geometry.gSupPHIZ</str> <arr> <str>0</str> </arr> <str>comp1.geometry.gSupZZ</str> <arr> <str>comp1.material.F33^2</str> </arr> <str>material.point</str> <arr> <str>0</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>1</str> <str>2</str> <str>3</str> <str>4</str> <str>5</str> <str>6</str> <str>7</str> <str>8</str> <str>9</str> <str>10</str> <str>11</str> <str>12</str> <str>13</str> <str>14</str> <str>15</str> <str>16</str> <str>17</str> <str>18</str> <str>19</str> </arr> </arr> </rec> </arr> </arr> 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<str>comp1.geometry.gSupRR</str> <arr> <str>comp1.material.F11^2</str> </arr> <str>comp1.geometry.gSupPHIR</str> <arr> <str>0</str> </arr> <str>comp1.geometry.gSupZR</str> <arr> <str>0</str> </arr> <str>comp1.geometry.gSupRPHI</str> <arr> <str>0</str> </arr> <str>comp1.geometry.gSupPHIPHI</str> <arr> <str>if(Rg&gt;0.001*h,R/Rg,RRg)^2</str> </arr> <str>comp1.geometry.gSupZPHI</str> <arr> <str>0</str> </arr> <str>comp1.geometry.gSupRZ</str> <arr> <str>0</str> </arr> <str>comp1.geometry.gSupPHIZ</str> <arr> <str>0</str> </arr> <str>comp1.geometry.gSupZZ</str> <arr> <str>comp1.material.F33^2</str> </arr> <str>comp1.isPML</str> <arr> <str>0</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>1</str> <str>2</str> <str>3</str> <str>4</str> <str>5</str> <str>6</str> </arr> </arr> </rec> </arr> </arr> <str>protected</str> <str>false</str> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <arr> </arr> <rec> <str>var</str> <arr> <str>comp1.isScalingSystemDomain</str> <arr> <str>1</str> </arr> <str>material.domain</str> <arr> <str>0</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>1</str> <str>4</str> </arr> </arr> </rec> </arr> </arr> <str>protected</str> <str>false</str> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <arr> </arr> <rec> <str>var</str> <arr> <str>comp1.isScalingSystemDomain</str> <arr> <str>0</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>2</str> <str>3</str> <str>5</str> <str>6</str> </arr> </arr> </rec> </arr> </arr> <str>protected</str> <str>false</str> </rec> k<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <arr> </arr> <rec> <str>var</str> <arr> <str>minput.l</str> <arr> <str>0</str> </arr> <str>minput.I</str> <arr> <str>0</str> </arr> <str>minput.T</str> <arr> <str>293.15*unit_K_cf</str> </arr> <str>minput.phi</str> <arr> <str>0</str> </arr> <str>minput.li</str> <arr> <str>0</str> </arr> <str>minput.omega</str> <arr> <str>0</str> </arr> <str>minput.c</str> <arr> <str>0</str> </arr> <str>minput.Ene</str> <arr> <str>0</str> </arr> <str>minput.freq</str> <arr> <str>0</str> </arr> <str>minput.lambda</str> <arr> <str>0</str> </arr> <str>minput.phil</str> <arr> <str>0</str> </arr> <str>minput.sigmal</str> <arr> <str>0</str> </arr> <str>minput.soc</str> <arr> <str>0</str> </arr> <str>minput.Tu</str> <arr> <str>293.15*unit_K_cf</str> </arr> <str>minput.Td</str> <arr> <str>293.15*unit_K_cf</str> </arr> <str>minput.Q</str> <arr> <str>0</str> </arr> <str>minput.J1</str> <arr> <str>0</str> </arr> <str>minput.J2</str> <arr> <str>0</str> </arr> <str>minput.J3</str> <arr> <str>0</str> </arr> <str>minput.Qj</str> <arr> <str>0</str> </arr> <str>minput.Df1</str> <arr> <str>0</str> </arr> <str>minput.Df2</str> <arr> <str>0</str> </arr> <str>minput.Df3</str> <arr> <str>0</str> </arr> <str>minput.E1</str> <arr> <str>0</str> </arr> <str>minput.E2</str> <arr> <str>0</str> </arr> <str>minput.E3</str> <arr> <str>0</str> </arr> <str>minput.V</str> <arr> <str>0</str> </arr> <str>minput.W</str> <arr> <str>0</str> </arr> <str>minput.Ql</str> <arr> <str>0</str> </arr> <str>minput.Qjl</str> <arr> <str>0</str> </arr> <str>minput.H1</str> <arr> <str>0</str> </arr> <str>minput.H2</str> <arr> <str>0</str> </arr> <str>minput.H3</str> <arr> <str>0</str> </arr> <str>minput.B1</str> <arr> <str>0</str> </arr> <str>minput.B2</str> <arr> <str>0</str> </arr> <str>minput.B3</str> <arr> <str>0</str> </arr> <str>minput.nFe</str> <arr> <str>0</str> </arr> <str>minput.nF</str> <arr> <str>0</str> </arr> <str>minput.I0</str> <arr> <str>0</str> </arr> <str>minput.pFlow</str> <arr> <str>0</str> </arr> <str>minput.rhoq</str> <arr> <str>0</str> </arr> <str>minput.rhoqs</str> <arr> <str>0</str> </arr> 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</arr> <str>minput.Vmol</str> <arr> <str>0</str> </arr> <str>minput.nd</str> <arr> <str>0</str> </arr> <str>minput.psi</str> <arr> <str>0</str> </arr> <str>minput.phipf</str> <arr> <str>0</str> </arr> <str>minput.pA</str> <arr> <str>unit_atm_cf</str> </arr> <str>minput.ep</str> <arr> <str>0</str> </arr> <str>minput.nutilde</str> <arr> <str>0</str> </arr> <str>minput.DeN</str> <arr> <str>0</str> </arr> <str>minput.muN</str> <arr> <str>0</str> </arr> <str>minput.EN</str> <arr> <str>0</str> </arr> <str>minput.gamma_sr</str> <arr> <str>0</str> </arr> <str>minput.slipvel</str> <arr> <str>0</str> </arr> <str>minput.sr</str> <arr> <str>0</str> </arr> <str>minput.es</str> <arr> <str>0</str> </arr> <str>minput.sflux</str> <arr> <str>0</str> </arr> <str>minput.u1</str> <arr> <str>0</str> </arr> <str>minput.u2</str> <arr> <str>0</str> </arr> <str>minput.u3</str> <arr> <str>0</str> </arr> <str>minput.Vf</str> <arr> <str>0</str> </arr> <str>minput.Cvol</str> <arr> <str>0</str> </arr> <str>minput.h</str> <arr> <str>0</str> </arr> <str>minput.gamma</str> <arr> <str>0</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>1</str> <str>2</str> <str>3</str> <str>4</str> <str>5</str> <str>6</str> </arr> </arr> </rec> </arr> </arr> <str>protected</str> <str>false</str> </rec> ;<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <rec> <str>var</str> <arr> <str>minput.l</str> <arr> <str>0</str> </arr> <str>minput.I</str> <arr> <str>0</str> </arr> <str>minput.T</str> <arr> <str>293.15*unit_K_cf</str> </arr> <str>minput.phi</str> <arr> <str>0</str> </arr> <str>minput.li</str> <arr> <str>0</str> </arr> <str>minput.omega</str> <arr> <str>0</str> </arr> <str>minput.c</str> <arr> <str>0</str> </arr> <str>minput.Ene</str> <arr> <str>0</str> </arr> <str>minput.freq</str> <arr> <str>0</str> </arr> <str>minput.lambda</str> <arr> <str>0</str> </arr> <str>minput.phil</ `str> <arr> <str>0</str> </arr> <str>minput.sigmal</str> <arr> <str>0</str> </arr> <str>minput.soc</str> <arr> <str>0</str> </arr> <str>minput.Tu</str> <arr> <str>293.15*unit_K_cf</str> </arr> <str>minput.Td</str> <arr> <str>293.15*unit_K_cf</str> </arr> <str>minput.Q</str> <arr> <str>0</str> </arr> <str>minput.J1</str> <arr> <str>0</str> </arr> <str>minput.J2</str> <arr> <str>0</str> </arr> <str>minput.J3</str> <arr> <str>0</str> </arr> <str>minput.Qj</str> <arr> <str>0</str> </arr> <str>minput.Df1</str> <arr> <str>0</str> </arr> <str>minput.Df2</str> <arr> <str>0</str> </arr> <str>minput.Df3</str> <arr> <str>0</str> </arr> <str>minput.E1</str> <arr> <str>0</str> </arr> <str>minput.E2</str> <arr> <str>0</str> </arr> <str>minput.E3</str> <arr> <str>0</str> </arr> <str>minput.V</str> <arr> <str>0</str> </arr> <str>minput.W</str> <arr> <str>0</str> </arr> <str>minput.Ql</str> <arr> <str>0</str> </arr> <str>minput.Qjl</str> <arr> <str>0</str> </arr> <str>minput.H1</str> <arr> <str>0</str> </arr> 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</arr> <str>minput.phils</str> <arr> <str>0</str> </arr> <str>minput.cm</str> <arr> <str>0</str> </arr> <str>minput.w</str> <arr> <str>0</str> </arr> <str>minput.Qm</str> <arr> <str>0</str> </arr> <str>minput.ebar</str> <arr> <str>0</str> </arr> <str>minput.Ns</str> <arr> <str>0</str> </arr> <str>minput.Vmol</str> <arr> <str>0</str> </arr> <str>minput.nd</str> <arr> <str>0</str> </arr> <str>minput.psi</str> <arr> <str>0</str> </arr> <str>minput.phipf</str> <arr> <str>0</str> </arr> <str>minput.pA</str> <arr> <str>unit_atm_cf</str> </arr> <str>minput.ep</str> <arr> <str>0</str> </arr> <str>minput.nutilde</str> <arr> <str>0</str> </arr> <str>minput.DeN</str> <arr> <str>0</str> </arr> <str>minput.muN</str> <arr> <str>0</str> </arr> <str>minput.EN</str> <arr> <str>0</str> </arr> <str>minput.gamma_sr</str> <arr> <str>0</str> </arr> <str>minput.slipvel</str> <arr> <str>0</str> </arr> <str>minput.sr</str> <arr> <str>0</str> </arr> <str>minput.es</str> <arr> <str>0</str> </arr> <str>minput.sflux</str> <arr> <str>0</str> </arr> <str>minput.u1</str> <arr> <str>0</str> </arr> <str>minput.u2</str> <arr> <str>0</str> </arr> <str>minput.u3</str> <arr> <str>0</str> </arr> <str>minput.Vf</str> <arr> <str>0</str> </arr> <str>minput.Cvol</str> <arr> <str>0</str> </arr> <str>minput.h</str> <arr> <str>0</str> </arr> <str>minput.gamma</str> <arr> <str>0</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>1</str> <str>2</str> <str>3</str> <str>4</str> <str>5</str> <str>6</str> <str>7</str> <str>8</str> <str>9</str> <str>10</str> <str>11</str> <str>12</str> <str>13</str> <str>14</str> <str>15</str> <str>16</str> <str>17</str> <str>18</str> <str>19</str> </arr> </arr> </rec> </arr> </arr> <str>protected</str> <str>false</str> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>var</str> <arr> <str>comp1.A_fld_act</str> <arr> <str>0</str> </arr> <str>comp1.mf.fsp1.mak10_use20_constr1_fld_act</str> <arr> <str>0</str> </arr> <str>comp1.mf.alf1.mak10_use20_constr1_fld_act</str> <arr> <str>0</str> </arr> <str>comp1.mf.coil1.mak10_use20_constr1_fld_act</str> <arr> <str>0</str> </arr> <str>comp1.mf.coil2.mak10_use20_constr1_fld_act</str> <arr> <str>0</str> </arr> <str>comp1.mf.als1.mak10_use20_constr1_fld_act</str> <arr> <str>0</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>1</str> <str>2</str> <str>3</str> <str>4</str> <str>5</str> <str>6</str> <str>7</str> <str>8</str> <str>9</str> <str>10</str> <str>11</str> <str>12</str> <str>13</str> <str>14</str> <str>15</str> <str>16</str> <str>17</str> <str>18</str> <str>19</str> </arr> </arr> </rec> </arr> </arr> <str>protected</str> <str>false</str> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <rec> <str>var</str> <arr> <str>comp1.A_fld_act</str> <arr> <str>0</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>1</str> <str>2</str> <str>3</str> <str>4</str> <str>5</str> <str>6</str> <str>7</str> <str>8</str> <str>9</str> <str>10</str> <str>11</str> <str>12</str> <str>13</str> <str>14</str> <str>15</str> <str>16</str> <str>17</str> <str>18</str> <str>19</str> <str>20</str> <str>21</str> <str>22</str> </arr> </arr> </rec> </arr> </arr> <str>protected</str> <str>false</str> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <arr> </arr> <rec> <str>var</str> <arr> <str>comp1.A_fld_act</str> <arr> <str>0</str> </arr> <str>comp1.mf.A_initr</str> <arr> <str>0</str> </arr> <str>comp1.mf.A_initphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.A_initz</str> <arr> <str>0</str> </arr> <str>comp1.mf.PsiOrAr</str> <arr> <str>0</str> </arr> <str>comp1.mf.PsiOrAz</str> <arr> <str>0</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>1</str> <str>2</str> <str>3</str> <str>4</str> <str>5</str> <str>6</str> </arr> </arr> </rec> </arr> </arr> <str>protected</str> <str>false</str> </rec> 0<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <arr> </arr> <rec> <str>var</str> <arr> <str>comp1.Ar</str> <arr> <str>0</str> </arr> <str>comp1.Aphi</str> <arr> <str>if(abs(r)&lt;0.001*h,comp1.mf.PsiOrAphir,comp1.mf.PsiOrAphi/r)</str> </arr> <str>comp1.Az</str> <arr> <str>0</str> </arr> <str>comp1.mf.Qh</str> <arr> <str>comp1.mf.Qrh+comp1.mf.Qml</str> </arr> <str>comp1.mf.murrr</str> <arr> <str>1</str> </arr> <str>comp1.mf.murphir</str> <arr> <str>0</str> </arr> <str>comp1.mf.murzr</str> <arr> <str>0</str> </arr> <str>comp1.mf.murrphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.murphiphi</str> <arr> <str>1</str> </arr> <str>comp1.mf.murzphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.murrz</str> <arr> <str>0</str> </arr> <str>comp1.mf.murphiz</str> <arr> <str>0</str> </arr> <str>comp1.mf.murzz</str> <arr> <str>1</str> </arr> <str>comp1.mf.sigmarr</str> <arr> <str>0</str> </arr> <str>comp1.mf.sigmaphir</str> <arr> <str>0</str> </arr> <str>comp1.mf.sigmazr</str> <arr> <str>0</str> </arr> <str>comp1.mf.sigmarphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.sigmaphiphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.sigmazphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.sigmarz</str> <arr> <str>0</str> </arr> <str>comp1.mf.sigmaphiz</str> <arr> <str>0</str> </arr> <str>comp1.mf.sigmazz</str> <arr> <str>0</str> </arr> <str>comp1.mf.epsilonrrr</str> <arr> <str>1</str> </arr> <str>comp1.mf.epsilonrphir</str> <arr> <str>0</str> </arr> <str>comp1.mf.epsilonrzr</str> <arr> <str>0</str> </arr> <str>comp1.mf.epsilonrrphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.epsilonrphiphi</str> <arr> <str>1</str> </arr> <str>comp1.mf.epsilonrzphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.epsilonrrz</str> <arr> <str>0</str> </arr> <str>comp1.mf.epsilonrphiz</str> <arr> <str>0</str> </arr> <str>comp1.mf.epsilonrzz</str> <arr> <str>1</str> </arr> <str>comp1.mf.Br</str> <arr> <str>comp1.mf.curlAr</str> </arr> <str>comp1.mf.Bphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.Bz</str> <arr> <str>comp1.mf.curlAz</str> </arr> <str>comp1.mf.curlAr</str> <arr> <str>if(abs(r)&lt;0.001*h,-comp1.mf.PsiOrAphizr,-d(comp1.mf.PsiOrAphi/r,z))</str> </arr> <str>comp1.mf.curlAphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.curlAz</str> <arr> <str>if(abs(r)&lt;0.001*h,comp1.mf.PsiOrAphirr,d(comp1.mf.PsiOrAphi/r,r)+if(abs(r)&lt;0.001*h_spatial,d(comp1.mf.PsiOrAphi/r,r),comp1.mf.PsiOrAphi/r^2))</str> </arr> <str>comp1.mf.Ar</str> <arr> <str>comp1.Ar</str> </arr> <str>comp1.mf.Aphi</str> <arr> <str>comp1.Aphi</str> </arr> <str>comp1.mf.Az</str> <arr> <str>comp1.Az</str> </arr> <str>comp1.mf.normB</str> <arr> <str>sqrt(realdot(comp1.mf.Br,comp1.mf.Br)+realdot(comp1.mf.Bz,comp1.mf.Bz))</str> </arr> <str>comp1.mf.normE</str> <arr> <str>sqrt(realdot(comp1.mf.Er,comp1.mf.Er)+realdot(comp1.mf.Ephi,comp1.mf.Ephi)+realdot(comp1.mf.Ez,comp1.mf.Ez))</str> </arr> <str>comp1.mf.Er</str> <arr> <str>-comp1.mf.iomega*comp1.mf.Ar</str> </arr> <str>comp1.mf.Ephi</str> <arr> <str>-comp1.mf.iomega*comp1.mf.Aphi</str> </arr> <str>comp1.mf.Ez</str> <arr> <str>-comp1.mf.iomega*comp1.mf.Az</str> </arr> <str>comp1.mf.Eer</str> <arr> <str>0</str> </arr> <str>comp1.mf.Eephi</str> <arr> <str>0</str> </arr> <str>comp1.mf.Eez</str> <arr> <str>0</str> </arr> <str>comp1.m `f.Eelr</str> <arr> <str>0</str> </arr> <str>comp1.mf.Eelphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.Eelz</str> <arr> <str>0</str> </arr> <str>comp1.mf.Jr</str> <arr> <str>comp1.mf.Jir+comp1.mf.Jdr</str> </arr> <str>comp1.mf.Jphi</str> <arr> <str>comp1.mf.Jiphi+comp1.mf.Jdphi</str> </arr> <str>comp1.mf.Jz</str> <arr> <str>comp1.mf.Jiz+comp1.mf.Jdz</str> </arr> <str>comp1.mf.Jir</str> <arr> <str>comp1.mf.sigmarr*comp1.mf.Er</str> </arr> <str>comp1.mf.Jiphi</str> <arr> <str>comp1.mf.sigmaphiphi*comp1.mf.Ephi</str> </arr> <str>comp1.mf.Jiz</str> <arr> <str>comp1.mf.sigmazz*comp1.mf.Ez</str> </arr> <str>comp1.mf.Jilr</str> <arr> <str>0</str> </arr> <str>comp1.mf.Jilphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.Jilz</str> <arr> <str>0</str> </arr> <str>comp1.mf.Jdr</str> <arr> <str>comp1.mf.iomega*comp1.mf.Dr</str> </arr> <str>comp1.mf.Jdphi</str> <arr> <str>comp1.mf.iomega*comp1.mf.Dphi</str> </arr> <str>comp1.mf.Jdz</str> <arr> <str>comp1.mf.iomega*comp1.mf.Dz</str> </arr> <str>comp1.mf.normJ</str> <arr> <str>sqrt(realdot(comp1.mf.Jr,comp1.mf.Jr)+realdot(comp1.mf.Jphi,comp1.mf.Jphi)+realdot(comp1.mf.Jz,comp1.mf.Jz))</str> </arr> <str>comp1.mf.Jer</str> <arr> <str>0</str> </arr> <str>comp1.mf.Jephi</str> <arr> <str>0</str> </arr> <str>comp1.mf.Jez</str> <arr> <str>0</str> </arr> <str>comp1.mf.Ee_sr</str> <arr> <str>0</str> </arr> <str>comp1.mf.Ee_sphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.Ee_sz</str> <arr> <str>0</str> </arr> <str>comp1.mf.Atsr</str> <arr> <str>comp1.mf.iomega*comp1.mf.Ar</str> </arr> <str>comp1.mf.Atsphi</str> <arr> <str>comp1.mf.iomega*comp1.mf.Aphi</str> </arr> <str>comp1.mf.Atsz</str> <arr> <str>comp1.mf.iomega*comp1.mf.Az</str> </arr> <str>comp1.mf.testcurlAr</str> <arr> <str>var(comp1.mf.curlAr,comp1.mf.PsiOrA)</str> </arr> <str>comp1.mf.testcurlAphi</str> <arr> <str>var(0,comp1.mf.PsiOrA)</str> </arr> <str>comp1.mf.testcurlAz</str> <arr> <str>var(comp1.mf.curlAz,comp1.mf.PsiOrA)</str> </arr> <str>comp1.mf.Adepr</str> <arr> <str>comp1.Ar</str> </arr> <str>comp1.mf.Adepphi</str> <arr> <str>comp1.Aphi</str> </arr> <str>comp1.mf.Adepz</str> <arr> <str>comp1.Az</str> </arr> <str>comp1.mf.PsiOrA_fld_act</str> <arr> <str>1</str> </arr> <str>comp1.mf.Psi</str> <arr> <str>comp1.mf.PsiOrAphi</str> </arr> <str>comp1.Arr</str> <arr> <str>0</str> </arr> <str>comp1.Aphir</str> <arr> <str>if(abs(r)&lt;0.001*h,0.5*comp1.mf.PsiOrAphirr,d(comp1.mf.PsiOrAphi/r,r))</str> </arr> <str>comp1.Azr</str> <arr> <str>0</str> </arr> <str>comp1.Arphi</str> <arr> <str>if(abs(r)&lt;0.001*h,0,-if(abs(r)&lt;0.001*h_spatial,d(comp1.mf.PsiOrAphi/r,r),comp1.mf.PsiOrAphi/r^2))</str> </arr> <str>comp1.Aphiphi</str> <arr> <str>0</str> </arr> <str>comp1.Azphi</str> <arr> <str>0</str> </arr> <str>comp1.Arz</str> <arr> <str>0</str> </arr> <str>comp1.Aphiz</str> <arr> <str>if(abs(r)&lt;0.001*h,0,d(comp1.mf.PsiOrAphi/r,z))</str> </arr> <str>comp1.Azz</str> <arr> <str>0</str> </arr> <str>comp1.mf.Dr</str> <arr> <str>epsilon0_const*comp1.mf.I_srr*comp1.mf.Er+comp1.mf.Pr</str> </arr> <str>comp1.mf.Dphi</str> <arr> <str>epsilon0_const*comp1.mf.I_sphiphi*comp1.mf.Ephi+comp1.mf.Pphi</str> </arr> <str>comp1.mf.Dz</str> <arr> <str>epsilon0_const*comp1.mf.I_szz*comp1.mf.Ez+comp1.mf.Pz</str> </arr> <str>comp1.mf.normD</str> <arr> <str>sqrt(realdot(comp1.mf.Dr,comp1.mf.Dr)+realdot(comp1.mf.Dphi,comp1.mf.Dphi)+realdot(comp1.mf.Dz,comp1.mf.Dz))</str> </arr> <str>comp1.mf.Pr</str> <arr> <str>epsilon0_const*comp1.mf.chirr*comp1.mf.Er</str> </arr> <str>comp1.mf.Pphi</str> <arr> <str>epsilon0_const*comp1.mf.chiphiphi*comp1.mf.Ephi</str> </arr> <str>comp1.mf.Pz</str> <arr> <str>epsilon0_const*comp1.mf.chizz*comp1.mf.Ez</str> </arr> <str>comp1.mf.normP</str> <arr> <str>sqrt(realdot(comp1.mf.Pr,comp1.mf.Pr)+realdot(comp1.mf.Pphi,comp1.mf.Pphi)+realdot(comp1.mf.Pz,comp1.mf.Pz))</str> </arr> <str>comp1.mf.chirr</str> <arr> <str>-1+comp1.mf.epsilonrrr</str> </arr> <str>comp1.mf.chiphir</str> <arr> <str>0</str> </arr> <str>comp1.mf.chizr</str> <arr> <str>0</str> </arr> <str>comp1.mf.chirphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.chiphiphi</str> <arr> <str>-1+comp1.mf.epsilonrphiphi</str> </arr> <str>comp1.mf.chizphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.chirz</str> <arr> <str>0</str> </arr> <str>comp1.mf.chiphiz</str> <arr> <str>0</str> </arr> <str>comp1.mf.chizz</str> <arr> <str>-1+comp1.mf.epsilonrzz</str> </arr> <str>comp1.mf.Hr</str> <arr> <str>comp1.mf.murinvrr*comp1.mf.Br/mu0_const</str> </arr> <str>comp1.mf.Hphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.Hz</str> <arr> <str>comp1.mf.murinvzz*comp1.mf.Bz/mu0_const</str> </arr> <str>comp1.mf.normH</str> <arr> <str>sqrt(realdot(comp1.mf.Hr,comp1.mf.Hr)+realdot(comp1.mf.Hz,comp1.mf.Hz))</str> </arr> <str>comp1.mf.Mr</str> <arr> <str>comp1.mf.Br/mu0_const-comp1.mf.I_srr*comp1.mf.Hr</str> </arr> <str>comp1.mf.Mphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.Mz</str> <arr> <str>comp1.mf.Bz/mu0_const-comp1.mf.I_szz*comp1.mf.Hz</str> </arr> <str>comp1.mf.normM</str> <arr> <str>sqrt(realdot(comp1.mf.Mr,comp1.mf.Mr)+realdot(comp1.mf.Mz,comp1.mf.Mz))</str> </arr> <str>comp1.mf.chimrr</str> <arr> <str>-1+comp1.mf.murrr</str> </arr> <str>comp1.mf.chimphir</str> <arr> <str>0</str> </arr> <str>comp1.mf.chimzr</str> <arr> <str>0</str> </arr> <str>comp1.mf.chimrphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.chimphiphi</str> <arr> <str>-1+comp1.mf.murphiphi</str> </arr> <str>comp1.mf.chimzphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.chimrz</str> <arr> <str>0</str> </arr> <str>comp1.mf.chimphiz</str> <arr> <str>0</str> </arr> <str>comp1.mf.chimzz</str> <arr> <str>-1+comp1.mf.murzz</str> </arr> <str>comp1.mf.murinvrr</str> <arr> <str>1/(comp1.mf.I_srr+comp1.mf.chimrr)</str> </arr> <str>comp1.mf.murinvphir</str> <arr> <str>0</str> </arr> <str>comp1.mf.murinvzr</str> <arr> <str>0</str> </arr> <str>comp1.mf.murinvrphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.murinvphiphi</str> <arr> <str>1/(comp1.mf.I_sphiphi+comp1.mf.chimphiphi)</str> </arr> <str>comp1.mf.murinvzphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.murinvrz</str> <arr> <str>0</str> </arr> <str>comp1.mf.murinvphiz</str> <arr> <str>0</str> </arr> <str>comp1.mf.murinvzz</str> <arr> <str>1/(comp1.mf.I_szz+comp1.mf.chimzz)</str> </arr> <str>comp1.mf.Wav</str> <arr> <str>comp1.mf.Weav+comp1.mf.Wmav</str> </arr> <str>comp1.mf.dWe</str> <arr> <str>2*comp1.mf.Weav*pi*r</str> </arr> <str>comp1.mf.Weav</str> <arr> <str>0.25*(realdot(comp1.mf.Dr,comp1.mf.Er)+realdot(comp1.mf.Dphi,comp1.mf.Ephi)+realdot(comp1.mf.Dz,comp1.mf.Ez))</str> </arr> <str>comp1.mf.dWm</str> <arr> <str>2*comp1.mf.Wmav*pi*r</str> </arr> <str>comp1.mf.Wmav</str> <arr> <str>0.25*(realdot(comp1.mf.Br,comp1.mf.Hr)+realdot(comp1.mf.Bz,comp1.mf.Hz))</str> </arr> <str>comp1.mf.Qrh</str> <arr> <str>0.5*(realdot(comp1.mf.Jr,comp1.mf.Er)+realdot(comp1.mf.Jphi,comp1.mf.Ephi)+realdot(comp1.mf.Jz,comp1.mf.Ez))</str> </arr> <str>comp1.mf.Qav</str> <arr> <str>0</str> </arr> <str>comp1.mf.Qml</str> <arr> <str>0.5*(realdot(comp1.mf.iomega*comp1.mf.Br,comp1.mf.Hr)+realdot(comp1.mf.iomega*comp1.mf.Bz,comp1.mf.Hz))</str> </arr> <str>comp1.mf.FLtzr</str> <arr> <str>comp1.mf.Bz*comp1.mf.Jphi</str> </arr> <str>comp1.mf.FLtzphi</str> <arr> <str>-comp1.mf.Bz*comp1.mf.Jr+comp1.mf.Br*comp1.mf.Jz</str> </arr> <str>comp1.mf.FLtzz</str> <arr> <str>-comp1.mf.Br*comp1.mf.Jphi</str> </arr> <str>comp1.mf.FLtzir</str> <arr> <str>real(comp1.mf.Bz)*real(comp1.mf.Jphi)</str> </arr> <str>comp1.mf.FLtziphi</str> <arr> <str>-real(comp1.mf.Bz)*real(comp1.mf.Jr)+real(comp1.mf.Br)*real(comp1.mf.Jz)</str> </arr> <str>comp1.mf.FLtziz</str> <arr> <str>-real(comp1.mf.Br)*real(comp1.mf.Jphi)</str> </arr> <str>comp1.mf.FLtzavr</str> <arr> <str>0.5*real(conj(comp1.mf.Bz)*comp1.mf.Jphi-conj(0)*comp1.mf.Jz)</str> </arr> <str>comp1.mf.FLtzavphi</str> <arr> <str>0.5*real(-conj(comp1.mf.Bz)*comp1.mf.Jr+conj(comp1.mf.Br)*comp1.mf.Jz)</str> </arr> <str>comp1.mf.FLtzavz</str> <arr> <str>0.5*real(conj(0)*comp1.mf.Jr-conj(comp1.mf.Br)*comp1.mf.Jphi)</str> </arr> <str>comp1.mf.deltaS</str> <arr> <str>try_catch(1/real(sqrt(comp1.mf.iomega*mu0_const*(comp1.mf.murrr+comp1.mf.murphiphi+comp1.mf.murzz)*(comp1.mf.sigmarr+comp1.mf.sigmaphiphi+comp1.mf.sigmazz+comp1.mf.iomega*epsilon0_const*(comp1.mf.epsilonrrr+comp1.mf.epsilonrphiphi+comp1.mf.epsilonrzz))/9)),0)</str> </arr> <str>comp1.mf.Poavr</str> <arr> <str>0.5*real(conj(comp1.mf.Hz)*comp1.mf.Ephi-conj(0)*comp1.mf.Ez)</str> </arr> <str>comp1.mf.Poavphi</str> <arr> <str>0.5*real(-conj(comp1.mf.Hz)*comp1.mf.Er+conj(comp1.mf.Hr)*comp1.mf.Ez)</str> </arr> <str>comp1.mf.Poavz</str> <arr> <str>0.5*real(conj(0)*comp1.mf.Er-conj(comp1.mf.Hr)*comp1.mf.Ephi)</str> </arr> <str>comp1.mf.alf1.eBrr</str> <arr> <str>1/sqrt(1+eps)</str> </arr> <str>comp1.mf.alf1.eBrphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.alf1.eBrz</str> <arr> <str>0</str> </arr> <str>comp1.mf.sigma_iso</str> <arr> <str>0</str> </arr> <str>comp1.mf.epsilonr_iso</str> <arr> <str>1</str> </arr> <str>comp1.mf.alf1.T</str> <arr> <str>273.15*unit_K_cf</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>2</str> </arr> </arr> </rec> </arr> </arr> <str>protected</str> <str>false</str> </rec> K7<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <arr> </arr> <rec> <str>var</str> <arr> <str>comp1.Ar</str> <arr> <str>0</str> </arr> <str>comp1.Aphi</str> <arr> <str>if(abs(r)&lt;0.001*h,comp1.mf.PsiOrAphir,comp1.mf.PsiOrAphi/r)</str> </arr> <str>comp1.Az</str> <arr> <str>0</str> </arr> <str>comp1.mf.I_sRR</str> <arr> <str>comp1.spatial.invF11^2*comp1.mf.I_srr*comp1.spatial.detF</str> </arr> <str>comp1.mf.I_sPHIR</str> <arr> <str>0</str> </arr> <str>comp1.mf.I_sZR</str> <arr> <str>0</str> </arr> <str>comp1.mf.I_sRPHI</str> <arr> <str>0</str> </arr> <str>comp1.mf.I_sPHIPHI</str> <arr> <str>if(Rg&gt;0.001*h,R/r,Rr)^2*comp1.mf.I_sphiphi*comp1.spatial.detF</str> </arr> <str>comp1.mf.I_sZPHI</str> <arr> <str>0</str> </arr> <str>comp1.mf.I_sRZ</str> <arr> <str>0</str> </arr> <str>comp1.mf.I_sPHIZ</str> <arr> <str>0</str> </arr> <str>comp1.mf.I_sZZ</str> <arr> <str>comp1.spatial.invF33^2*comp1.mf.I_szz*comp1.spatial.detF</str> </arr> <str>comp1.mf.I_srr</str> <arr> <str>1</str> </arr> <str>comp1.mf.I_sphir</str> <arr> <str>0</str> </arr> <str>comp1.mf.I_szr</str> <arr> <str>0</str> </arr> <str>comp1.mf.I_srphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.I_sphiphi</str> <arr> <str>1</str> </arr> <str>comp1.mf.I_szphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.I_srz</str> <arr> <str>0</str> </arr> <str>comp1.mf.I_sphiz</str> <arr> <str>0</str> </arr> <str>comp1.mf.I_szz</str> <arr> <str>1</str> </arr> <str>comp1.mf.d</str> <arr> <str>1</str> </arr> <str>comp1.mf.Qh</str> <arr> <str>comp1.mf.Qrh+comp1.mf.Qml</str> </arr> <str>comp1.mf.isLossCalculationDomain</str> <arr> <str>0</str> </arr> <str>comp1.mf.murrr</str> <arr> <str>1</str> </arr> <str>comp1.mf.murphir</str> <arr> <str>0</str> </arr> <str>comp1.mf.murzr</str> <arr> <str>0</str> </arr> <str>comp1.mf.murrphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.murphiphi</str> <arr> <str>1</str> </arr> <str>comp1.mf.murzphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.murrz</str> <arr> <str>0</str> </arr> <str>comp1.mf.murphiz</str> <arr> <str>0</str> </arr> <str>comp1.mf.murzz</str> <arr> <str>1</str> </arr> <str>comp1.mf.sigmarr</str> <arr> <str>0</str> </arr> <str>comp1.mf.sigmaphir</str> <arr> <str>0</str> </arr> <str>comp1.mf.sigmazr</str> <arr> <str>0</str> </arr> <str>comp1.mf.sigmarphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.sigmaphiphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.sigmazphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.sigmarz</str> <arr> <str>0</str> </arr> <str>comp1.mf.sigmaphiz</str> <arr> <str>0</str> </arr> <str>comp1.mf.sigmazz</str> <arr> <str>0</str> </arr> <str>comp1.mf.epsilonrrr</str> <arr> <str>1</str> </arr> <str>comp1.mf.epsilonrphir</str> <arr> <str>0</str> </arr> <str>comp1.mf.epsilonrzr</str> <arr> <str>0</str> </arr> <str>comp1.mf.epsilonrrphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.epsilonrphiphi</str> <arr> <str>1</str> </arr> <str>comp1.mf.epsilonrzphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.epsilonrrz</str> <arr> <str>0</str> </arr> <str>comp1.mf.epsilonrphiz</str> <arr> <str>0</str> </arr> <str>comp1.mf.epsilonrzz</str> <arr> <str>1</str> </arr> <str>comp1.mf.Br</str> <arr> <str>comp1.mf.curlAr</str> </arr> <str>comp1.mf.Bphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.Bz</str> <arr> <str>comp1.mf.curlAz</str> </arr> <str>comp1.mf.curlAr</str> <arr> <str>if(abs(r)&lt;0.001*h,-comp1.mf.PsiOrAphizr,(-comp1.ie1.invT11*d(comp1.mf.PsiOrAphi*comp1.ie1.r/r,z)+comp1.ie1.invT31*d(comp1.mf.PsiOrAphi*comp1.ie1.r/r,r))/(comp1.ie1.detInvT*comp1.ie1.r))</str> </arr> <str>comp1.mf.curlAphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.curlAz</str> <arr> <str>if(abs(r)&lt;0.001*h,comp1.mf.PsiOrAphirr,(-comp1.ie1.invT13*d(comp1.mf.PsiOrAphi*comp1.ie1.r/r,z)+comp1.ie1.invT33*d(comp1.mf.PsiOrAphi*comp1.ie1.r/r,r))/(comp1.ie1.detInvT*comp1.ie1.r))</str> </arr> <str>comp1.mf.Ar</str> <arr> <str>comp1.Ar</str> </arr> <str>comp1.mf.Aphi</str> <arr> <str>comp1.Aphi</str> </arr> <str>comp1.mf.Az</str> <arr> <str>comp1.Az</str> </arr> <str>comp1.mf.normB</str> <arr> <str>sqrt(realdot(comp1.mf.Br,comp1.mf.Br)+realdot(comp1.mf.Bz,comp1.mf.Bz))</str> </arr> <str>comp1.mf.normE</str> <arr> <str>sqrt(realdot(comp1.mf.Er,comp1.mf.Er)+realdot(comp1.mf.Ephi,comp1.mf.Ephi)+realdot(comp1.mf.Ez,comp1.mf.Ez))</str> </arr> <str>comp1.mf.Er</str> <arr> <str>-comp1.mf.iomega*comp1.mf.Ar</str> </arr> <str>comp1.mf.Ephi</str> <arr> <str>-comp1.mf.iomega*comp1.mf.Aphi</str> </arr> <str>comp1.mf.Ez</str> <arr> <str>-comp1.mf.iomega*comp1.mf.Az</str> </arr> <str>comp1.mf.Eer</str> <arr> <str>0</str> </arr> <str>comp1.mf.Eephi</str> <arr> <str>0</str> </arr> <str>comp1.mf.Eez</str> <arr> <str>0</str> </arr> <str>comp1.mf.Eelr</str> <arr> <str>0</str> </arr> <str>comp1.mf.Eelphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.Eelz</str> <arr> <str>0</str> </arr> <str>comp1.mf.Jr</str> <arr> <str>comp1.mf.Jir+comp1.mf.Jdr</str> </arr> <str>comp1.mf.Jphi</str> <arr> <str>comp1.mf.Jiphi+comp1.mf.Jdphi</str> </arr> <str>comp1.mf.Jz</str> <arr> <str>comp1.mf.Jiz+comp1.mf.Jdz</str> </arr> <str>comp1.mf.Jir</str> <arr> <str>comp1.mf.sigmarr*comp1.mf.Er</str> </arr> <str>comp1.mf.Jiphi</str> <arr> <str>comp1.mf.sigmaphiphi*comp1.mf.Ephi</str> </arr> <str>comp1.mf.Jiz</str> <arr> <str>comp1.mf.sigmazz*comp1.mf.Ez</str> </arr> <str>comp1.mf.Jilr</str> <arr> <str>0</str> </arr> <str>comp1.mf.Jilphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.Jilz</str> <arr> <str>0</str> </arr> <str>comp1.mf.Jdr</str> <arr> <str>comp1.mf.iomega*comp1.mf.Dr</str> </arr> <str>comp1.mf.Jdphi</str> <arr> <str>comp1.mf.iomega*comp1.mf.Dphi</str> </arr> <str>comp1.mf.Jdz</str> <arr> <str>comp1.mf.iomega*comp1.mf.Dz</str> </arr> <str>comp1.mf.normJ</str> <arr> <str>sqrt(realdot(comp1.mf.Jr,comp1.mf.Jr)+realdot(comp1.mf.Jphi,comp1.mf.Jphi)+realdot(comp1.mf.Jz,comp1.mf.Jz))</str> </arr> <str>comp1.mf.Jer</str> <arr> <str>0</str> </arr> <str>comp1.mf.Jephi</str> <arr> <str>0</str> </arr> <str>comp1.mf.Jez</str> <arr> <str>0</str> </arr> <str>comp1.mf.Ee_sr</str> <arr> <str>0</str> </arr> <str>comp1.mf.Ee_sphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.Ee_sz</str> <arr> <str>0</str> </arr> <str>comp1.mf.Atsr</str> <arr> <str>comp1.mf.iomega*comp1.mf.Ar</str> </arr> <str>comp1.mf.Atsphi</str> <arr> <str>comp1.mf.iomega*comp1.mf.Aphi</str> </arr> <str>comp1.mf.Atsz</str> <arr> <str>comp1.mf.iomega*comp1.mf.Az</str> </arr> <str>comp1.mf.testcurlAr</str> <arr> <str>var(comp1.mf.curlAr,comp1.mf.PsiOrA)</str> </arr> <str>comp1.mf.testcurlAphi</str> <arr> <str>var(0,comp1.mf.PsiOrA)</str> </arr> <str>comp1.mf.testcurlAz</str> <arr> <str>var(comp1.mf.curlAz,comp1.mf.PsiOrA)</str> </arr> <str>comp1.mf.Adepr</str> <arr> <str>comp1.Ar</str> </arr> <str>comp1.mf.Adepphi</str> <arr> <str>comp1.Aphi</str> </arr> <str>comp1.mf.Adepz</str> <arr> <str>comp1.Az</str> </arr> <str>comp1.mf.PsiOrA_fld_act</str> <arr> <str>1</str> </arr> <str>comp1.mf.Psi</str> <arr> <str>comp1.mf.PsiOrAphi</str> </arr> <str>comp1.Arr</str> <arr> <str>0</str> </arr> <str>comp1.Aphir</str> <arr> <str>if(abs(r)&lt;0.001*h,0.5*comp1.mf.PsiOrAphirr,comp1.ie1.T11*d(comp1.mf.PsiOrAphi/r,r)+comp1.ie1.T13*d(comp1.mf.PsiOrAphi/r,z))</str> </arr> <str>comp1.Azr</str> <arr> <str>0</str> </arr> <str>comp1.Arphi</str> <arr> <str>if(abs(r)&lt;0.001*h,0,-comp1.ie1.T22*if(abs(r)&lt;0.001*h_spatial,d(comp1.mf.PsiOrAphi/r,r),comp1.mf.PsiOrAphi/(r*comp1.ie1.r)))</str> </arr> <str>comp1.Aphiphi</str> <arr> <str>0</str> </arr> <str>comp1.Azphi</str> <arr> <str>0</str> </arr> <str>comp1.Arz</str> <arr> <str>0</str> </arr> <str>comp1.Aphiz</str> <arr> <str>if(abs(r)&lt;0.001*h,0,comp1.ie1.T31*d(comp1.mf.PsiOrAphi/r,r)+comp1.ie1.T33*d(comp1.mf.PsiOrAphi/r,z))</str> </arr> <str>comp1.Azz</str> <arr> <str>0</str> </arr> <str>comp1.mf.Dr</str> <arr> <str>epsilon0_const*comp1.mf.I_srr*comp1.mf.Er+comp1.mf.Pr</str> </arr> <str>comp1.mf.Dphi</str> <arr> <str>epsilon0_const*comp1.mf.I_sphiphi*comp1.mf.Ephi+comp1.mf.Pphi</str> </arr> <str>comp1.mf.Dz</str> <arr> <str>epsilon0_const*comp1.mf.I_szz*comp1.mf.Ez+comp1.mf.Pz</str> </arr> <str>comp1.mf.normD</str> <arr> <str>sqrt(realdot(comp1.mf.Dr,comp1.mf.Dr)+realdot(comp1.mf.Dphi,comp1.mf.Dphi)+realdot(comp1.mf.Dz,comp1.mf.Dz))</str> </arr> <str>comp1.mf.Pr</str> <arr> <str>epsilon0_const*comp1.mf.chirr*comp1.mf.Er</str> </arr> <str>comp1.mf.Pphi</str> <arr> <str>epsilon0_const*comp1.mf.chiphiphi*comp1.mf.Ephi</str> </arr> <str>comp1.mf.Pz</str> <arr> <str>epsilon0_const*comp1.mf.chizz*comp1.mf.Ez</str> </arr> <str>comp1.mf.normP</str> <arr> <str>sqrt(realdot(comp1.mf.Pr,comp1.mf.Pr)+realdot(comp1.mf.Pphi,comp1.mf.Pphi)+realdot(comp1.mf.Pz,comp1.mf.Pz))</str> </arr> <str>comp1.mf.chirr</str> <arr> <str>-1+comp1.mf.epsilonrrr</str> </arr> <str>comp1.mf.chiphir</str> <arr> <str>0</str> </arr> <str>comp1.mf.chizr</str> <arr> <str>0</str> </arr> <str>comp1.mf.chirphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.chiphiphi</str> <arr> <str>-1+comp1.mf.epsilonrphiphi</str> </arr> <str>comp1.mf.chizphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.chirz</str> <arr> <str>0</str> </arr> <str>comp1.mf.chiphiz</str> <arr> <str>0</str> </arr> <str>comp1.mf.chizz</str> <arr> <st `r>-1+comp1.mf.epsilonrzz</str> </arr> <str>comp1.mf.Hr</str> <arr> <str>comp1.mf.murinvrr*comp1.mf.Br/mu0_const</str> </arr> <str>comp1.mf.Hphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.Hz</str> <arr> <str>comp1.mf.murinvzz*comp1.mf.Bz/mu0_const</str> </arr> <str>comp1.mf.normH</str> <arr> <str>sqrt(realdot(comp1.mf.Hr,comp1.mf.Hr)+realdot(comp1.mf.Hz,comp1.mf.Hz))</str> </arr> <str>comp1.mf.Mr</str> <arr> <str>comp1.mf.Br/mu0_const-comp1.mf.I_srr*comp1.mf.Hr</str> </arr> <str>comp1.mf.Mphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.Mz</str> <arr> <str>comp1.mf.Bz/mu0_const-comp1.mf.I_szz*comp1.mf.Hz</str> </arr> <str>comp1.mf.normM</str> <arr> <str>sqrt(realdot(comp1.mf.Mr,comp1.mf.Mr)+realdot(comp1.mf.Mz,comp1.mf.Mz))</str> </arr> <str>comp1.mf.chimrr</str> <arr> <str>-1+comp1.mf.murrr</str> </arr> <str>comp1.mf.chimphir</str> <arr> <str>0</str> </arr> <str>comp1.mf.chimzr</str> <arr> <str>0</str> </arr> <str>comp1.mf.chimrphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.chimphiphi</str> <arr> <str>-1+comp1.mf.murphiphi</str> </arr> <str>comp1.mf.chimzphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.chimrz</str> <arr> <str>0</str> </arr> <str>comp1.mf.chimphiz</str> <arr> <str>0</str> </arr> <str>comp1.mf.chimzz</str> <arr> <str>-1+comp1.mf.murzz</str> </arr> <str>comp1.mf.murinvrr</str> <arr> <str>1/(comp1.mf.I_srr+comp1.mf.chimrr)</str> </arr> <str>comp1.mf.murinvphir</str> <arr> <str>0</str> </arr> <str>comp1.mf.murinvzr</str> <arr> <str>0</str> </arr> <str>comp1.mf.murinvrphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.murinvphiphi</str> <arr> <str>1/(comp1.mf.I_sphiphi+comp1.mf.chimphiphi)</str> </arr> <str>comp1.mf.murinvzphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.murinvrz</str> <arr> <str>0</str> </arr> <str>comp1.mf.murinvphiz</str> <arr> <str>0</str> </arr> <str>comp1.mf.murinvzz</str> <arr> <str>1/(comp1.mf.I_szz+comp1.mf.chimzz)</str> </arr> <str>comp1.mf.Wav</str> <arr> <str>comp1.mf.Weav+comp1.mf.Wmav</str> </arr> <str>comp1.mf.dWe</str> <arr> <str>2*comp1.mf.Weav*pi*comp1.ie1.r*comp1.ie1.detInvT</str> </arr> <str>comp1.mf.Weav</str> <arr> <str>0.25*(realdot(comp1.mf.Dr,comp1.mf.Er)+realdot(comp1.mf.Dphi,comp1.mf.Ephi)+realdot(comp1.mf.Dz,comp1.mf.Ez))</str> </arr> <str>comp1.mf.dWm</str> <arr> <str>2*comp1.mf.Wmav*pi*comp1.ie1.r*comp1.ie1.detInvT</str> </arr> <str>comp1.mf.Wmav</str> <arr> <str>0.25*(realdot(comp1.mf.Br,comp1.mf.Hr)+realdot(comp1.mf.Bz,comp1.mf.Hz))</str> </arr> <str>comp1.mf.Qrh</str> <arr> <str>0.5*(realdot(comp1.mf.Jr,comp1.mf.Er)+realdot(comp1.mf.Jphi,comp1.mf.Ephi)+realdot(comp1.mf.Jz,comp1.mf.Ez))</str> </arr> <str>comp1.mf.Qav</str> <arr> <str>0</str> </arr> <str>comp1.mf.Qml</str> <arr> <str>0.5*(realdot(comp1.mf.iomega*comp1.mf.Br,comp1.mf.Hr)+realdot(comp1.mf.iomega*comp1.mf.Bz,comp1.mf.Hz))</str> </arr> <str>comp1.mf.FLtzr</str> <arr> <str>comp1.mf.Bz*comp1.mf.Jphi</str> </arr> <str>comp1.mf.FLtzphi</str> <arr> <str>-comp1.mf.Bz*comp1.mf.Jr+comp1.mf.Br*comp1.mf.Jz</str> </arr> <str>comp1.mf.FLtzz</str> <arr> <str>-comp1.mf.Br*comp1.mf.Jphi</str> </arr> <str>comp1.mf.FLtzir</str> <arr> <str>real(comp1.mf.Bz)*real(comp1.mf.Jphi)</str> </arr> <str>comp1.mf.FLtziphi</str> <arr> <str>-real(comp1.mf.Bz)*real(comp1.mf.Jr)+real(comp1.mf.Br)*real(comp1.mf.Jz)</str> </arr> <str>comp1.mf.FLtziz</str> <arr> <str>-real(comp1.mf.Br)*real(comp1.mf.Jphi)</str> </arr> <str>comp1.mf.FLtzavr</str> <arr> <str>0.5*real(conj(comp1.mf.Bz)*comp1.mf.Jphi-conj(0)*comp1.mf.Jz)</str> </arr> <str>comp1.mf.FLtzavphi</str> <arr> <str>0.5*real(-conj(comp1.mf.Bz)*comp1.mf.Jr+conj(comp1.mf.Br)*comp1.mf.Jz)</str> </arr> <str>comp1.mf.FLtzavz</str> <arr> <str>0.5*real(conj(0)*comp1.mf.Jr-conj(comp1.mf.Br)*comp1.mf.Jphi)</str> </arr> <str>comp1.mf.deltaS</str> <arr> <str>try_catch(1/real(sqrt(comp1.mf.iomega*mu0_const*(comp1.mf.murrr+comp1.mf.murphiphi+comp1.mf.murzz)*(comp1.mf.sigmarr+comp1.mf.sigmaphiphi+comp1.mf.sigmazz+comp1.mf.iomega*epsilon0_const*(comp1.mf.epsilonrrr+comp1.mf.epsilonrphiphi+comp1.mf.epsilonrzz))/9)),0)</str> </arr> <str>comp1.mf.Poavr</str> <arr> <str>0.5*real(conj(comp1.mf.Hz)*comp1.mf.Ephi-conj(0)*comp1.mf.Ez)</str> </arr> <str>comp1.mf.Poavphi</str> <arr> <str>0.5*real(-conj(comp1.mf.Hz)*comp1.mf.Er+conj(comp1.mf.Hr)*comp1.mf.Ez)</str> </arr> <str>comp1.mf.Poavz</str> <arr> <str>0.5*real(conj(0)*comp1.mf.Er-conj(comp1.mf.Hr)*comp1.mf.Ephi)</str> </arr> <str>comp1.mf.alf1.eBrr</str> <arr> <str>1/sqrt(1+eps)</str> </arr> <str>comp1.mf.alf1.eBrphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.alf1.eBrz</str> <arr> <str>0</str> </arr> <str>comp1.mf.sigma_iso</str> <arr> <str>0</str> </arr> <str>comp1.mf.epsilonr_iso</str> <arr> <str>1</str> </arr> <str>comp1.mf.alf1.T</str> <arr> <str>273.15*unit_K_cf</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>1</str> <str>4</str> </arr> </arr> </rec> </arr> </arr> <str>protected</str> <str>false</str> </rec> 3<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <arr> </arr> <rec> <str>var</str> <arr> <str>comp1.Ar</str> <arr> <str>0</str> </arr> <str>comp1.Aphi</str> <arr> <str>if(abs(r)&lt;0.001*h,comp1.mf.PsiOrAphir,comp1.mf.PsiOrAphi/r)</str> </arr> <str>comp1.Az</str> <arr> <str>0</str> </arr> <str>comp1.mf.Qh</str> <arr> <str>comp1.mf.Qrh+comp1.mf.Qml</str> </arr> <str>comp1.mf.murrr</str> <arr> <str>comp1.mat2.def.mur11</str> </arr> <str>comp1.mf.murphir</str> <arr> <str>0</str> </arr> <str>comp1.mf.murzr</str> <arr> <str>0</str> </arr> <str>comp1.mf.murrphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.murphiphi</str> <arr> <str>comp1.mat2.def.mur22</str> </arr> <str>comp1.mf.murzphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.murrz</str> <arr> <str>0</str> </arr> <str>comp1.mf.murphiz</str> <arr> <str>0</str> </arr> <str>comp1.mf.murzz</str> <arr> <str>comp1.mat2.def.mur33</str> </arr> <str>comp1.mf.sigmarr</str> <arr> <str>comp1.mat2.def.sigma11</str> </arr> <str>comp1.mf.sigmaphir</str> <arr> <str>0</str> </arr> <str>comp1.mf.sigmazr</str> <arr> <str>0</str> </arr> <str>comp1.mf.sigmarphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.sigmaphiphi</str> <arr> <str>comp1.mat2.def.sigma22</str> </arr> <str>comp1.mf.sigmazphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.sigmarz</str> <arr> <str>0</str> </arr> <str>comp1.mf.sigmaphiz</str> <arr> <str>0</str> </arr> <str>comp1.mf.sigmazz</str> <arr> <str>comp1.mat2.def.sigma33</str> </arr> <str>comp1.mf.epsilonrrr</str> <arr> <str>comp1.mat2.def.epsilonr11</str> </arr> <str>comp1.mf.epsilonrphir</str> <arr> <str>0</str> </arr> <str>comp1.mf.epsilonrzr</str> <arr> <str>0</str> </arr> <str>comp1.mf.epsilonrrphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.epsilonrphiphi</str> <arr> <str>comp1.mat2.def.epsilonr22</str> </arr> <str>comp1.mf.epsilonrzphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.epsilonrrz</str> <arr> <str>0</str> </arr> <str>comp1.mf.epsilonrphiz</str> <arr> <str>0</str> </arr> <str>comp1.mf.epsilonrzz</str> <arr> <str>comp1.mat2.def.epsilonr33</str> </arr> <str>comp1.mf.Br</str> <arr> <str>comp1.mf.curlAr</str> </arr> <str>comp1.mf.Bphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.Bz</str> <arr> <str>comp1.mf.curlAz</str> </arr> <str>comp1.mf.curlAr</str> <arr> <str>if(abs(r)&lt;0.001*h,-comp1.mf.PsiOrAphizr,-d(comp1.mf.PsiOrAphi/r,z))</str> </arr> <str>comp1.mf.curlAphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.curlAz</str> <arr> <str>if(abs(r)&lt;0.001*h,comp1.mf.PsiOrAphirr,d(comp1.mf.PsiOrAphi/r,r)+if(abs(r)&lt;0.001*h_spatial,d(comp1.mf.PsiOrAphi/r,r),comp1.mf.PsiOrAphi/r^2))</str> </arr> <str>comp1.mf.Ar</str> <arr> <str>comp1.Ar</str> </arr> <str>comp1.mf.Aphi</str> <arr> <str>comp1.Aphi</str> </arr> <str>comp1.mf.Az</str> <arr> <str>comp1.Az</str> </arr> <str>comp1.mf.normB</str> <arr> <str>sqrt(realdot(comp1.mf.Br,comp1.mf.Br)+realdot(comp1.mf.Bz,comp1.mf.Bz))</str> </arr> <str>comp1.mf.normE</str> <arr> <str>sqrt(realdot(comp1.mf.Er,comp1.mf.Er)+realdot(comp1.mf.Ephi,comp1.mf.Ephi)+realdot(comp1.mf.Ez,comp1.mf.Ez))</str> </arr> <str>comp1.mf.Er</str> <arr> <str>-comp1.mf.iomega*comp1.mf.Ar</str> </arr> <str>comp1.mf.Ephi</str> <arr> <str>-comp1.mf.iomega*comp1.mf.Aphi+comp1.mf.Eephi</str> </arr> <str>comp1.mf.Ez</str> <arr> <str>-comp1.mf.iomega*comp1.mf.Az</str> </arr> <str>comp1.mf.Eer</str> <arr> <str>0</str> </arr> <str>comp1.mf.Eephi</str> <arr> <str>comp1.mf.coil1.VCoil_d*comp1.mf.coil1.eCoilphi</str> </arr> <str>comp1.mf.Eez</str> <arr> <str>0</str> </arr> <str>comp1.mf.Eelr</str> <arr> <str>0</str> </arr> <str>comp1.mf.Eelphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.Eelz</str> <arr> <str>0</str> </arr> <str>comp1.mf.Jr</str> <arr> <str>comp1.mf.Jir+comp1.mf.Jdr</str> </arr> <str>comp1.mf.Jphi</str> <arr> <str>comp1.mf.Jiphi+comp1.mf.Jdphi</str> </arr> <str>comp1.mf.Jz</str> <arr> <str>comp1.mf.Jiz+comp1.mf.Jdz</str> </arr> <str>comp1.mf.Jir</str> <arr> <str>comp1.mf.sigmarr*comp1.mf.Er</str> </arr> <str>comp1.mf.Jiphi</str> <arr> <str>comp1.mf.sigmaphiphi*comp1.mf.Ephi</str> </arr> <str>comp1.mf.Jiz</str> <arr> <str>comp1.mf.sigmazz*comp1.mf.Ez</str> </arr> <str>comp1.mf.Jilr</str> <arr> <str>0</str> </arr> <str>comp1.mf.Jilphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.Jilz</str> <arr> <str>0</str> </arr> <str>comp1.mf.Jdr</str> <arr> <str>comp1.mf.iomega*comp1.mf.Dr</str> </arr> <str>comp1.mf.Jdphi</str> <arr> <str>comp1.mf.iomega*comp1.mf.Dphi</str> </arr> <str>comp1.mf.Jdz</str> <arr> <str>comp1.mf.iomega*comp1.mf.Dz</str> </arr> <str>comp1.mf.normJ</str> <arr> <str>sqrt(realdot(comp1.mf.Jr,comp1.mf.Jr)+realdot(comp1.mf.Jphi,comp1.mf.Jphi)+realdot(comp1.mf.Jz,comp1.mf.Jz))</str> </arr> <str>comp1.mf.Jer</str> <arr> <str>0</str> </arr> <str>comp1.mf.Jephi</str> <arr> <str>0</str> </arr> <str>comp1.mf.Jez</str> <arr> <str>0</str> </arr> <str>comp1.mf.Ee_sr</str> <arr> <str>0</str> </arr> <str>comp1.mf.Ee_sphi</str> <arr> <str>comp1.mf.Eephi</str> </arr> <str>comp1.mf.Ee_sz</str> <arr> <str>0</str> </arr> <str>comp1.mf.Atsr</str> <arr> <str>comp1.mf.iomega*comp1.mf.Ar</str> </arr> <str>comp1.mf.Atsphi</str> <arr> <str>comp1.mf.iomega*comp1.mf.Aphi</str> </arr> <str>comp1.mf.Atsz</str> <arr> <str>comp1.mf.iomega*comp1.mf.Az</str> </arr> <str>comp1.mf.testcurlAr</str> <arr> <str>var(comp1.mf.curlAr,comp1.mf.PsiOrA)</str> </arr> <str>comp1.mf.testcurlAphi</str> <arr> <str>var(0,comp1.mf.PsiOrA)</str> </arr> <str>comp1.mf.testcurlAz</str> <arr> <str>var(comp1.mf.curlAz,comp1.mf.PsiOrA)</str> </arr> <str>comp1.mf.Adepr</str> <arr> <str>comp1.Ar</str> </arr> <str>comp1.mf.Adepphi</str> <arr> <str>comp1.Aphi</str> </arr> <str>comp1.mf.Adepz</str> <arr> <str>comp1.Az</str> </arr> <str>comp1.mf.PsiOrA_fld_act</str> <arr> <str>1</str> </arr> <str>comp1.mf.Psi</str> <arr> <str>comp1.mf.PsiOrAphi</str> </arr> <str>comp1.Arr</str> <arr> <str>0</str> </arr> <str>comp1.Aphir</str> <arr> <str>if(abs(r)&lt;0.001*h,0.5*comp1.mf.PsiOrAphirr,d(comp1.mf.PsiOrAphi/r,r))</str> </arr> <str>comp1.Azr</str> <arr> <str>0</str> </arr> <str>comp1.Arphi</str> <arr> <str>if(abs(r)&lt;0.001*h,0,-if(abs(r)&lt;0.001*h_spatial,d(comp1.mf.PsiOrAphi/r,r),comp1.mf.PsiOrAphi/r^2))</str> </arr> <str>comp1.Aphiphi</str> <arr> <str>0</str> </arr> <str>comp1.Azphi</str> <arr> <str>0</str> </arr> <str>comp1.Arz</str> <arr> <str>0</str> </arr> <str>comp1.Aphiz</str> <arr> <str>if(abs(r)&lt;0.001*h,0,d(comp1.mf.PsiOrAphi/r,z))</str> </arr> <str>comp1.Azz</str> <arr> <str>0</str> </arr> <str>comp1.mf.Dr</str> <arr> <str>epsilon0_const*comp1.mf.I_srr*comp1.mf.Er+comp1.mf.Pr</str> </arr> <str>comp1.mf.Dphi</str> <arr> <str>epsilon0_const*comp1.mf.I_sphiphi*comp1.mf.Ephi+comp1.mf.Pphi</str> </arr> <str>comp1.mf.Dz</str> <arr> <str>epsilon0_const*comp1.mf.I_szz*comp1.mf.Ez+comp1.mf.Pz</str> </arr> <str>comp1.mf.normD</str> <arr> <str>sqrt(realdot(comp1.mf.Dr,comp1.mf.Dr)+realdot(comp1.mf.Dphi,comp1.mf.Dphi)+realdot(comp1.mf.Dz,comp1.mf.Dz))</str> </arr> <str>comp1.mf.Pr</str> <arr> <str>epsilon0_const*comp1.mf.chirr*comp1.mf.Er</str> </arr> <str>comp1.mf.Pphi</str> <arr> <str>epsilon0_const*comp1.mf.chiphiphi*comp1.mf.Ephi</str> </arr> <str>comp1.mf.Pz</str> <arr> <str>epsilon0_const*comp1.mf.chizz*comp1.mf.Ez</str> </arr> <str>comp1.mf.normP</str> <arr> <str>sqrt(realdot(comp1.mf.Pr,comp1.mf.Pr)+realdot(comp1.mf.Pphi,comp1.mf.Pphi)+realdot(comp1.mf.Pz,comp1.mf.Pz))</str> </arr> <str>comp1.mf.chirr</str> <arr> <str>-1+comp1.mf.epsilonrrr</str> </arr> <str>comp1.mf.chiphir</str> <arr> <str>0</str> </arr> <str>comp1.mf.chizr</str> <arr> <str>0</str> </arr> <str>comp1.mf.chirphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.chiphiphi</str> <arr> <str>-1+comp1.mf.epsilonrphiphi</str> </arr> <str>comp1.mf.chizphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.chirz</str> <arr> <str>0</str> </arr> <str>comp1.mf.chiphiz</str> <arr> <str>0</str> </arr> <str>comp1.mf.chizz</str> <arr> <str>-1+comp1.mf.epsilonrzz</str> </arr> <str>comp1.mf.Hr</str> <arr> <str>comp1.mf.murinvrr*comp1.mf.Br/mu0_const</str> </arr> <str>comp1.mf.Hphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.Hz</str> <arr> <str>comp1.mf.murinvzz*comp1.mf.Bz/mu0_const</str> </arr> <str>comp1.mf.normH</str> <arr> <str>sqrt(realdot(comp1.mf.Hr,comp1.mf.Hr)+realdot(comp1.mf.Hz,comp1.mf.Hz))</str> </arr> <str>comp1.mf.Mr</str> <arr> <str>comp1.mf.Br/mu0_const-comp1.mf.I_srr*comp1.mf.Hr</str> </arr> <str>comp1.mf.Mphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.Mz</str> <arr> <str>comp1.mf.Bz/mu0_const-comp1.mf.I_szz*comp1.mf.Hz</str> </arr> <str>comp1.mf.normM</str> <arr> <str>sqrt(realdot(comp1.mf.Mr,comp1.mf.Mr)+realdot(comp1.mf.Mz,comp1.mf.Mz))</str> </arr> <str>comp1.mf.chimrr</str> <arr> <str>-1+comp1.mf.murrr</str> </arr> <str>comp1.mf.chimphir</str> <arr> <str>0</str> </arr> <str>comp1.mf.chimzr</str> <arr> <str>0</str> </arr> <str>comp1.mf.chimrphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.chimphiphi</str> <arr> <str>-1+comp1.mf.murphiphi</str> </arr> <str>comp1.mf.chimzphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.chimrz</str> <arr> <str>0</str> </arr> <str>comp1.mf.chimphiz</str> <arr> <str>0</str> </arr> <str>comp1.mf.chimzz</str> <arr> <str>-1+comp1.mf.murzz</str> </arr> <str>comp1.mf.murinvrr</str> <arr> <str>1/(comp1.mf.I_srr+comp1.mf.chimrr)</str> </arr> <str>comp1.mf.murinvphir</str> <arr> <str>0</str> </arr> <str>comp1.mf.murinvzr</str> <arr> <str>0</str> </arr> <str>comp1.mf.murinvrphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.murinvphiphi</str> <arr> <str>1/(comp1.mf.I_sphiphi+comp1.mf.chimphiphi)</str> </arr> <str>comp1.mf.murinvzphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.murinvrz</str> <arr> <str>0</str> </arr> <str>comp1.mf.murinvphiz</str> <arr> <str>0</str> </arr> <str>comp1.mf.murinvzz</str> <arr> <str>1/(comp1.mf.I_szz+comp1.mf.chimzz)</str> </arr> <str>comp1.mf.Wav</str> <arr> <str>comp1.mf.Weav+comp1.mf.Wmav</str> </arr> <str>comp1.mf.dWe</str> <arr> <str>2*comp1.mf.Weav*pi*r</str> </arr> <str>comp1.mf.Weav</str> <arr> <str>0.25*(realdot(comp1.mf.Dr,comp1.mf.Er)+realdot(comp1.mf.Dphi,comp1.mf.Ephi)+realdot(comp1.mf.Dz,comp1.mf.Ez))</str> </arr> <str>comp1.mf.dWm</str> <arr> <str>2*comp1.mf.Wmav*pi*r</str> </arr> <str>comp1.mf.Wmav</str> <arr> <str>0.25*(realdot(comp1.mf.Br,comp1.mf.Hr)+realdot(comp1.mf.Bz,comp1.mf.Hz))</str> </arr> <str>comp1.mf.Qrh</str> <arr> <str>0.5*(realdot(comp1.mf.Jr,comp1.mf.Er)+realdot(comp1.mf.Jphi,comp1.mf.Ephi)+realdot(comp1.mf.Jz,comp1.mf.Ez))</str> </arr> <str>comp1.mf.Qav</str> <arr> <str>0</str> </arr> <str>comp1.mf.Qml</str> <arr> <str>0.5*(realdot(comp1.mf.iomega*comp1.mf.Br,comp1.mf.Hr)+realdot(comp1.mf.iomega*comp1.mf.Bz,comp1.mf.Hz))</str> </arr> <str>comp1.mf.FLtzr</str> <arr> <str>comp1.mf.Bz*comp1.mf.Jphi</str> </arr> <str>comp1.mf.FLtzphi</str> <arr> <str>-comp1.mf.Bz*comp1.mf.Jr+comp1.mf.Br*comp1.mf.Jz</str> </arr> <str>comp1.mf.FLtzz</str> <arr> <str>-comp1.mf.Br*comp1.mf.Jphi</str> </arr> <str>comp1.mf.FLtzir</str> <arr> <str>real(comp1.mf.Bz)*real(comp1.mf.Jphi)</str> </arr> <str>comp1.mf.FLtziphi</str> <arr> <str>-real(comp1.mf.Bz)*real(comp1.mf.Jr)+real(comp1.mf.Br)*real(comp1.mf.Jz)</str> </arr> <str>comp1.mf.FLtziz</str> <arr> <str>-real(comp1.mf.Br)*real(comp1.mf.Jphi)</str> </arr> <str>comp1.mf.FLtzavr</str> <arr> <str>0.5*real(conj(comp1.mf.Bz)*comp1.mf.Jphi-conj(0)*comp1.mf.Jz)</str> </arr> <str>comp1.mf.FLtzavphi</str> <arr> <str>0.5*real(-conj(comp1.mf.Bz)*comp1.mf.Jr+conj(comp1.mf.Br)*comp1.mf.Jz)</str> </arr> <str>comp1.mf.FLtzavz</str> <arr> <str>0.5*real(conj(0)*comp1.mf.Jr-conj(comp1.mf.Br)*comp1.mf.Jphi)</str> </arr> <str>comp1.mf.deltaS</str> <arr> <str>try_catch(1/real(sqrt(comp1.mf.iomega*mu0_const*(comp1.mf.murrr+comp1.mf.murphiphi+comp1.mf.murzz)*(comp1.mf.sigmarr+comp1.mf.sigmaphiphi+comp1.mf.sigmazz+comp1.mf.iomega*epsilon0_const*(comp1.mf.epsilonrrr+comp1.mf.epsilonrphiphi+comp1.mf.epsilonrzz))/9)),0)</str> </arr> <str>comp1.mf.sigma_iso</str> <arr> <str>comp1.mat2.def.sigma_iso</str> </arr> <str>comp1.mf.epsilonr_iso</str> <arr> <str>comp1.mat2.def.epsilonr_iso</str> </arr> <str>comp1.mf.coil1.coilSign</str> <arr> <str>1</str> </arr> <str>comp1.mf.coil1.length</str> <arr> <str>2*pi*r</str> </arr> <str>comp1.mf.coil1.ninputr</str> <arr> <str>0</str> </arr> <str>comp1.mf.coil1.ninputphi</str> <arr> <str>comp1.mf.coil1.coilSign</str> </arr> <str>comp1.mf.coil1.ninputz</str> <arr> <str>0</str> </arr> <str>comp1.mf.coil1.eCoilr</str> <arr> <str>0</str> </arr> <str>comp1.mf.coil1.eCoilphi</str> <arr> <str>comp1.mf.coil1.ninputphi/comp1.mf.coil1.length</str> </arr> <str>comp1.mf.coil1.eCoilz</str> <arr> <str>0</str> </arr> <str>comp1.mf.coil1.eBrr</str> <arr> <str>1/sqrt(1+eps)</str> </arr> <str>comp1.mf.coil1.eBrphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.coil1.eBrz</str> <arr> <str>0</str> </arr> <str>comp1.mf.coil1.T</str> <arr> <str>273.15*unit_K_cf</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>6</str> </arr> </arr> </rec> </arr> </arr> <str>protected</str> <str>false</str> </rec> 3<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <arr> </arr> <rec> <str>var</str> <arr> <str>comp1.Ar</str> <arr> <str>0</str> </arr> <str>comp1.Aphi</str> <arr> <str>if(abs(r)&lt;0.001*h,comp1.mf.PsiOrAphir,comp1.mf.PsiOrAphi/r)</str> </arr> <str>comp1.Az</str> <arr> <str>0</str> </arr> <str>comp1.mf.Qh</str> <arr> <str>comp1.mf.Qrh+comp1.mf.Qml</str> </a `rr> <str>comp1.mf.murrr</str> <arr> <str>comp1.mat2.def.mur11</str> </arr> <str>comp1.mf.murphir</str> <arr> <str>0</str> </arr> <str>comp1.mf.murzr</str> <arr> <str>0</str> </arr> <str>comp1.mf.murrphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.murphiphi</str> <arr> <str>comp1.mat2.def.mur22</str> </arr> <str>comp1.mf.murzphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.murrz</str> <arr> <str>0</str> </arr> <str>comp1.mf.murphiz</str> <arr> <str>0</str> </arr> <str>comp1.mf.murzz</str> <arr> <str>comp1.mat2.def.mur33</str> </arr> <str>comp1.mf.sigmarr</str> <arr> <str>comp1.mat2.def.sigma11</str> </arr> <str>comp1.mf.sigmaphir</str> <arr> <str>0</str> </arr> <str>comp1.mf.sigmazr</str> <arr> <str>0</str> </arr> <str>comp1.mf.sigmarphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.sigmaphiphi</str> <arr> <str>comp1.mat2.def.sigma22</str> </arr> <str>comp1.mf.sigmazphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.sigmarz</str> <arr> <str>0</str> </arr> <str>comp1.mf.sigmaphiz</str> <arr> <str>0</str> </arr> <str>comp1.mf.sigmazz</str> <arr> <str>comp1.mat2.def.sigma33</str> </arr> <str>comp1.mf.epsilonrrr</str> <arr> <str>comp1.mat2.def.epsilonr11</str> </arr> <str>comp1.mf.epsilonrphir</str> <arr> <str>0</str> </arr> <str>comp1.mf.epsilonrzr</str> <arr> <str>0</str> </arr> <str>comp1.mf.epsilonrrphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.epsilonrphiphi</str> <arr> <str>comp1.mat2.def.epsilonr22</str> </arr> <str>comp1.mf.epsilonrzphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.epsilonrrz</str> <arr> <str>0</str> </arr> <str>comp1.mf.epsilonrphiz</str> <arr> <str>0</str> </arr> <str>comp1.mf.epsilonrzz</str> <arr> <str>comp1.mat2.def.epsilonr33</str> </arr> <str>comp1.mf.Br</str> <arr> <str>comp1.mf.curlAr</str> </arr> <str>comp1.mf.Bphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.Bz</str> <arr> <str>comp1.mf.curlAz</str> </arr> <str>comp1.mf.curlAr</str> <arr> <str>if(abs(r)&lt;0.001*h,-comp1.mf.PsiOrAphizr,-d(comp1.mf.PsiOrAphi/r,z))</str> </arr> <str>comp1.mf.curlAphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.curlAz</str> <arr> <str>if(abs(r)&lt;0.001*h,comp1.mf.PsiOrAphirr,d(comp1.mf.PsiOrAphi/r,r)+if(abs(r)&lt;0.001*h_spatial,d(comp1.mf.PsiOrAphi/r,r),comp1.mf.PsiOrAphi/r^2))</str> </arr> <str>comp1.mf.Ar</str> <arr> <str>comp1.Ar</str> </arr> <str>comp1.mf.Aphi</str> <arr> <str>comp1.Aphi</str> </arr> <str>comp1.mf.Az</str> <arr> <str>comp1.Az</str> </arr> <str>comp1.mf.normB</str> <arr> <str>sqrt(realdot(comp1.mf.Br,comp1.mf.Br)+realdot(comp1.mf.Bz,comp1.mf.Bz))</str> </arr> <str>comp1.mf.normE</str> <arr> <str>sqrt(realdot(comp1.mf.Er,comp1.mf.Er)+realdot(comp1.mf.Ephi,comp1.mf.Ephi)+realdot(comp1.mf.Ez,comp1.mf.Ez))</str> </arr> <str>comp1.mf.Er</str> <arr> <str>-comp1.mf.iomega*comp1.mf.Ar</str> </arr> <str>comp1.mf.Ephi</str> <arr> <str>-comp1.mf.iomega*comp1.mf.Aphi+comp1.mf.Eephi</str> </arr> <str>comp1.mf.Ez</str> <arr> <str>-comp1.mf.iomega*comp1.mf.Az</str> </arr> <str>comp1.mf.Eer</str> <arr> <str>0</str> </arr> <str>comp1.mf.Eephi</str> <arr> <str>comp1.mf.coil2.VCoil_d*comp1.mf.coil2.eCoilphi</str> </arr> <str>comp1.mf.Eez</str> <arr> <str>0</str> </arr> <str>comp1.mf.Eelr</str> <arr> <str>0</str> </arr> <str>comp1.mf.Eelphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.Eelz</str> <arr> <str>0</str> </arr> <str>comp1.mf.Jr</str> <arr> <str>comp1.mf.Jir+comp1.mf.Jdr</str> </arr> <str>comp1.mf.Jphi</str> <arr> <str>comp1.mf.Jiphi+comp1.mf.Jdphi</str> </arr> <str>comp1.mf.Jz</str> <arr> <str>comp1.mf.Jiz+comp1.mf.Jdz</str> </arr> <str>comp1.mf.Jir</str> <arr> <str>comp1.mf.sigmarr*comp1.mf.Er</str> </arr> <str>comp1.mf.Jiphi</str> <arr> <str>comp1.mf.sigmaphiphi*comp1.mf.Ephi</str> </arr> <str>comp1.mf.Jiz</str> <arr> <str>comp1.mf.sigmazz*comp1.mf.Ez</str> </arr> <str>comp1.mf.Jilr</str> <arr> <str>0</str> </arr> <str>comp1.mf.Jilphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.Jilz</str> <arr> <str>0</str> </arr> <str>comp1.mf.Jdr</str> <arr> <str>comp1.mf.iomega*comp1.mf.Dr</str> </arr> <str>comp1.mf.Jdphi</str> <arr> <str>comp1.mf.iomega*comp1.mf.Dphi</str> </arr> <str>comp1.mf.Jdz</str> <arr> <str>comp1.mf.iomega*comp1.mf.Dz</str> </arr> <str>comp1.mf.normJ</str> <arr> <str>sqrt(realdot(comp1.mf.Jr,comp1.mf.Jr)+realdot(comp1.mf.Jphi,comp1.mf.Jphi)+realdot(comp1.mf.Jz,comp1.mf.Jz))</str> </arr> <str>comp1.mf.Jer</str> <arr> <str>0</str> </arr> <str>comp1.mf.Jephi</str> <arr> <str>0</str> </arr> <str>comp1.mf.Jez</str> <arr> <str>0</str> </arr> <str>comp1.mf.Ee_sr</str> <arr> <str>0</str> </arr> <str>comp1.mf.Ee_sphi</str> <arr> <str>comp1.mf.Eephi</str> </arr> <str>comp1.mf.Ee_sz</str> <arr> <str>0</str> </arr> <str>comp1.mf.Atsr</str> <arr> <str>comp1.mf.iomega*comp1.mf.Ar</str> </arr> <str>comp1.mf.Atsphi</str> <arr> <str>comp1.mf.iomega*comp1.mf.Aphi</str> </arr> <str>comp1.mf.Atsz</str> <arr> <str>comp1.mf.iomega*comp1.mf.Az</str> </arr> <str>comp1.mf.testcurlAr</str> <arr> <str>var(comp1.mf.curlAr,comp1.mf.PsiOrA)</str> </arr> <str>comp1.mf.testcurlAphi</str> <arr> <str>var(0,comp1.mf.PsiOrA)</str> </arr> <str>comp1.mf.testcurlAz</str> <arr> <str>var(comp1.mf.curlAz,comp1.mf.PsiOrA)</str> </arr> <str>comp1.mf.Adepr</str> <arr> <str>comp1.Ar</str> </arr> <str>comp1.mf.Adepphi</str> <arr> <str>comp1.Aphi</str> </arr> <str>comp1.mf.Adepz</str> <arr> <str>comp1.Az</str> </arr> <str>comp1.mf.PsiOrA_fld_act</str> <arr> <str>1</str> </arr> <str>comp1.mf.Psi</str> <arr> <str>comp1.mf.PsiOrAphi</str> </arr> <str>comp1.Arr</str> <arr> <str>0</str> </arr> <str>comp1.Aphir</str> <arr> <str>if(abs(r)&lt;0.001*h,0.5*comp1.mf.PsiOrAphirr,d(comp1.mf.PsiOrAphi/r,r))</str> </arr> <str>comp1.Azr</str> <arr> <str>0</str> </arr> <str>comp1.Arphi</str> <arr> <str>if(abs(r)&lt;0.001*h,0,-if(abs(r)&lt;0.001*h_spatial,d(comp1.mf.PsiOrAphi/r,r),comp1.mf.PsiOrAphi/r^2))</str> </arr> <str>comp1.Aphiphi</str> <arr> <str>0</str> </arr> <str>comp1.Azphi</str> <arr> <str>0</str> </arr> <str>comp1.Arz</str> <arr> <str>0</str> </arr> <str>comp1.Aphiz</str> <arr> <str>if(abs(r)&lt;0.001*h,0,d(comp1.mf.PsiOrAphi/r,z))</str> </arr> <str>comp1.Azz</str> <arr> <str>0</str> </arr> <str>comp1.mf.Dr</str> <arr> <str>epsilon0_const*comp1.mf.I_srr*comp1.mf.Er+comp1.mf.Pr</str> </arr> <str>comp1.mf.Dphi</str> <arr> <str>epsilon0_const*comp1.mf.I_sphiphi*comp1.mf.Ephi+comp1.mf.Pphi</str> </arr> <str>comp1.mf.Dz</str> <arr> <str>epsilon0_const*comp1.mf.I_szz*comp1.mf.Ez+comp1.mf.Pz</str> </arr> <str>comp1.mf.normD</str> <arr> <str>sqrt(realdot(comp1.mf.Dr,comp1.mf.Dr)+realdot(comp1.mf.Dphi,comp1.mf.Dphi)+realdot(comp1.mf.Dz,comp1.mf.Dz))</str> </arr> <str>comp1.mf.Pr</str> <arr> <str>epsilon0_const*comp1.mf.chirr*comp1.mf.Er</str> </arr> <str>comp1.mf.Pphi</str> <arr> <str>epsilon0_const*comp1.mf.chiphiphi*comp1.mf.Ephi</str> </arr> <str>comp1.mf.Pz</str> <arr> <str>epsilon0_const*comp1.mf.chizz*comp1.mf.Ez</str> </arr> <str>comp1.mf.normP</str> <arr> <str>sqrt(realdot(comp1.mf.Pr,comp1.mf.Pr)+realdot(comp1.mf.Pphi,comp1.mf.Pphi)+realdot(comp1.mf.Pz,comp1.mf.Pz))</str> </arr> <str>comp1.mf.chirr</str> <arr> <str>-1+comp1.mf.epsilonrrr</str> </arr> <str>comp1.mf.chiphir</str> <arr> <str>0</str> </arr> <str>comp1.mf.chizr</str> <arr> <str>0</str> </arr> <str>comp1.mf.chirphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.chiphiphi</str> <arr> <str>-1+comp1.mf.epsilonrphiphi</str> </arr> <str>comp1.mf.chizphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.chirz</str> <arr> <str>0</str> </arr> <str>comp1.mf.chiphiz</str> <arr> <str>0</str> </arr> <str>comp1.mf.chizz</str> <arr> <str>-1+comp1.mf.epsilonrzz</str> </arr> <str>comp1.mf.Hr</str> <arr> <str>comp1.mf.murinvrr*comp1.mf.Br/mu0_const</str> </arr> <str>comp1.mf.Hphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.Hz</str> <arr> <str>comp1.mf.murinvzz*comp1.mf.Bz/mu0_const</str> </arr> <str>comp1.mf.normH</str> <arr> <str>sqrt(realdot(comp1.mf.Hr,comp1.mf.Hr)+realdot(comp1.mf.Hz,comp1.mf.Hz))</str> </arr> <str>comp1.mf.Mr</str> <arr> <str>comp1.mf.Br/mu0_const-comp1.mf.I_srr*comp1.mf.Hr</str> </arr> <str>comp1.mf.Mphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.Mz</str> <arr> <str>comp1.mf.Bz/mu0_const-comp1.mf.I_szz*comp1.mf.Hz</str> </arr> <str>comp1.mf.normM</str> <arr> <str>sqrt(realdot(comp1.mf.Mr,comp1.mf.Mr)+realdot(comp1.mf.Mz,comp1.mf.Mz))</str> </arr> <str>comp1.mf.chimrr</str> <arr> <str>-1+comp1.mf.murrr</str> </arr> <str>comp1.mf.chimphir</str> <arr> <str>0</str> </arr> <str>comp1.mf.chimzr</str> <arr> <str>0</str> </arr> <str>comp1.mf.chimrphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.chimphiphi</str> <arr> <str>-1+comp1.mf.murphiphi</str> </arr> <str>comp1.mf.chimzphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.chimrz</str> <arr> <str>0</str> </arr> <str>comp1.mf.chimphiz</str> <arr> <str>0</str> </arr> <str>comp1.mf.chimzz</str> <arr> <str>-1+comp1.mf.murzz</str> </arr> <str>comp1.mf.murinvrr</str> <arr> <str>1/(comp1.mf.I_srr+comp1.mf.chimrr)</str> </arr> <str>comp1.mf.murinvphir</str> <arr> <str>0</str> </arr> <str>comp1.mf.murinvzr</str> <arr> <str>0</str> </arr> <str>comp1.mf.murinvrphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.murinvphiphi</str> <arr> <str>1/(comp1.mf.I_sphiphi+comp1.mf.chimphiphi)</str> </arr> <str>comp1.mf.murinvzphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.murinvrz</str> <arr> <str>0</str> </arr> <str>comp1.mf.murinvphiz</str> <arr> <str>0</str> </arr> <str>comp1.mf.murinvzz</str> <arr> <str>1/(comp1.mf.I_szz+comp1.mf.chimzz)</str> </arr> <str>comp1.mf.Wav</str> <arr> <str>comp1.mf.Weav+comp1.mf.Wmav</str> </arr> <str>comp1.mf.dWe</str> <arr> <str>2*comp1.mf.Weav*pi*r</str> </arr> <str>comp1.mf.Weav</str> <arr> <str>0.25*(realdot(comp1.mf.Dr,comp1.mf.Er)+realdot(comp1.mf.Dphi,comp1.mf.Ephi)+realdot(comp1.mf.Dz,comp1.mf.Ez))</str> </arr> <str>comp1.mf.dWm</str> <arr> <str>2*comp1.mf.Wmav*pi*r</str> </arr> <str>comp1.mf.Wmav</str> <arr> <str>0.25*(realdot(comp1.mf.Br,comp1.mf.Hr)+realdot(comp1.mf.Bz,comp1.mf.Hz))</str> </arr> <str>comp1.mf.Qrh</str> <arr> <str>0.5*(realdot(comp1.mf.Jr,comp1.mf.Er)+realdot(comp1.mf.Jphi,comp1.mf.Ephi)+realdot(comp1.mf.Jz,comp1.mf.Ez))</str> </arr> <str>comp1.mf.Qav</str> <arr> <str>0</str> </arr> <str>comp1.mf.Qml</str> <arr> <str>0.5*(realdot(comp1.mf.iomega*comp1.mf.Br,comp1.mf.Hr)+realdot(comp1.mf.iomega*c `omp1.mf.Bz,comp1.mf.Hz))</str> </arr> <str>comp1.mf.FLtzr</str> <arr> <str>comp1.mf.Bz*comp1.mf.Jphi</str> </arr> <str>comp1.mf.FLtzphi</str> <arr> <str>-comp1.mf.Bz*comp1.mf.Jr+comp1.mf.Br*comp1.mf.Jz</str> </arr> <str>comp1.mf.FLtzz</str> <arr> <str>-comp1.mf.Br*comp1.mf.Jphi</str> </arr> <str>comp1.mf.FLtzir</str> <arr> <str>real(comp1.mf.Bz)*real(comp1.mf.Jphi)</str> </arr> <str>comp1.mf.FLtziphi</str> <arr> <str>-real(comp1.mf.Bz)*real(comp1.mf.Jr)+real(comp1.mf.Br)*real(comp1.mf.Jz)</str> </arr> <str>comp1.mf.FLtziz</str> <arr> <str>-real(comp1.mf.Br)*real(comp1.mf.Jphi)</str> </arr> <str>comp1.mf.FLtzavr</str> <arr> <str>0.5*real(conj(comp1.mf.Bz)*comp1.mf.Jphi-conj(0)*comp1.mf.Jz)</str> </arr> <str>comp1.mf.FLtzavphi</str> <arr> <str>0.5*real(-conj(comp1.mf.Bz)*comp1.mf.Jr+conj(comp1.mf.Br)*comp1.mf.Jz)</str> </arr> <str>comp1.mf.FLtzavz</str> <arr> <str>0.5*real(conj(0)*comp1.mf.Jr-conj(comp1.mf.Br)*comp1.mf.Jphi)</str> </arr> <str>comp1.mf.deltaS</str> <arr> <str>try_catch(1/real(sqrt(comp1.mf.iomega*mu0_const*(comp1.mf.murrr+comp1.mf.murphiphi+comp1.mf.murzz)*(comp1.mf.sigmarr+comp1.mf.sigmaphiphi+comp1.mf.sigmazz+comp1.mf.iomega*epsilon0_const*(comp1.mf.epsilonrrr+comp1.mf.epsilonrphiphi+comp1.mf.epsilonrzz))/9)),0)</str> </arr> <str>comp1.mf.sigma_iso</str> <arr> <str>comp1.mat2.def.sigma_iso</str> </arr> <str>comp1.mf.epsilonr_iso</str> <arr> <str>comp1.mat2.def.epsilonr_iso</str> </arr> <str>comp1.mf.coil2.coilSign</str> <arr> <str>1</str> </arr> <str>comp1.mf.coil2.length</str> <arr> <str>2*pi*r</str> </arr> <str>comp1.mf.coil2.ninputr</str> <arr> <str>0</str> </arr> <str>comp1.mf.coil2.ninputphi</str> <arr> <str>comp1.mf.coil2.coilSign</str> </arr> <str>comp1.mf.coil2.ninputz</str> <arr> <str>0</str> </arr> <str>comp1.mf.coil2.eCoilr</str> <arr> <str>0</str> </arr> <str>comp1.mf.coil2.eCoilphi</str> <arr> <str>comp1.mf.coil2.ninputphi/comp1.mf.coil2.length</str> </arr> <str>comp1.mf.coil2.eCoilz</str> <arr> <str>0</str> </arr> <str>comp1.mf.coil2.eBrr</str> <arr> <str>1/sqrt(1+eps)</str> </arr> <str>comp1.mf.coil2.eBrphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.coil2.eBrz</str> <arr> <str>0</str> </arr> <str>comp1.mf.coil2.T</str> <arr> <str>273.15*unit_K_cf</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>5</str> </arr> </arr> </rec> </arr> </arr> <str>protected</str> <str>false</str> </rec> kC<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <arr> </arr> <rec> <str>var</str> <arr> <str>comp1.Ar</str> <arr> <str>0</str> </arr> <str>comp1.Aphi</str> <arr> <str>if(Rg&gt;0.001*h,r/R,rR)*if(abs(r)&lt;0.001*h,comp1.mf.PsiOrAphir,comp1.mf.PsiOrAphi/r)</str> </arr> <str>comp1.Az</str> <arr> <str>0</str> </arr> <str>comp1.mf.Qh</str> <arr> <str>comp1.mf.Qrh+comp1.mf.Qml</str> </arr> <str>comp1.mf.sigmarr</str> <arr> <str>comp1.spatial.F11^2*comp1.mf.sigmaRR*comp1.spatial.detInvF</str> </arr> <str>comp1.mf.sigmaphir</str> <arr> <str>0</str> </arr> <str>comp1.mf.sigmazr</str> <arr> <str>0</str> </arr> <str>comp1.mf.sigmarphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.sigmaphiphi</str> <arr> <str>if(Rg&gt;0.001*h,r/R,rR)^2*comp1.mf.sigmaPHIPHI*comp1.spatial.detInvF</str> </arr> <str>comp1.mf.sigmazphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.sigmarz</str> <arr> <str>0</str> </arr> <str>comp1.mf.sigmaphiz</str> <arr> <str>0</str> </arr> <str>comp1.mf.sigmazz</str> <arr> <str>comp1.spatial.F33^2*comp1.mf.sigmaZZ*comp1.spatial.detInvF</str> </arr> <str>comp1.mf.Br</str> <arr> <str>comp1.mf.curlAr</str> </arr> <str>comp1.mf.Bphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.Bz</str> <arr> <str>comp1.mf.curlAz</str> </arr> <str>comp1.mf.curlAr</str> <arr> <str>if(abs(r)&lt;0.001*h,-comp1.mf.PsiOrAphizr,-d(comp1.mf.PsiOrAphi/r,z))</str> </arr> <str>comp1.mf.curlAphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.curlAz</str> <arr> <str>if(abs(r)&lt;0.001*h,comp1.mf.PsiOrAphirr,d(comp1.mf.PsiOrAphi/r,r)+if(abs(r)&lt;0.001*h_spatial,d(comp1.mf.PsiOrAphi/r,r),comp1.mf.PsiOrAphi/r^2))</str> </arr> <str>comp1.mf.Ar</str> <arr> <str>comp1.Ar</str> </arr> <str>comp1.mf.Aphi</str> <arr> <str>comp1.Aphi</str> </arr> <str>comp1.mf.Az</str> <arr> <str>comp1.Az</str> </arr> <str>comp1.mf.normB</str> <arr> <str>sqrt(realdot(comp1.mf.Br,comp1.mf.Br)+realdot(comp1.mf.Bz,comp1.mf.Bz))</str> </arr> <str>comp1.mf.normE</str> <arr> <str>sqrt(realdot(comp1.mf.Er,comp1.mf.Er)+realdot(comp1.mf.Ephi,comp1.mf.Ephi)+realdot(comp1.mf.Ez,comp1.mf.Ez))</str> </arr> <str>comp1.mf.Er</str> <arr> <str>-comp1.mf.Atsr</str> </arr> <str>comp1.mf.Ephi</str> <arr> <str>-comp1.mf.Atsphi</str> </arr> <str>comp1.mf.Ez</str> <arr> <str>-comp1.mf.Atsz</str> </arr> <str>comp1.mf.Eelr</str> <arr> <str>0</str> </arr> <str>comp1.mf.Eelphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.Eelz</str> <arr> <str>0</str> </arr> <str>comp1.mf.Jr</str> <arr> <str>comp1.spatial.F11*comp1.mf.JiR*comp1.spatial.detInvF</str> </arr> <str>comp1.mf.Jphi</str> <arr> <str>if(Rg&gt;0.001*h,r/R,rR)*comp1.mf.JiPHI*comp1.spatial.detInvF</str> </arr> <str>comp1.mf.Jz</str> <arr> <str>comp1.spatial.F33*comp1.mf.JiZ*comp1.spatial.detInvF</str> </arr> <str>comp1.mf.Jir</str> <arr> <str>comp1.spatial.F11*comp1.mf.JiR*comp1.spatial.detInvF</str> </arr> <str>comp1.mf.Jiphi</str> <arr> <str>if(Rg&gt;0.001*h,r/R,rR)*comp1.mf.JiPHI*comp1.spatial.detInvF</str> </arr> <str>comp1.mf.Jiz</str> <arr> <str>comp1.spatial.F33*comp1.mf.JiZ*comp1.spatial.detInvF</str> </arr> <str>comp1.mf.Jilr</str> <arr> <str>0</str> </arr> <str>comp1.mf.Jilphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.Jilz</str> <arr> <str>0</str> </arr> <str>comp1.mf.Jdr</str> <arr> <str>comp1.spatial.F11*comp1.mf.JdR*comp1.spatial.detInvF</str> </arr> <str>comp1.mf.Jdphi</str> <arr> <str>if(Rg&gt;0.001*h,r/R,rR)*comp1.mf.JdPHI*comp1.spatial.detInvF</str> </arr> <str>comp1.mf.Jdz</str> <arr> <str>comp1.spatial.F33*comp1.mf.JdZ*comp1.spatial.detInvF</str> </arr> <str>comp1.mf.normJ</str> <arr> <str>sqrt(realdot(comp1.mf.Jr,comp1.mf.Jr)+realdot(comp1.mf.Jphi,comp1.mf.Jphi)+realdot(comp1.mf.Jz,comp1.mf.Jz))</str> </arr> <str>comp1.mf.Jer</str> <arr> <str>0</str> </arr> <str>comp1.mf.Jephi</str> <arr> <str>0</str> </arr> <str>comp1.mf.Jez</str> <arr> <str>0</str> </arr> <str>comp1.mf.Ee_sr</str> <arr> <str>0</str> </arr> <str>comp1.mf.Ee_sphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.Ee_sz</str> <arr> <str>0</str> </arr> <str>comp1.mf.Atsr</str> <arr> <str>comp1.mf.iomega*comp1.mf.Ar</str> </arr> <str>comp1.mf.Atsphi</str> <arr> <str>comp1.mf.iomega*comp1.mf.Aphi</str> </arr> <str>comp1.mf.Atsz</str> <arr> <str>comp1.mf.iomega*comp1.mf.Az</str> </arr> <str>comp1.mf.PsiOrA_fld_act</str> <arr> <str>1</str> </arr> <str>comp1.mf.Psi</str> <arr> <str>comp1.mf.PsiOrAphi</str> </arr> <str>comp1.Arr</str> <arr> <str>0</str> </arr> <str>comp1.Aphir</str> <arr> <str>if(abs(r)&lt;0.001*h,0.5*comp1.mf.PsiOrAphirr,d(comp1.mf.PsiOrAphi/r,r))</str> </arr> <str>comp1.Azr</str> <arr> <str>0</str> </arr> <str>comp1.Arphi</str> <arr> <str>if(abs(r)&lt;0.001*h,0,-if(abs(r)&lt;0.001*h_spatial,d(comp1.mf.PsiOrAphi/r,r),comp1.mf.PsiOrAphi/r^2))</str> </arr> <str>comp1.Aphiphi</str> <arr> <str>0</str> </arr> <str>comp1.Azphi</str> <arr> <str>0</str> </arr> <str>comp1.Arz</str> <arr> <str>0</str> </arr> <str>comp1.Aphiz</str> <arr> <str>if(abs(r)&lt;0.001*h,0,d(comp1.mf.PsiOrAphi/r,z))</str> </arr> <str>comp1.Azz</str> <arr> <str>0</str> </arr> <str>comp1.mf.Dr</str> <arr> <str>comp1.spatial.F11*(epsilon0_const*comp1.mf.I_sRR*comp1.spatial.F11*comp1.mf.Er+comp1.mf.PR)*comp1.spatial.detInvF</str> </arr> <str>comp1.mf.Dphi</str> <arr> <str>if(Rg&gt;0.001*h,r/R,rR)*(epsilon0_const*comp1.mf.I_sPHIPHI*if(Rg&gt;0.001*h,r/R,rR)*comp1.mf.Ephi+comp1.mf.PPHI)*comp1.spatial.detInvF</str> </arr> <str>comp1.mf.Dz</str> <arr> <str>comp1.spatial.F33*(epsilon0_const*comp1.mf.I_sZZ*comp1.spatial.F33*comp1.mf.Ez+comp1.mf.PZ)*comp1.spatial.detInvF</str> </arr> <str>comp1.mf.normD</str> <arr> <str>sqrt(realdot(comp1.mf.Dr,comp1.mf.Dr)+realdot(comp1.mf.Dphi,comp1.mf.Dphi)+realdot(comp1.mf.Dz,comp1.mf.Dz))</str> </arr> <str>comp1.mf.Pr</str> <arr> <str>comp1.spatial.F11*comp1.mf.PR*comp1.spatial.detInvF</str> </arr> <str>comp1.mf.Pphi</str> <arr> <str>if(Rg&gt;0.001*h,r/R,rR)*comp1.mf.PPHI*comp1.spatial.detInvF</str> </arr> <str>comp1.mf.Pz</str> <arr> <str>comp1.spatial.F33*comp1.mf.PZ*comp1.spatial.detInvF</str> </arr> <str>comp1.mf.normP</str> <arr> <str>sqrt(realdot(comp1.mf.Pr,comp1.mf.Pr)+realdot(comp1.mf.Pphi,comp1.mf.Pphi)+realdot(comp1.mf.Pz,comp1.mf.Pz))</str> </arr> <str>comp1.mf.Hr</str> <arr> <str>comp1.spatial.invF11*comp1.mf.HR</str> </arr> <str>comp1.mf.Hphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.Hz</str> <arr> <str>comp1.spatial.invF33*comp1.mf.HZ</str> </arr> <str>comp1.mf.normH</str> <arr> <str>sqrt(realdot(comp1.mf.Hr,comp1.mf.Hr)+realdot(comp1.mf.Hz,comp1.mf.Hz))</str> </arr> <str>comp1.mf.Mr</str> <arr> <str>comp1.spatial.F11*comp1.mf.MR*comp1.spatial.detInvF</str> </arr> <str>comp1.mf.Mphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.Mz</str> <arr> <str>comp1.spatial.F33*comp1.mf.MZ*comp1.spatial.detInvF</str> </arr> <str>comp1.mf.normM</str> <arr> <str>sqrt(realdot(comp1.mf.Mr,comp1.mf.Mr)+realdot(comp1.mf.Mz,comp1.mf.Mz))</str> </arr> <str>comp1.mf.Wav</str> <arr> <str>comp1.mf.Weav+comp1.mf.Wmav</str> </arr> <str>comp1.mf.dWe</str> <arr> <str>2*comp1.mf.Weav*pi*R</str> </arr> <str>comp1.mf.Weav</str> <arr> <str>0.25*(realdot(comp1.mf.Dr,comp1.mf.Er)+realdot(comp1.mf.Dphi,comp1.mf.Ephi)+realdot(comp1.mf.Dz,comp1.mf.Ez))</str> </arr> <str>comp1.mf.dWm</str> <arr> <str>2*comp1.mf.Wmav*pi*R</str> </arr> <str>comp1.mf.Wmav</str> <arr> <str>0.25*(realdot(comp1.mf.BR,comp1.mf.HR)+realdot(comp1.mf.BZ,comp1.mf.HZ))*comp1.spatial.detInvF</str> </arr> <str>comp1.mf.Qrh</str> <arr> <str>0.5*(realdot(comp1.mf.JR,comp1.mf.ER)+realdot(comp1.mf.JPHI,comp1.mf.EPHI)+realdot(comp1.mf.JZ,comp1.mf.EZ))*comp1.spatial.detInvF</str> </arr> <str>comp1.mf.Qav</str> <arr> <str>0</str> </arr> <str>comp1.mf.Qml</str> <arr> <str>0.5*(realdot(comp1.mf.iomega*comp1.mf.BR,comp1.mf.HR)+realdot(comp1.mf.iomega*comp1.mf.BZ,comp1.mf.HZ))*comp1.spatial.detInvF</str> </arr> <str>comp1.mf.FLtzr</str> <arr> <str>comp1.mf.Bz*comp1.mf.Jphi</str> </arr> <str>comp1.mf.FLtzphi</str> <arr> <str>-comp1.mf.Bz*comp1.mf.Jr+comp1.mf.Br*comp1.mf.Jz</str> </arr> <str>comp1.mf.FLtzz</str> <arr> <str>-comp1.mf.Br*comp1.mf.Jphi</str> </arr> <str>comp1.mf.deltaS</str> <arr> <str>try_catch(1/real(sqrt(comp1.mf.iomega*mu0_const*(comp1.mf.murRR+comp1.mf.murPHIPHI+comp1.mf.murZZ)*(comp1.mf.sigmaRR+comp1.mf.sigmaPHIPHI+comp1.mf.sigmaZZ+comp1.mf.iomega*epsilon0_const*(comp1.mf.epsilonrRR+comp1.mf.epsilonrPHIPHI+comp1.mf.epsilonrZZ))/9)),0)</str> </arr> <str>comp1.mf.sigma_iso</str> <arr> <str>comp1.mat3.def.sigma_iso</str> </arr> <str>comp1.mf.epsilonr_iso</str> <arr> <str>comp1.mat3.def.epsilonr_iso</str> </arr> <str>comp1.mf.als1.eBrR</str> <arr> <str>1/sqrt(1+eps)</str> </arr> <str>comp1.mf.als1.eBrPHI</str> <arr> <str>0</str> </arr> <str>comp1.mf.als1.eBrZ</str> <arr> <str>0</str> </arr> <str>comp1.mf.murPrim</str> <arr> <str>comp1.mat3.MagneticLosses.murPrim</str> </arr> <str>comp1.mf.murBis</str> <arr> <str>comp1.mat3.MagneticLosses.murBis</str> </arr> <str>comp1.mf.sigmaRR</str> <arr> <str>comp1.mat3.def.sigma11</str> </arr> <str>comp1.mf.sigmaPHIR</str> <arr> <str>0</str> </arr> <str>comp1.mf.sigmaZR</str> <arr> <str>0</str> </arr> <str>comp1.mf.sigmaRPHI</str> <arr> <str>0</str> </arr> <str>comp1.mf.sigmaPHIPHI</str> <arr> <str>comp1.mat3.def.sigma22</str> </arr> <str>comp1.mf.sigmaZPHI</str> <arr> <str>0</str> </arr> <str>comp1.mf.sigmaRZ</str> <arr> <str>0</str> </arr> <str>comp1.mf.sigmaPHIZ</str> <arr> <str>0</str> </arr> <str>comp1.mf.sigmaZZ</str> <arr> <str>comp1.mat3.def.sigma33</str> </arr> <str>comp1.mf.epsilonrRR</str> <arr> <str>comp1.mat3.def.epsilonr11</str> </arr> <str>comp1.mf.epsilonrPHIR</str> <arr> <str>0</str> </arr> <str>comp1.mf.epsilonrZR</str> <arr> <str>0</str> </arr> <str>comp1.mf.epsilonrRPHI</str> <arr> <str>0</str> </arr> <str>comp1.mf.epsilonrPHIPHI</str> <arr> <str>comp1.mat3.def.epsilonr22</str> </arr> <str>comp1.mf.epsilonrZPHI</str> <arr> <str>0</str> </arr> <str>comp1.mf.epsilonrRZ</str> <arr> <str>0</str> </arr> <str>comp1.mf.epsilonrPHIZ</str> <arr> <str>0</str> </arr> <str>comp1.mf.epsilonrZZ</str> <arr> <str>comp1.mat3.def.epsilonr33</str> </arr> <str>comp1.mf.BR</str> <arr> <str>comp1.spatial.invF11*comp1.mf.Br*comp1.spatial.detF</str> </arr> <str>comp1.mf.BPHI</str> <arr> <str>0</str> </arr> <str>comp1.mf.BZ</str> <arr> <str>comp1.spatial.invF33*comp1.mf.Bz*comp1.spatial.detF</str> </arr> <str>comp1.mf.curlAR</str> <arr> <str>comp1.spatial.invF11*comp1.mf.curlAr*comp1.spatial.detF</str> </arr> <str>comp1.mf.curlAPHI</str> <arr> <str>0</str> </arr> <str>comp1.mf.curlAZ</str> <arr> <str>comp1.spatial.invF33*comp1.mf.curlAz*comp1.spatial.detF</str> </arr> <str>comp1.mf.ER</str> <arr> <str>-comp1.mf.iomega*comp1.mf.AR</str> </arr> <str>comp1.mf.EPHI</str> <arr> <str>-comp1.mf.iomega*comp1.mf.APHI</str> </arr> <str>comp1.mf.EZ</str> <arr> <str>-comp1.mf.iomega*comp1.mf.AZ</str> </arr> <str>comp1.mf.EeR</str> <arr> <str>0</str> </arr> <str>comp1.mf.EePHI</str> <arr> <str>0</str> </arr> <str>comp1.mf.EeZ</str> <arr> <str>0</str> </arr> <str>comp1.mf.JR</str> <arr> <str>comp1.mf.JiR+comp1.mf.JdR</str> </arr> <str>comp1.mf.JPHI</str> <arr> <str>comp1.mf.JiPHI+comp1.mf.JdPHI</str> </arr> <str>comp1.mf.JZ</str> <arr> <str>comp1.mf.JiZ+comp1.mf.JdZ</str> </arr> <str>comp1.mf.JiR</str> <arr> <str>comp1.mf.sigmaRR*comp1.mf.ER</str> </arr> <str>comp1.mf.JiPHI</str> <arr> <str>comp1.mf.sigmaPHIPHI*comp1.mf.EPHI</str> </arr> <str>comp1.mf.JiZ</str> <arr> <str>comp1.mf.sigmaZZ*comp1.mf.EZ</str> </arr> <str>comp1.mf.JdR</str> <arr> <str>comp1.mf.iomega*comp1.mf.DR</str> </arr> <str>comp1.mf.JdPHI</str> <arr> <str>comp1.mf.iomega*comp1.mf.DPHI</str> </arr> <str>comp1.mf.JdZ</str> <arr> <str>comp1.mf.iomega*comp1.mf.DZ</str> </arr> <str>comp1.mf.JeR</str> <arr> <str>0</str> </arr> <str>comp1.mf.JePHI</str> <arr> <str>0</str> </arr> <str>comp1.mf.JeZ</str> <arr> <str>0</str> </arr> <str>comp1.mf.als1.T</str> <arr> <str>273.15*unit_K_cf</str> </arr> <str>comp1.mf.testcurlAR</str> <arr> <str>comp1.spatial.invF11*var(comp1.mf.curlAr,comp1.mf.PsiOrA)*comp1.spatial.detF</str> </arr> <str>comp1.mf.testcurlAPHI</str> <arr> <str>if(Rg&gt;0.001*h,R/r,Rr)*var(0,comp1.mf.PsiOrA)*comp1.spatial.detF</str> </arr> <str>comp1.mf.testcurlAZ</str> <arr> <str>comp1.spatial.invF33*var(comp1.mf.curlAz,comp1.mf.PsiOrA)*comp1.spatial.detF</str> </arr> <str>comp1.mf.AR</str> <arr> <str>comp1.spatial.F11*comp1.Ar</str> </arr> <str>comp1.mf.APHI</str> <arr> <str>if(Rg&gt;0.001*h,r/R,rR)*comp1.Aphi</str> </arr> <str>comp1.mf.AZ</str> <arr> <str>comp1.spatial.F33*comp1.Az</str> </arr> <str>comp1.mf.AdepR</str> <arr> <str>comp1.spatial.F11*comp1.Ar</str> </arr> <str>comp1.mf.AdepPHI</str> <arr> <str>if(Rg&gt;0.001*h,r/R,rR)*comp1.Aphi</str> </arr> <str>comp1.mf.AdepZ</str> <arr> <str>comp1.spatial.F33*comp1.Az</str> </arr> <str>comp1.mf.DR</str> <arr> <str>epsilon0_const*comp1.mf.I_sRR*comp1.mf.ER+comp1.mf.PR</str> </arr> <str>comp1.mf.DPHI</str> <arr> <str>epsilon0_const*comp1.mf.I_sPHIPHI*comp1.mf.EPHI+comp1.mf.PPHI</str> </arr> <str>comp1.mf.DZ</str> <arr> <str>epsilon0_const*comp1.mf.I_sZZ*comp1.mf.EZ+comp1.mf.PZ</str> </arr> <str>comp1.mf.PR</str> <arr> <str>epsilon0_const*comp1.mf.chiRR*comp1.mf.ER</str> </arr> <str>comp1.mf.PPHI</str> <arr> <str>epsilon0_const*comp1.mf.chiPHIPHI*comp1.mf.EPHI</str> </arr> <str>comp1.mf.PZ</str> <arr> <str>epsilon0_const*comp1.mf.chiZZ*comp1.mf.EZ</str> </arr> <str>comp1.mf.chiRR</str> <arr> <str>-1+comp1.mf.epsilonrRR</str> </arr> <str>comp1.mf.chiPHIR</str> <arr> <str>0</str> </arr> <str>comp1.mf.chiZR</str> <arr> <str>0</str> </arr> <str>comp1.mf.chiRPHI</str> <arr> <str>0</str> </arr> <str>comp1.mf.chiPHIPHI</str> <arr> <str>-1+comp1.mf.epsilonrPHIPHI</str> </arr> <str>comp1.mf.chiZPHI</str> <arr> <str>0</str> </arr> <str>comp1.mf.chiRZ</str> <arr> <str>0</str> </arr> <str>comp1.mf.chiPHIZ</str> <arr> <str>0</str> </arr> <str>comp1.mf.chiZZ</str> <arr> <str>-1+comp1.mf.epsilonrZZ</str> </arr> <str>comp1.mf.HR</str> <arr> <str>comp1.mf.murinvRR*comp1.mf.BR/mu0_const</str> </arr> <str>comp1.mf.HPHI</str> <arr> <str>0</str> </arr> <str>comp1.mf.HZ</str> <arr> <str>comp1.mf.murinvZZ*comp1.mf.BZ/mu0_const</str> </arr> <str>comp1.mf.MR</str> <arr> <str>comp1.mf.BR/mu0_const-comp1.mf.I_sRR*comp1.mf.HR</str> </arr> <str>comp1.mf.MPHI</str> <arr> <str>0</str> </arr> <str>comp1.mf.MZ</str> <arr> <str>comp1.mf.BZ/mu0_const-comp1.mf.I_sZZ*comp1.mf.HZ</str> </arr> <str>comp1.mf.chimRR</str> <arr> <str>-1+comp1.mf.murRR</str> </arr> <str>comp1.mf.chimPHIR</str> <arr> <str>0</str> </arr> <str>comp1.mf.chimZR</str> <arr> <str>0</str> </arr> <str>comp1.mf.chimRPHI</str> <arr> <str>0</str> </arr> <str>comp1.mf.chimPHIPHI</str> <arr> <str>-1+comp1.mf.murPHIPHI</str> </arr> <str>comp1.mf.chimZPHI</str> <arr> <str>0</str> </arr> <str>comp1.mf.chimRZ</str> <arr> <str>0</str> </arr> <str>comp1.mf.chimPHIZ</str> <arr> <str>0</str> </arr> <str>comp1.mf.chimZZ</str> <arr> <str>-1+comp1.mf.murZZ</str> </arr> <str>comp1.mf.murinvRR</str> <arr> <str>1/(comp1.mf.I_sRR+comp1.mf.chimRR)</str> </arr> <str>comp1.mf.murinvPHIR</str> <arr> <str>0</str> </arr> <str>comp1.mf.murinvZR</str> <arr> <str>0</str> </arr> <str>comp1.mf.murinvRPHI</str> <arr> <str>0</str> </arr> <str>comp1.mf.murinvPHIPHI</str> <arr> <str>1/(comp1.mf.I_sPHIPHI+comp1.mf.chimPHIPHI)</str> </arr> <str>comp1.mf.murinvZPHI</str> <arr> <str>0</str> </arr> <str>comp1.mf.murinvRZ</str> <arr> <str>0</str> </arr> <str>comp1.mf.murinvPHIZ</str> <arr> <str>0</str> </arr> <str>comp1.mf.murinvZZ</str> <arr> <str>1/(comp1.mf.I_sZZ+comp1.mf.chimZZ)</str> </arr> <str>comp1.mf.murRR</str> <arr> <str>comp1.mf.murPrim-i*comp1.mf.murBis</str> </arr> <str>comp1.mf.murPHIR</str> <arr> <str>0</str> </arr> <str>comp1.mf.murZR</str> <arr> <str>0</str> </arr> <str>comp1.mf.murRPHI</str> <arr> <str>0</str> </arr> <str>comp1.mf.murPHIPHI</str> <arr> <str>comp1.mf.murPrim-i*comp1.mf.murBis</str> </arr> <str>comp1.mf.murZPHI</str> <arr> <str>0</str> </arr> <str>comp1.mf.murRZ</str> <arr> <str>0</str> </arr> <str>comp1.mf.murPHIZ</str> <arr> <str>0</str> </arr> <str>comp1.mf.murZZ</str> <a `rr> <str>comp1.mf.murPrim-i*comp1.mf.murBis</str> </arr> <str>comp1.mf.FLtziR</str> <arr> <str>real(comp1.mf.BZ)*real(comp1.mf.JPHI)</str> </arr> <str>comp1.mf.FLtziPHI</str> <arr> <str>-real(comp1.mf.BZ)*real(comp1.mf.JR)+real(comp1.mf.BR)*real(comp1.mf.JZ)</str> </arr> <str>comp1.mf.FLtziZ</str> <arr> <str>-real(comp1.mf.BR)*real(comp1.mf.JPHI)</str> </arr> <str>comp1.mf.FLtzavR</str> <arr> <str>0.5*real(conj(comp1.mf.BZ)*comp1.mf.JPHI-conj(0)*comp1.mf.JZ)</str> </arr> <str>comp1.mf.FLtzavPHI</str> <arr> <str>0.5*real(-conj(comp1.mf.BZ)*comp1.mf.JR+conj(comp1.mf.BR)*comp1.mf.JZ)</str> </arr> <str>comp1.mf.FLtzavZ</str> <arr> <str>0.5*real(conj(0)*comp1.mf.JR-conj(comp1.mf.BR)*comp1.mf.JPHI)</str> </arr> <str>comp1.mf.PoavR</str> <arr> <str>0.5*real(conj(comp1.mf.HZ)*comp1.mf.EPHI-conj(0)*comp1.mf.EZ)</str> </arr> <str>comp1.mf.PoavPHI</str> <arr> <str>0.5*real(-conj(comp1.mf.HZ)*comp1.mf.ER+conj(comp1.mf.HR)*comp1.mf.EZ)</str> </arr> <str>comp1.mf.PoavZ</str> <arr> <str>0.5*real(conj(0)*comp1.mf.ER-conj(comp1.mf.HR)*comp1.mf.EPHI)</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>3</str> </arr> </arr> </rec> </arr> </arr> <str>protected</str> <str>false</str> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <rec> <str>var</str> <arr> <str>comp1.mf.nr</str> <arr> <str>nr</str> </arr> <str>comp1.mf.nphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.nz</str> <arr> <str>nz</str> </arr> <str>comp1.mf.nmeshr</str> <arr> <str>nrmesh</str> </arr> <str>comp1.mf.nmeshphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.nmeshz</str> <arr> <str>nzmesh</str> </arr> <str>comp1.mf.unTr</str> <arr> <str>comp1.mf.unTer+comp1.mf.unTmr</str> </arr> <str>comp1.mf.unTphi</str> <arr> <str>comp1.mf.unTephi+comp1.mf.unTmphi</str> </arr> <str>comp1.mf.unTz</str> <arr> <str>comp1.mf.unTez+comp1.mf.unTmz</str> </arr> <str>comp1.mf.unTavr</str> <arr> <str>comp1.mf.unTeavr+comp1.mf.unTmavr</str> </arr> <str>comp1.mf.unTavphi</str> <arr> <str>comp1.mf.unTeavphi+comp1.mf.unTmavphi</str> </arr> <str>comp1.mf.unTavz</str> <arr> <str>comp1.mf.unTeavz+comp1.mf.unTmavz</str> </arr> <str>comp1.mf.unTer</str> <arr> <str>-0.5*comp1.mf.dnr*(real(up(comp1.mf.Dr))*real(up(comp1.mf.Er))+real(up(comp1.mf.Dphi))*real(up(comp1.mf.Ephi))+real(up(comp1.mf.Dz))*real(up(comp1.mf.Ez)))+real(up(comp1.mf.Dr))*(real(up(comp1.mf.Er))*comp1.mf.dnr+real(up(comp1.mf.Ez))*comp1.mf.dnz)</str> </arr> <str>comp1.mf.unTephi</str> <arr> <str>real(up(comp1.mf.Dphi))*(real(up(comp1.mf.Er))*comp1.mf.dnr+real(up(comp1.mf.Ez))*comp1.mf.dnz)</str> </arr> <str>comp1.mf.unTez</str> <arr> <str>-0.5*comp1.mf.dnz*(real(up(comp1.mf.Dr))*real(up(comp1.mf.Er))+real(up(comp1.mf.Dphi))*real(up(comp1.mf.Ephi))+real(up(comp1.mf.Dz))*real(up(comp1.mf.Ez)))+real(up(comp1.mf.Dz))*(real(up(comp1.mf.Er))*comp1.mf.dnr+real(up(comp1.mf.Ez))*comp1.mf.dnz)</str> </arr> <str>comp1.mf.unTeavr</str> <arr> <str>0.5*real(-0.5*comp1.mf.dnr*(up(comp1.mf.Dr)*conj(up(comp1.mf.Er))+up(comp1.mf.Dphi)*conj(up(comp1.mf.Ephi))+up(comp1.mf.Dz)*conj(up(comp1.mf.Ez)))+up(comp1.mf.Dr)*(conj(up(comp1.mf.Er))*comp1.mf.dnr+conj(up(comp1.mf.Ez))*comp1.mf.dnz))</str> </arr> <str>comp1.mf.unTeavphi</str> <arr> <str>0.5*real(up(comp1.mf.Dphi)*(conj(up(comp1.mf.Er))*comp1.mf.dnr+conj(up(comp1.mf.Ez))*comp1.mf.dnz))</str> </arr> <str>comp1.mf.unTeavz</str> <arr> <str>0.5*real(-0.5*comp1.mf.dnz*(up(comp1.mf.Dr)*conj(up(comp1.mf.Er))+up(comp1.mf.Dphi)*conj(up(comp1.mf.Ephi))+up(comp1.mf.Dz)*conj(up(comp1.mf.Ez)))+up(comp1.mf.Dz)*(conj(up(comp1.mf.Er))*comp1.mf.dnr+conj(up(comp1.mf.Ez))*comp1.mf.dnz))</str> </arr> <str>comp1.mf.unTmr</str> <arr> <str>-0.5*comp1.mf.dnr*(real(up(comp1.mf.Br))*real(up(comp1.mf.Hr))+real(up(comp1.mf.Bphi))*real(up(comp1.mf.Hphi))+real(up(comp1.mf.Bz))*real(up(comp1.mf.Hz)))+real(up(comp1.mf.Br))*(real(up(comp1.mf.Hr))*comp1.mf.dnr+real(up(comp1.mf.Hz))*comp1.mf.dnz)</str> </arr> <str>comp1.mf.unTmphi</str> <arr> <str>real(up(comp1.mf.Bphi))*(real(up(comp1.mf.Hr))*comp1.mf.dnr+real(up(comp1.mf.Hz))*comp1.mf.dnz)</str> </arr> <str>comp1.mf.unTmz</str> <arr> <str>-0.5*comp1.mf.dnz*(real(up(comp1.mf.Br))*real(up(comp1.mf.Hr))+real(up(comp1.mf.Bphi))*real(up(comp1.mf.Hphi))+real(up(comp1.mf.Bz))*real(up(comp1.mf.Hz)))+real(up(comp1.mf.Bz))*(real(up(comp1.mf.Hr))*comp1.mf.dnr+real(up(comp1.mf.Hz))*comp1.mf.dnz)</str> </arr> <str>comp1.mf.unTmavr</str> <arr> <str>0.5*real(-0.5*comp1.mf.dnr*(up(comp1.mf.Br)*conj(up(comp1.mf.Hr))+up(comp1.mf.Bphi)*conj(up(comp1.mf.Hphi))+up(comp1.mf.Bz)*conj(up(comp1.mf.Hz)))+up(comp1.mf.Br)*(conj(up(comp1.mf.Hr))*comp1.mf.dnr+conj(up(comp1.mf.Hz))*comp1.mf.dnz))</str> </arr> <str>comp1.mf.unTmavphi</str> <arr> <str>0.5*real(up(comp1.mf.Bphi)*(conj(up(comp1.mf.Hr))*comp1.mf.dnr+conj(up(comp1.mf.Hz))*comp1.mf.dnz))</str> </arr> <str>comp1.mf.unTmavz</str> <arr> <str>0.5*real(-0.5*comp1.mf.dnz*(up(comp1.mf.Br)*conj(up(comp1.mf.Hr))+up(comp1.mf.Bphi)*conj(up(comp1.mf.Hphi))+up(comp1.mf.Bz)*conj(up(comp1.mf.Hz)))+up(comp1.mf.Bz)*(conj(up(comp1.mf.Hr))*comp1.mf.dnr+conj(up(comp1.mf.Hz))*comp1.mf.dnz))</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>4</str> <str>7</str> <str>9</str> <str>12</str> <str>13</str> <str>15</str> <str>16</str> <str>17</str> <str>18</str> <str>19</str> <str>20</str> <str>21</str> <str>22</str> </arr> </arr> </rec> </arr> </arr> <str>protected</str> <str>false</str> </rec> h<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <rec> <str>var</str> <arr> <str>comp1.mf.nr</str> <arr> <str>dnr</str> </arr> <str>comp1.mf.nphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.nz</str> <arr> <str>dnz</str> </arr> <str>comp1.mf.nmeshr</str> <arr> <str>dnrmesh</str> </arr> <str>comp1.mf.nmeshphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.nmeshz</str> <arr> <str>dnzmesh</str> </arr> <str>comp1.mf.unTr</str> <arr> <str>0</str> </arr> <str>comp1.mf.unTphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.unTz</str> <arr> <str>0</str> </arr> <str>comp1.mf.unTavr</str> <arr> <str>0</str> </arr> <str>comp1.mf.unTavphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.unTavz</str> <arr> <str>0</str> </arr> <str>comp1.mf.unTer</str> <arr> <str>0</str> </arr> <str>comp1.mf.unTephi</str> <arr> <str>0</str> </arr> <str>comp1.mf.unTez</str> <arr> <str>0</str> </arr> <str>comp1.mf.unTeavr</str> <arr> <str>0</str> </arr> <str>comp1.mf.unTeavphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.unTeavz</str> <arr> <str>0</str> </arr> <str>comp1.mf.unTmr</str> <arr> <str>0</str> </arr> <str>comp1.mf.unTmphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.unTmz</str> <arr> <str>0</str> </arr> <str>comp1.mf.unTmavr</str> <arr> <str>0</str> </arr> <str>comp1.mf.unTmavphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.unTmavz</str> <arr> <str>0</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>2</str> <str>3</str> <str>5</str> <str>6</str> </arr> </arr> </rec> </arr> </arr> <str>protected</str> <str>false</str> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <rec> <str>var</str> <arr> <str>comp1.mf.nr</str> <arr> <str>nr</str> </arr> <str>comp1.mf.nphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.nz</str> <arr> <str>nz</str> </arr> <str>comp1.mf.nmeshr</str> <arr> <str>nrmesh</str> </arr> <str>comp1.mf.nmeshphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.nmeshz</str> <arr> <str>nzmesh</str> </arr> <str>comp1.mf.unTr</str> <arr> <str>comp1.mf.unTer+comp1.mf.unTmr</str> </arr> <str>comp1.mf.unTphi</str> <arr> <str>comp1.mf.unTephi+comp1.mf.unTmphi</str> </arr> <str>comp1.mf.unTz</str> <arr> <str>comp1.mf.unTez+comp1.mf.unTmz</str> </arr> <str>comp1.mf.unTavr</str> <arr> <str>comp1.mf.unTeavr+comp1.mf.unTmavr</str> </arr> <str>comp1.mf.unTavphi</str> <arr> <str>comp1.mf.unTeavphi+comp1.mf.unTmavphi</str> </arr> <str>comp1.mf.unTavz</str> <arr> <str>comp1.mf.unTeavz+comp1.mf.unTmavz</str> </arr> <str>comp1.mf.unTer</str> <arr> <str>-0.5*comp1.mf.dnr*(real(up(comp1.mf.Dr))*real(up(comp1.mf.Er))+real(up(comp1.mf.Dphi))*real(up(comp1.mf.Ephi))+real(up(comp1.mf.Dz))*real(up(comp1.mf.Ez)))+real(up(comp1.mf.Dr))*(real(up(comp1.mf.Er))*comp1.mf.dnr+real(up(comp1.mf.Ez))*comp1.mf.dnz)</str> </arr> <str>comp1.mf.unTephi</str> <arr> <str>real(up(comp1.mf.Dphi))*(real(up(comp1.mf.Er))*comp1.mf.dnr+real(up(comp1.mf.Ez))*comp1.mf.dnz)</str> </arr> <str>comp1.mf.unTez</str> <arr> <str>-0.5*comp1.mf.dnz*(real(up(comp1.mf.Dr))*real(up(comp1.mf.Er))+real(up(comp1.mf.Dphi))*real(up(comp1.mf.Ephi))+real(up(comp1.mf.Dz))*real(up(comp1.mf.Ez)))+real(up(comp1.mf.Dz))*(real(up(comp1.mf.Er))*comp1.mf.dnr+real(up(comp1.mf.Ez))*comp1.mf.dnz)</str> </arr> <str>comp1.mf.unTeavr</str> <arr> <str>0.5*real(-0.5*comp1.mf.dnr*(up(comp1.mf.Dr)*conj(up(comp1.mf.Er))+up(comp1.mf.Dphi)*conj(up(comp1.mf.Ephi))+up(comp1.mf.Dz)*conj(up(comp1.mf.Ez)))+up(comp1.mf.Dr)*(conj(up(comp1.mf.Er))*comp1.mf.dnr+conj(up(comp1.mf.Ez))*comp1.mf.dnz))</str> </arr> <str>comp1.mf.unTeavphi</str> <arr> <str>0.5*real(up(comp1.mf.Dphi)*(conj(up(comp1.mf.Er))*comp1.mf.dnr+conj(up(comp1.mf.Ez))*comp1.mf.dnz))</str> </arr> <str>comp1.mf.unTeavz</str> <arr> <str>0.5*real(-0.5*comp1.mf.dnz*(up(comp1.mf.Dr)*conj(up(comp1.mf.Er))+up(comp1.mf.Dphi)*conj(up(comp1.mf.Ephi))+up(comp1.mf.Dz)*conj(up(comp1.mf.Ez)))+up(comp1.mf.Dz)*(conj(up(comp1.mf.Er))*comp1.mf.dnr+conj(up(comp1.mf.Ez))*comp1.mf.dnz))</str> </arr> <str>comp1.mf.unTmr</str> <arr> <str>-0.5*comp1.mf.dnr*(real(up(comp1.mf.Br))*real(up(comp1.mf.Hr))+real(up(comp1.mf.Bphi))*real(up(comp1.mf.Hphi))+real(up(comp1.mf.Bz))*real(up(comp1.mf.Hz)))+real(up(comp1.mf.Br))*(real(up(comp1.mf.Hr))*comp1.mf.dnr+real(up(comp1.mf.Hz))*comp1.mf.dnz)</str> </arr> <str>comp1.mf.unTmphi</str> <arr> <str>real(up(comp1.mf.Bphi))*(real(up(comp1.mf.Hr))*comp1.mf.dnr+real(up(comp1.mf.Hz))*comp1.mf.dnz)</str> </arr> <str>comp1.mf.unTmz</str> <arr> <str>-0.5*comp1.mf.dnz*(real(up(comp1.mf.Br))*real(up(comp1.mf.Hr))+real(up(comp1.mf.Bphi))*real(up(comp1.mf.Hphi))+real(up(comp1.mf.Bz))*real(up(comp1.mf.Hz)))+real(up(comp1.mf.Bz))*(real(up(comp1.mf.Hr))*comp1.mf.dnr+real(up(comp1.mf.Hz))*comp1.mf.dnz)</str> </arr> <str>comp1.mf.unTmavr</str> <arr> <str>0.5*real(-0.5*comp1.mf.dnr*(up(comp1.mf.Br)*conj(up(comp1.mf.Hr))+up(comp1.mf.Bphi)*conj(up(comp1.mf.Hphi))+up(comp1.mf.Bz)*conj(up(comp1.mf.Hz)))+up(comp1.mf.Br)*(conj(up(comp1.mf.Hr))*comp1.mf.dnr+conj(up(comp1.mf.Hz))*comp1.mf.dnz))</str> </arr> <str>comp1.mf.unTmavphi</str> <arr> <str>0.5*real(up(comp1.mf.Bphi)*(conj(up(comp1.mf.Hr))*comp1.mf.dnr+conj(up(comp1.mf.Hz))*comp1.mf.dnz))</str> </arr> <str>comp1.mf.unTmavz</str> <arr> <str>0.5*real(-0.5*comp1.mf.dnz*(up(comp1.mf.Br)*conj(up(comp1.mf.Hr))+up(comp1.mf.Bphi)*conj(up(comp1.mf.Hphi))+up(comp1.mf.Bz)*conj(up(comp1.mf.Hz)))+up(comp1.mf.Bz)*(conj(up(comp1.mf.Hr))*comp1.mf.dnr+conj(up(comp1.mf.Hz))*comp1.mf.dnz))</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>10</str> </arr> </arr> </rec> </arr> </arr> <str>protected</str> <str>false</str> </rec> &<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <rec> <str>var</str> <arr> <str>comp1.mf.nr</str> <arr> <str>dnr</str> </arr> <str>comp1.mf.nphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.nz</str> <arr> <str>dnz</str> </arr> <str>comp1.mf.nmeshr</str> <arr> <str>dnrmesh</str> </arr> <str>comp1.mf.nmeshphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.nmeshz</str> <arr> <str>dnzmesh</str> </arr> <str>comp1.mf.unTr</str> <arr> <str>0</str> </arr> <str>comp1.mf.unTphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.unTz</str> <arr> <str>0</str> </arr> <str>comp1.mf.unTavr</str> <arr> <str>0</str> </arr> <str>comp1.mf.unTavphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.unTavz</str> <arr> <str>0</str> </arr> <str>comp1.mf.unTer</str> <arr> <str>0</str> </arr> <str>comp1.mf.unTephi</str> <arr> <str>0</str> </arr> <str>comp1.mf.unTez</str> <arr> <str>0</str> </arr> <str>comp1.mf.unTeavr</str> <arr> <str>0</str> </arr> <str>comp1.mf.unTeavphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.unTeavz</str> <arr> <str>0</str> </arr> <str>comp1.mf.unTmr</str> <arr> <str>0</str> </arr> <str>comp1.mf.unTmphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.unTmz</str> <arr> <str>0</str> </arr> <str>comp1.mf.unTmavr</str> <arr> <str>0</str> </arr> <str>comp1.mf.unTmavphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.unTmavz</str> <arr> <str>0</str> </arr> <str>comp1.mf.mfenr</str> <arr> <str>comp1.mf.dnmeshr</str> </arr> <str>comp1.mf.mfenphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.mfenz</str> <arr> <str>comp1.mf.dnmeshz</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>1</str> <str>8</str> <str>11</str> <str>14</str> </arr> </arr> </rec> </arr> </arr> <str>protected</str> <str>false</str> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <rec> <str>var</str> <arr> <str>comp1.mf.unmeshr</str> <arr> <str>unrmesh</str> </arr> <str>comp1.mf.unmeshphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.unmeshz</str> <arr> <str>unzmesh</str> </arr> <str>comp1.mf.dnmeshr</str> <arr> <str>dnrmesh</str> </arr> <str>comp1.mf.dnmeshphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.dnmeshz</str> <arr> <str>dnzmesh</str> </arr> <str>comp1.mf.dnTr</str> <arr> <str>comp1.mf.dnTer+comp1.mf.dnTmr</str> </arr> <str>comp1.mf.dnTphi</str> <arr> <str>comp1.mf.dnTephi+comp1.mf.dnTmphi</str> </arr> <str>comp1.mf.dnTz</str> <arr> <str>comp1.mf.dnTez+comp1.mf.dnTmz</str> </arr> <str>comp1.mf.dnTavr</str> <arr> <str>comp1.mf.dnTeavr+comp1.mf.dnTmavr</str> </arr> <str>comp1.mf.dnTavphi</str> <arr> <str>comp1.mf.dnTeavphi+comp1.mf.dnTmavphi</str> </arr> <str>comp1.mf.dnTavz</str> <arr> <str>comp1.mf.dnTeavz+comp1.mf.dnTmavz</str> </arr> <str>comp1.mf.dnTer</str> <arr> <str>-0.5*comp1.mf.unr*(real(down(comp1.mf.Dr))*real(down(comp1.mf.Er))+real(down(comp1.mf.Dphi))*real(down(comp1.mf.Ephi))+real(down(comp1.mf.Dz))*real(down(comp1.mf.Ez)))+real(down(comp1.mf.Dr))*(real(down(comp1.mf.Er))*comp1.mf.unr+real(down(comp1.mf.Ez))*comp1.mf.unz)</str> </arr> <str>comp1.mf.dnTephi</str> <arr> <str>real(down(comp1.mf.Dphi))*(real(down(comp1.mf.Er))*comp1.mf.unr+real(down(comp1.mf.Ez))*comp1.mf.unz)</str> </arr> <str>comp1.mf.dnTez</str> <arr> <str>-0.5*comp1.mf.unz*(real(down(comp1.mf.Dr))*real(down(comp1.mf.Er))+real(down(comp1.mf.Dphi))*real(down(comp1.mf.Ephi))+real(down(comp1.mf.Dz))*real(down(comp1.mf.Ez)))+real(down(comp1.mf.Dz))*(real(down(comp1.mf.Er))*comp1.mf.unr+real(down(comp1.mf.Ez))*comp1.mf.unz)</str> </arr> <str>comp1.mf.dnTeavr</str> <arr> <str>0.5*real(-0.5*comp1.mf.unr*(down(comp1.mf.Dr)*conj(down(comp1.mf.Er))+down(comp1.mf.Dphi)*conj(down(comp1.mf.Ephi))+down(comp1.mf.Dz)*conj(down(comp1.mf.Ez)))+down(comp1.mf.Dr)*(conj(down(comp1.mf.Er))*comp1.mf.unr+conj(down(comp1.mf.Ez))*comp1.mf.unz))</str> </arr> <str>comp1.mf.dnTeavphi</str> <arr> <str>0.5*real(down(comp1.mf.Dphi)*(conj(down(comp1.mf.Er))*comp1.mf.unr+conj(down(comp1.mf.Ez))*comp1.mf.unz))</str> </arr> <str>comp1.mf.dnTeavz</str> <arr> <str>0.5*real(-0.5*comp1.mf.unz*(down(comp1.mf.Dr)*conj(down(comp1.mf.Er))+down(comp1.mf.Dphi)*conj(down(comp1.mf.Ephi))+down(comp1.mf.Dz)*conj(down(comp1.mf.Ez)))+down(comp1.mf.Dz)*(conj(down(comp1.mf.Er))*comp1.mf.unr+conj(down(comp1.mf.Ez))*comp1.mf.unz))</str> </arr> <str>comp1.mf.dnTmr</str> <arr> <str>-0.5*comp1.mf.unr*(real(down(comp1.mf.Br))*real(down(comp1.mf.Hr))+real(down(comp1.mf.Bphi))*real(down(comp1.mf.Hphi))+real(down(comp1.mf.Bz))*real(down(comp1.mf.Hz)))+real(down(comp1.mf.Br))*(real(down(comp1.mf.Hr))*comp1.mf.unr+real(down(comp1.mf.Hz))*comp1.mf.unz)</str> </arr> <str>comp1.mf.dnTmphi</str> <arr> <str>real(down(comp1.mf.Bphi))*(real(down(comp1.mf.Hr))*comp1.mf.unr+real(down(comp1.mf.Hz))*comp1.mf.unz)</str> </arr> <str>comp1.mf.dnTmz</str> <arr> <str>-0.5*comp1.mf.unz*(real(down(comp1.mf.Br))*real(down(comp1.mf.Hr))+real(down(comp1.mf.Bphi))*real(down(comp1.mf.Hphi))+real(down(comp1.mf.Bz))*real(down(comp1.mf.Hz)))+real(down(comp1.mf.Bz))*(real(down(comp1.mf.Hr))*comp1.mf.unr+real(down(comp1.mf.Hz))*comp1.mf.unz)</str> </arr> <str>comp1.mf.dnTmavr</str> <arr> <str>0.5*real(-0.5*comp1.mf.unr*(down(comp1.mf.Br)*conj(down(comp1.mf.Hr))+down(comp1.mf.Bphi)*conj(down(comp1.mf.Hphi))+down(comp1.mf.Bz)*conj(down(comp1.mf.Hz)))+down(comp1.mf.Br)*(conj(down(comp1.mf.Hr))*comp1.mf.unr+conj(down(comp1.mf.Hz))*comp1.mf.unz))</str> </arr> <str>comp1.mf.dnTmavphi</str> <arr> <str>0.5*real(down(comp1.mf.Bphi)*(conj(down(comp1.mf.Hr))*comp1.mf.unr+conj(down(comp1.mf.Hz))*comp1.mf.unz))</str> </arr> <str>comp1.mf.dnTmavz</str> <arr> <str>0.5*real(-0.5*comp1.mf.unz*(down(comp1.mf.Br)*conj(down(comp1.mf.Hr))+down(comp1.mf.Bphi)*conj(down(comp1.mf.Hphi))+down(comp1.mf.Bz)*conj(down(comp1.mf.Hz)))+down(comp1.mf.Bz)*(conj(down(comp1.mf.Hr))*comp1.mf.unr+conj(down(comp1.mf.Hz))*comp1.mf.unz))</str> </arr> <str>comp1.mf.Qsh</str> <arr> <str>0</str> </arr> <str>comp1.mf.Qlh</str> <arr> <str>0</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>2</str> <str>3</str> <str>4</str> <str>5</str> <str>6</str> <str>7</str> <str>9</str> <str>12</str> <str>13</str> <str>15</str> <str>16</str> <str>17</str> <str>18</str> <str>19</str> <str>20</str> <str>21</str> <str>22</str> </arr> </arr> </rec> </arr> </arr> <str>protected</str> <str>false</str> </rec> `<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <rec> <str>var</str> <arr> <str>comp1.mf.unmeshr</str> <arr> <str>unrmesh</str> </arr> <str>comp1.mf.unmeshphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.unmeshz</str> <arr> <str>unzmesh</str> </arr> <str>comp1.mf.dnmeshr</str> <arr> <str>dnrmesh</str> </arr> <str>comp1.mf.dnmeshphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.dnmeshz</str> <arr> <str>dnzmesh</str> </arr> <str>comp1.mf.dnTr</str> <arr> <str>comp1.mf.dnTer+comp1.mf.dnTmr</str> </arr> <str>comp1.mf.dnTphi</str> <arr> <str>comp1.mf.dnTephi+comp1.mf.dnTmphi</str> </arr> <str>comp1.mf.dnTz</str> <arr> <str>comp1.mf.dnTez+comp1.mf.dnTmz</str> </arr> <str>co `mp1.mf.unr</str> <arr> <str>unr</str> </arr> <str>comp1.mf.unphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.unz</str> <arr> <str>unz</str> </arr> <str>comp1.mf.dnr</str> <arr> <str>dnr</str> </arr> <str>comp1.mf.dnphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.dnz</str> <arr> <str>dnz</str> </arr> <str>comp1.mf.dnTavr</str> <arr> <str>comp1.mf.dnTeavr+comp1.mf.dnTmavr</str> </arr> <str>comp1.mf.dnTavphi</str> <arr> <str>comp1.mf.dnTeavphi+comp1.mf.dnTmavphi</str> </arr> <str>comp1.mf.dnTavz</str> <arr> <str>comp1.mf.dnTeavz+comp1.mf.dnTmavz</str> </arr> <str>comp1.mf.dnTer</str> <arr> <str>-0.5*comp1.mf.unr*(real(down(comp1.mf.Dr))*real(down(comp1.mf.Er))+real(down(comp1.mf.Dphi))*real(down(comp1.mf.Ephi))+real(down(comp1.mf.Dz))*real(down(comp1.mf.Ez)))+real(down(comp1.mf.Dr))*(real(down(comp1.mf.Er))*comp1.mf.unr+real(down(comp1.mf.Ez))*comp1.mf.unz)</str> </arr> <str>comp1.mf.dnTephi</str> <arr> <str>real(down(comp1.mf.Dphi))*(real(down(comp1.mf.Er))*comp1.mf.unr+real(down(comp1.mf.Ez))*comp1.mf.unz)</str> </arr> <str>comp1.mf.dnTez</str> <arr> <str>-0.5*comp1.mf.unz*(real(down(comp1.mf.Dr))*real(down(comp1.mf.Er))+real(down(comp1.mf.Dphi))*real(down(comp1.mf.Ephi))+real(down(comp1.mf.Dz))*real(down(comp1.mf.Ez)))+real(down(comp1.mf.Dz))*(real(down(comp1.mf.Er))*comp1.mf.unr+real(down(comp1.mf.Ez))*comp1.mf.unz)</str> </arr> <str>comp1.mf.dnTeavr</str> <arr> <str>0.5*real(-0.5*comp1.mf.unr*(down(comp1.mf.Dr)*conj(down(comp1.mf.Er))+down(comp1.mf.Dphi)*conj(down(comp1.mf.Ephi))+down(comp1.mf.Dz)*conj(down(comp1.mf.Ez)))+down(comp1.mf.Dr)*(conj(down(comp1.mf.Er))*comp1.mf.unr+conj(down(comp1.mf.Ez))*comp1.mf.unz))</str> </arr> <str>comp1.mf.dnTeavphi</str> <arr> <str>0.5*real(down(comp1.mf.Dphi)*(conj(down(comp1.mf.Er))*comp1.mf.unr+conj(down(comp1.mf.Ez))*comp1.mf.unz))</str> </arr> <str>comp1.mf.dnTeavz</str> <arr> <str>0.5*real(-0.5*comp1.mf.unz*(down(comp1.mf.Dr)*conj(down(comp1.mf.Er))+down(comp1.mf.Dphi)*conj(down(comp1.mf.Ephi))+down(comp1.mf.Dz)*conj(down(comp1.mf.Ez)))+down(comp1.mf.Dz)*(conj(down(comp1.mf.Er))*comp1.mf.unr+conj(down(comp1.mf.Ez))*comp1.mf.unz))</str> </arr> <str>comp1.mf.dnTmr</str> <arr> <str>-0.5*comp1.mf.unr*(real(down(comp1.mf.Br))*real(down(comp1.mf.Hr))+real(down(comp1.mf.Bphi))*real(down(comp1.mf.Hphi))+real(down(comp1.mf.Bz))*real(down(comp1.mf.Hz)))+real(down(comp1.mf.Br))*(real(down(comp1.mf.Hr))*comp1.mf.unr+real(down(comp1.mf.Hz))*comp1.mf.unz)</str> </arr> <str>comp1.mf.dnTmphi</str> <arr> <str>real(down(comp1.mf.Bphi))*(real(down(comp1.mf.Hr))*comp1.mf.unr+real(down(comp1.mf.Hz))*comp1.mf.unz)</str> </arr> <str>comp1.mf.dnTmz</str> <arr> <str>-0.5*comp1.mf.unz*(real(down(comp1.mf.Br))*real(down(comp1.mf.Hr))+real(down(comp1.mf.Bphi))*real(down(comp1.mf.Hphi))+real(down(comp1.mf.Bz))*real(down(comp1.mf.Hz)))+real(down(comp1.mf.Bz))*(real(down(comp1.mf.Hr))*comp1.mf.unr+real(down(comp1.mf.Hz))*comp1.mf.unz)</str> </arr> <str>comp1.mf.dnTmavr</str> <arr> <str>0.5*real(-0.5*comp1.mf.unr*(down(comp1.mf.Br)*conj(down(comp1.mf.Hr))+down(comp1.mf.Bphi)*conj(down(comp1.mf.Hphi))+down(comp1.mf.Bz)*conj(down(comp1.mf.Hz)))+down(comp1.mf.Br)*(conj(down(comp1.mf.Hr))*comp1.mf.unr+conj(down(comp1.mf.Hz))*comp1.mf.unz))</str> </arr> <str>comp1.mf.dnTmavphi</str> <arr> <str>0.5*real(down(comp1.mf.Bphi)*(conj(down(comp1.mf.Hr))*comp1.mf.unr+conj(down(comp1.mf.Hz))*comp1.mf.unz))</str> </arr> <str>comp1.mf.dnTmavz</str> <arr> <str>0.5*real(-0.5*comp1.mf.unz*(down(comp1.mf.Br)*conj(down(comp1.mf.Hr))+down(comp1.mf.Bphi)*conj(down(comp1.mf.Hphi))+down(comp1.mf.Bz)*conj(down(comp1.mf.Hz)))+down(comp1.mf.Bz)*(conj(down(comp1.mf.Hr))*comp1.mf.unr+conj(down(comp1.mf.Hz))*comp1.mf.unz))</str> </arr> <str>comp1.mf.Qsh</str> <arr> <str>0</str> </arr> <str>comp1.mf.Qlh</str> <arr> <str>0</str> </arr> <str>comp1.mf.tAdep_sr</str> <arr> <str>0</str> </arr> <str>comp1.mf.tAdep_sphi</str> <arr> <str>comp1.mf.tAdepphi</str> </arr> <str>comp1.mf.tAdep_sz</str> <arr> <str>0</str> </arr> <str>comp1.mf.tEr</str> <arr> <str>-comp1.mf.iomega*comp1.mf.tAr/comp1.mf.al_count</str> </arr> <str>comp1.mf.tEphi</str> <arr> <str>-comp1.mf.iomega*comp1.mf.tAphi/comp1.mf.al_count</str> </arr> <str>comp1.mf.tEz</str> <arr> <str>-comp1.mf.iomega*comp1.mf.tAz/comp1.mf.al_count</str> </arr> <str>comp1.mf.tAtsr</str> <arr> <str>comp1.mf.iomega*comp1.mf.tAr</str> </arr> <str>comp1.mf.tAtsphi</str> <arr> <str>comp1.mf.iomega*comp1.mf.tAphi</str> </arr> <str>comp1.mf.tAtsz</str> <arr> <str>comp1.mf.iomega*comp1.mf.tAz</str> </arr> <str>comp1.mf.tAr</str> <arr> <str>0</str> </arr> <str>comp1.mf.tAphi</str> <arr> <str>comp1.mf.tAdepphi</str> </arr> <str>comp1.mf.tAz</str> <arr> <str>0</str> </arr> <str>comp1.mf.tcurlA_sr</str> <arr> <str>(-comp1.ie1.invT11*dtang(comp1.mf.PsiOrAphi*comp1.ie1.r/r,z)+comp1.ie1.invT31*dtang(comp1.mf.PsiOrAphi*comp1.ie1.r/r,r))/(comp1.ie1.detInvT*comp1.ie1.r)</str> </arr> <str>comp1.mf.tcurlA_sphi</str> <arr> <str>(-comp1.ie1.invT12*dtang(comp1.mf.PsiOrAphi*comp1.ie1.r/r,z)+comp1.ie1.invT32*dtang(comp1.mf.PsiOrAphi*comp1.ie1.r/r,r))/comp1.ie1.detInvT</str> </arr> <str>comp1.mf.tcurlA_sz</str> <arr> <str>(-comp1.ie1.invT13*dtang(comp1.mf.PsiOrAphi*comp1.ie1.r/r,z)+comp1.ie1.invT33*dtang(comp1.mf.PsiOrAphi*comp1.ie1.r/r,r))/(comp1.ie1.detInvT*comp1.ie1.r)</str> </arr> <str>comp1.mf.testtcurlA_sr</str> <arr> <str>var(comp1.mf.tcurlA_sr,comp1.mf.PsiOrA)</str> </arr> <str>comp1.mf.testtcurlA_sphi</str> <arr> <str>var(comp1.mf.tcurlA_sphi,comp1.mf.PsiOrA)</str> </arr> <str>comp1.mf.testtcurlA_sz</str> <arr> <str>var(comp1.mf.tcurlA_sz,comp1.mf.PsiOrA)</str> </arr> <str>comp1.mf.tAdepr</str> <arr> <str>0</str> </arr> <str>comp1.mf.tAdepphi</str> <arr> <str>if(abs(r)&lt;0.001*h,comp1.mf.PsiOrAphir,comp1.mf.PsiOrAphi/r)</str> </arr> <str>comp1.mf.tAdepz</str> <arr> <str>0</str> </arr> <str>comp1.mf.al_count</str> <arr> <str>1</str> </arr> <str>comp1.mf.Jmsr</str> <arr> <str>0</str> </arr> <str>comp1.mf.Jmsphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.Jmsz</str> <arr> <str>0</str> </arr> <str>comp1.mf.PsiOrA_fld_act</str> <arr> <str>1</str> </arr> <str>comp1.mf.nPoav</str> <arr> <str>real(0.5*((conj(comp1.mf.Hz)*comp1.mf.Ephi-conj(comp1.mf.Hphi)*comp1.mf.Ez)*comp1.mf.nr+(conj(comp1.mf.Hphi)*comp1.mf.Er-conj(comp1.mf.Hr)*comp1.mf.Ephi)*comp1.mf.nz))</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>1</str> <str>8</str> <str>10</str> <str>11</str> <str>14</str> </arr> </arr> </rec> </arr> </arr> <str>protected</str> <str>false</str> </rec> R<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <arr> </arr> <rec> <str>var</str> <arr> <str>comp1.mf.I_sRR</str> <arr> <str>comp1.spatial.invF11^2*comp1.mf.I_srr*comp1.spatial.detF</str> </arr> <str>comp1.mf.I_sPHIR</str> <arr> <str>0</str> </arr> <str>comp1.mf.I_sZR</str> <arr> <str>0</str> </arr> <str>comp1.mf.I_sRPHI</str> <arr> <str>0</str> </arr> <str>comp1.mf.I_sPHIPHI</str> <arr> <str>if(Rg&gt;0.001*h,R/r,Rr)^2*comp1.mf.I_sphiphi*comp1.spatial.detF</str> </arr> <str>comp1.mf.I_sZPHI</str> <arr> <str>0</str> </arr> <str>comp1.mf.I_sRZ</str> <arr> <str>0</str> </arr> <str>comp1.mf.I_sPHIZ</str> <arr> <str>0</str> </arr> <str>comp1.mf.I_sZZ</str> <arr> <str>comp1.spatial.invF33^2*comp1.mf.I_szz*comp1.spatial.detF</str> </arr> <str>comp1.mf.I_srr</str> <arr> <str>1</str> </arr> <str>comp1.mf.I_sphir</str> <arr> <str>0</str> </arr> <str>comp1.mf.I_szr</str> <arr> <str>0</str> </arr> <str>comp1.mf.I_srphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.I_sphiphi</str> <arr> <str>1</str> </arr> <str>comp1.mf.I_szphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.I_srz</str> <arr> <str>0</str> </arr> <str>comp1.mf.I_sphiz</str> <arr> <str>0</str> </arr> <str>comp1.mf.I_szz</str> <arr> <str>1</str> </arr> <str>comp1.mf.d</str> <arr> <str>1</str> </arr> <str>comp1.mf.isLossCalculationDomain</str> <arr> <str>0</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>2</str> <str>3</str> <str>5</str> <str>6</str> </arr> </arr> </rec> </arr> </arr> <str>protected</str> <str>false</str> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <rec> <str>var</str> <arr> <str>comp1.mf.unr</str> <arr> <str>unr</str> </arr> <str>comp1.mf.unphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.unz</str> <arr> <str>unz</str> </arr> <str>comp1.mf.dnr</str> <arr> <str>dnr</str> </arr> <str>comp1.mf.dnphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.dnz</str> <arr> <str>dnz</str> </arr> <str>comp1.mf.tAdep_sr</str> <arr> <str>0</str> </arr> <str>comp1.mf.tAdep_sphi</str> <arr> <str>comp1.mf.tAdepphi</str> </arr> <str>comp1.mf.tAdep_sz</str> <arr> <str>0</str> </arr> <str>comp1.mf.tEr</str> <arr> <str>-2*comp1.mf.iomega*comp1.mf.tAr/comp1.mf.al_count</str> </arr> <str>comp1.mf.tEphi</str> <arr> <str>-2*comp1.mf.iomega*comp1.mf.tAphi/comp1.mf.al_count</str> </arr> <str>comp1.mf.tEz</str> <arr> <str>-2*comp1.mf.iomega*comp1.mf.tAz/comp1.mf.al_count</str> </arr> <str>comp1.mf.Jsr</str> <arr> <str>0</str> </arr> <str>comp1.mf.Jsphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.Jsz</str> <arr> <str>0</str> </arr> <str>comp1.mf.normJs</str> <arr> <str>0</str> </arr> <str>comp1.mf.tAtsr</str> <arr> <str>comp1.mf.iomega*comp1.mf.tAr</str> </arr> <str>comp1.mf.tAtsphi</str> <arr> <str>comp1.mf.iomega*comp1.mf.tAphi</str> </arr> <str>comp1.mf.tAtsz</str> <arr> <str>comp1.mf.iomega*comp1.mf.tAz</str> </arr> <str>comp1.mf.tAr</str> <arr> <str>0</str> </arr> <str>comp1.mf.tAphi</str> <arr> <str>comp1.mf.tAdepphi</str> </arr> <str>comp1.mf.tAz</str> <arr> <str>0</str> </arr> <str>comp1.mf.tcurlA_sr</str> <arr> <str>-dtang(comp1.mf.PsiOrAphi/r,z)</str> </arr> <str>comp1.mf.tcurlA_sphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.tcurlA_sz</str> <arr> <str>dtang(comp1.mf.PsiOrAphi/r,r)+comp1.mf.PsiOrAphi/r^2</str> </arr> <str>comp1.mf.testtcurlA_sr</str> <arr> <str>var(comp1.mf.tcurlA_sr,comp1.mf.PsiOrA)</str> </arr> <str>comp1.mf.testtcurlA_sphi</str> <arr> <str>var(0,comp1.mf.PsiOrA)</str> </arr> <str>comp1.mf.testtcurlA_sz</str> <arr> <str>var(comp1.mf.tcurlA_sz,comp1.mf.PsiOrA)</str> </arr> <str>comp1.mf.tAdepr</str> <arr> <str>0</str> </arr> <str>comp1.mf.tAdepphi</str> <arr> <str>if(abs(r)&lt;0.001*h,comp1.mf.PsiOrAphir,comp1.mf.PsiOrAphi/r)</str> </arr> <str>comp1.mf.tAdepz</str> <arr> <str>0</str> </arr> <str>comp1.mf.mfenr</str> <arr> <str>comp1.mf.dnmeshr</str> </arr> <str>comp1.mf.mfenphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.mfenz</str> <arr> <str>comp1.mf.dnmeshz</str> </arr> <str>comp1.mf.al_count</str> <arr> <str>2</str> </arr> <str>comp1.mf.Jmsr</str> <arr> <str>0</str> </arr> <str>comp1.mf.Jmsphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.Jmsz</str> <arr> <str>0</str> </arr> <str>comp1.mf.PsiOrA_fld_act</str> <arr> <str>2</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>19</str> <str>20</str> <str>21</str> <str>22</str> </arr> </arr> </rec> </arr> </arr> <str>protected</str> <str>false</str> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <rec> <str>var</str> <arr> <str>comp1.mf.unr</str> <arr> <str>unr</str> </arr> <str>comp1.mf.unphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.unz</str> <arr> <str>unz</str> </arr> <str>comp1.mf.dnr</str> <arr> <str>dnr</str> </arr> <str>comp1.mf.dnphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.dnz</str> <arr> <str>dnz</str> </arr> <str>comp1.mf.tAdep_sr</str> <arr> <str>0</str> </arr> <str>comp1.mf.tAdep_sphi</str> <arr> <str>comp1.mf.tAdepphi</str> </arr> <str>comp1.mf.tAdep_sz</str> <arr> <str>0</str> </arr> <str>comp1.mf.tEr</str> <arr> <str>-2*comp1.mf.iomega*comp1.mf.tAr/comp1.mf.al_count</str> </arr> <str>comp1.mf.tEphi</str> <arr> <str>-2*comp1.mf.iomega*comp1.mf.tAphi/comp1.mf.al_count</str> </arr> <str>comp1.mf.tEz</str> <arr> <str>-2*comp1.mf.iomega*comp1.mf.tAz/comp1.mf.al_count</str> </arr> <str>comp1.mf.Jsr</str> <arr> <str>0</str> </arr> <str>comp1.mf.Jsphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.Jsz</str> <arr> <str>0</str> </arr> <str>comp1.mf.normJs</str> <arr> <str>0</str> </arr> <str>comp1.mf.tAtsr</str> <arr> <str>comp1.mf.iomega*comp1.mf.tAr</str> </arr> <str>comp1.mf.tAtsphi</str> <arr> <str>comp1.mf.iomega*comp1.mf.tAphi</str> </arr> <str>comp1.mf.tAtsz</str> <arr> <str>comp1.mf.iomega*comp1.mf.tAz</str> </arr> <str>comp1.mf.tAr</str> <arr> <str>0</str> </arr> <str>comp1.mf.tAphi</str> <arr> <str>comp1.mf.tAdepphi</str> </arr> <str>comp1.mf.tAz</str> <arr> <str>0</str> </arr> <str>comp1.mf.tcurlA_sr</str> <arr> <str>-dtang(comp1.mf.PsiOrAphi/r,z)</str> </arr> <str>comp1.mf.tcurlA_sphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.tcurlA_sz</str> <arr> <str>dtang(comp1.mf.PsiOrAphi/r,r)+comp1.mf.PsiOrAphi/r^2</str> </arr> <str>comp1.mf.testtcurlA_sr</str> <arr> <str>var(comp1.mf.tcurlA_sr,comp1.mf.PsiOrA)</str> </arr> <str>comp1.mf.testtcurlA_sphi</str> <arr> <str>var(0,comp1.mf.PsiOrA)</str> </arr> <str>comp1.mf.testtcurlA_sz</str> <arr> <str>var(comp1.mf.tcurlA_sz,comp1.mf.PsiOrA)</str> </arr> <str>comp1.mf.tAdepr</str> <arr> <str>0</str> </arr> <str>comp1.mf.tAdepphi</str> <arr> <str>if(abs(r)&lt;0.001*h,comp1.mf.PsiOrAphir,comp1.mf.PsiOrAphi/r)</str> </arr> <str>comp1.mf.tAdepz</str> <arr> <str>0</str> </arr> <str>comp1.mf.mfenr</str> <arr> <str>comp1.mf.dnmeshr</str> </arr> <str>comp1.mf.mfenphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.mfenz</str> <arr> <str>comp1.mf.dnmeshz</str> </arr> <str>comp1.mf.al_count</str> <arr> <str>2</str> </arr> <str>comp1.mf.Jmsr</str> <arr> <str>0</str> </arr> <str>comp1.mf.Jmsphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.Jmsz</str> <arr> <str>0</str> </arr> <str>comp1.mf.PsiOrA_fld_act</str> <arr> <str>2</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>15</str> <str>16</str> <str>17</str> <str>18</str> </arr> </arr> </rec> </arr> </arr> <str>protected</str> <str>false</str> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <rec> <str>var</str> <arr> <str>comp1.mf.unr</str> <arr> <str>unr</str> </arr> <str>comp1.mf.unphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.unz</str> <arr> <str>unz</str> </arr> <str>comp1.mf.dnr</str> <arr> <str>dnr</str> </arr> <str>comp1.mf.dnphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.dnz</str> <arr> <str>dnz</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>2</str> <str>3</str> <str>4</str> <str>5</str> <str>6</str> <str>7</str> <str>9</str> <str>12</str> <str>13</str> </arr> </arr> </rec> </arr> </arr> <str>protected</str> <str>false</str> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <rec> <str>var</str> <arr> <str>comp1.mf.tAdep_sr</str> <arr> <str>0</str> </arr> <str>comp1.mf.tAdep_sphi</str> <arr> <str>if(Rg&gt;0.001*h,R/r,Rr)*comp1.mf.tAdepPHI</str> </arr> <str>comp1.mf.tAdep_sz</str> <arr> <str>0</str> </arr> <str>comp1.mf.tEr</str> <arr> <str>(-comp1.mf.iomega*comp1.mf.tAr-comp1.mf.tAtsr)/comp1.mf.al_count</str> </arr> <str>comp1.mf.tEphi</str> <arr> <str>(-comp1.mf.iomega*comp1.mf.tAphi-comp1.mf.tAtsphi)/comp1.mf.al_count</str> </arr> <str>comp1.mf.tEz</str> <arr> <str>(-comp1.mf.iomega*comp1.mf.tAz-comp1.mf.tAtsz)/comp1.mf.al_count</str> </arr> <str>comp1.mf.Jsr</str> <arr> <str>0</str> </arr> <str>comp1.mf.Jsphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.Jsz</str> <arr> <str>0</str> </arr> <str>comp1.mf.normJs</str> <arr> <str>0</str> </arr> <str>comp1.mf.tAtsr</str> <arr> <str>comp1.mf.iomega*comp1.mf.tAr</str> </arr> <str>comp1.mf.tAtsphi</str> <arr> <str>comp1.mf.iomega*comp1.mf.tAphi</str> </arr> <str>comp1.mf.tAtsz</str> <arr> <str>comp1.mf.iomega*comp1.mf.tAz</str> </arr> <str>comp1.mf.tAr</str> <arr> <str>0</str> </arr> <str>comp1.mf.tAphi</str> <arr> <str>if(Rg&gt;0.001*h,R/r,Rr)*comp1.mf.tAPHI</str> </arr> <str>comp1.mf.tAz</str> <arr> <str>0</str> </arr> <str>comp1.mf.tcurlA_sr</str> <arr> <str>-comp1.spatial.F11*comp1.spatial.invF11*dtang(comp1.mf.PsiOrAphi/r,z)*comp1.spatial.detF*comp1.spatial.detInvF</str> </arr> <str>comp1.mf.tcurlA_sphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.tcurlA_sz</str> <arr> <str>comp1.spatial.F33*comp1.spatial.invF33*(dtang(comp1.mf.PsiOrAphi/r,r)+comp1.mf.PsiOrAphi/r^2)*comp1.spatial.detF*comp1.spatial.detInvF</str> </arr> <str>comp1.mf.testtcurlA_sr</str> <arr> <str>var(comp1.mf.tcurlA_sr,comp1.mf.PsiOrA)</str> </arr> <str>comp1.mf.testtcurlA_sphi</str> <arr> <str>var(0,comp1.mf.PsiOrA)</str> </arr> <str>comp1.mf.testtcurlA_sz</str> <arr> <str>var(comp1.mf.tcurlA_sz,comp1.mf.PsiOrA)</str> </arr> <str>comp1.mf.mfenr</str> <arr> <str>comp1.mf.dnmeshr</str> </arr> <str>comp1.mf.mfenphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.mfenz</str> <arr> <str>comp1.mf.dnmeshz</str> </arr> <str>comp1.mf.al_count</str> <arr> <str>2</str> </arr> <str>comp1.mf.Jmsr</str> <arr> <str>0</str> </arr> <str>comp1.mf.Jmsphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.Jmsz</str> <arr> <str>0</str> </arr> <str>comp1.mf.PsiOrA_fld_act</str> <arr> <str>2</str> </arr> <str>comp1.mf.nPoav</str> <arr> <str>real(0.5*((conj(comp1.mf.HZ)*comp1.mf.EPHI-conj(comp1.mf.HPHI)*comp1.mf.EZ)*comp1.spatial.F11*comp1.mf.nr+(conj(comp1.mf.HPHI)*comp1.mf.ER-conj(comp1.mf.HR)*comp1.mf.EPHI)*comp1.spatial.F33*comp1.mf.nz))*comp1.spatial.detInvF</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>4</str> <str>7</str> <str>9</str> </arr> </arr> </rec> </arr> </arr> <str>protected</str> <str>false</str> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <rec> <str>var</str> <arr> <str>comp1.mf.tAdep_sr</str> <arr> <str>0</str> </arr> <str>comp1.mf.tAdep_sphi</str> <arr> <str>comp1.mf.tAdepphi</str> </arr> <str>comp1.mf.tAdep_sz</str> <arr> <str>0</str> </arr> <str>comp1.mf.tEr</str> <arr> <str>-comp1.mf.iomega*comp1.mf.tAr/comp1.mf.al_count</str> </arr> <str>comp1.mf.tEphi</str> <arr> <str>-comp1.mf.iomega*comp1.mf.tAphi/comp1.mf.al_count</str> </arr> <str>comp1.mf.tEz</str> <arr> <str>-comp1.mf.iomega*comp1.mf.tAz/comp1.mf.al_count</str> </arr> <str>comp1.mf.Jsr</str> <arr> `<str>0</str> </arr> <str>comp1.mf.Jsphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.Jsz</str> <arr> <str>0</str> </arr> <str>comp1.mf.normJs</str> <arr> <str>0</str> </arr> <str>comp1.mf.tAtsr</str> <arr> <str>comp1.mf.iomega*comp1.mf.tAr</str> </arr> <str>comp1.mf.tAtsphi</str> <arr> <str>comp1.mf.iomega*comp1.mf.tAphi</str> </arr> <str>comp1.mf.tAtsz</str> <arr> <str>comp1.mf.iomega*comp1.mf.tAz</str> </arr> <str>comp1.mf.tAr</str> <arr> <str>0</str> </arr> <str>comp1.mf.tAphi</str> <arr> <str>comp1.mf.tAdepphi</str> </arr> <str>comp1.mf.tAz</str> <arr> <str>0</str> </arr> <str>comp1.mf.tcurlA_sr</str> <arr> <str>-dtang(comp1.mf.PsiOrAphi/r,z)</str> </arr> <str>comp1.mf.tcurlA_sphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.tcurlA_sz</str> <arr> <str>dtang(comp1.mf.PsiOrAphi/r,r)+comp1.mf.PsiOrAphi/r^2</str> </arr> <str>comp1.mf.testtcurlA_sr</str> <arr> <str>var(comp1.mf.tcurlA_sr,comp1.mf.PsiOrA)</str> </arr> <str>comp1.mf.testtcurlA_sphi</str> <arr> <str>var(0,comp1.mf.PsiOrA)</str> </arr> <str>comp1.mf.testtcurlA_sz</str> <arr> <str>var(comp1.mf.tcurlA_sz,comp1.mf.PsiOrA)</str> </arr> <str>comp1.mf.al_count</str> <arr> <str>1</str> </arr> <str>comp1.mf.Jmsr</str> <arr> <str>0</str> </arr> <str>comp1.mf.Jmsphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.Jmsz</str> <arr> <str>0</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>2</str> <str>6</str> <str>12</str> <str>13</str> </arr> </arr> </rec> </arr> </arr> <str>protected</str> <str>false</str> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <rec> <str>var</str> <arr> <str>comp1.mf.tAdep_sr</str> <arr> <str>0</str> </arr> <str>comp1.mf.tAdep_sphi</str> <arr> <str>if(Rg&gt;0.001*h,R/r,Rr)*comp1.mf.tAdepPHI</str> </arr> <str>comp1.mf.tAdep_sz</str> <arr> <str>0</str> </arr> <str>comp1.mf.normB</str> <arr> <str>ppr(sqrt(realdot(comp1.mf.Br,comp1.mf.Br)+realdot(comp1.mf.Bphi,comp1.mf.Bphi)+realdot(comp1.mf.Bz,comp1.mf.Bz)))</str> </arr> <str>comp1.mf.tEr</str> <arr> <str>-comp1.mf.tAtsr/comp1.mf.al_count</str> </arr> <str>comp1.mf.tEphi</str> <arr> <str>-comp1.mf.tAtsphi/comp1.mf.al_count</str> </arr> <str>comp1.mf.tEz</str> <arr> <str>-comp1.mf.tAtsz/comp1.mf.al_count</str> </arr> <str>comp1.mf.Jsr</str> <arr> <str>0</str> </arr> <str>comp1.mf.Jsphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.Jsz</str> <arr> <str>0</str> </arr> <str>comp1.mf.normJs</str> <arr> <str>0</str> </arr> <str>comp1.mf.tAtsr</str> <arr> <str>comp1.mf.iomega*comp1.mf.tAr</str> </arr> <str>comp1.mf.tAtsphi</str> <arr> <str>comp1.mf.iomega*comp1.mf.tAphi</str> </arr> <str>comp1.mf.tAtsz</str> <arr> <str>comp1.mf.iomega*comp1.mf.tAz</str> </arr> <str>comp1.mf.tAr</str> <arr> <str>0</str> </arr> <str>comp1.mf.tAphi</str> <arr> <str>if(Rg&gt;0.001*h,R/r,Rr)*comp1.mf.tAPHI</str> </arr> <str>comp1.mf.tAz</str> <arr> <str>0</str> </arr> <str>comp1.mf.tcurlA_sr</str> <arr> <str>-comp1.spatial.F11*comp1.spatial.invF11*dtang(comp1.mf.PsiOrAphi/r,z)*comp1.spatial.detF*comp1.spatial.detInvF</str> </arr> <str>comp1.mf.tcurlA_sphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.tcurlA_sz</str> <arr> <str>comp1.spatial.F33*comp1.spatial.invF33*(dtang(comp1.mf.PsiOrAphi/r,r)+comp1.mf.PsiOrAphi/r^2)*comp1.spatial.detF*comp1.spatial.detInvF</str> </arr> <str>comp1.mf.testtcurlA_sr</str> <arr> <str>var(comp1.mf.tcurlA_sr,comp1.mf.PsiOrA)</str> </arr> <str>comp1.mf.testtcurlA_sphi</str> <arr> <str>var(0,comp1.mf.PsiOrA)</str> </arr> <str>comp1.mf.testtcurlA_sz</str> <arr> <str>var(comp1.mf.tcurlA_sz,comp1.mf.PsiOrA)</str> </arr> <str>comp1.mf.mfenr</str> <arr> <str>comp1.mf.dnmeshr</str> </arr> <str>comp1.mf.mfenphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.mfenz</str> <arr> <str>comp1.mf.dnmeshz</str> </arr> <str>comp1.mf.al_count</str> <arr> <str>1</str> </arr> <str>comp1.mf.Jmsr</str> <arr> <str>0</str> </arr> <str>comp1.mf.Jmsphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.Jmsz</str> <arr> <str>0</str> </arr> <str>comp1.mf.PsiOrA_fld_act</str> <arr> <str>1</str> </arr> <str>comp1.mf.nPoav</str> <arr> <str>real(0.5*((conj(comp1.mf.HZ)*comp1.mf.EPHI-conj(comp1.mf.HPHI)*comp1.mf.EZ)*comp1.spatial.F11*comp1.mf.nr+(conj(comp1.mf.HPHI)*comp1.mf.ER-conj(comp1.mf.HR)*comp1.mf.EPHI)*comp1.spatial.F33*comp1.mf.nz))*comp1.spatial.detInvF</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>3</str> <str>5</str> </arr> </arr> </rec> </arr> </arr> <str>protected</str> <str>false</str> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <rec> <str>var</str> <arr> <str>comp1.mf.normB</str> <arr> <str>ppr(sqrt(realdot(comp1.mf.Br,comp1.mf.Br)+realdot(comp1.mf.Bphi,comp1.mf.Bphi)+realdot(comp1.mf.Bz,comp1.mf.Bz)))</str> </arr> <str>comp1.mf.mfenr</str> <arr> <str>comp1.mf.dnmeshr</str> </arr> <str>comp1.mf.mfenphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.mfenz</str> <arr> <str>comp1.mf.dnmeshz</str> </arr> <str>comp1.mf.PsiOrA_fld_act</str> <arr> <str>1</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>2</str> <str>6</str> </arr> </arr> </rec> </arr> </arr> <str>protected</str> <str>false</str> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <rec> <str>var</str> <arr> <str>comp1.mf.normB</str> <arr> <str>ppr(sqrt(realdot(comp1.mf.Br,comp1.mf.Br)+realdot(comp1.mf.Bphi,comp1.mf.Bphi)+realdot(comp1.mf.Bz,comp1.mf.Bz)))</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>1</str> <str>8</str> </arr> </arr> </rec> </arr> </arr> <str>protected</str> <str>false</str> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <rec> <str>var</str> <arr> <str>comp1.mf.Jsr</str> <arr> <str>down(comp1.mf.Hphi)*comp1.mf.dnz</str> </arr> <str>comp1.mf.Jsphi</str> <arr> <str>down(comp1.mf.Hz)*comp1.mf.dnr-down(comp1.mf.Hr)*comp1.mf.dnz</str> </arr> <str>comp1.mf.Jsz</str> <arr> <str>-down(comp1.mf.Hphi)*comp1.mf.dnr</str> </arr> <str>comp1.mf.normJs</str> <arr> <str>sqrt(realdot(comp1.mf.Jsr,comp1.mf.Jsr)+realdot(comp1.mf.Jsphi,comp1.mf.Jsphi)+realdot(comp1.mf.Jsz,comp1.mf.Jsz))</str> </arr> <str>comp1.mf.mi1.A0r</str> <arr> <str>0</str> </arr> <str>comp1.mf.mi1.A0phi</str> <arr> <str>0</str> </arr> <str>comp1.mf.mi1.A0z</str> <arr> <str>0</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>11</str> <str>14</str> </arr> </arr> </rec> </arr> </arr> <str>protected</str> <str>false</str> </rec> #<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <rec> <str>var</str> <arr> <str>comp1.mf.Jsr</str> <arr> <str>0</str> </arr> <str>comp1.mf.Jsphi</str> <arr> <str>0</str> </arr> <str>comp1.mf.Jsz</str> <arr> <str>0</str> </arr> <str>comp1.mf.normJs</str> <arr> <str>0</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>1</str> <str>8</str> <str>10</str> </arr> </arr> </rec> </arr> </arr> <str>protected</str> <str>false</str> </rec> i<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <rec> <str>var</str> <arr> <str>comp1.mf.tAdepr</str> <arr> <str>0</str> </arr> <str>comp1.mf.tAdepphi</str> <arr> <str>if(abs(r)&lt;0.001*h,comp1.mf.PsiOrAphir,comp1.mf.PsiOrAphi/r)</str> </arr> <str>comp1.mf.tAdepz</str> <arr> <str>0</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>2</str> <str>4</str> <str>6</str> <str>7</str> <str>9</str> <str>12</str> <str>13</str> </arr> </arr> </rec> </arr> </arr> <str>protected</str> <str>false</str> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>var</str> <arr> <str>comp1.mf.PsiOrA_fld_act</str> <arr> <str>2</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>2</str> <str>6</str> <str>18</str> </arr> </arr> </rec> </arr> </arr> <str>protected</str> <str>false</str> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>var</str> <arr> <str>comp1.mf.PsiOrA_fld_act</str> <arr> <str>2</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>14</str> <str>15</str> <str>16</str> <str>17</str> </arr> </arr> </rec> </arr> </arr> <str>protected</str> <str>false</str> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>var</str> <arr> <str>comp1.mf.PsiOrA_fld_act</str> <arr> <str>2</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>10</str> <str>11</str> <str>12</str> <str>13</str> </arr> </arr> </rec> </arr> </arr> <str>protected</str> <str>false</str> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>var</str> <arr> <str>comp1.mf.PsiOrA_fld_act</str> <arr> <str>2</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>3</str> <str>5</str> <str>8</str> <str>9</str> </arr> </arr> </rec> </arr> </arr> <str>protected</str> <str>false</str> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>var</str> <arr> <str>comp1.mf.PsiOrA_fld_act</str> <arr> <str>1</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>1</str> <str>7</str> <str>19</str> </arr> </arr> </rec> </arr> </arr> <str>protected</str> <str>false</str> </rec> k<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>var</str> <arr> <str>comp1.mf.PsiOrA_fld_act</str> <arr> <str>1</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>4</str> </arr> </arr> </rec> </arr> </arr> <str>protected</str> <str>false</str> </rec> <?xml version="1.0" encoding="UT `F-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <rec> <str>var</str> <arr> <str>comp1.mf.PsiOrA_fld_act</str> <arr> <str>2</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>12</str> <str>13</str> </arr> </arr> </rec> </arr> </arr> <str>protected</str> <str>false</str> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <rec> <str>var</str> <arr> <str>comp1.mf.nPoav</str> <arr> <str>real(0.5*((conj(comp1.mf.Hz)*comp1.mf.Ephi-conj(comp1.mf.Hphi)*comp1.mf.Ez)*comp1.mf.nr+(conj(comp1.mf.Hphi)*comp1.mf.Er-conj(comp1.mf.Hr)*comp1.mf.Ephi)*comp1.mf.nz))</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>2</str> <str>6</str> <str>12</str> <str>13</str> <str>15</str> <str>16</str> <str>17</str> <str>18</str> <str>19</str> <str>20</str> <str>21</str> <str>22</str> </arr> </arr> </rec> </arr> </arr> <str>protected</str> <str>false</str> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <rec> <str>var</str> <arr> <str>comp1.mf.tER</str> <arr> <str>0</str> </arr> <str>comp1.mf.tEPHI</str> <arr> <str>-comp1.mf.iomega*comp1.mf.tAPHI/comp1.mf.al_count</str> </arr> <str>comp1.mf.tEZ</str> <arr> <str>0</str> </arr> <str>comp1.mf.tAdepR</str> <arr> <str>0</str> </arr> <str>comp1.mf.tAdepPHI</str> <arr> <str>if(abs(r)&lt;0.001*h,comp1.mf.PsiOrAphir,comp1.mf.PsiOrAphi/r)</str> </arr> <str>comp1.mf.tAdepZ</str> <arr> <str>0</str> </arr> <str>comp1.mf.tAR</str> <arr> <str>0</str> </arr> <str>comp1.mf.tAPHI</str> <arr> <str>comp1.mf.tAdepPHI</str> </arr> <str>comp1.mf.tAZ</str> <arr> <str>0</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>3</str> <str>4</str> <str>5</str> <str>7</str> <str>9</str> </arr> </arr> </rec> </arr> </arr> <str>protected</str> <str>false</str> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>var</str> <arr> <str>comp1.voltages_fld_act</str> <arr> <str>0</str> </arr> <str>comp1.currents_fld_act</str> <arr> <str>0</str> </arr> <str>comp1.current_time_fld_act</str> <arr> <str>0</str> </arr> <str>comp1.other_fld_act</str> <arr> <str>0</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>1</str> <str>2</str> <str>3</str> <str>4</str> <str>5</str> <str>6</str> <str>7</str> <str>8</str> <str>9</str> <str>10</str> <str>11</str> <str>12</str> <str>13</str> <str>14</str> <str>15</str> <str>16</str> <str>17</str> <str>18</str> <str>19</str> </arr> </arr> </rec> </arr> </arr> <str>protected</str> <str>false</str> </rec> J<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <rec> <str>var</str> <arr> <str>comp1.voltages_fld_act</str> <arr> <str>0</str> </arr> <str>comp1.currents_fld_act</str> <arr> <str>0</str> </arr> <str>comp1.current_time_fld_act</str> <arr> <str>0</str> </arr> <str>comp1.other_fld_act</str> <arr> <str>0</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>1</str> <str>2</str> <str>3</str> <str>4</str> <str>5</str> <str>6</str> <str>7</str> <str>8</str> <str>9</str> <str>10</str> <str>11</str> <str>12</str> <str>13</str> <str>14</str> <str>15</str> <str>16</str> <str>17</str> <str>18</str> <str>19</str> <str>20</str> <str>21</str> <str>22</str> </arr> </arr> </rec> </arr> </arr> <str>protected</str> <str>false</str> </rec> z<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <arr> </arr> <rec> <str>var</str> <arr> <str>comp1.voltages_fld_act</str> <arr> <str>0</str> </arr> <str>comp1.currents_fld_act</str> <arr> <str>0</str> </arr> <str>comp1.current_time_fld_act</str> <arr> <str>0</str> </arr> <str>comp1.other_fld_act</str> <arr> <str>0</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>1</str> <str>2</str> <str>3</str> <str>4</str> <str>5</str> <str>6</str> </arr> </arr> </rec> </arr> </arr> <str>protected</str> <str>false</str> </rec> K#<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <rec> <str>var</str> <arr> <str>comp1.sys1.Tdef11</str> <arr> <str>if(sqrt((nzmesh*comp1.sys1.nSign)^2+(nrmesh*comp1.sys1.nSign)^2)&gt;1.0E-10,-nzmesh*comp1.sys1.nSign/sqrt((nzmesh*comp1.sys1.nSign)^2+(nrmesh*comp1.sys1.nSign)^2),-nzmesh*nrmesh*comp1.sys1.nSign^2/sqrt((nrmesh*comp1.sys1.nSign)^2))</str> </arr> <str>comp1.sys1.Tdef21</str> <arr> <str>0</str> </arr> <str>comp1.sys1.Tdef31</str> <arr> <str>nrmesh*comp1.sys1.nSign</str> </arr> <str>comp1.sys1.Tdef12</str> <arr> <str>0</str> </arr> <str>comp1.sys1.Tdef22</str> <arr> <str>if(sqrt((nzmesh*comp1.sys1.nSign)^2+(nrmesh*comp1.sys1.nSign)^2)&gt;1.0E-10,(-(nzmesh*comp1.sys1.nSign)^2-(nrmesh*comp1.sys1.nSign)^2)/sqrt((nzmesh*comp1.sys1.nSign)^2+(nrmesh*comp1.sys1.nSign)^2),-nrmesh*comp1.sys1.nSign/sqrt((nrmesh*comp1.sys1.nSign)^2))</str> </arr> <str>comp1.sys1.Tdef32</str> <arr> <str>0</str> </arr> <str>comp1.sys1.Tdef13</str> <arr> <str>if(sqrt((nzmesh*comp1.sys1.nSign)^2+(nrmesh*comp1.sys1.nSign)^2)&gt;1.0E-10,nrmesh*comp1.sys1.nSign/sqrt((nzmesh*comp1.sys1.nSign)^2+(nrmesh*comp1.sys1.nSign)^2),(nrmesh*comp1.sys1.nSign)^2/sqrt((nrmesh*comp1.sys1.nSign)^2))</str> </arr> <str>comp1.sys1.Tdef23</str> <arr> <str>0</str> </arr> <str>comp1.sys1.Tdef33</str> <arr> <str>nzmesh*comp1.sys1.nSign</str> </arr> <str>comp1.sys1.invTdef11</str> <arr> <str>comp1.sys1.Tdef11</str> </arr> <str>comp1.sys1.invTdef21</str> <arr> <str>0</str> </arr> <str>comp1.sys1.invTdef31</str> <arr> <str>comp1.sys1.Tdef13</str> </arr> <str>comp1.sys1.invTdef12</str> <arr> <str>0</str> </arr> <str>comp1.sys1.invTdef22</str> <arr> <str>comp1.sys1.Tdef22</str> </arr> <str>comp1.sys1.invTdef32</str> <arr> <str>0</str> </arr> <str>comp1.sys1.invTdef13</str> <arr> <str>comp1.sys1.Tdef31</str> </arr> <str>comp1.sys1.invTdef23</str> <arr> <str>0</str> </arr> <str>comp1.sys1.invTdef33</str> <arr> <str>comp1.sys1.Tdef33</str> </arr> <str>comp1.sys1.T11</str> <arr> <str>comp1.sys1.Tdef11</str> </arr> <str>comp1.sys1.T21</str> <arr> <str>0</str> </arr> <str>comp1.sys1.T31</str> <arr> <str>comp1.sys1.Tdef31</str> </arr> <str>comp1.sys1.T12</str> <arr> <str>0</str> </arr> <str>comp1.sys1.T22</str> <arr> <str>comp1.sys1.Tdef22</str> </arr> <str>comp1.sys1.T32</str> <arr> <str>0</str> </arr> <str>comp1.sys1.T13</str> <arr> <str>comp1.sys1.Tdef13</str> </arr> <str>comp1.sys1.T23</str> <arr> <str>0</str> </arr> <str>comp1.sys1.T33</str> <arr> <str>comp1.sys1.Tdef33</str> </arr> <str>comp1.sys1.invT11</str> <arr> <str>comp1.sys1.Tdef11</str> </arr> <str>comp1.sys1.invT21</str> <arr> <str>0</str> </arr> <str>comp1.sys1.invT31</str> <arr> <str>comp1.sys1.Tdef13</str> </arr> <str>comp1.sys1.invT12</str> <arr> <str>0</str> </arr> <str>comp1.sys1.invT22</str> <arr> <str>comp1.sys1.Tdef22</str> </arr> <str>comp1.sys1.invT32</str> <arr> <str>0</str> </arr> <str>comp1.sys1.invT13</str> <arr> <str>comp1.sys1.Tdef31</str> </arr> <str>comp1.sys1.invT23</str> <arr> <str>0</str> </arr> <str>comp1.sys1.invT33</str> <arr> <str>comp1.sys1.Tdef33</str> </arr> <str>comp1.sys1.e_t11</str> <arr> <str>comp1.sys1.Tdef11</str> </arr> <str>comp1.sys1.e_t12</str> <arr> <str>0</str> </arr> <str>comp1.sys1.e_t13</str> <arr> <str>comp1.sys1.Tdef13</str> </arr> <str>comp1.sys1.e_to1</str> <arr> <str>0</str> </arr> <str>comp1.sys1.e_to2</str> <arr> <str>comp1.sys1.Tdef22</str> </arr> <str>comp1.sys1.e_to3</str> <arr> <str>0</str> </arr> <str>comp1.sys1.e_n1</str> <arr> <str>comp1.sys1.Tdef31</str> </arr> <str>comp1.sys1.e_n2</str> <arr> <str>0</str> </arr> <str>comp1.sys1.e_n3</str> <arr> <str>comp1.sys1.Tdef33</str> </arr> <str>comp1.sys1.Tref11</str> <arr> <str>if(sqrt((nZmesh*comp1.sys1.nSign)^2+(nRmesh*comp1.sys1.nSign)^2)&gt;1.0E-10,-nZmesh*comp1.sys1.nSign/sqrt((nZmesh*comp1.sys1.nSign)^2+(nRmesh*comp1.sys1.nSign)^2),-nZmesh*nRmesh*comp1.sys1.nSign^2/sqrt((nRmesh*comp1.sys1.nSign)^2))</str> </arr> <str>comp1.sys1.Tref21</str> <arr> <str>0</str> </arr> <str>comp1.sys1.Tref31</str> <arr> <str>nRmesh*comp1.sys1.nSign</str> </arr> <str>comp1.sys1.Tref12</str> <arr> <str>0</str> </arr> <str>comp1.sys1.Tref22</str> <arr> <str>if(sqrt((nZmesh*comp1.sys1.nSign)^2+(nRmesh*comp1.sys1.nSign)^2)&gt;1.0E-10,(-(nZmesh*comp1.sys1.nSign)^2-(nRmesh*comp1.sys1.nSign)^2)/sqrt((nZmesh*comp1.sys1.nSign)^2+(nRmesh*comp1.sys1.nSign)^2),-nRmesh*comp1.sys1.nSign/sqrt((nRmesh*comp1.sys1.nSign)^2))</str> </arr> <str>comp1.sys1.Tref32</str> <arr> <str>0</str> </arr> <str>comp1.sys1.Tref13</str> <arr> <str>if(sqrt((nZmesh*comp1.sys1.nSign)^2+(nRmesh*comp1.sys1.nSign)^2)&gt;1.0E-10,nRmesh*comp1.sys1.nSign/sqrt((nZmesh*comp1.sys1.nSign)^2+(nRmesh*comp1.sys1.nSign)^2),(nRmesh*comp1.sys1.nSign)^2/sqrt((nRmesh*comp1.sys1.nSign)^2))</str> </arr> <str>comp1.sys1.Tref23</str> <arr> <str>0</str> </arr> <str>comp1.sys1.Tref33</str> <arr> <str>nZmesh*comp1.sys1.nSign</str> </arr> <str>comp1.sys1.invTref11</str> <arr> <str>comp1.sys1.Tref11</str> </arr> <str>comp1.sys1.invTref21</str> <arr> <str>0</str> </arr> <str>comp1.sys1.invTref31</str> <arr> <str>comp1.sys1.Tref13</str> </arr> <str>comp1.sys1.invTref12</str> <arr> <str>0</str> </arr> <str>comp1.sys1.invTref22</str> <arr> <str>comp1.sys1.Tref22</str> </arr> <str>comp1.sys1.invTref32</str> <arr> <str>0</str> </arr> <str>comp1.sys1.invTref13</str> <arr> <str>comp1.sys1.Tref31</str> </arr> <str>comp1.sys1.invTref23</str> <arr> <str>0</str> </arr> <str>comp1.sys1.invTref33</str> <arr> <str>comp1.sys1.Tref33</str> </arr> <str>comp1.sys1.Tgeom11</str> <arr> <str>if(sqrt((nZgmesh*comp1.sys1.nSign)^2+(nRgmesh*comp1.sys1.nSign)^2)&gt;1.0E-10,-nZgmesh*comp1.sys1.nSign/sqrt((nZgmesh*comp1.sys1.nSign)^2+(nRgmesh*comp1.sys1.nSign)^2),-nZgmesh*nRgmesh*comp1.sys1.nSign^2/sqrt((nRgmesh*comp1.sys1.nSign)^2))</str> </arr> <str>comp1.sys1.Tgeom21</str> <arr> <str>0</str> </arr> <str>comp1.sys1.Tgeom31</str> <arr> <str>nRgmesh*comp1.sys1.nSign</str> </arr> <str>comp1.sys1.Tgeom12</str> <arr> <str>0</str> </arr> <str>comp1.sys1.Tgeom22</str> <arr> <str>if(sqrt((nZgmesh*comp1.sys1.nSign)^2+(nRgmesh*comp1.sys1.nSign)^2)&gt;1.0E-10,(-(nZgmesh*comp1.sys1.nSign)^2-(nRgmesh*comp1.sys1.nSign)^2)/sqrt((nZgmesh*comp1.sys1.nSign)^2+(nRgmesh*comp1.sys1.nSign)^2),-nRgmesh*comp1.sys1.nSign/sqrt((nRgmesh*comp1.sys1.nSign)^2))</str> </arr> <str>comp1.sys1.Tgeom32</str> <arr> <str>0</str> </arr> <str>comp1.sys1.Tgeom13</str> <arr> <str>if(sqrt((nZgmesh*comp1.sys1.nSign)^2+(nRgmesh*comp1.sys1.nSign)^2)&gt;1.0E-10,nRgmesh*comp1.sys1.nSign/sqrt((nZgmesh*comp1.sys1.nSign)^2+(nRgmesh*comp1.sys1.nSign)^2),(nRgmesh*comp1.sys1.nSign)^2/sqrt((nRgmesh*comp1.sys1.nSign)^2))</str> </arr> <str>comp1.sys1.Tgeom23</str> <arr> <str>0</str> </arr> <str>comp1.sys1.Tgeom33</str> <arr> <str>nZgmesh*comp1.sys1.nSign</str> </arr> <str>comp1.sys1.invTgeom11</str> <arr> <str>comp1.sys1.Tgeom11</str> </arr> <str>comp1.sys1.invTgeom21</str> <arr> <str>0</str> </arr> <str>comp1.sys1.invTgeom31</str> <arr> <str>comp1.sys1.Tgeom13</str> </arr> <str>comp1.sys1.invTgeom12</str> <arr> <str>0</str> </arr> <str>comp1.sys1.invTgeom22</str> <arr> <str>comp1.sys1.Tgeom22</str> </arr> <str>comp1.sys1.invTgeom32</str> <arr> <str>0</str> </arr> <str>comp1.sys1.invTgeom13</str> <arr> <str>comp1.sys1.Tgeom31</str> </arr> <str>comp1.sys1.invTgeom23</str> <arr> <str>0</str> </arr> <str>comp1.sys1.invTgeom33</str> <arr> <str>comp1.sys1.Tgeom33</str> </arr> <str>comp1.sys1.detT</str> <arr> <str>1</str> </arr> <str>comp1.sys1.detInvT</str> <arr> <str>1</str> </arr> <str>comp1.sys1.gSub11</str> <arr> <str>1</str> </arr> <str>comp1.sys1.gSub21</str> <arr> <str>0</str> </arr> <str>comp1.sys1.gSub31</str> <arr> <str>0</str> </arr> <str>comp1.sys1.gSub12</str> <arr> <str>0</str> </arr> <str>comp1.sys1.gSub22</str> <arr> <str>1</str> </arr> <str>comp1.sys1.gSub32</str> <arr> <str>0</str> </arr> <str>comp1.sys1.gSub13</str> <arr> <str>0</str> </arr> <str>comp1.sys1.gSub23</str> <arr> <str>0</str> </arr> <str>comp1.sys1.gSub33</str> <arr> <str>1</str> </arr> <str>comp1.sys1.gSup11</str> <arr> <str>1</str> </arr> <str>comp1.sys1.gSup21</str> <arr> <str>0</str> </arr> <str>comp1.sys1.gSup31</str> <arr> <str>0</str> </arr> <str>comp1.sys1.gSup12</str> <arr> <str>0</str> </arr> <str>comp1.sys1.gSup22</str> <arr> <str>1</str> </arr> <str>comp1.sys1.gSup32</str> <arr> <str>0</str> </arr> <str>comp1.sys1.gSup13</str> <arr> <str>0</str> </arr> <str>comp1.sys1.gSup23</str> <arr> <str>0</str> </arr> <str>comp1.sys1.gSup33</str> <arr> <str>1</str> </arr> <str>comp1.sys1.nSign</str> <arr> <str>1</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>1</str> <str>2</str> <str>3</str> <str>4</str> <str>5</str> <str>6</str> <str>7</str> <str>8</str> <str>9</str> <str>10</str> <str>11</str> <str>12</str> <str>13</str> <str>14</str> <str>15</str> <str>16</str> <str>17</str> <str>18</str> <str>19</str> <str>20</str> <str>21</str> <str>22</str> </arr> </arr> </rec> </arr> </arr> <str>protected</str> <str>false</str> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <arr> </arr> <rec> <str>var</str> <arr> <str>comp1.ie1.width</str> <arr> <str>1000*comp1.dGeomChar</str> </arr> <str>comp1.ie1.pole</str> <arr> <str>comp1.dGeomChar</str> </arr> <str>comp1.ie1.r0Rm</str> <arr> <str>0</str> </arr> <str>comp1.ie1.r0PHIm</str> <arr> <str>0</str> </arr> <str>comp1.ie1.r0Zm</str> <arr> <str>-3.469446951953614E-17*unit_m_cf</str> </arr> <str>comp1.ie1.dir1Rm</str> <arr> <str>Rm/sqrt(Rm^2+(Zm-comp1.ie1.r0Zm)^2)</str> </arr> <str>comp1.ie1.dir1PHIm</str> <arr> <str>0</str> </arr> <str>comp1.ie1.dir1Zm</str> <arr> <str>(Zm-comp1.ie1.r0Zm)/sqrt(Rm^2+(Zm-comp1.ie1.r0Zm)^2)</str> </arr> <str>comp1.ie1.ri1Rm</str> <arr> <str>0.09000000000000007*unit_m_cf*Rm/sqrt(Rm^2+(Zm-comp1.ie1.r0Zm)^2)</str> </arr> <str>comp1.ie1.ri1PHIm</str> <arr> <str>0</str> </arr> <str>comp1.ie1.ri1Zm</str> <arr> <str>0.09000000000000007*unit_m_cf*(Zm-comp1.ie1.r0Zm)/sqrt(Rm^2+(Zm-comp1.ie1.r0Zm)^2)+comp1.ie1.r0Zm</str> </arr> <str>comp1.ie1.delta</str> <arr> <str>0.01999999999999995*unit_m_cf</str> </arr> <str>comp1.ie1.dDist</str> <arr> <str>(Rm-comp1.ie1.ri1Rm)*comp1.ie1.dir1Rm+(Zm-comp1.ie1.ri1Zm)*comp1.ie1.dir1Zm</str> </arr> <str>comp1.ie1.sDist</str> <arr> <str>comp1.ie1.dDist/comp1.ie1.delta</str> </arr> <str>comp1.ie1.coordRm</str> <arr> <str>Rm+(comp1.ie1.pole*(-1+comp1.ie1.delta/(comp1.ie1.delta-comp1.ie1.dDist*comp1.ie1.width/(comp1.ie1.width+comp1.ie1.pole)))-comp1.ie1.dDist)*comp1.ie1.dir1Rm</str> </arr> <str>comp1.ie1.coordPHIm</str> <arr> <str>0</str> </arr> <str>comp1.ie1.coordZm</str> <arr> <str>Zm+(comp1.ie1.pole*(-1+comp1.ie1.delta/(comp1.ie1.delta-comp1.ie1.dDist*comp1.ie1.width/(comp1.ie1.width+comp1.ie1.pole)))-comp1.ie1.dDist)*comp1.ie1.dir1Zm</str> </arr> <str>comp1.ie1.avgDelta</str> <arr> <str>0.01999999999999995*unit_m_cf</str> </arr> <str>comp1.ie1.Rm</str> <arr> <str>comp1.ie1.coordRm</str> </arr> <str>comp1.ie1.PHIm</str> <arr> <str>comp1.ie1.coordPHIm</str> </arr> <str>comp1.ie1.Zm</str> <arr> <str>comp1.ie1.coordZm</str> </arr> <str>comp1.ie1.Rg</str> <arr> <str>comp1.ie1.coordRm</str> </arr> <str>comp1.ie1.PHIg</str> <arr> <str>comp1.ie1.coordPHIm</str> </arr> <str>comp1.ie1.Zg</str> <arr> <str>comp1.ie1.coordZm</str> </arr> <str>comp1.ie1.R</str> <arr> <str>comp1.ie1.coordRm</str> </arr> <str>comp1.ie1.PHI</str> <arr> <str>comp1.ie1.coordPHIm</str> </arr> <str>comp1.ie1.Z</str> <arr> <str>comp1.ie1.coordZm</str> </arr> <str>comp1.ie1.r</str> <arr> <str>comp1.ie1.coordRm</str> </arr> <str>comp1.ie1.phi</str> <arr> <str>comp1.ie1.coordPHIm</str> </arr> <str>comp1.ie1.z</str> <arr> <str>comp1.ie1.coordZm</str> </arr> <str>comp1.ie1.T11</str> <arr> <str>comp1.ie1.invT22*comp1.ie1.invT33/comp1.ie1.detInvT</str> </arr> <str>comp1.ie1.T21</str> <arr> <str>0</str> </arr> <str>comp1.ie1.T31</str> <arr> <str>-comp1.ie1.invT22*comp1.ie1.invT31/comp1.ie1.detInvT</str> </arr> <str>comp1.ie1.T12</str> <arr> <str>0</str> </arr> <str>comp1.ie1.T22</str> <arr> <str>(comp1.ie1.invT11*comp1.ie1.invT33-comp1.ie1.invT13*comp1.ie1.invT31)/comp1.ie1.detInvT</str> </arr> <str>comp1.ie1.T32</str> <arr> <str>0</str> </arr> <str>comp1.ie1.T13</str> <arr> <str>-comp1.ie1.invT13*comp1.ie1.invT22/comp1.ie1.detInvT</str> </arr> <str>comp1.ie1.T23</str> <arr> <str>0</str> </arr> <str>comp1.ie1.T33</str> <arr> <str>comp1.ie1.invT11*comp1.ie1.invT22/comp1.ie1.detInvT</str> </arr> <str>comp1.ie1.detT</str> <arr> <str>comp1.ie1.T22*(comp1.ie1.T11*comp1.ie1.T33-comp1.ie1.T13*comp1.ie1.T31)</str> </arr> <str>comp1.ie1.e_r1</str> <arr> <str>comp1.ie1.T11</str> </arr> <str>comp1.ie1.e_r2</str> <arr> <str>0</str> </arr> <str>comp1.ie1.e_r3</str> <arr> <str>comp1.ie1.T13</str> </arr> <str>comp1.ie1.e_phi1</str> <arr> <str>0</str> </arr> <str>comp1.ie1.e_phi2</str> <arr> <str>comp1.ie1.T22</str> </arr> <str>comp1.ie1.e_phi3</str> <arr> <str>0</str> </arr> <str>comp1.ie1.e_z1</str> <arr> <str>comp1.ie1.T31</str> </arr> <str>comp1.ie1.e_z2</str> <arr> <str>0</str> </arr> <str>comp1.ie1.e_z3</str> <arr> <str>comp1.ie1.T33</str> </arr> <str>comp1.ie1.gSub11</str> <arr> <str>comp1.ie1.T11^2+comp1.ie1.T13^2</str> </arr> <str>comp1.ie1.gSub21</str> <arr> <str>0</str> </arr> <str>comp1.ie1.gSub31</str> <arr> <str>comp1.ie1.T31*comp1.ie1.T11+comp1.ie1.T33*comp1.ie1.T13</str> </arr> <str>comp1.ie1.gSub12</str> <arr> <str>0</str> </arr> <str>comp1.ie1.gSub22</str> <arr> <str>comp1.ie1.T22^2</str> </arr> <str>comp1.ie1.gSub32</str> <arr> <str>0</str> </arr> <str>comp1.ie1.gSub13</str> <arr> <str>comp1.ie1.T11*comp1.ie1.T31+comp1.ie1.T13*comp1.ie1.T33</str> </arr> <str>comp1.ie1.gSub23</str> <arr> <str>0</str> </arr> <str>comp1.ie1.gSub33</str> <arr> <str>comp1.ie1.T31^2+comp1.ie1.T33^2</str> </arr> <str>comp1.ie1.invT11</str> <arr> <str>d(comp1.ie1.coordRm,Rm)</str> </arr> <str>comp1.ie1.invT21</str> <arr> <str>0</str> </arr> <str>comp1.ie1.invT31</str> <arr> <str>d(comp1.ie1.coordRm,Zm)</str> </arr> <str>comp1.ie1.invT12</str> <arr> <str>0</str> </arr> <str>comp1.ie1.invT22</str> <arr> <str>1 `</str> </arr> <str>comp1.ie1.invT32</str> <arr> <str>0</str> </arr> <str>comp1.ie1.invT13</str> <arr> <str>d(comp1.ie1.coordZm,Rm)</str> </arr> <str>comp1.ie1.invT23</str> <arr> <str>0</str> </arr> <str>comp1.ie1.invT33</str> <arr> <str>d(comp1.ie1.coordZm,Zm)</str> </arr> <str>comp1.ie1.gSup11</str> <arr> <str>comp1.ie1.invT11^2+comp1.ie1.invT31^2</str> </arr> <str>comp1.ie1.gSup21</str> <arr> <str>0</str> </arr> <str>comp1.ie1.gSup31</str> <arr> <str>comp1.ie1.invT13*comp1.ie1.invT11+comp1.ie1.invT33*comp1.ie1.invT31</str> </arr> <str>comp1.ie1.gSup12</str> <arr> <str>0</str> </arr> <str>comp1.ie1.gSup22</str> <arr> <str>comp1.ie1.invT22^2</str> </arr> <str>comp1.ie1.gSup32</str> <arr> <str>0</str> </arr> <str>comp1.ie1.gSup13</str> <arr> <str>comp1.ie1.invT11*comp1.ie1.invT13+comp1.ie1.invT31*comp1.ie1.invT33</str> </arr> <str>comp1.ie1.gSup23</str> <arr> <str>0</str> </arr> <str>comp1.ie1.gSup33</str> <arr> <str>comp1.ie1.invT13^2+comp1.ie1.invT33^2</str> </arr> <str>comp1.ie1.detInvT</str> <arr> <str>comp1.ie1.invT22*(comp1.ie1.invT11*comp1.ie1.invT33-comp1.ie1.invT13*comp1.ie1.invT31)</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>1</str> <str>4</str> </arr> </arr> </rec> </arr> </arr> <str>protected</str> <str>false</str> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <arr> </arr> <rec> <str>var</str> <arr> <str>comp1.ie1.detInvT</str> <arr> <str>1</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>2</str> <str>3</str> <str>5</str> <str>6</str> </arr> </arr> </rec> </arr> </arr> <str>protected</str> <str>false</str> </rec> L<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <rec> <str>var</str> <arr> <str>comp1.ie1.detInvT</str> <arr> <str>sqrt((comp1.ie1.tRm*comp1.ie1.gSup11+comp1.ie1.tZm*comp1.ie1.gSup31)*comp1.ie1.tRm+(comp1.ie1.tRm*comp1.ie1.gSup13+comp1.ie1.tZm*comp1.ie1.gSup33)*comp1.ie1.tZm)</str> </arr> <str>comp1.ie1.tRm</str> <arr> <str>d(Rm,xi1)/sqrt(d(Rm,xi1)^2+d(Zm,xi1)^2)</str> </arr> <str>comp1.ie1.tPHIm</str> <arr> <str>0</str> </arr> <str>comp1.ie1.tZm</str> <arr> <str>d(Zm,xi1)/sqrt(d(Rm,xi1)^2+d(Zm,xi1)^2)</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>1</str> <str>8</str> <str>10</str> <str>11</str> <str>12</str> <str>13</str> <str>14</str> </arr> </arr> </rec> </arr> </arr> <str>protected</str> <str>false</str> </rec> Y<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>var</str> <arr> <str>comp1.ie1.detInvT</str> <arr> <str>1</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>1</str> <str>2</str> <str>3</str> <str>4</str> <str>5</str> <str>6</str> <str>7</str> <str>8</str> <str>9</str> <str>10</str> <str>11</str> <str>12</str> <str>13</str> <str>14</str> <str>15</str> <str>16</str> <str>17</str> <str>18</str> <str>19</str> </arr> </arr> </rec> </arr> </arr> <str>protected</str> <str>false</str> </rec> E<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <arr> </arr> <rec> <str>var</str> <arr> <str>material.def.alpha11</str> <arr> <str>comp1.mat1.def.alpha_p(minput.pA/unit_Pa_cf,minput.T/unit_K_cf)/unit_K_cf</str> </arr> <str>material.def.alpha21</str> <arr> <str>0</str> </arr> <str>material.def.alpha31</str> <arr> <str>0</str> </arr> <str>material.def.alpha12</str> <arr> <str>0</str> </arr> <str>material.def.alpha22</str> <arr> <str>comp1.mat1.def.alpha_p(minput.pA/unit_Pa_cf,minput.T/unit_K_cf)/unit_K_cf</str> </arr> <str>material.def.alpha32</str> <arr> <str>0</str> </arr> <str>material.def.alpha13</str> <arr> <str>0</str> </arr> <str>material.def.alpha23</str> <arr> <str>0</str> </arr> <str>material.def.alpha33</str> <arr> <str>comp1.mat1.def.alpha_p(minput.pA/unit_Pa_cf,minput.T/unit_K_cf)/unit_K_cf</str> </arr> <str>material.def.alpha_symmetry</str> <arr> <str>0</str> </arr> <str>material.def.alpha_iso</str> <arr> <str>comp1.mat1.def.alpha_p(minput.pA/unit_Pa_cf,minput.T/unit_K_cf)/unit_K_cf</str> </arr> <str>material.alpha11</str> <arr> <str>comp1.mat1.def.alpha_p(minput.pA/unit_Pa_cf,minput.T/unit_K_cf)/unit_K_cf</str> </arr> <str>material.alpha21</str> <arr> <str>0</str> </arr> <str>material.alpha31</str> <arr> <str>0</str> </arr> <str>material.alpha12</str> <arr> <str>0</str> </arr> <str>material.alpha22</str> <arr> <str>comp1.mat1.def.alpha_p(minput.pA/unit_Pa_cf,minput.T/unit_K_cf)/unit_K_cf</str> </arr> <str>material.alpha32</str> <arr> <str>0</str> </arr> <str>material.alpha13</str> <arr> <str>0</str> </arr> <str>material.alpha23</str> <arr> <str>0</str> </arr> <str>material.alpha33</str> <arr> <str>comp1.mat1.def.alpha_p(minput.pA/unit_Pa_cf,minput.T/unit_K_cf)/unit_K_cf</str> </arr> <str>material.alpha_symmetry</str> <arr> <str>0</str> </arr> <str>material.alpha_iso</str> <arr> <str>comp1.mat1.def.alpha_p(minput.pA/unit_Pa_cf,minput.T/unit_K_cf)/unit_K_cf</str> </arr> <str>material.def.Mn</str> <arr> <str>0.02897*unit_kg_cf/unit_mol_cf</str> </arr> <str>material.def.Mn_symmetry</str> <arr> <str>0</str> </arr> <str>material.Mn</str> <arr> <str>0.02897*unit_kg_cf/unit_mol_cf</str> </arr> <str>material.Mn_symmetry</str> <arr> <str>0</str> </arr> <str>material.def.muB</str> <arr> <str>comp1.mat1.def.muB(minput.T/unit_K_cf)*unit_Pa_cf*unit_s_cf</str> </arr> <str>material.def.muB_symmetry</str> <arr> <str>0</str> </arr> <str>material.muB</str> <arr> 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<str>material.def.gamma</str> <arr> <str>1.4</str> </arr> <str>material.def.gamma_symmetry</str> <arr> <str>0</str> </arr> <str>material.gamma</str> <arr> <str>1.4</str> </arr> <str>material.gamma_symmetry</str> <arr> <str>0</str> </arr> <str>material.def.sigma11</str> <arr> <str>0</str> </arr> <str>material.def.sigma21</str> <arr> <str>0</str> </arr> <str>material.def.sigma31</str> <arr> <str>0</str> </arr> <str>material.def.sigma12</str> <arr> <str>0</str> </arr> <str>material.def.sigma22</str> <arr> <str>0</str> </arr> <str>material.def.sigma32</str> <arr> <str>0</str> </arr> <str>material.def.sigma13</str> <arr> <str>0</str> </arr> <str>material.def.sigma23</str> <arr> <str>0</str> </arr> <str>material.def.sigma33</str> <arr> <str>0</str> </arr> <str>material.def.sigma_symmetry</str> <arr> <str>0</str> </arr> <str>material.def.sigma_iso</str> <arr> <str>0</str> </arr> <str>material.sigma11</str> <arr> <str>0</str> </arr> <str>material.sigma21</str> <arr> <str>0</str> </arr> <str>material.sigma31</str> <arr> <str>0</str> </arr> <str>material.sigma12</str> <arr> <str>0</str> </arr> <str>material.sigma22</str> <arr> <str>0</str> </arr> <str>material.sigma32</str> <arr> <str>0</str> </arr> <str>material.sigma13</str> <arr> <str>0</str> </arr> <str>material.sigma23</str> <arr> <str>0</str> </arr> <str>material.sigma33</str> <arr> <str>0</str> </arr> <str>material.sigma_symmetry</str> <arr> <str>0</str> </arr> <str>material.sigma_iso</str> <arr> <str>0</str> </arr> <str>material.def.Cp</str> <arr> <str>comp1.mat1.def.Cp(minput.T/unit_K_cf)*unit_J_cf/(unit_kg_cf*unit_K_cf)</str> </arr> <str>material.def.Cp_symmetry</str> <arr> <str>0</str> </arr> <str>material.Cp</str> <arr> <str>comp1.mat1.idealGas.Cp(minput.T/unit_K_cf)*unit_J_cf/(unit_kg_cf*unit_K_cf)</str> </arr> <str>material.Cp_symmetry</str> <arr> <str>0</str> </arr> <str>material.def.rho</str> <arr> <str>comp1.mat1.def.rho(minput.pA/unit_Pa_cf,minput.T/unit_K_cf)*unit_kg_cf/unit_m_cf^3</str> </arr> <str>material.def.rho_symmetry</str> <arr> <str>0</str> </arr> <str>material.rho</str> <arr> <str>comp1.mat1.def.rho(minput.pA/unit_Pa_cf,minput.T/unit_K_cf)*unit_kg_cf/unit_m_cf^3</str> </arr> <str>material.rho_symmetry</str> <arr> <str>0</str> </arr> <str>material.def.k11</str> <arr> <str>comp1.mat1.def.k(minput.T/unit_K_cf)*unit_W_cf/(unit_m_cf*unit_K_cf)</str> </arr> <str>material.def.k21</str> <arr> <str>0</str> </arr> <str>material.def.k31</str> <arr> <str>0</str> </arr> <str>material.def.k12</str> <arr> <str>0</str> </arr> <str>material.def.k22</str> <arr> <str>comp1.mat1.def.k(minput.T/unit_K_cf)*unit_W_cf/(unit_m_cf*unit_K_cf)</str> </arr> <str>material.def.k32</str> <arr> <str>0</str> </arr> <str>material.def.k13</str> <arr> <str>0</str> </arr> <str>material.def.k23</str> <arr> <str>0</str> </arr> <str>material.def.k33</str> <arr> <str>comp1.mat1.def.k(minput.T/unit_K_cf)*unit_W_cf/(unit_m_cf*unit_K_cf)</str> </arr> <str>material.def.k_symmetry</str> <arr> <str>0</str> </arr> <str>material.def.k_iso</str> <arr> <str>comp1.mat1.def.k(minput.T/unit_K_cf)*unit_W_cf/(unit_m_cf*unit_K_cf)</str> </arr> <str>material.k11</str> <arr> <str>comp1.mat1.def.k(minput.T/unit_K_cf)*unit_W_cf/(unit_m_cf*unit_K_cf)</str> </arr> <str>material.k21</str> <arr> <str>0</str> </arr> <str>material.k31</str> <arr> <str>0</str> </arr> <str>material.k12</str> <arr> <str>0</str> </arr> <str>material.k22</str> <arr> <str>comp1.mat1.def.k(minput.T/unit_K_cf)*unit_W_cf/(unit_m_cf*unit_K_cf)</str> </arr> <str>material.k32</str> <arr> <str>0</str> </arr> <str>material.k13</str> <arr> <str>0</str> </arr> <str>material.k23</str> <arr> <str>0</str> </arr> <str>material.k33</str> <arr> <str>comp1.mat1.def.k(minput.T/unit_K_cf)*unit_W_cf/(unit_m_cf*unit_K_cf)</str> </arr> <str>material.k_symmetry</str> <arr> <str>0</str> </arr> <str>material.k_iso</str> <arr> <str>comp1.mat1.def.k(minput.T/unit_K_cf)*unit_W_cf/(unit_m_cf*unit_K_cf)</str> </arr> <str>material.def.c</str> <arr> <str>comp1.mat1.def.cs(minput.T/unit_K_cf)*unit_m_cf/unit_s_cf</str> </arr> <str>material.def.c_symmetry</str> <arr> <str>0</str> </arr> <str>material.c</str> <arr> <str>comp1.mat1.def.cs(minput.T/unit_K_cf)*unit_m_cf/unit_s_cf</str> </arr> <str>material.c_symmetry</str> <arr> <str>0</str> </arr> <str>material.MagneticLosses.murBis</str> <arr> <str>-imag(comp1.mat1.def.mur_iso)</str> </arr> <str>material.MagneticLosses.murPrim</str> <arr> <str>real(comp1.mat1.def.mur_iso)</str> </arr> <str>material.AnisotropicAcousticsModel.rho_eff11</str> <arr> <str>comp1.mat1.def.rho</str> </arr> <str>material.AnisotropicAcousticsModel.rho_eff21</str> <arr> <str>0</str> </arr> <str>material.AnisotropicAcousticsModel.rho_eff31</str> <arr> <str>0</str> </arr> <str>material.AnisotropicAcousticsModel.rho_eff12</str> <arr> <str>0</str> </arr> <str>material.AnisotropicAcousticsModel.rho_eff22</str> <arr> <str>comp1.mat1.def.rho</str> </arr> <str>material.AnisotropicAcousticsModel.rho_eff32</str> <arr> <str>0</str> </arr> <str>material.AnisotropicAcousticsModel.rho_eff13</str> <arr> <str>0</str> </arr> <str>material.AnisotropicAcousticsModel.rho_eff23</str> <arr> <str>0</str> </arr> <str>material.AnisotropicAcousticsModel.rho_eff33</str> <arr> <str>comp1.mat1.def.rho</str> </arr> <str>material.AnisotropicAcousticsModel.rho_eff_iso</str> <arr> <str>comp1.mat1.def.rho</str> </arr> <str>material.AnisotropicAcousticsModel.rho_eff_symmetry</str> <arr> <str>4</str> </arr> <str>material.AnisotropicAcousticsModel.K_eff</str> <arr> <str>comp1.mat1.def.rho*comp1.mat1.def.c^2</str> </arr> <str>material.smaTEA.alpha_A11</str> <arr> <str>comp1.mat1.def.thermalexpansioncoefficient11</str> </arr> <str>material.smaTEA.alpha_A21</str> <arr> <str>0</str> </arr> <str>material.smaTEA.alpha_A31</str> <arr> <str>0</str> </arr> <str>material.smaTEA.alpha_A12</str> <arr> <str>0</str> </arr> <str>material.smaTEA.alpha_A22</str> <arr> <str>comp1.mat1.def.thermalexpansioncoefficient22</str> </arr> <str>material.smaTEA.alpha_A32</str> <arr> <str>0</str> </arr> <str>material.smaTEA.alpha_A13</str> <arr> <str>0</str> </arr> <str>material.smaTEA.alpha_A23</str> <arr> <str>0</str> </arr> <str>material.smaTEA.alpha_A33</str> <arr> <str>comp1.mat1.def.thermalexpansioncoefficient33</str> </arr> <str>material.smaTEA.alpha_A_iso</str> <arr> <str>if(comp1.mat1.def.thermalexpansioncoefficient22==comp1.mat1.def.thermalexpansioncoefficient11&amp;&amp;comp1.mat1.def.thermalexpansioncoefficient33==comp1.mat1.def.thermalexpansioncoefficient11,comp1.mat1.def.thermalexpansioncoefficient11,error('$base64:RmFpbGVkIHRvIGV2YWx1YXRlIGFuIGlzb3Ryb3BpYyB2YWx1ZSBvZiBhbiBhbmlzb3Ryb3BpYyB0ZW5zb3IAAAAAAAA='))</str> </arr> <str>material.smaTEA.alpha_A_symmetry</str> <arr> <str>0</str> </arr> <str>material.smaTEM.alpha_M11</str> <arr> <str>comp1.mat1.def.thermalexpansioncoefficient11</str> </arr> <str>material.smaTEM.alpha_M21</str> <arr> <str>0</str> </arr> <str>material.smaTEM.alpha_M31</str> <arr> <str>0</str> </arr> <str>material.smaTEM.alpha_M12</str> <arr> <str>0</str> </arr> <str>material.smaTEM.alpha_M22</str> <arr> <str>comp1.mat1.def.thermalexpansioncoefficient22</str> </arr> <str>material.smaTEM.alpha_M32</str> <arr> <str>0</str> </arr> <str>material.smaTEM.alpha_M13</str> <arr> <str>0</str> </arr> <str>material.smaTEM.alpha_M23</str> <arr> <str>0</str> </arr> <str>material.smaTEM.alpha_M33</str> <arr> <str>comp1.mat1.def.thermalexpansioncoefficient33</str> </arr> <str>material.smaTEM.alpha_M_iso</str> <arr> <str>if(comp1.mat1.def.thermalexpansioncoefficient22==comp1.mat1.def.thermalexpansioncoefficient11&amp;&amp;comp1.mat1.def.thermalexpansioncoefficient33==comp1.mat1.def.thermalexpansioncoefficient11,comp1.mat1.def.thermalexpansioncoefficient11,error('$base64:RmFpbGVkIHRvIGV2YWx1YXRlIGFuIGlzb3Ryb3BpYyB2YWx1ZSBvZiBhbiBhbmlzb3Ryb3BpYyB0ZW5zb3IAAAAAAAA='))</str> </arr> <str>material.smaTEM.alpha_M_symmetry</str> <arr> <str>0</str> </arr> <str>material.smaA.Cp_A</str> <arr> <str>comp1.mat1.def.heatcapacity</str> </arr> <str>material.smaM.Cp_M</str> <arr> <str>comp1.mat1.def.heatcapacity</str> </arr> <str>material.smaA.k_A11</str> <arr> <str>comp1.mat1.def.thermalconductivity11</str> </arr> <str>material.smaA.k_A21</str> <arr> <str>0</str> </arr> <str>material.smaA.k_A31</str> <arr> <str>0</str> </arr> <str>material.smaA.k_A12</str> <arr> <str>0</str> </arr> <str>material.smaA.k_A22</str> <arr> <str>comp1.mat1.def.thermalconductivity22</str> </arr> <str>material.smaA.k_A32</str> <arr> <str>0</str> </arr> <str>material.smaA.k_A13</str> <arr> <str>0</str> </arr> <str>material.smaA.k_A23</str> <arr> <str>0</str> </arr> <str>material.smaA.k_A33</str> <arr> <str>comp1.mat1.def.thermalconductivity33</str> </arr> <str>material.smaA.k_A_iso</str> <arr> <str>if(comp1.mat1.def.thermalconductivity22==comp1.mat1.def.thermalconductivity11&amp;&amp;comp1.mat1.def.thermalconductivity33==comp1.mat1.def.thermalconductivity11,comp1.mat1.def.thermalconductivity11,error('$base64:RmFpbGVkIHRvIGV2YWx1YXRlIGFuIGlzb3Ryb3BpYyB2YWx1ZSBvZiBhbiBhbmlzb3Ryb3BpYyB0ZW5zb3IAAAAAAAA='))</str> </arr> <str>material.smaA.k_A_symmetry</str> <arr> <str>0</str> </arr> <str>material.smaM.k_M11</str> <arr> <str>comp1.mat1.def.thermalconductivity11</str> </arr> <str>material.smaM.k_M21</str> <arr> <str>0</str> </arr> <str>material.smaM.k_M31</str> <arr> <str>0</str> </arr> <str>material.smaM.k_M12</str> <arr> <str>0</str> </arr> <str>material.smaM.k_M22</str> <arr> <str>comp1.mat1.def.thermalconductivity22</str> </arr> <str>material.smaM.k_M32</str> <arr> <str>0</str> </arr> <str>material.smaM.k_M13</str> <arr> <str>0</str> </arr> <str>material.smaM.k_M23</str> <arr> <str>0</str> </arr> <str>material.smaM.k_M33</str> <arr> <str>comp1.mat1.def.thermalconductivity33</str> </arr> <str>material.smaM.k_M_iso</str> <arr> <str>i `f(comp1.mat1.def.thermalconductivity22==comp1.mat1.def.thermalconductivity11&amp;&amp;comp1.mat1.def.thermalconductivity33==comp1.mat1.def.thermalconductivity11,comp1.mat1.def.thermalconductivity11,error('$base64:RmFpbGVkIHRvIGV2YWx1YXRlIGFuIGlzb3Ryb3BpYyB2YWx1ZSBvZiBhbiBhbmlzb3Ryb3BpYyB0ZW5zb3IAAAAAAAA='))</str> </arr> <str>material.smaM.k_M_symmetry</str> <arr> <str>0</str> </arr> <str>material.PowerLaw.mu_app</str> <arr> <str>comp1.mat1.def.dynamicviscosity</str> </arr> <str>material.Carreau.mu_app</str> <arr> <str>comp1.mat1.def.dynamicviscosity</str> </arr> <str>material.CarreauYasuda.mu_app</str> <arr> <str>comp1.mat1.def.dynamicviscosity</str> </arr> <str>material.CrossWilliamson.mu_app</str> <arr> <str>comp1.mat1.def.dynamicviscosity</str> </arr> <str>material.Cross.mu_app</str> <arr> <str>comp1.mat1.def.dynamicviscosity</str> </arr> <str>material.Sisko.mu_app</str> <arr> <str>comp1.mat1.def.dynamicviscosity</str> </arr> <str>material.BinghamPapanastasiou.mu_app</str> <arr> <str>comp1.mat1.def.dynamicviscosity</str> </arr> <str>material.HerschelBulkleyPapanastasiou.mu_app</str> <arr> <str>comp1.mat1.def.dynamicviscosity</str> </arr> <str>material.CassonPapanastasiou.mu_app</str> <arr> <str>comp1.mat1.def.dynamicviscosity</str> </arr> <str>material.DeKee.mu_app</str> <arr> <str>comp1.mat1.def.dynamicviscosity</str> </arr> <str>material.RobertsonStiff.mu_app</str> <arr> <str>comp1.mat1.def.dynamicviscosity</str> </arr> <str>material.Br.murec11</str> <arr> <str>comp1.mat1.def.relpermeability11</str> </arr> <str>material.Br.murec21</str> <arr> <str>0</str> </arr> <str>material.Br.murec31</str> <arr> <str>0</str> </arr> <str>material.Br.murec12</str> <arr> <str>0</str> </arr> <str>material.Br.murec22</str> <arr> <str>comp1.mat1.def.relpermeability22</str> </arr> <str>material.Br.murec32</str> <arr> <str>0</str> </arr> <str>material.Br.murec13</str> <arr> <str>0</str> </arr> <str>material.Br.murec23</str> <arr> <str>0</str> </arr> <str>material.Br.murec33</str> <arr> <str>comp1.mat1.def.relpermeability33</str> </arr> <str>material.Br.murec_iso</str> <arr> <str>if(comp1.mat1.def.relpermeability22==comp1.mat1.def.relpermeability11&amp;&amp;comp1.mat1.def.relpermeability33==comp1.mat1.def.relpermeability11,comp1.mat1.def.relpermeability11,error('$base64:RmFpbGVkIHRvIGV2YWx1YXRlIGFuIGlzb3Ryb3BpYyB2YWx1ZSBvZiBhbiBhbmlzb3Ryb3BpYyB0ZW5zb3IAAAAAAAA='))</str> </arr> <str>material.Br.murec_symmetry</str> <arr> <str>0</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>1</str> <str>2</str> <str>4</str> </arr> </arr> </rec> </arr> </arr> <str>protected</str> <str>false</str> </rec> 4<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <arr> </arr> <rec> <str>var</str> <arr> <str>material.def.alpha11</str> <arr> <str>1.7E-5/unit_K_cf</str> </arr> <str>material.def.alpha21</str> <arr> <str>0</str> </arr> <str>material.def.alpha31</str> <arr> <str>0</str> </arr> <str>material.def.alpha12</str> <arr> <str>0</str> </arr> <str>material.def.alpha22</str> <arr> <str>1.7E-5/unit_K_cf</str> </arr> <str>material.def.alpha32</str> <arr> <str>0</str> </arr> <str>material.def.alpha13</str> <arr> <str>0</str> </arr> <str>material.def.alpha23</str> <arr> <str>0</str> </arr> <str>material.def.alpha33</str> <arr> <str>1.7E-5/unit_K_cf</str> </arr> <str>material.def.alpha_symmetry</str> <arr> <str>0</str> </arr> <str>material.def.alpha_iso</str> <arr> <str>1.7E-5/unit_K_cf</str> </arr> <str>material.alpha11</str> <arr> <str>1.7E-5/unit_K_cf</str> </arr> <str>material.alpha21</str> <arr> <str>0</str> </arr> <str>material.alpha31</str> <arr> <str>0</str> </arr> <str>material.alpha12</str> <arr> <str>0</str> </arr> <str>material.alpha22</str> <arr> <str>1.7E-5/unit_K_cf</str> </arr> <str>material.alpha32</str> <arr> <str>0</str> </arr> <str>material.alpha13</str> <arr> <str>0</str> </arr> <str>material.alpha23</str> <arr> <str>0</str> </arr> <str>material.alpha33</str> <arr> <str>1.7E-5/unit_K_cf</str> </arr> <str>material.alpha_symmetry</str> <arr> <str>0</str> </arr> <str>material.alpha_iso</str> <arr> <str>1.7E-5/unit_K_cf</str> </arr> <str>material.def.mur11</str> <arr> <str>1</str> </arr> <str>material.def.mur21</str> <arr> <str>0</str> </arr> <str>material.def.mur31</str> <arr> <str>0</str> </arr> <str>material.def.mur12</str> <arr> <str>0</str> </arr> <str>material.def.mur22</str> <arr> <str>1</str> </arr> <str>material.def.mur32</str> <arr> <str>0</str> </arr> <str>material.def.mur13</str> <arr> <str>0</str> </arr> <str>material.def.mur23</str> <arr> <str>0</str> </arr> <str>material.def.mur33</str> <arr> <str>1</str> </arr> <str>material.def.mur_symmetry</str> <arr> <str>0</str> </arr> <str>material.def.mur_iso</str> <arr> <str>1</str> </arr> <str>material.mur11</str> <arr> <str>1</str> </arr> <str>material.mur21</str> <arr> <str>0</str> </arr> <str>material.mur31</str> <arr> <str>0</str> </arr> <str>material.mur12</str> <arr> <str>0</str> </arr> <str>material.mur22</str> <arr> <str>1</str> </arr> <str>material.mur32</str> <arr> <str>0</str> </arr> <str>material.mur13</str> <arr> <str>0</str> </arr> <str>material.mur23</str> <arr> <str>0</str> </arr> <str>material.mur33</str> <arr> <str>1</str> </arr> <str>material.mur_symmetry</str> <arr> <str>0</str> </arr> <str>material.mur_iso</str> <arr> <str>1</str> </arr> <str>material.def.epsilonr11</str> <arr> <str>1</str> </arr> <str>material.def.epsilonr21</str> <arr> <str>0</str> </arr> <str>material.def.epsilonr31</str> <arr> <str>0</str> </arr> <str>material.def.epsilonr12</str> <arr> <str>0</str> </arr> <str>material.def.epsilonr22</str> <arr> <str>1</str> </arr> <str>material.def.epsilonr32</str> <arr> <str>0</str> </arr> <str>material.def.epsilonr13</str> <arr> <str>0</str> </arr> <str>material.def.epsilonr23</str> <arr> <str>0</str> </arr> <str>material.def.epsilonr33</str> <arr> <str>1</str> </arr> <str>material.def.epsilonr_symmetry</str> <arr> <str>0</str> </arr> <str>material.def.epsilonr_iso</str> <arr> <str>1</str> </arr> <str>material.epsilonr11</str> <arr> <str>1</str> </arr> <str>material.epsilonr21</str> <arr> <str>0</str> </arr> <str>material.epsilonr31</str> <arr> <str>0</str> </arr> <str>material.epsilonr12</str> <arr> <str>0</str> </arr> <str>material.epsilonr22</str> <arr> <str>1</str> </arr> <str>material.epsilonr32</str> <arr> <str>0</str> </arr> <str>material.epsilonr13</str> <arr> <str>0</str> </arr> <str>material.epsilonr23</str> <arr> <str>0</str> </arr> <str>material.epsilonr33</str> <arr> <str>1</str> </arr> <str>material.epsilonr_symmetry</str> <arr> <str>0</str> </arr> <str>material.epsilonr_iso</str> <arr> <str>1</str> </arr> <str>material.def.sigma11</str> <arr> <str>59980000*unit_S_cf/unit_m_cf</str> </arr> <str>material.def.sigma21</str> <arr> <str>0</str> </arr> <str>material.def.sigma31</str> <arr> <str>0</str> </arr> <str>material.def.sigma12</str> <arr> <str>0</str> </arr> <str>material.def.sigma22</str> <arr> <str>59980000*unit_S_cf/unit_m_cf</str> </arr> <str>material.def.sigma32</str> <arr> <str>0</str> </arr> <str>material.def.sigma13</str> <arr> <str>0</str> </arr> <str>material.def.sigma23</str> <arr> <str>0</str> </arr> <str>material.def.sigma33</str> <arr> <str>59980000*unit_S_cf/unit_m_cf</str> </arr> <str>material.def.sigma_symmetry</str> <arr> <str>0</str> </arr> <str>material.def.sigma_iso</str> <arr> <str>59980000*unit_S_cf/unit_m_cf</str> </arr> <str>material.sigma11</str> <arr> <str>59980000*unit_S_cf/unit_m_cf</str> </arr> <str>material.sigma21</str> <arr> <str>0</str> </arr> <str>material.sigma31</str> <arr> <str>0</str> </arr> <str>material.sigma12</str> <arr> <str>0</str> </arr> <str>material.sigma22</str> <arr> <str>59980000*unit_S_cf/unit_m_cf</str> </arr> <str>material.sigma32</str> <arr> <str>0</str> </arr> <str>material.sigma13</str> <arr> <str>0</str> </arr> <str>material.sigma23</str> <arr> <str>0</str> </arr> <str>material.sigma33</str> <arr> <str>59980000*unit_S_cf/unit_m_cf</str> </arr> <str>material.sigma_symmetry</str> <arr> <str>0</str> </arr> <str>material.sigma_iso</str> <arr> <str>59980000*unit_S_cf/unit_m_cf</str> </arr> <str>material.def.Cp</str> <arr> <str>385*unit_J_cf/(unit_kg_cf*unit_K_cf)</str> </arr> <str>material.def.Cp_symmetry</str> <arr> <str>0</str> </arr> <str>material.Cp</str> <arr> <str>comp1.mat2.def.heatcapacity</str> </arr> <str>material.Cp_symmetry</str> <arr> <str>0</str> </arr> <str>material.def.rho</str> <arr> <str>8960*unit_kg_cf/unit_m_cf^3</str> </arr> <str>material.def.rho_symmetry</str> <arr> <str>0</str> </arr> <str>material.rho</str> <arr> <str>8960*unit_kg_cf/unit_m_cf^3</str> </arr> <str>material.rho_symmetry</str> <arr> <str>0</str> </arr> <str>material.def.k11</str> <arr> <str>400*unit_W_cf/(unit_m_cf*unit_K_cf)</str> </arr> <str>material.def.k21</str> <arr> <str>0</str> </arr> <str>material.def.k31</str> <arr> <str>0</str> </arr> <str>material.def.k12</str> <arr> <str>0</str> </arr> <str>material.def.k22</str> <arr> <str>400*unit_W_cf/(unit_m_cf*unit_K_cf)</str> </arr> <str>material.def.k32</str> <arr> <str>0</str> </arr> <str>material.def.k13</str> <arr> <str>0</str> </arr> <str>material.def.k23</str> <arr> <str>0</str> </arr> <str>material.def.k33</str> <arr> <str>400*unit_W_cf/(unit_m_cf*unit_K_cf)</str> </arr> <str>material.def.k_symmetry</str> <arr> <str>0</str> </arr> <str>material.def.k_iso</str> <arr> <str>400*unit_W_cf/(unit_m_cf*unit_K_cf)</str> </arr> <str>material.k11</str> <arr> <str>400*unit_W_cf/(unit_m_cf*unit_K_cf)</str> </arr> <str>material.k21</str> <arr> <str>0</str> </arr> <str>material.k31</str> <arr> <str>0</str> </arr> <str>material.k12</str> <arr> <str>0</str> </arr> <str>material.k22</str> <arr> <str>400*unit_W_cf/(unit_m_cf*unit_K_cf)</str> </arr> <str>material.k32</str> <arr> <str>0</str> </arr> <str>material.k13</str> <arr> <str>0</str> </arr> <str>material.k23</str> <arr> <str>0</str> </arr> <str>material.k33</str> <arr> <str>400*unit_W_cf/(unit_m_cf*unit_K_cf)</str> </arr> <str>material.k_symmetry</str> <arr> <str>0</str> </arr> <str>material.k_iso</str> <arr> <str>400*unit_W_cf/(unit_m_cf*unit_K_cf)</str> </arr> <str>material.MagneticLosses.murBis</str> <arr> <str>-imag(comp1.mat1.def.mur_iso)</str> </arr> <str>material.MagneticLosses.murPrim</str> <arr> <str>real(comp1.mat1.def.mur_iso)</str> </arr> <str>material.smaTEA.alpha_A11</str> <arr> <str>comp1.mat2.def.thermalexpansioncoefficient11</str> </arr> <str>material.smaTEA.alpha_A21</str> <arr> <str>0</str> </arr> <str>material.smaTEA.alpha_A31</str> <arr> <str>0</str> </arr> <str>material.smaTEA.alpha_A12</str> <arr> <str>0</str> </arr> <str>material.smaTEA.alpha_A22</str> <arr> <str>comp1.mat2.def.thermalexpansioncoefficient22</str> </arr> <str>material.smaTEA.alpha_A32</str> <arr> <str>0</str> </arr> <str>material.smaTEA.alpha_A13</str> <arr> <str>0</str> </arr> <str>material.smaTEA.alpha_A23</str> <arr> <str>0</str> </arr> <str>material.smaTEA.alpha_A33</str> <arr> <str>comp1.mat2.def.thermalexpansioncoefficient33</str> </arr> <str>material.smaTEA.alpha_A_iso</str> <arr> <str>if(comp1.mat2.def.thermalexpansioncoefficient22==comp1.mat2.def.thermalexpansioncoefficient11&amp;&amp;comp1.mat2.def.thermalexpansioncoefficient33==comp1.mat2.def.thermalexpansioncoefficient11,comp1.mat2.def.thermalexpansioncoefficient11,error('$base64:RmFpbGVkIHRvIGV2YWx1YXRlIGFuIGlzb3Ryb3BpYyB2YWx1ZSBvZiBhbiBhbmlzb3Ryb3BpYyB0ZW5zb3IAAAAAAAA='))</str> </arr> <str>material.smaTEA.alpha_A_symmetry</str> <arr> <str>0</str> </arr> <str>material.smaTEM.alpha_M11</str> <arr> <str>comp1.mat2.def.thermalexpansioncoefficient11</str> </arr> <str>material.smaTEM.alpha_M21</str> <arr> <str>0</str> </arr> <str>material.smaTEM.alpha_M31</str> <arr> <str>0</str> </arr> <str>material.smaTEM.alpha_M12</str> <arr> <str>0</str> </arr> <str>material.smaTEM.alpha_M22</str> <arr> <str>comp1.mat2.def.thermalexpansioncoefficient22</str> </arr> <str>material.smaTEM.alpha_M32</str> <arr> <str>0</str> </arr> <str>material.smaTEM.alpha_M13</str> <arr> <str>0</str> </arr> <str>material.smaTEM.alpha_M23</str> <arr> <str>0</str> </arr> <str>material.smaTEM.alpha_M33</str> <arr> <str>comp1.mat2.def.thermalexpansioncoefficient33</str> </arr> <str>material.smaTEM.alpha_M_iso</str> <arr> <str>if(comp1.mat2.def.thermalexpansioncoefficient22==comp1.mat2.def.thermalexpansioncoefficient11&amp;&amp;comp1.mat2.def.thermalexpansioncoefficient33==comp1.mat2.def.thermalexpansioncoefficient11,comp1.mat2.def.thermalexpansioncoefficient11,error('$base64:RmFpbGVkIHRvIGV2YWx1YXRlIGFuIGlzb3Ryb3BpYyB2YWx1ZSBvZiBhbiBhbmlzb3Ryb3BpYyB0ZW5zb3IAAAAAAAA='))</str> </arr> <str>material.smaTEM.alpha_M_symmetry</str> <arr> <str>0</str> </arr> <str>material.smaA.Cp_A</str> <arr> <str>comp1.mat2.def.heatcapacity</str> </arr> <str>material.smaM.Cp_M</str> <arr> <str>comp1.mat2.def.heatcapacity</str> </arr> <str>material.smaA.k_A11</str> <arr> <str>comp1.mat2.def.thermalconductivity11</str> </arr> <str>material.smaA.k_A21</str> <arr> <str>0</str> </arr> <str>material.smaA.k_A31</str> <arr> <str>0</str> </arr> <str>material.smaA.k_A12</str> <arr> <str>0</str> </arr> <str>material.smaA.k_A22</str> <arr> <str>comp1.mat2.def.thermalconductivity22</str> </arr> <str>material.smaA.k_A32</str> <arr> <str>0</str> </arr> <str>material.smaA.k_A13</str> <arr> <str>0</str> </arr> <str>material.smaA.k_A23</str> <arr> <str>0</str> </arr> <str>material.smaA.k_A33</str> <arr> <str>comp1.mat2.def.thermalconductivity33</str> </arr> <str>material.smaA.k_A_iso</str> <arr> <str>if(comp1.mat2.def.thermalconductivity22==comp1.mat2.def.thermalconductivity11&amp;&amp;comp1.mat2.def.thermalconductivity33==comp1.mat2.def.thermalconductivity11,comp1.mat2.def.thermalconductivity11,error('$base64:RmFpbGVkIHRvIGV2YWx1YXRlIGFuIGlzb3Ryb3BpYyB2YWx1ZSBvZiBhbiBhbmlzb3Ryb3BpYyB0ZW5zb3IAAAAAAAA='))</str> </arr> <str>material.smaA.k_A_symmetry</str> <arr> <str>0</str> </arr> <str>material.smaM.k_M11</str> <arr> <str>comp1.mat2.def.thermalconductivity11</str> </arr> <str>material.smaM.k_M21</str> <arr> <str>0</str> </arr> <str>material.smaM.k_M31</str> <arr> <str>0</str> </arr> <str>material.smaM.k_M12</str> <arr> <str>0</str> </arr> <str>material.smaM.k_M22</str> <arr> <str>comp1.mat2.def.thermalconductivity22</str> </arr> <str>material.smaM.k_M32</str> <arr> <str>0</str> </arr> <str>material.smaM.k_M13</str> <arr> <str>0</str> </arr> <str>material.smaM.k_M23</str> <arr> <str>0</str> </arr> <str>material.smaM.k_M33</str> <arr> <str>comp1.mat2.def.thermalconductivity33</str> </arr> <str>material.smaM.k_M_iso</str> <arr> <str>if(comp1.mat2.def.thermalconductivity22==comp1.mat2.def.thermalconductivity11&amp;&amp;comp1.mat2.def.thermalconductivity33==comp1.mat2.def.thermalconductivity11,comp1.mat2.def.thermalconductivity11,error('$base64:RmFpbGVkIHRvIGV2YWx1YXRlIGFuIGlzb3Ryb3BpYyB2YWx1ZSBvZiBhbiBhbmlzb3Ryb3BpYyB0ZW5zb3IAAAAAAAA='))</str> </arr> <str>material.smaM.k_M_symmetry</str> <arr> <str>0</str> </arr> <str>material.Br.murec11</str> <arr> <str>comp1.mat2.def.relpermeability11</str> </arr> <str>material.Br.murec21</str> <arr> <str>0</str> </arr> <str>material.Br.murec31</str> <arr> <str>0</str> </arr> <str>material.Br.murec12</str> <arr> <str>0</str> </arr> <str>material.Br.murec22</str> <arr> <str>comp1.mat2.def.relpermeability22</str> </arr> <str>material.Br.murec32</str> <arr> <str>0</str> </arr> <str>material.Br.murec13</str> <arr> <str>0</str> </arr> <str>material.Br.murec23</str> <arr> <str>0</str> </arr> <str>material.Br.murec33</str> <arr> <str>comp1.mat2.def.relpermeability33</str> </arr> <str>material.Br.murec_iso</str> <arr> <str>if(comp1.mat2.def.relpermeability22==comp1.mat2.def.relpermeability11&amp;&amp;comp1.mat2.def.relpermeability33==comp1.mat2.def.relpermeability11,comp1.mat2.def.relpermeability11,error('$base64:RmFpbGVkIHRvIGV2YWx1YXRlIGFuIGlzb3Ryb3BpYyB2YWx1ZSBvZiBhbiBhbmlzb3Ryb3BpYyB0ZW5zb3IAAAAAAAA='))</str> </arr> <str>material.Br.murec_symmetry</str> <arr> <str>0</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>5</str> <str>6</str> </arr> </arr> </rec> </arr> </arr> <str>protected</str> <str>false</str> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <arr> </arr> <rec> <str>var</str> <arr> <str>material.def.mur11</str> <arr> <str>comp1.mat3.MagneticLosses.murPrim-i*comp1.mat3.MagneticLosses.murBis</str> </arr> <str>material.def.mur21</str> <arr> <str>0</str> </arr> <str>material.def.mur31</str> <arr> <str>0</str> </arr> <str>material.def.mur12</str> <arr> <str>0</str> </arr> <str>material.def.mur22</str> <arr> <str>comp1.mat3.MagneticLosses.murPrim-i*comp1.mat3.MagneticLosses.murBis</str> </arr> <str>material.def.mur32</str> <arr> <str>0</str> </arr> <str>material.def.mur13</str> <arr> <str>0</str> </arr> <str>material.def.mur23</str> <arr> <str>0</str> </arr> <str>material.def.mur33</str> <arr> <str>comp1.mat3.MagneticLosses.murPrim-i*comp1.mat3.MagneticLosses.murBis</str> </arr> <str>material.def.mur_symmetry</str> <arr> <str>4</str> </arr> <str>material.def.mur_iso</str> <arr> <str>comp1.mat3.MagneticLosses.murPrim-i*comp1.mat3.MagneticLosses.murBis</str> </arr> <str>material.mur11</str> <arr> <str>comp1.mat3.MagneticLosses.murPrim-i*comp1.mat3.MagneticLosses.murBis</str> </arr> <str>material.mur21</str> <arr> <str>0</str> </arr> <str>material.mur31</str> <arr> <str>0</str> </arr> <str>material.mur12</str> <arr> <str>0</str> </arr> <str>material.mur22</str> <arr> <str>comp1.mat3.MagneticLosses.murPrim-i*comp1.mat3.MagneticLosses.murBis</str> </arr> <str>material.mur32</str> <arr> <str>0</str> </arr> <str>material.mur13</str> <arr> <str>0</str> </arr> <str>material.mur23</str> <arr> <str>0</str> </arr> <str>material.mur33</str> <arr> <str>comp1.mat3.MagneticLosses.murPrim-i*comp1.mat3.MagneticLosses.murBis</str> </arr> <str>material.mur_symmetry</str> <arr> <str>4</str> </arr> <str>material.mur_iso</str> <arr> <str>comp1.mat3.MagneticLosses.murPrim-i*comp1.mat3.MagneticLosses.murBis</str> </arr> <str>material.def.epsilonr11</str> <arr> <str>1</str> </arr> <str>material.def.epsilonr21</str> <arr> <str>0</str> </arr> <str>material.def.epsilonr31</str> <arr> <str>0</str> </arr> <str>material.def.epsilonr12</str> <arr> <str>0</str> </arr> <str>material.def.epsilonr22</str> <arr> <str>1</str> </arr> <str>material.def.epsilonr32</str> <ar `r> <str>0</str> </arr> <str>material.def.epsilonr13</str> <arr> <str>0</str> </arr> <str>material.def.epsilonr23</str> <arr> <str>0</str> </arr> <str>material.def.epsilonr33</str> <arr> <str>1</str> </arr> <str>material.def.epsilonr_symmetry</str> <arr> <str>0</str> </arr> <str>material.def.epsilonr_iso</str> <arr> <str>1</str> </arr> <str>material.epsilonr11</str> <arr> <str>1</str> </arr> <str>material.epsilonr21</str> <arr> <str>0</str> </arr> <str>material.epsilonr31</str> <arr> <str>0</str> </arr> <str>material.epsilonr12</str> <arr> <str>0</str> </arr> <str>material.epsilonr22</str> <arr> <str>1</str> </arr> <str>material.epsilonr32</str> <arr> <str>0</str> </arr> <str>material.epsilonr13</str> <arr> <str>0</str> </arr> <str>material.epsilonr23</str> <arr> <str>0</str> </arr> <str>material.epsilonr33</str> <arr> <str>1</str> </arr> <str>material.epsilonr_symmetry</str> <arr> <str>0</str> </arr> <str>material.epsilonr_iso</str> <arr> <str>1</str> </arr> <str>material.def.sigma11</str> <arr> <str>5</str> </arr> <str>material.def.sigma21</str> <arr> <str>0</str> </arr> <str>material.def.sigma31</str> <arr> <str>0</str> </arr> <str>material.def.sigma12</str> <arr> <str>0</str> </arr> <str>material.def.sigma22</str> <arr> <str>5</str> </arr> <str>material.def.sigma32</str> <arr> <str>0</str> </arr> <str>material.def.sigma13</str> <arr> <str>0</str> </arr> <str>material.def.sigma23</str> <arr> <str>0</str> </arr> <str>material.def.sigma33</str> <arr> <str>5</str> </arr> <str>material.def.sigma_symmetry</str> <arr> <str>0</str> </arr> <str>material.def.sigma_iso</str> <arr> <str>5</str> </arr> <str>material.sigma11</str> <arr> <str>5</str> </arr> <str>material.sigma21</str> <arr> <str>0</str> </arr> <str>material.sigma31</str> <arr> <str>0</str> </arr> <str>material.sigma12</str> <arr> <str>0</str> </arr> <str>material.sigma22</str> <arr> <str>5</str> </arr> <str>material.sigma32</str> <arr> <str>0</str> </arr> <str>material.sigma13</str> <arr> <str>0</str> </arr> <str>material.sigma23</str> <arr> <str>0</str> </arr> <str>material.sigma33</str> <arr> <str>5</str> </arr> <str>material.sigma_symmetry</str> <arr> <str>0</str> </arr> <str>material.sigma_iso</str> <arr> <str>5</str> </arr> <str>material.MagneticLosses.murBis</str> <arr> <str>10</str> </arr> <str>material.MagneticLosses.murPrim</str> <arr> <str>1000</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>3</str> </arr> </arr> </rec> </arr> </arr> <str>protected</str> <str>false</str> </rec> 3<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <arr> </arr> <rec> <str>var</str> <arr> <str>material.rfi.n11</str> <arr> <str>1</str> </arr> <str>material.rfi.n21</str> <arr> <str>0</str> </arr> <str>material.rfi.n31</str> <arr> <str>0</str> </arr> <str>material.rfi.n12</str> <arr> <str>0</str> </arr> <str>material.rfi.n22</str> <arr> <str>1</str> </arr> <str>material.rfi.n32</str> <arr> <str>0</str> </arr> <str>material.rfi.n13</str> <arr> <str>0</str> </arr> <str>material.rfi.n23</str> <arr> <str>0</str> </arr> <str>material.rfi.n33</str> <arr> <str>1</str> </arr> <str>material.rfi.n_symmetry</str> <arr> <str>0</str> </arr> <str>material.rfi.n_iso</str> <arr> <str>1</str> </arr> <str>material.rfi.ki11</str> <arr> <str>0</str> </arr> <str>material.rfi.ki21</str> <arr> <str>0</str> </arr> <str>material.rfi.ki31</str> <arr> <str>0</str> </arr> <str>material.rfi.ki12</str> <arr> <str>0</str> </arr> <str>material.rfi.ki22</str> <arr> <str>0</str> </arr> <str>material.rfi.ki32</str> <arr> <str>0</str> </arr> <str>material.rfi.ki13</str> <arr> <str>0</str> </arr> <str>material.rfi.ki23</str> <arr> <str>0</str> </arr> <str>material.rfi.ki33</str> <arr> <str>0</str> </arr> <str>material.rfi.ki_symmetry</str> <arr> <str>0</str> </arr> <str>material.rfi.ki_iso</str> <arr> <str>0</str> </arr> <str>material.lst.epsilonPrim11</str> <arr> <str>comp1.mat1.rfi.n_iso^2-comp1.mat1.rfi.ki_iso^2</str> </arr> <str>material.lst.epsilonPrim21</str> <arr> <str>0</str> </arr> <str>material.lst.epsilonPrim31</str> <arr> <str>0</str> </arr> <str>material.lst.epsilonPrim12</str> <arr> <str>0</str> </arr> <str>material.lst.epsilonPrim22</str> <arr> <str>comp1.mat1.rfi.n_iso^2-comp1.mat1.rfi.ki_iso^2</str> </arr> <str>material.lst.epsilonPrim32</str> <arr> <str>0</str> </arr> <str>material.lst.epsilonPrim13</str> <arr> <str>0</str> </arr> <str>material.lst.epsilonPrim23</str> <arr> <str>0</str> </arr> <str>material.lst.epsilonPrim33</str> <arr> <str>comp1.mat1.rfi.n_iso^2-comp1.mat1.rfi.ki_iso^2</str> </arr> <str>material.lst.epsilonPrim_iso</str> <arr> <str>comp1.mat1.rfi.n_iso^2-comp1.mat1.rfi.ki_iso^2</str> </arr> <str>material.lst.epsilonPrim_symmetry</str> <arr> <str>4</str> </arr> <str>material.lst.delta</str> <arr> <str>atan2(2*comp1.mat1.rfi.n_iso*comp1.mat1.rfi.ki_iso,comp1.mat1.rfi.n_iso^2-comp1.mat1.rfi.ki_iso^2)*unit_rad_cf</str> </arr> <str>material.lstdf.tanDelta</str> <arr> <str>2*comp1.mat1.rfi.n_iso*comp1.mat1.rfi.ki_iso/(comp1.mat1.rfi.n_iso^2-comp1.mat1.rfi.ki_iso^2)</str> </arr> <str>material.lstdf.epsilonPrim11</str> <arr> <str>comp1.mat1.rfi.n_iso^2-comp1.mat1.rfi.ki_iso^2</str> </arr> <str>material.lstdf.epsilonPrim21</str> <arr> <str>0</str> </arr> <str>material.lstdf.epsilonPrim31</str> <arr> <str>0</str> </arr> <str>material.lstdf.epsilonPrim12</str> <arr> <str>0</str> </arr> <str>material.lstdf.epsilonPrim22</str> <arr> <str>comp1.mat1.rfi.n_iso^2-comp1.mat1.rfi.ki_iso^2</str> </arr> <str>material.lstdf.epsilonPrim32</str> <arr> <str>0</str> </arr> <str>material.lstdf.epsilonPrim13</str> <arr> <str>0</str> </arr> <str>material.lstdf.epsilonPrim23</str> <arr> <str>0</str> </arr> <str>material.lstdf.epsilonPrim33</str> <arr> <str>comp1.mat1.rfi.n_iso^2-comp1.mat1.rfi.ki_iso^2</str> </arr> <str>material.lstdf.epsilonPrim_iso</str> <arr> <str>comp1.mat1.rfi.n_iso^2-comp1.mat1.rfi.ki_iso^2</str> </arr> <str>material.lstdf.epsilonPrim_symmetry</str> <arr> <str>4</str> </arr> <str>material.del.epsilonPrim11</str> <arr> <str>comp1.mat1.rfi.n11^2-comp1.mat1.rfi.ki11^2+comp1.mat1.rfi.n21^2-comp1.mat1.rfi.ki21^2+comp1.mat1.rfi.n31^2-comp1.mat1.rfi.ki31^2</str> </arr> <str>material.del.epsilonPrim21</str> <arr> <str>comp1.mat1.rfi.n11*comp1.mat1.rfi.n12-comp1.mat1.rfi.ki11*comp1.mat1.rfi.ki12+comp1.mat1.rfi.n21*comp1.mat1.rfi.n22-comp1.mat1.rfi.ki21*comp1.mat1.rfi.ki22+comp1.mat1.rfi.n31*comp1.mat1.rfi.n32-comp1.mat1.rfi.ki31*comp1.mat1.rfi.ki32</str> </arr> <str>material.del.epsilonPrim31</str> <arr> <str>comp1.mat1.rfi.n11*comp1.mat1.rfi.n13-comp1.mat1.rfi.ki11*comp1.mat1.rfi.ki13+comp1.mat1.rfi.n21*comp1.mat1.rfi.n23-comp1.mat1.rfi.ki21*comp1.mat1.rfi.ki23+comp1.mat1.rfi.n31*comp1.mat1.rfi.n33-comp1.mat1.rfi.ki31*comp1.mat1.rfi.ki33</str> </arr> <str>material.del.epsilonPrim12</str> <arr> <str>comp1.mat1.rfi.n12*comp1.mat1.rfi.n11-comp1.mat1.rfi.ki12*comp1.mat1.rfi.ki11+comp1.mat1.rfi.n22*comp1.mat1.rfi.n21-comp1.mat1.rfi.ki22*comp1.mat1.rfi.ki21+comp1.mat1.rfi.n32*comp1.mat1.rfi.n31-comp1.mat1.rfi.ki32*comp1.mat1.rfi.ki31</str> </arr> <str>material.del.epsilonPrim22</str> <arr> <str>comp1.mat1.rfi.n12^2-comp1.mat1.rfi.ki12^2+comp1.mat1.rfi.n22^2-comp1.mat1.rfi.ki22^2+comp1.mat1.rfi.n32^2-comp1.mat1.rfi.ki32^2</str> </arr> <str>material.del.epsilonPrim32</str> <arr> <str>comp1.mat1.rfi.n12*comp1.mat1.rfi.n13-comp1.mat1.rfi.ki12*comp1.mat1.rfi.ki13+comp1.mat1.rfi.n22*comp1.mat1.rfi.n23-comp1.mat1.rfi.ki22*comp1.mat1.rfi.ki23+comp1.mat1.rfi.n32*comp1.mat1.rfi.n33-comp1.mat1.rfi.ki32*comp1.mat1.rfi.ki33</str> </arr> <str>material.del.epsilonPrim13</str> <arr> <str>comp1.mat1.rfi.n13*comp1.mat1.rfi.n11-comp1.mat1.rfi.ki13*comp1.mat1.rfi.ki11+comp1.mat1.rfi.n23*comp1.mat1.rfi.n21-comp1.mat1.rfi.ki23*comp1.mat1.rfi.ki21+comp1.mat1.rfi.n33*comp1.mat1.rfi.n31-comp1.mat1.rfi.ki33*comp1.mat1.rfi.ki31</str> </arr> <str>material.del.epsilonPrim23</str> <arr> <str>comp1.mat1.rfi.n13*comp1.mat1.rfi.n12-comp1.mat1.rfi.ki13*comp1.mat1.rfi.ki12+comp1.mat1.rfi.n23*comp1.mat1.rfi.n22-comp1.mat1.rfi.ki23*comp1.mat1.rfi.ki22+comp1.mat1.rfi.n33*comp1.mat1.rfi.n32-comp1.mat1.rfi.ki33*comp1.mat1.rfi.ki32</str> </arr> <str>material.del.epsilonPrim33</str> <arr> <str>comp1.mat1.rfi.n13^2-comp1.mat1.rfi.ki13^2+comp1.mat1.rfi.n23^2-comp1.mat1.rfi.ki23^2+comp1.mat1.rfi.n33^2-comp1.mat1.rfi.ki33^2</str> </arr> <str>material.del.epsilonPrim_iso</str> <arr> <str>if(comp1.mat1.rfi.n12*comp1.mat1.rfi.n11-comp1.mat1.rfi.ki12*comp1.mat1.rfi.ki11+comp1.mat1.rfi.n22*comp1.mat1.rfi.n21-comp1.mat1.rfi.ki22*comp1.mat1.rfi.ki21+comp1.mat1.rfi.n32*comp1.mat1.rfi.n31-comp1.mat1.rfi.ki32*comp1.mat1.rfi.ki31==0&amp;&amp;comp1.mat1.rfi.n13*comp1.mat1.rfi.n11-comp1.mat1.rfi.ki13*comp1.mat1.rfi.ki11+comp1.mat1.rfi.n23*comp1.mat1.rfi.n21-comp1.mat1.rfi.ki23*comp1.mat1.rfi.ki21+comp1.mat1.rfi.n33*comp1.mat1.rfi.n31-comp1.mat1.rfi.ki33*comp1.mat1.rfi.ki31==0&amp;&amp;comp1.mat1.rfi.n12*comp1.mat1.rfi.n11-comp1.mat1.rfi.ki12*comp1.mat1.rfi.ki11+comp1.mat1.rfi.n22*comp1.mat1.rfi.n21-comp1.mat1.rfi.ki22*comp1.mat1.rfi.ki21+comp1.mat1.rfi.n32*comp1.mat1.rfi.n31-comp1.mat1.rfi.ki32*comp1.mat1.rfi.ki31==0&amp;&amp;comp1.mat1.rfi.n12^2-comp1.mat1.rfi.ki12^2+comp1.mat1.rfi.n22^2-comp1.mat1.rfi.ki22^2+comp1.mat1.rfi.n32^2-comp1.mat1.rfi.ki32^2==comp1.mat1.rfi.n11^2-comp1.mat1.rfi.ki11^2+comp1.mat1.rfi.n21^2-comp1.mat1.rfi.ki21^2+comp1.mat1.rfi.n31^2-comp1.mat1.rfi.ki31^2&amp;&amp;comp1.mat1.rfi.n13*comp1.mat1.rfi.n12-comp1.mat1.rfi.ki13*comp1.mat1.rfi.ki12+comp1.mat1.rfi.n23*comp1.mat1.rfi.n22-comp1.mat1.rfi.ki23*comp1.mat1.rfi.ki22+comp1.mat1.rfi.n33*comp1.mat1.rfi.n32-comp1.mat1.rfi.ki33*comp1.mat1.rfi.ki32==0&amp;&amp;comp1.mat1.rfi.n13*comp1.mat1.rfi.n11-comp1.mat1.rfi.ki13*comp1.mat1.rfi.ki11+comp1.mat1.rfi.n23*comp1.mat1.rfi.n21-comp1.mat1.rfi.ki23*comp1.mat1.rfi.ki21+comp1.mat1.rfi.n33*comp1.mat1.rfi.n31-comp1.mat1.rfi.ki33*comp1.mat1.rfi.ki31==0&amp;&amp;comp1.mat1.rfi.n13*comp1.mat1.rfi.n12-comp1.mat1.rfi.ki13*comp1.mat1.rfi.ki12+comp1.mat1.rfi.n23*comp1.mat1.rfi.n22-comp1.mat1.rfi.ki23*comp1.mat1.rfi.ki22+comp1.mat1.rfi.n33*comp1.mat1.rfi.n32-comp1.mat1.rfi.ki33*comp1.mat1.rfi.ki32==0&amp;&amp;comp1.mat1.rfi.n13^2-comp1.mat1.rfi.ki13^2+comp1.mat1. `rfi.n23^2-comp1.mat1.rfi.ki23^2+comp1.mat1.rfi.n33^2-comp1.mat1.rfi.ki33^2==comp1.mat1.rfi.n11^2-comp1.mat1.rfi.ki11^2+comp1.mat1.rfi.n21^2-comp1.mat1.rfi.ki21^2+comp1.mat1.rfi.n31^2-comp1.mat1.rfi.ki31^2,comp1.mat1.rfi.n11^2-comp1.mat1.rfi.ki11^2+comp1.mat1.rfi.n21^2-comp1.mat1.rfi.ki21^2+comp1.mat1.rfi.n31^2-comp1.mat1.rfi.ki31^2,error('$base64:RmFpbGVkIHRvIGV2YWx1YXRlIGFuIGlzb3Ryb3BpYyB2YWx1ZSBvZiBhbiBhbmlzb3Ryb3BpYyB0ZW5zb3IAAAAAAAA='))</str> </arr> <str>material.del.epsilonPrim_symmetry</str> <arr> <str>4</str> </arr> <str>material.del.epsilonBis11</str> <arr> <str>2*(comp1.mat1.rfi.n11*comp1.mat1.rfi.ki11+comp1.mat1.rfi.n21*comp1.mat1.rfi.ki21+comp1.mat1.rfi.n31*comp1.mat1.rfi.ki31)</str> </arr> <str>material.del.epsilonBis21</str> <arr> <str>comp1.mat1.rfi.n11*comp1.mat1.rfi.ki12+comp1.mat1.rfi.ki11*comp1.mat1.rfi.n12+comp1.mat1.rfi.n21*comp1.mat1.rfi.ki22+comp1.mat1.rfi.ki21*comp1.mat1.rfi.n22+comp1.mat1.rfi.n31*comp1.mat1.rfi.ki32+comp1.mat1.rfi.ki31*comp1.mat1.rfi.n32</str> </arr> <str>material.del.epsilonBis31</str> <arr> <str>comp1.mat1.rfi.n11*comp1.mat1.rfi.ki13+comp1.mat1.rfi.ki11*comp1.mat1.rfi.n13+comp1.mat1.rfi.n21*comp1.mat1.rfi.ki23+comp1.mat1.rfi.ki21*comp1.mat1.rfi.n23+comp1.mat1.rfi.n31*comp1.mat1.rfi.ki33+comp1.mat1.rfi.ki31*comp1.mat1.rfi.n33</str> </arr> <str>material.del.epsilonBis12</str> <arr> <str>comp1.mat1.rfi.n12*comp1.mat1.rfi.ki11+comp1.mat1.rfi.ki12*comp1.mat1.rfi.n11+comp1.mat1.rfi.n22*comp1.mat1.rfi.ki21+comp1.mat1.rfi.ki22*comp1.mat1.rfi.n21+comp1.mat1.rfi.n32*comp1.mat1.rfi.ki31+comp1.mat1.rfi.ki32*comp1.mat1.rfi.n31</str> </arr> <str>material.del.epsilonBis22</str> <arr> <str>2*(comp1.mat1.rfi.n12*comp1.mat1.rfi.ki12+comp1.mat1.rfi.n22*comp1.mat1.rfi.ki22+comp1.mat1.rfi.n32*comp1.mat1.rfi.ki32)</str> </arr> <str>material.del.epsilonBis32</str> <arr> <str>comp1.mat1.rfi.n12*comp1.mat1.rfi.ki13+comp1.mat1.rfi.ki12*comp1.mat1.rfi.n13+comp1.mat1.rfi.n22*comp1.mat1.rfi.ki23+comp1.mat1.rfi.ki22*comp1.mat1.rfi.n23+comp1.mat1.rfi.n32*comp1.mat1.rfi.ki33+comp1.mat1.rfi.ki32*comp1.mat1.rfi.n33</str> </arr> <str>material.del.epsilonBis13</str> <arr> <str>comp1.mat1.rfi.n13*comp1.mat1.rfi.ki11+comp1.mat1.rfi.ki13*comp1.mat1.rfi.n11+comp1.mat1.rfi.n23*comp1.mat1.rfi.ki21+comp1.mat1.rfi.ki23*comp1.mat1.rfi.n21+comp1.mat1.rfi.n33*comp1.mat1.rfi.ki31+comp1.mat1.rfi.ki33*comp1.mat1.rfi.n31</str> </arr> <str>material.del.epsilonBis23</str> <arr> <str>comp1.mat1.rfi.n13*comp1.mat1.rfi.ki12+comp1.mat1.rfi.ki13*comp1.mat1.rfi.n12+comp1.mat1.rfi.n23*comp1.mat1.rfi.ki22+comp1.mat1.rfi.ki23*comp1.mat1.rfi.n22+comp1.mat1.rfi.n33*comp1.mat1.rfi.ki32+comp1.mat1.rfi.ki33*comp1.mat1.rfi.n32</str> </arr> <str>material.del.epsilonBis33</str> <arr> <str>2*(comp1.mat1.rfi.n13*comp1.mat1.rfi.ki13+comp1.mat1.rfi.n23*comp1.mat1.rfi.ki23+comp1.mat1.rfi.n33*comp1.mat1.rfi.ki33)</str> </arr> <str>material.del.epsilonBis_iso</str> <arr> <str>if(comp1.mat1.rfi.n12*comp1.mat1.rfi.ki11+comp1.mat1.rfi.ki12*comp1.mat1.rfi.n11+comp1.mat1.rfi.n22*comp1.mat1.rfi.ki21+comp1.mat1.rfi.ki22*comp1.mat1.rfi.n21+comp1.mat1.rfi.n32*comp1.mat1.rfi.ki31+comp1.mat1.rfi.ki32*comp1.mat1.rfi.n31==0&amp;&amp;comp1.mat1.rfi.n13*comp1.mat1.rfi.ki11+comp1.mat1.rfi.ki13*comp1.mat1.rfi.n11+comp1.mat1.rfi.n23*comp1.mat1.rfi.ki21+comp1.mat1.rfi.ki23*comp1.mat1.rfi.n21+comp1.mat1.rfi.n33*comp1.mat1.rfi.ki31+comp1.mat1.rfi.ki33*comp1.mat1.rfi.n31==0&amp;&amp;comp1.mat1.rfi.n12*comp1.mat1.rfi.ki11+comp1.mat1.rfi.ki12*comp1.mat1.rfi.n11+comp1.mat1.rfi.n22*comp1.mat1.rfi.ki21+comp1.mat1.rfi.ki22*comp1.mat1.rfi.n21+comp1.mat1.rfi.n32*comp1.mat1.rfi.ki31+comp1.mat1.rfi.ki32*comp1.mat1.rfi.n31==0&amp;&amp;2*(comp1.mat1.rfi.n12*comp1.mat1.rfi.ki12+comp1.mat1.rfi.n22*comp1.mat1.rfi.ki22+comp1.mat1.rfi.n32*comp1.mat1.rfi.ki32)==2*(comp1.mat1.rfi.n11*comp1.mat1.rfi.ki11+comp1.mat1.rfi.n21*comp1.mat1.rfi.ki21+comp1.mat1.rfi.n31*comp1.mat1.rfi.ki31)&amp;&amp;comp1.mat1.rfi.n13*comp1.mat1.rfi.ki12+comp1.mat1.rfi.ki13*comp1.mat1.rfi.n12+comp1.mat1.rfi.n23*comp1.mat1.rfi.ki22+comp1.mat1.rfi.ki23*comp1.mat1.rfi.n22+comp1.mat1.rfi.n33*comp1.mat1.rfi.ki32+comp1.mat1.rfi.ki33*comp1.mat1.rfi.n32==0&amp;&amp;comp1.mat1.rfi.n13*comp1.mat1.rfi.ki11+comp1.mat1.rfi.ki13*comp1.mat1.rfi.n11+comp1.mat1.rfi.n23*comp1.mat1.rfi.ki21+comp1.mat1.rfi.ki23*comp1.mat1.rfi.n21+comp1.mat1.rfi.n33*comp1.mat1.rfi.ki31+comp1.mat1.rfi.ki33*comp1.mat1.rfi.n31==0&amp;&amp;comp1.mat1.rfi.n13*comp1.mat1.rfi.ki12+comp1.mat1.rfi.ki13*comp1.mat1.rfi.n12+comp1.mat1.rfi.n23*comp1.mat1.rfi.ki22+comp1.mat1.rfi.ki23*comp1.mat1.rfi.n22+comp1.mat1.rfi.n33*comp1.mat1.rfi.ki32+comp1.mat1.rfi.ki33*comp1.mat1.rfi.n32==0&amp;&amp;2*(comp1.mat1.rfi.n13*comp1.mat1.rfi.ki13+comp1.mat1.rfi.n23*comp1.mat1.rfi.ki23+comp1.mat1.rfi.n33*comp1.mat1.rfi.ki33)==2*(comp1.mat1.rfi.n11*comp1.mat1.rfi.ki11+comp1.mat1.rfi.n21*comp1.mat1.rfi.ki21+comp1.mat1.rfi.n31*comp1.mat1.rfi.ki31),2*(comp1.mat1.rfi.n11*comp1.mat1.rfi.ki11+comp1.mat1.rfi.n21*comp1.mat1.rfi.ki21+comp1.mat1.rfi.n31*comp1.mat1.rfi.ki31),error('$base64:RmFpbGVkIHRvIGV2YWx1YXRlIGFuIGlzb3Ryb3BpYyB2YWx1ZSBvZiBhbiBhbmlzb3Ryb3BpYyB0ZW5zb3IAAAAAAAA='))</str> </arr> <str>material.del.epsilonBis_symmetry</str> <arr> <str>4</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>1</str> <str>2</str> <str>4</str> </arr> </arr> </rec> </arr> </arr> <str>protected</str> <str>false</str> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <arr> </arr> <rec> <str>var</str> <arr> <str>material.rfi.n11</str> <arr> <str>sqrt(0.5*(real(epsilonr_iso)+sqrt(real(epsilonr_iso)^2+(-imag(epsilonr_iso))^2)))</str> </arr> <str>material.rfi.n21</str> <arr> <str>0</str> </arr> <str>material.rfi.n31</str> <arr> <str>0</str> </arr> <str>material.rfi.n12</str> <arr> <str>0</str> </arr> <str>material.rfi.n22</str> <arr> <str>sqrt(0.5*(real(epsilonr_iso)+sqrt(real(epsilonr_iso)^2+(-imag(epsilonr_iso))^2)))</str> </arr> <str>material.rfi.n32</str> <arr> <str>0</str> </arr> <str>material.rfi.n13</str> <arr> <str>0</str> </arr> <str>material.rfi.n23</str> <arr> <str>0</str> </arr> <str>material.rfi.n33</str> <arr> <str>sqrt(0.5*(real(epsilonr_iso)+sqrt(real(epsilonr_iso)^2+(-imag(epsilonr_iso))^2)))</str> </arr> <str>material.rfi.n_symmetry</str> <arr> <str>4</str> </arr> <str>material.rfi.n_iso</str> <arr> <str>sqrt(0.5*(real(epsilonr_iso)+sqrt(real(epsilonr_iso)^2+(-imag(epsilonr_iso))^2)))</str> </arr> <str>material.rfi.ki11</str> <arr> <str>-0.5*imag(epsilonr_iso)/sqrt(0.5*(real(epsilonr_iso)+sqrt(real(epsilonr_iso)^2+(-imag(epsilonr_iso))^2)))</str> </arr> <str>material.rfi.ki21</str> <arr> <str>0</str> </arr> <str>material.rfi.ki31</str> <arr> <str>0</str> </arr> <str>material.rfi.ki12</str> <arr> <str>0</str> </arr> <str>material.rfi.ki22</str> <arr> <str>-0.5*imag(epsilonr_iso)/sqrt(0.5*(real(epsilonr_iso)+sqrt(real(epsilonr_iso)^2+(-imag(epsilonr_iso))^2)))</str> </arr> <str>material.rfi.ki32</str> <arr> <str>0</str> </arr> <str>material.rfi.ki13</str> <arr> <str>0</str> </arr> <str>material.rfi.ki23</str> <arr> <str>0</str> </arr> <str>material.rfi.ki33</str> <arr> <str>-0.5*imag(epsilonr_iso)/sqrt(0.5*(real(epsilonr_iso)+sqrt(real(epsilonr_iso)^2+(-imag(epsilonr_iso))^2)))</str> </arr> <str>material.rfi.ki_symmetry</str> <arr> <str>4</str> </arr> <str>material.rfi.ki_iso</str> <arr> <str>-0.5*imag(epsilonr_iso)/sqrt(0.5*(real(epsilonr_iso)+sqrt(real(epsilonr_iso)^2+(-imag(epsilonr_iso))^2)))</str> </arr> <str>material.lst.epsilonPrim11</str> <arr> <str>real(epsilonr_iso)</str> </arr> <str>material.lst.epsilonPrim21</str> <arr> <str>0</str> </arr> <str>material.lst.epsilonPrim31</str> <arr> <str>0</str> </arr> <str>material.lst.epsilonPrim12</str> <arr> <str>0</str> </arr> <str>material.lst.epsilonPrim22</str> <arr> <str>real(epsilonr_iso)</str> </arr> <str>material.lst.epsilonPrim32</str> <arr> <str>0</str> </arr> <str>material.lst.epsilonPrim13</str> <arr> <str>0</str> </arr> <str>material.lst.epsilonPrim23</str> <arr> <str>0</str> </arr> <str>material.lst.epsilonPrim33</str> <arr> <str>real(epsilonr_iso)</str> </arr> <str>material.lst.epsilonPrim_iso</str> <arr> <str>real(epsilonr_iso)</str> </arr> <str>material.lst.epsilonPrim_symmetry</str> <arr> <str>4</str> </arr> <str>material.lst.delta</str> <arr> <str>atan2(-imag(epsilonr_iso),real(epsilonr_iso))*unit_rad_cf</str> </arr> <str>material.lstdf.tanDelta</str> <arr> <str>-imag(epsilonr_iso)/real(epsilonr_iso)</str> </arr> <str>material.lstdf.epsilonPrim11</str> <arr> <str>real(epsilonr_iso)</str> </arr> <str>material.lstdf.epsilonPrim21</str> <arr> <str>0</str> </arr> <str>material.lstdf.epsilonPrim31</str> <arr> <str>0</str> </arr> <str>material.lstdf.epsilonPrim12</str> <arr> <str>0</str> </arr> <str>material.lstdf.epsilonPrim22</str> <arr> <str>real(epsilonr_iso)</str> </arr> <str>material.lstdf.epsilonPrim32</str> <arr> <str>0</str> </arr> <str>material.lstdf.epsilonPrim13</str> <arr> <str>0</str> </arr> <str>material.lstdf.epsilonPrim23</str> <arr> <str>0</str> </arr> <str>material.lstdf.epsilonPrim33</str> <arr> <str>real(epsilonr_iso)</str> </arr> <str>material.lstdf.epsilonPrim_iso</str> <arr> <str>real(epsilonr_iso)</str> </arr> <str>material.lstdf.epsilonPrim_symmetry</str> <arr> <str>4</str> </arr> <str>material.del.epsilonPrim11</str> <arr> <str>real(comp1.mat2.def.epsilonr11)</str> </arr> <str>material.del.epsilonPrim21</str> <arr> <str>real(comp1.mat2.def.epsilonr21)</str> </arr> <str>material.del.epsilonPrim31</str> <arr> <str>real(comp1.mat2.def.epsilonr31)</str> </arr> <str>material.del.epsilonPrim12</str> <arr> <str>real(comp1.mat2.def.epsilonr12)</str> </arr> <str>material.del.epsilonPrim22</str> <arr> <str>real(comp1.mat2.def.epsilonr22)</str> </arr> <str>material.del.epsilonPrim32</str> <arr> <str>real(comp1.mat2.def.epsilonr32)</str> </arr> <str>material.del.epsilonPrim13</str> <arr> <str>real(comp1.mat2.def.epsilonr13)</str> </arr> <str>material.del.epsilonPrim23</str> <arr> <str>real(comp1.mat2.def.epsilonr23)</str> </arr> <str>material.del.epsilonPrim33</str> <arr> <str>real(comp1.mat2.def.epsilonr33)</str> </arr> <str>material.del.epsilonPrim_iso</str> <arr> <str>if(real(comp1.mat2.def.epsilonr12)==0&amp;&amp;real(comp1.mat2.def.epsilonr13)==0&amp;&amp;real(comp1.mat2.def.epsilonr21)==0&amp;&amp;real(comp1.mat2.def.epsilonr22)==real(comp1.mat2.def.epsilonr11)&amp;&amp;real(comp1.mat2.def.epsilonr23)==0&amp;&amp;real(comp1.mat2.def.epsilonr31)==0&amp;&amp;real(comp1.mat2.def.epsilonr32)==0&amp;&amp;real(comp1.mat2.def.epsilonr33)==real(comp1.mat2.def.epsilonr11),real(comp1.mat2.def.epsilonr11),error('$base64:RmFpbGVkIHRvIGV2YWx1YXRlIGFuIGlzb3Ryb3BpYyB2YWx1ZSBvZiBhbiBhbmlzb3Ryb3BpYyB0ZW5zb3IAAAAAAAA='))</str> </arr> <str>material.del.epsilonPrim_symmetry</str> <arr> <str>4</str> </arr> <str>material.del.epsilonBis11</str> <arr> <str>-imag(comp1.mat2.def.epsilonr11)</str> </arr> <str>material.del.epsilonBis21</str> <arr> <str>-imag(comp1.mat2.def.epsilonr21)</str> </arr> <str>material.del.epsilonBis31</str> <arr> <str>-imag(comp1.mat2.def.epsilonr31)</str> </arr> <str>material.del.epsilonBis12</str> <arr> <str>-imag(comp1.mat2.def.epsilonr12)</str> </arr> <str>material.del.epsilonBis22</str> <arr> <str>-imag(comp1.mat2.def.epsilonr22)</str> </arr> <str>material.del.epsilonBis32</str> <arr> <str>-imag(comp1.mat2.def.epsilonr32)</str> </arr> <str>material.del.epsilonBis13</str> <arr> <str>-imag(comp1.mat2.def.epsilonr13)</str> </arr> <str>material.del.epsilonBis23</str> <arr> <str>-imag(comp1.mat2.def.epsilonr23)</str> </arr> <str>material.del.epsilonBis33</str> <arr> <str>-imag(comp1.mat2.def.epsilonr33)</str> </arr> <str>material.del.epsilonBis_iso</str> <arr> <str>if(-imag(comp1.mat2.def.epsilonr12)==0&amp;&amp;-imag(comp1.mat2.def.epsilonr13)==0&amp;&amp;-imag(comp1.mat2.def.epsilonr21)==0&amp;&amp;-imag(comp1.mat2.def.epsilonr22)==-imag(comp1.mat2.def.epsilonr11)&amp;&amp;-imag(comp1.mat2.def.epsilonr23)==0&amp;&amp;-imag(comp1.mat2.def.epsilonr31)==0&amp;&amp;-imag(comp1.mat2.def.epsilonr32)==0&amp;&amp;-imag(comp1.mat2.def.epsilonr33)==-imag(comp1.mat2.def.epsilonr11),-imag(comp1.mat2.def.epsilonr11),error('$base64:RmFpbGVkIHRvIGV2YWx1YXRlIGFuIGlzb3Ryb3BpYyB2YWx1ZSBvZiBhbiBhbmlzb3Ryb3BpYyB0ZW5zb3IAAAAAAAA='))</str> </arr> <str>material.del.epsilonBis_symmetry</str> <arr> <str>4</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>5</str> <str>6</str> </arr> </arr> </rec> </arr> </arr> <str>protected</str> <str>false</str> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <arr> </arr> <rec> <str>var</str> <arr> <str>material.rfi.n11</str> <arr> <str>sqrt(0.5*(real(epsilonr_iso)+sqrt(real(epsilonr_iso)^2+(-imag(epsilonr_iso))^2)))</str> </arr> <str>material.rfi.n21</str> <arr> <str>0</str> </arr> <str>material.rfi.n31</str> <arr> <str>0</str> </arr> <str>material.rfi.n12</str> <arr> <str>0</str> </arr> <str>material.rfi.n22</str> <arr> <str>sqrt(0.5*(real(epsilonr_iso)+sqrt(real(epsilonr_iso)^2+(-imag(epsilonr_iso))^2)))</str> </arr> <str>material.rfi.n32</str> <arr> <str>0</str> </arr> <str>material.rfi.n13</str> <arr> <str>0</str> </arr> <str>material.rfi.n23</str> <arr> <str>0</str> </arr> <str>material.rfi.n33</str> <arr> <str>sqrt(0.5*(real(epsilonr_iso)+sqrt(real(epsilonr_iso)^2+(-imag(epsilonr_iso))^2)))</str> </arr> <str>material.rfi.n_symmetry</str> <arr> <str>4</str> </arr> <str>material.rfi.n_iso</str> <arr> <str>sqrt(0.5*(real(epsilonr_iso)+sqrt(real(epsilonr_iso)^2+(-imag(epsilonr_iso))^2)))</str> </arr> <str>material.rfi.ki11</str> <arr> <str>-0.5*imag(epsilonr_iso)/sqrt(0.5*(real(epsilonr_iso)+sqrt(real(epsilonr_iso)^2+(-imag(epsilonr_iso))^2)))</str> </arr> <str>material.rfi.ki21</str> <arr> <str>0</str> </arr> <str>material.rfi.ki31</str> <arr> <str>0</str> </arr> <str>material.rfi.ki12</str> <arr> <str>0</str> </arr> <str>material.rfi.ki22</str> <arr> <str>-0.5*imag(epsilonr_iso)/sqrt(0.5*(real(epsilonr_iso)+sqrt(real(epsilonr_iso)^2+(-imag(epsilonr_iso))^2)))</str> </arr> <str>material.rfi.ki32</str> <arr> <str>0</str> </arr> <str>material.rfi.ki13</str> <arr> <str>0</str> </arr> <str>material.rfi.ki23</str> <arr> <str>0</str> </arr> <str>material.rfi.ki33</str> <arr> <str>-0.5*imag(epsilonr_iso)/sqrt(0.5*(real(epsilonr_iso)+sqrt(real(epsilonr_iso)^2+(-imag(epsilonr_iso))^2)))</str> </arr> <str>material.rfi.ki_symmetry</str> <arr> <str>4</str> </arr> <str>material.rfi.ki_iso</str> <arr> <str>-0.5*imag(epsilonr_iso)/sqrt(0.5*(real(epsilonr_iso)+sqrt(real(epsilonr_iso)^2+(-imag(epsilonr_iso))^2)))</str> </arr> <str>material.lst.epsilonPrim11</str> <arr> <str>real(epsilonr_iso)</str> </arr> <str>material.lst.epsilonPrim21</str> <arr> <str>0</str> </arr> <str>material.lst.epsilonPrim31</str> <arr> <str>0</str> </arr> <str>material.lst.epsilonPrim12</str> <arr> <str>0</str> </arr> <str>material.lst.epsilonPrim22</str> <arr> <str>real(epsilonr_iso)</str> </arr> <str>material.lst.epsilonPrim32</str> <arr> <str>0</str> </arr> <str>material.lst.epsilonPrim13</str> <arr> <str>0</str> </arr> <str>material.lst.epsilonPrim23</str> <arr> <str>0</str> </arr> <str>material.lst.epsilonPrim33</str> <arr> <str>real(epsilonr_iso)</str> </arr> <str>material.lst.epsilonPrim_iso</str> <arr> <str>real(epsilonr_iso)</str> </arr> <str>material.lst.epsilonPrim_symmetry</str> <arr> <str>4</str> </arr> <str>material.lst.delta</str> <arr> <str>atan2(-imag(epsilonr_iso),real(epsilonr_iso))*unit_rad_cf</str> </arr> <str>material.lstdf.tanDelta</str> <arr> <str>-imag(epsilonr_iso)/real(epsilonr_iso)</str> </arr> <str>material.lstdf.epsilonPrim11</str> <arr> <str>real(epsilonr_iso)</str> </arr> <str>material.lstdf.epsilonPrim21</str> <arr> <str>0</str> </arr> <str>material.lstdf.epsilonPrim31</str> <arr> <str>0</str> </arr> <str>material.lstdf.epsilonPrim12</str> <arr> <str>0</str> </arr> <str>material.lstdf.epsilonPrim22</str> <arr> <str>real(epsilonr_iso)</str> </arr> <str>material.lstdf.epsilonPrim32</str> <arr> <str>0</str> </arr> <str>material.lstdf.epsilonPrim13</str> <arr> <str>0</str> </arr> <str>material.lstdf.epsilonPrim23</str> <arr> <str>0</str> </arr> <str>material.lstdf.epsilonPrim33</str> <arr> <str>real(epsilonr_iso)</str> </arr> <str>material.lstdf.epsilonPrim_iso</str> <arr> <str>real(epsilonr_iso)</str> </arr> <str>material.lstdf.epsilonPrim_symmetry</str> <arr> <str>4</str> </arr> <str>material.del.epsilonPrim11</str> <arr> <str>real(comp1.mat3.def.epsilonr11)</str> </arr> <str>material.del.epsilonPrim21</str> <arr> <str>real(comp1.mat3.def.epsilonr21)</str> </arr> <str>material.del.epsilonPrim31</str> <arr> <str>real(comp1.mat3.def.epsilonr31)</str> </arr> <str>material.del.epsilonPrim12</str> <arr> <str>real(comp1.mat3.def.epsilonr12)</str> </arr> <str>material.del.epsilonPrim22</str> <arr> <str>real(comp1.mat3.def.epsilonr22)</str> </arr> <str>material.del.epsilonPrim32</str> <arr> <str>real(comp1.mat3.def.epsilonr32)</str> </arr> <str>material.del.epsilonPrim13</str> <arr> <str>real(comp1.mat3.def.epsilonr13)</str> </arr> <str>material.del.epsilonPrim23</str> <arr> <str>real(comp1.mat3.def.epsilonr23)</str> </arr> <str>material.del.epsilonPrim33</str> <arr> <str>real(comp1.mat3.def.epsilonr33)</str> </arr> <str>material.del.epsilonPrim_iso</str> <arr> <str>if(real(comp1.mat3.def.epsilonr12)==0&amp;&amp;real(comp1.mat3.def.epsilonr13)==0&amp;&amp;real(comp1.mat3.def.epsilonr21)==0&amp;&amp;real(comp1.mat3.def.epsilonr22)==real(comp1.mat3.def.epsilonr11)&amp;&amp;real(comp1.mat3.def.epsilonr23)==0&amp;&amp;real(comp1.mat3.def.epsilonr31)==0&amp;&amp;real(comp1.mat3.def.epsilonr32)==0&amp;&amp;real(comp1.mat3.def.epsilonr33)==real(comp1.mat3.def.epsilonr11),real(comp1.mat3.def.epsilonr11),error('$base64:RmFpbGVkIHRvIGV2YWx1YXRlIGFuIGlzb3Ryb3BpYyB2YWx1ZSBvZiBhbiBhbmlzb3Ryb3BpYyB0ZW5zb3IAAAAAAAA='))</str> </arr> <str>material.del.epsilonPrim_symmetry</str> <arr> <str>4</str> </arr> <str>material.del.epsilonBis11</str> <arr> <str>-imag(comp1.mat3.def.epsilonr11)</str> </arr> <str>material.del.epsilonBis21</str> <arr> <str>-imag(comp1.mat3.def.epsilonr21)</str> </arr> <str>material.del.epsilonBis31</str> <arr> <str>-imag(comp1.mat3.def.epsilonr31)</str> </arr> <str>material.del.epsilonBis12</str> <arr> <str>-imag(comp1.mat3.def.epsilonr12)</str> </arr> <str>material.del.epsilonBis22</str> <arr> <str>-imag(comp1.mat3.def.epsilonr22) `</str> </arr> <str>material.del.epsilonBis32</str> <arr> <str>-imag(comp1.mat3.def.epsilonr32)</str> </arr> <str>material.del.epsilonBis13</str> <arr> <str>-imag(comp1.mat3.def.epsilonr13)</str> </arr> <str>material.del.epsilonBis23</str> <arr> <str>-imag(comp1.mat3.def.epsilonr23)</str> </arr> <str>material.del.epsilonBis33</str> <arr> <str>-imag(comp1.mat3.def.epsilonr33)</str> </arr> <str>material.del.epsilonBis_iso</str> <arr> <str>if(-imag(comp1.mat3.def.epsilonr12)==0&amp;&amp;-imag(comp1.mat3.def.epsilonr13)==0&amp;&amp;-imag(comp1.mat3.def.epsilonr21)==0&amp;&amp;-imag(comp1.mat3.def.epsilonr22)==-imag(comp1.mat3.def.epsilonr11)&amp;&amp;-imag(comp1.mat3.def.epsilonr23)==0&amp;&amp;-imag(comp1.mat3.def.epsilonr31)==0&amp;&amp;-imag(comp1.mat3.def.epsilonr32)==0&amp;&amp;-imag(comp1.mat3.def.epsilonr33)==-imag(comp1.mat3.def.epsilonr11),-imag(comp1.mat3.def.epsilonr11),error('$base64:RmFpbGVkIHRvIGV2YWx1YXRlIGFuIGlzb3Ryb3BpYyB2YWx1ZSBvZiBhbiBhbmlzb3Ryb3BpYyB0ZW5zb3IAAAAAAAA='))</str> </arr> <str>material.del.epsilonBis_symmetry</str> <arr> <str>4</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>3</str> </arr> </arr> </rec> </arr> </arr> <str>protected</str> <str>false</str> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <arr> </arr> <rec> <str>var</str> <arr> <str>material.NonlinearModel.BA</str> <arr> <str>-1+comp1.mat1.def.gamma</str> </arr> <str>material.NonlinearModel.BA_symmetry</str> <arr> <str>0</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>1</str> <str>2</str> <str>4</str> </arr> </arr> </rec> </arr> </arr> <str>protected</str> <str>false</str> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <arr> </arr> <rec> <str>var</str> <arr> <str>material.idealGas.Rs</str> <arr> <str>R_const/comp1.mat1.idealGas.Mn</str> </arr> <str>material.idealGas.Rs_symmetry</str> <arr> <str>0</str> </arr> <str>material.idealGas.Cp</str> <arr> <str>comp1.mat1.idealGas.Cp(minput.T/unit_K_cf)*unit_J_cf/(unit_kg_cf*unit_K_cf)</str> </arr> <str>material.idealGas.Cp_symmetry</str> <arr> <str>0</str> </arr> <str>material.idealGas.gamma</str> <arr> <str>1.4</str> </arr> <str>material.idealGas.gamma_symmetry</str> <arr> <str>0</str> </arr> <str>material.idealGas.Mn</str> <arr> <str>0.02897*unit_kg_cf/unit_mol_cf</str> </arr> <str>material.idealGas.Mn_symmetry</str> <arr> <str>0</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>1</str> <str>2</str> <str>4</str> </arr> </arr> </rec> </arr> </arr> <str>protected</str> <str>false</str> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <arr> </arr> <rec> <str>var</str> <arr> <str>material.idealGas.Cp</str> <arr> <str>comp1.mat2.def.heatcapacity</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>5</str> <str>6</str> </arr> </arr> </rec> </arr> </arr> <str>protected</str> <str>false</str> </rec> Kf<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <arr> </arr> <rec> <str>var</str> <arr> <str>material.Enu.E</str> <arr> <str>110*unit_GPa_cf</str> </arr> <str>material.Enu.E_symmetry</str> <arr> <str>0</str> </arr> <str>material.Enu.nu</str> <arr> <str>0.35</str> </arr> <str>material.Enu.nu_symmetry</str> <arr> <str>0</str> </arr> <str>material.EG.G</str> <arr> <str>0.5*comp1.mat2.Enu.E/(1+comp1.mat2.Enu.nu)</str> </arr> <str>material.Tetragonal7.c7tet1</str> <arr> <str>comp1.mat2.Enu.E*(1-comp1.mat2.Enu.nu)/((1+comp1.mat2.Enu.nu)*(1-2*comp1.mat2.Enu.nu))</str> </arr> <str>material.Tetragonal7.c7tet2</str> <arr> <str>comp1.mat2.Enu.E*comp1.mat2.Enu.nu/((1+comp1.mat2.Enu.nu)*(1-2*comp1.mat2.Enu.nu))</str> </arr> <str>material.Tetragonal7.c7tet3</str> <arr> <str>comp1.mat2.Enu.E*comp1.mat2.Enu.nu/((1+comp1.mat2.Enu.nu)*(1-2*comp1.mat2.Enu.nu))</str> </arr> <str>material.Tetragonal7.c7tet4</str> <arr> <str>0</str> </arr> <str>material.Tetragonal7.c7tet5</str> <arr> <str>comp1.mat2.Enu.E*(1-comp1.mat2.Enu.nu)/((1+comp1.mat2.Enu.nu)*(1-2*comp1.mat2.Enu.nu))</str> </arr> <str>material.Tetragonal7.c7tet6</str> <arr> <str>0.5*comp1.mat2.Enu.E/(1+comp1.mat2.Enu.nu)</str> </arr> <str>material.Tetragonal7.c7tet7</str> <arr> <str>0.5*comp1.mat2.Enu.E/(1+comp1.mat2.Enu.nu)</str> </arr> <str>material.AnisotropicVoGrp.DVo11</str> <arr> <str>comp1.mat2.Enu.E*(1-comp1.mat2.Enu.nu)/((1+comp1.mat2.Enu.nu)*(1-2*comp1.mat2.Enu.nu))</str> </arr> <str>material.AnisotropicVoGrp.DVo21</str> <arr> <str>comp1.mat2.Enu.E*comp1.mat2.Enu.nu/((1+comp1.mat2.Enu.nu)*(1-2*comp1.mat2.Enu.nu))</str> </arr> <str>material.AnisotropicVoGrp.DVo31</str> <arr> <str>comp1.mat2.Enu.E*comp1.mat2.Enu.nu/((1+comp1.mat2.Enu.nu)*(1-2*comp1.mat2.Enu.nu))</str> </arr> <str>material.AnisotropicVoGrp.DVo41</str> <arr> <str>0</str> </arr> <str>material.AnisotropicVoGrp.DVo51</str> <arr> <str>0</str> </arr> <str>material.AnisotropicVoGrp.DVo61</str> <arr> <str>0</str> </arr> <str>material.AnisotropicVoGrp.DVo12</str> <arr> <str>comp1.mat2.Enu.E*comp1.mat2.Enu.nu/((1+comp1.mat2.Enu.nu)*(1-2*comp1.mat2.Enu.nu))</str> </arr> <str>material.AnisotropicVoGrp.DVo22</str> <arr> <str>comp1.mat2.Enu.E*(1-comp1.mat2.Enu.nu)/((1+comp1.mat2.Enu.nu)*(1-2*comp1.mat2.Enu.nu))</str> </arr> <str>material.AnisotropicVoGrp.DVo32</str> <arr> <str>comp1.mat2.Enu.E*comp1.mat2.Enu.nu/((1+comp1.mat2.Enu.nu)*(1-2*comp1.mat2.Enu.nu))</str> </arr> <str>material.AnisotropicVoGrp.DVo42</str> <arr> <str>0</str> </arr> <str>material.AnisotropicVoGrp.DVo52</str> <arr> <str>0</str> </arr> <str>material.AnisotropicVoGrp.DVo62</str> <arr> <str>0</str> </arr> <str>material.AnisotropicVoGrp.DVo13</str> <arr> <str>comp1.mat2.Enu.E*comp1.mat2.Enu.nu/((1+comp1.mat2.Enu.nu)*(1-2*comp1.mat2.Enu.nu))</str> </arr> <str>material.AnisotropicVoGrp.DVo23</str> <arr> <str>comp1.mat2.Enu.E*comp1.mat2.Enu.nu/((1+comp1.mat2.Enu.nu)*(1-2*comp1.mat2.Enu.nu))</str> </arr> <str>material.AnisotropicVoGrp.DVo33</str> <arr> <str>comp1.mat2.Enu.E*(1-comp1.mat2.Enu.nu)/((1+comp1.mat2.Enu.nu)*(1-2*comp1.mat2.Enu.nu))</str> </arr> <str>material.AnisotropicVoGrp.DVo43</str> <arr> <str>0</str> </arr> <str>material.AnisotropicVoGrp.DVo53</str> <arr> <str>0</str> </arr> <str>material.AnisotropicVoGrp.DVo63</str> <arr> <str>0</str> </arr> <str>material.AnisotropicVoGrp.DVo14</str> <arr> <str>0</str> </arr> <str>material.AnisotropicVoGrp.DVo24</str> <arr> <str>0</str> </arr> <str>material.AnisotropicVoGrp.DVo34</str> <arr> <str>0</str> </arr> <str>material.AnisotropicVoGrp.DVo44</str> <arr> <str>0.5*comp1.mat2.Enu.E/(1+comp1.mat2.Enu.nu)</str> </arr> <str>material.AnisotropicVoGrp.DVo54</str> <arr> <str>0</str> </arr> <str>material.AnisotropicVoGrp.DVo64</str> <arr> <str>0</str> </arr> <str>material.AnisotropicVoGrp.DVo15</str> <arr> <str>0</str> </arr> <str>material.AnisotropicVoGrp.DVo25</str> <arr> <str>0</str> </arr> <str>material.AnisotropicVoGrp.DVo35</str> <arr> <str>0</str> </arr> <str>material.AnisotropicVoGrp.DVo45</str> <arr> <str>0</str> </arr> <str>material.AnisotropicVoGrp.DVo55</str> <arr> <str>0.5*comp1.mat2.Enu.E/(1+comp1.mat2.Enu.nu)</str> </arr> <str>material.AnisotropicVoGrp.DVo65</str> <arr> <str>0</str> </arr> <str>material.AnisotropicVoGrp.DVo16</str> <arr> <str>0</str> </arr> <str>material.AnisotropicVoGrp.DVo26</str> <arr> <str>0</str> </arr> <str>material.AnisotropicVoGrp.DVo36</str> <arr> <str>0</str> </arr> <str>material.AnisotropicVoGrp.DVo46</str> <arr> <str>0</str> </arr> <str>material.AnisotropicVoGrp.DVo56</str> <arr> <str>0</str> </arr> <str>material.AnisotropicVoGrp.DVo66</str> <arr> <str>0.5*comp1.mat2.Enu.E/(1+comp1.mat2.Enu.nu)</str> </arr> <str>material.AnisotropicVoGrp.DVo_iso</str> <arr> <str>if(comp1.mat2.Enu.E*comp1.mat2.Enu.nu/((1+comp1.mat2.Enu.nu)*(1-2*comp1.mat2.Enu.nu))==0&amp;&amp;comp1.mat2.Enu.E*comp1.mat2.Enu.nu/((1+comp1.mat2.Enu.nu)*(1-2*comp1.mat2.Enu.nu))==0&amp;&amp;comp1.mat2.Enu.E*comp1.mat2.Enu.nu/((1+comp1.mat2.Enu.nu)*(1-2*comp1.mat2.Enu.nu))==0&amp;&amp;comp1.mat2.Enu.E*comp1.mat2.Enu.nu/((1+comp1.mat2.Enu.nu)*(1-2*comp1.mat2.Enu.nu))==0&amp;&amp;comp1.mat2.Enu.E*comp1.mat2.Enu.nu/((1+comp1.mat2.Enu.nu)*(1-2*comp1.mat2.Enu.nu))==0&amp;&amp;comp1.mat2.Enu.E*comp1.mat2.Enu.nu/((1+comp1.mat2.Enu.nu)*(1-2*comp1.mat2.Enu.nu))==0&amp;&amp;0.5*comp1.mat2.Enu.E/(1+comp1.mat2.Enu.nu)==comp1.mat2.Enu.E*(1-comp1.mat2.Enu.nu)/((1+comp1.mat2.Enu.nu)*(1-2*comp1.mat2.Enu.nu))&amp;&amp;0.5*comp1.mat2.Enu.E/(1+comp1.mat2.Enu.nu)==comp1.mat2.Enu.E*(1-comp1.mat2.Enu.nu)/((1+comp1.mat2.Enu.nu)*(1-2*comp1.mat2.Enu.nu))&amp;&amp;0.5*comp1.mat2.Enu.E/(1+comp1.mat2.Enu.nu)==comp1.mat2.Enu.E*(1-comp1.mat2.Enu.nu)/((1+comp1.mat2.Enu.nu)*(1-2*comp1.mat2.Enu.nu)),comp1.mat2.Enu.E*(1-comp1.mat2.Enu.nu)/((1+comp1.mat2.Enu.nu)*(1-2*comp1.mat2.Enu.nu)),error('$base64:RmFpbGVkIHRvIGV2YWx1YXRlIGFuIGlzb3Ryb3BpYyB2YWx1ZSBvZiBhbiBhbmlzb3Ryb3BpYyB0ZW5zb3IAAAAAAAA='))</str> </arr> <str>material.AnisotropicVoGrp.DVo_symmetry</str> <arr> <str>4</str> </arr> <str>material.Anisotropic.D11</str> <arr> <str>comp1.mat2.Enu.E*(1-comp1.mat2.Enu.nu)/((1+comp1.mat2.Enu.nu)*(1-2*comp1.mat2.Enu.nu))</str> </arr> <str>material.Anisotropic.D21</str> <arr> <str>comp1.mat2.Enu.E*comp1.mat2.Enu.nu/((1+comp1.mat2.Enu.nu)*(1-2*comp1.mat2.Enu.nu))</str> </arr> <str>material.Anisotropic.D31</str> <arr> <str>comp1.mat2.Enu.E*comp1.mat2.Enu.nu/((1+comp1.mat2.Enu.nu)*(1-2*comp1.mat2.Enu.nu))</str> </arr> <str>material.Anisotropic.D41</str> <arr> <str>0</str> </arr> <str>material.Anisotropic.D51</str> <arr> <str>0</str> </arr> <str>material.Anisotropic.D61</str> <arr> <str>0</str> </arr> <str>material.Anisotropic.D12</str> <arr> <str>comp1.mat2.Enu.E*comp1.mat2.Enu.nu/((1+comp1.mat2.Enu.nu)*(1-2*comp1.mat2.Enu.nu))</str> </arr> <str>material.Anisotropic.D22</str> <arr> <str>comp1.mat2.Enu.E*(1-comp1.mat2.Enu.nu)/((1+comp1.mat2.Enu.nu)*(1-2*comp1.mat2.Enu.nu))</str> </arr> <str>material.Anisotropic.D32</str> <arr> <str>comp1.mat2.Enu.E*comp1.mat2.Enu.nu/((1+comp1.mat2.Enu.nu)*(1-2*comp1.mat2.Enu.nu))</str> </arr> <str>material.Anisotropic.D42</str> <arr> <str>0</str> </arr> <str>material.Anisotropic.D52</str> <arr> <str>0</str> </arr> <str>material.Anisotropic.D62</str> <arr> <str>0</str> </arr> <str>material.Anisotropic.D13</str> <arr> <str>comp1.mat2.Enu.E*comp1.mat2.Enu.nu/((1+comp1.mat2.Enu.nu)*(1-2*comp1.mat2.Enu.nu))</str> </arr> <str>material.Anisotropic.D23</str> <arr> <str>comp1.mat2.Enu.E*comp1.mat2.Enu.nu/((1+comp1.mat2.Enu.nu)*(1-2*comp1.mat2.Enu.nu))</str> </arr> <str>material.Anisotropic.D33</str> <arr> <str>comp1.mat2.Enu.E*(1-comp1.mat2.Enu.nu)/((1+comp1.mat2.Enu.nu)*(1-2*comp1.mat2.Enu.nu))</str> </arr> <str>material.Anisotropic.D43</str> <arr> <str>0</str> </arr> <str>material.Anisotropic.D53</str> <arr> <str>0</str> </arr> <str>material.Anisotropic.D63</str> <arr> <str>0</str> </arr> <str>material.Anisotropic.D14</str> <arr> <str>0</str> </arr> <str>material.Anisotropic.D24</str> <arr> <str>0</str> </arr> <str>material.Anisotropic.D34</str> <arr> <str>0</str> </arr> <str>material.Anisotropic.D44</str> <arr> <str>0.5*comp1.mat2.Enu.E/(1+comp1.mat2.Enu.nu)</str> </arr> <str>material.Anisotropic.D54</str> <arr> <str>0</str> </arr> <str>material.Anisotropic.D64</str> <arr> <str>0</str> </arr> <str>material.Anisotropic.D15</str> <arr> <str>0</str> </arr> <str>material.Anisotropic.D25</str> <arr> <str>0</str> </arr> <str>material.Anisotropic.D35</str> <arr> <str>0</str> </arr> <str>material.Anisotropic.D45</str> <arr> <str>0</str> </arr> <str>material.Anisotropic.D55</str> <arr> <str>0.5*comp1.mat2.Enu.E/(1+comp1.mat2.Enu.nu)</str> </arr> <str>material.Anisotropic.D65</str> <arr> <str>0</str> </arr> <str>material.Anisotropic.D16</str> <arr> <str>0</str> </arr> <str>material.Anisotropic.D26</str> <arr> <str>0</str> </arr> <str>material.Anisotropic.D36</str> <arr> <str>0</str> </arr> <str>material.Anisotropic.D46</str> <arr> <str>0</str> </arr> <str>material.Anisotropic.D56</str> <arr> <str>0</str> </arr> <str>material.Anisotropic.D66</str> <arr> <str>0.5*comp1.mat2.Enu.E/(1+comp1.mat2.Enu.nu)</str> </arr> <str>material.Anisotropic.D_iso</str> <arr> <str>if(comp1.mat2.Enu.E*comp1.mat2.Enu.nu/((1+comp1.mat2.Enu.nu)*(1-2*comp1.mat2.Enu.nu))==0&amp;&amp;comp1.mat2.Enu.E*comp1.mat2.Enu.nu/((1+comp1.mat2.Enu.nu)*(1-2*comp1.mat2.Enu.nu))==0&amp;&amp;comp1.mat2.Enu.E*comp1.mat2.Enu.nu/((1+comp1.mat2.Enu.nu)*(1-2*comp1.mat2.Enu.nu))==0&amp;&amp;comp1.mat2.Enu.E*comp1.mat2.Enu.nu/((1+comp1.mat2.Enu.nu)*(1-2*comp1.mat2.Enu.nu))==0&amp;&amp;comp1.mat2.Enu.E*comp1.mat2.Enu.nu/((1+comp1.mat2.Enu.nu)*(1-2*comp1.mat2.Enu.nu))==0&amp;&amp;comp1.mat2.Enu.E*comp1.mat2.Enu.nu/((1+comp1.mat2.Enu.nu)*(1-2*comp1.mat2.Enu.nu))==0&amp;&amp;0.5*comp1.mat2.Enu.E/(1+comp1.mat2.Enu.nu)==comp1.mat2.Enu.E*(1-comp1.mat2.Enu.nu)/((1+comp1.mat2.Enu.nu)*(1-2*comp1.mat2.Enu.nu))&amp;&amp;0.5*comp1.mat2.Enu.E/(1+comp1.mat2.Enu.nu)==comp1.mat2.Enu.E*(1-comp1.mat2.Enu.nu)/((1+comp1.mat2.Enu.nu)*(1-2*comp1.mat2.Enu.nu))&amp;&amp;0.5*comp1.mat2.Enu.E/(1+comp1.mat2.Enu.nu)==comp1.mat2.Enu.E*(1-comp1.mat2.Enu.nu)/((1+comp1.mat2.Enu.nu)*(1-2*comp1.mat2.Enu.nu)),comp1.mat2.Enu.E*(1-comp1.mat2.Enu.nu)/((1+comp1.mat2.Enu.nu)*(1-2*comp1.mat2.Enu.nu)),error('$base64:RmFpbGVkIHRvIGV2YWx1YXRlIGFuIGlzb3Ryb3BpYyB2YWx1ZSBvZiBhbiBhbmlzb3Ryb3BpYyB0ZW5zb3IAAAAAAAA='))</str> </arr> <str>material.Anisotropic.D_symmetry</str> <arr> <str>4</str> </arr> <str>material.Lame.muLame</str> <arr> <str>0.5*comp1.mat2.Enu.E/(1+comp1.mat2.Enu.nu)</str> </arr> <str>material.Lame.lambLame</str> <arr> <str>comp1.mat2.Enu.E*comp1.mat2.Enu.nu/((1+comp1.mat2.Enu.nu)*(1-2*comp1.mat2.Enu.nu))</str> </arr> <str>material.Hexagonal5.c5hex1</str> <arr> <str>comp1.mat2.Enu.E*(1-comp1.mat2.Enu.nu)/((1+comp1.mat2.Enu.nu)*(1-2*comp1.mat2.Enu.nu))</str> </arr> <str>material.Hexagonal5.c5hex2</str> <arr> <str>comp1.mat2.Enu.E*comp1.mat2.Enu.nu/((1+comp1.mat2.Enu.nu)*(1-2*comp1.mat2.Enu.nu))</str> </arr> <str>material.Hexagonal5.c5hex3</str> <arr> <str>comp1.mat2.Enu.E*comp1.mat2.Enu.nu/((1+comp1.mat2.Enu.nu)*(1-2*comp1.mat2.Enu.nu))</str> </arr> <str>material.Hexagonal5.c5hex4</str> <arr> <str>comp1.mat2.Enu.E*(1-comp1.mat2.Enu.nu)/((1+comp1.mat2.Enu.nu)*(1-2*comp1.mat2.Enu.nu))</str> </arr> <str>material.Hexagonal5.c5hex5</str> <arr> <str>0.5*comp1.mat2.Enu.E/(1+comp1.mat2.Enu.nu)</str> </arr> <str>material.Trigonal7.c7tri1</str> <arr> <str>comp1.mat2.Enu.E*(1-comp1.mat2.Enu.nu)/((1+comp1.mat2.Enu.nu)*(1-2*comp1.mat2.Enu.nu))</str> </arr> <str>material.Trigonal7.c7tri2</str> <arr> <str>comp1.mat2.Enu.E*comp1.mat2.Enu.nu/((1+comp1.mat2.Enu.nu)*(1-2*comp1.mat2.Enu.nu))</str> </arr> <str>material.Trigonal7.c7tri3</str> <arr> <str>comp1.mat2.Enu.E*comp1.mat2.Enu.nu/((1+comp1.mat2.Enu.nu)*(1-2*comp1.mat2.Enu.nu))</str> </arr> <str>material.Trigonal7.c7tri4</str> <arr> <str>0</str> </arr> <str>material.Trigonal7.c7tri5</str> <arr> <str>0</str> </arr> <str>material.Trigonal7.c7tri6</str> <arr> <str>comp1.mat2.Enu.E*(1-comp1.mat2.Enu.nu)/((1+comp1.mat2.Enu.nu)*(1-2*comp1.mat2.Enu.nu))</str> </arr> <str>material.Trigonal7.c7tri7</str> <arr> <str>0.5*comp1.mat2.Enu.E/(1+comp1.mat2.Enu.nu)</str> </arr> <str>material.AnisotropicDinGrp.Dinv11</str> <arr> <str>1/comp1.mat2.Enu.E</str> </arr> <str>material.AnisotropicDinGrp.Dinv21</str> <arr> <str>-comp1.mat2.Enu.nu/comp1.mat2.Enu.E</str> </arr> <str>material.AnisotropicDinGrp.Dinv31</str> <arr> <str>-comp1.mat2.Enu.nu/comp1.mat2.Enu.E</str> </arr> <str>material.AnisotropicDinGrp.Dinv41</str> <arr> <str>0</str> </arr> <str>material.AnisotropicDinGrp.Dinv51</str> <arr> <str>0</str> </arr> <str>material.AnisotropicDinGrp.Dinv61</str> <arr> <str>0</str> </arr> <str>material.AnisotropicDinGrp.Dinv12</str> <arr> <str>-comp1.mat2.Enu.nu/comp1.mat2.Enu.E</str> </arr> <str>material.AnisotropicDinGrp.Dinv22</str> <arr> <str>1/comp1.mat2.Enu.E</str> </arr> <str>material.AnisotropicDinGrp.Dinv32</str> <arr> <str>-comp1.mat2.Enu.nu/comp1.mat2.Enu.E</str> </arr> <str>material.AnisotropicDinGrp.Dinv42</str> <arr> <str>0</str> </arr> <str>material.AnisotropicDinGrp.Dinv52</str> <arr> <str>0</str> </arr> <str>material.AnisotropicDinGrp.Dinv62</str> <arr> <str>0</str> </arr> <str>material.AnisotropicDinGrp.Dinv13</str> <arr> <str>-comp1.mat2.Enu.nu/comp1.mat2.Enu.E</str> </arr> <str>material.AnisotropicDinGrp.Dinv23</str> <arr> <str>-comp1.mat2.Enu.nu/comp1.mat2.Enu.E</str> </arr> <str>material.AnisotropicDinGrp.Dinv33</str> <arr> <str>1/comp1.mat2.Enu.E</str> </arr> <str>material.AnisotropicDinGrp.Dinv43</str> <arr> <str>0</str> </arr> <str>material.AnisotropicDinGrp.Dinv53</str> <arr> <str>0</str> </arr> <str>material.AnisotropicDinGrp.Dinv63</str> <arr> <str>0</str> </arr> <str>material.AnisotropicDinGrp.Dinv14</str> <arr> <str>0</str> </arr> <str>material.AnisotropicDinGrp.Dinv24</str> <arr> <str>0</str> </arr> <str>material.AnisotropicDinGrp.Dinv34</str> <arr> <str>0</str> </arr> <str>material.AnisotropicDinGrp.Dinv44</str> <arr> <str>2*(1+comp1.mat2.Enu.nu)/comp1.mat2.Enu.E</str> </arr> <str>material.AnisotropicDinGrp.Dinv54</str> <arr> <str>0</str> </arr> <str>material.AnisotropicDinGrp.Dinv64</str> <arr> <str>0</str> </arr> <str>material.AnisotropicDinGrp.Dinv15</str> <arr> <str>0</str> </arr> <str>material.AnisotropicDinGrp.Dinv25</str> <arr> <str>0</str> </arr> <str>material.AnisotropicDinGrp.Dinv35</str> <arr> <str>0</str> </arr> <str>material.AnisotropicDinGrp.Dinv45</str> <arr> <str>0</str> </arr> <str>material.AnisotropicDinGrp.Dinv55</str> <arr> <str>2*(1+comp1.mat2.Enu.nu)/comp1.mat2.Enu.E</str> </arr> <str>material.AnisotropicDinGrp.Dinv65</str> <arr> <str>0</str> </arr> <str>material.AnisotropicDinGrp.Dinv16</str> <arr> <str>0</str> </arr> <str>material.AnisotropicDinGrp.Dinv26</str> <arr> <str>0</str> </arr> <str>material.AnisotropicDinGrp.Dinv36</str> <arr> <str>0</str> </arr> <str>material.AnisotropicDinGrp.Dinv46</str> <arr> <str>0</str> </arr> <str>material.AnisotropicDinGrp.Dinv56</str> <arr> <str>0</str> </arr> <str>material.AnisotropicDinGrp.Dinv66</str> <arr> <str>2*(1+comp1.mat2.Enu.nu)/comp1.mat2.Enu.E</str> </arr> <str>material.AnisotropicDinGrp.Dinv_iso</str> <arr> <str>if(-comp1.mat2.Enu.nu/comp1.mat2.Enu.E==0&amp;&amp;-comp1.m `at2.Enu.nu/comp1.mat2.Enu.E==0&amp;&amp;-comp1.mat2.Enu.nu/comp1.mat2.Enu.E==0&amp;&amp;-comp1.mat2.Enu.nu/comp1.mat2.Enu.E==0&amp;&amp;-comp1.mat2.Enu.nu/comp1.mat2.Enu.E==0&amp;&amp;-comp1.mat2.Enu.nu/comp1.mat2.Enu.E==0&amp;&amp;2*(1+comp1.mat2.Enu.nu)/comp1.mat2.Enu.E==1/comp1.mat2.Enu.E&amp;&amp;2*(1+comp1.mat2.Enu.nu)/comp1.mat2.Enu.E==1/comp1.mat2.Enu.E&amp;&amp;2*(1+comp1.mat2.Enu.nu)/comp1.mat2.Enu.E==1/comp1.mat2.Enu.E,1/comp1.mat2.Enu.E,error('$base64:RmFpbGVkIHRvIGV2YWx1YXRlIGFuIGlzb3Ryb3BpYyB2YWx1ZSBvZiBhbiBhbmlzb3Ryb3BpYyB0ZW5zb3IAAAAAAAA='))</str> </arr> <str>material.AnisotropicDinGrp.Dinv_symmetry</str> <arr> <str>4</str> </arr> <str>material.Trigonal6.c6tri1</str> <arr> <str>comp1.mat2.Enu.E*(1-comp1.mat2.Enu.nu)/((1+comp1.mat2.Enu.nu)*(1-2*comp1.mat2.Enu.nu))</str> </arr> <str>material.Trigonal6.c6tri2</str> <arr> <str>comp1.mat2.Enu.E*comp1.mat2.Enu.nu/((1+comp1.mat2.Enu.nu)*(1-2*comp1.mat2.Enu.nu))</str> </arr> <str>material.Trigonal6.c6tri3</str> <arr> <str>comp1.mat2.Enu.E*comp1.mat2.Enu.nu/((1+comp1.mat2.Enu.nu)*(1-2*comp1.mat2.Enu.nu))</str> </arr> <str>material.Trigonal6.c6tri4</str> <arr> <str>0</str> </arr> <str>material.Trigonal6.c6tri5</str> <arr> <str>comp1.mat2.Enu.E*(1-comp1.mat2.Enu.nu)/((1+comp1.mat2.Enu.nu)*(1-2*comp1.mat2.Enu.nu))</str> </arr> <str>material.Trigonal6.c6tri6</str> <arr> <str>0.5*comp1.mat2.Enu.E/(1+comp1.mat2.Enu.nu)</str> </arr> <str>material.Tetragonal6.c6tet1</str> <arr> <str>comp1.mat2.Enu.E*(1-comp1.mat2.Enu.nu)/((1+comp1.mat2.Enu.nu)*(1-2*comp1.mat2.Enu.nu))</str> </arr> <str>material.Tetragonal6.c6tet2</str> <arr> <str>comp1.mat2.Enu.E*comp1.mat2.Enu.nu/((1+comp1.mat2.Enu.nu)*(1-2*comp1.mat2.Enu.nu))</str> </arr> <str>material.Tetragonal6.c6tet3</str> <arr> <str>comp1.mat2.Enu.E*comp1.mat2.Enu.nu/((1+comp1.mat2.Enu.nu)*(1-2*comp1.mat2.Enu.nu))</str> </arr> <str>material.Tetragonal6.c6tet4</str> <arr> <str>comp1.mat2.Enu.E*(1-comp1.mat2.Enu.nu)/((1+comp1.mat2.Enu.nu)*(1-2*comp1.mat2.Enu.nu))</str> </arr> <str>material.Tetragonal6.c6tet5</str> <arr> <str>0.5*comp1.mat2.Enu.E/(1+comp1.mat2.Enu.nu)</str> </arr> <str>material.Tetragonal6.c6tet6</str> <arr> <str>0.5*comp1.mat2.Enu.E/(1+comp1.mat2.Enu.nu)</str> </arr> <str>material.TransverseIsotropic.Evect1</str> <arr> <str>comp1.mat2.Enu.E</str> </arr> <str>material.TransverseIsotropic.Evect2</str> <arr> <str>comp1.mat2.Enu.E</str> </arr> <str>material.TransverseIsotropic.nuvect1</str> <arr> <str>comp1.mat2.Enu.nu</str> </arr> <str>material.TransverseIsotropic.nuvect2</str> <arr> <str>comp1.mat2.Enu.nu</str> </arr> <str>material.TransverseIsotropic.Gvect1</str> <arr> <str>0.5*comp1.mat2.Enu.E/(1+comp1.mat2.Enu.nu)</str> </arr> <str>material.Orthotropic.nuvector1</str> <arr> <str>comp1.mat2.Enu.nu</str> </arr> <str>material.Orthotropic.nuvector2</str> <arr> <str>comp1.mat2.Enu.nu</str> </arr> <str>material.Orthotropic.nuvector3</str> <arr> <str>comp1.mat2.Enu.nu</str> </arr> <str>material.Orthotropic.Gvector1</str> <arr> <str>0.5*comp1.mat2.Enu.E/(1+comp1.mat2.Enu.nu)</str> </arr> <str>material.Orthotropic.Gvector2</str> <arr> <str>0.5*comp1.mat2.Enu.E/(1+comp1.mat2.Enu.nu)</str> </arr> <str>material.Orthotropic.Gvector3</str> <arr> <str>0.5*comp1.mat2.Enu.E/(1+comp1.mat2.Enu.nu)</str> </arr> <str>material.Orthotropic.Evector1</str> <arr> <str>comp1.mat2.Enu.E</str> </arr> <str>material.Orthotropic.Evector2</str> <arr> <str>comp1.mat2.Enu.E</str> </arr> <str>material.Orthotropic.Evector3</str> <arr> <str>comp1.mat2.Enu.E</str> </arr> <str>material.OrthotropicVoGrp.GvectorVo1</str> <arr> <str>0.5*comp1.mat2.Enu.E/(1+comp1.mat2.Enu.nu)</str> </arr> <str>material.OrthotropicVoGrp.GvectorVo2</str> <arr> <str>0.5*comp1.mat2.Enu.E/(1+comp1.mat2.Enu.nu)</str> </arr> <str>material.OrthotropicVoGrp.GvectorVo3</str> <arr> <str>0.5*comp1.mat2.Enu.E/(1+comp1.mat2.Enu.nu)</str> </arr> <str>material.OrthotropicVoGrp.nuvector1</str> <arr> <str>comp1.mat2.Enu.nu</str> </arr> <str>material.OrthotropicVoGrp.nuvector2</str> <arr> <str>comp1.mat2.Enu.nu</str> </arr> <str>material.OrthotropicVoGrp.nuvector3</str> <arr> <str>comp1.mat2.Enu.nu</str> </arr> <str>material.OrthotropicVoGrp.Evector1</str> <arr> <str>comp1.mat2.Enu.E</str> </arr> <str>material.OrthotropicVoGrp.Evector2</str> <arr> <str>comp1.mat2.Enu.E</str> </arr> <str>material.OrthotropicVoGrp.Evector3</str> <arr> <str>comp1.mat2.Enu.E</str> </arr> <str>material.AnisotropicDinVoGrp.DinvVo11</str> <arr> <str>1/comp1.mat2.Enu.E</str> </arr> <str>material.AnisotropicDinVoGrp.DinvVo21</str> <arr> <str>-comp1.mat2.Enu.nu/comp1.mat2.Enu.E</str> </arr> <str>material.AnisotropicDinVoGrp.DinvVo31</str> <arr> <str>-comp1.mat2.Enu.nu/comp1.mat2.Enu.E</str> </arr> <str>material.AnisotropicDinVoGrp.DinvVo41</str> <arr> <str>0</str> </arr> <str>material.AnisotropicDinVoGrp.DinvVo51</str> <arr> <str>0</str> </arr> <str>material.AnisotropicDinVoGrp.DinvVo61</str> <arr> <str>0</str> </arr> <str>material.AnisotropicDinVoGrp.DinvVo12</str> <arr> <str>-comp1.mat2.Enu.nu/comp1.mat2.Enu.E</str> </arr> <str>material.AnisotropicDinVoGrp.DinvVo22</str> <arr> <str>1/comp1.mat2.Enu.E</str> </arr> <str>material.AnisotropicDinVoGrp.DinvVo32</str> <arr> <str>-comp1.mat2.Enu.nu/comp1.mat2.Enu.E</str> </arr> <str>material.AnisotropicDinVoGrp.DinvVo42</str> <arr> <str>0</str> </arr> <str>material.AnisotropicDinVoGrp.DinvVo52</str> <arr> <str>0</str> </arr> <str>material.AnisotropicDinVoGrp.DinvVo62</str> <arr> <str>0</str> </arr> <str>material.AnisotropicDinVoGrp.DinvVo13</str> <arr> <str>-comp1.mat2.Enu.nu/comp1.mat2.Enu.E</str> </arr> <str>material.AnisotropicDinVoGrp.DinvVo23</str> <arr> <str>-comp1.mat2.Enu.nu/comp1.mat2.Enu.E</str> </arr> <str>material.AnisotropicDinVoGrp.DinvVo33</str> <arr> <str>1/comp1.mat2.Enu.E</str> </arr> <str>material.AnisotropicDinVoGrp.DinvVo43</str> <arr> <str>0</str> </arr> <str>material.AnisotropicDinVoGrp.DinvVo53</str> <arr> <str>0</str> </arr> <str>material.AnisotropicDinVoGrp.DinvVo63</str> <arr> <str>0</str> </arr> <str>material.AnisotropicDinVoGrp.DinvVo14</str> <arr> <str>0</str> </arr> <str>material.AnisotropicDinVoGrp.DinvVo24</str> <arr> <str>0</str> </arr> <str>material.AnisotropicDinVoGrp.DinvVo34</str> <arr> <str>0</str> </arr> <str>material.AnisotropicDinVoGrp.DinvVo44</str> <arr> <str>2*(1+comp1.mat2.Enu.nu)/comp1.mat2.Enu.E</str> </arr> <str>material.AnisotropicDinVoGrp.DinvVo54</str> <arr> <str>0</str> </arr> <str>material.AnisotropicDinVoGrp.DinvVo64</str> <arr> <str>0</str> </arr> <str>material.AnisotropicDinVoGrp.DinvVo15</str> <arr> <str>0</str> </arr> <str>material.AnisotropicDinVoGrp.DinvVo25</str> <arr> <str>0</str> </arr> <str>material.AnisotropicDinVoGrp.DinvVo35</str> <arr> <str>0</str> </arr> <str>material.AnisotropicDinVoGrp.DinvVo45</str> <arr> <str>0</str> </arr> <str>material.AnisotropicDinVoGrp.DinvVo55</str> <arr> <str>2*(1+comp1.mat2.Enu.nu)/comp1.mat2.Enu.E</str> </arr> <str>material.AnisotropicDinVoGrp.DinvVo65</str> <arr> <str>0</str> </arr> <str>material.AnisotropicDinVoGrp.DinvVo16</str> <arr> <str>0</str> </arr> <str>material.AnisotropicDinVoGrp.DinvVo26</str> <arr> <str>0</str> </arr> <str>material.AnisotropicDinVoGrp.DinvVo36</str> <arr> <str>0</str> </arr> <str>material.AnisotropicDinVoGrp.DinvVo46</str> <arr> <str>0</str> </arr> <str>material.AnisotropicDinVoGrp.DinvVo56</str> <arr> <str>0</str> </arr> <str>material.AnisotropicDinVoGrp.DinvVo66</str> <arr> <str>2*(1+comp1.mat2.Enu.nu)/comp1.mat2.Enu.E</str> </arr> <str>material.AnisotropicDinVoGrp.DinvVo_iso</str> <arr> <str>if(-comp1.mat2.Enu.nu/comp1.mat2.Enu.E==0&amp;&amp;-comp1.mat2.Enu.nu/comp1.mat2.Enu.E==0&amp;&amp;-comp1.mat2.Enu.nu/comp1.mat2.Enu.E==0&amp;&amp;-comp1.mat2.Enu.nu/comp1.mat2.Enu.E==0&amp;&amp;-comp1.mat2.Enu.nu/comp1.mat2.Enu.E==0&amp;&amp;-comp1.mat2.Enu.nu/comp1.mat2.Enu.E==0&amp;&amp;2*(1+comp1.mat2.Enu.nu)/comp1.mat2.Enu.E==1/comp1.mat2.Enu.E&amp;&amp;2*(1+comp1.mat2.Enu.nu)/comp1.mat2.Enu.E==1/comp1.mat2.Enu.E&amp;&amp;2*(1+comp1.mat2.Enu.nu)/comp1.mat2.Enu.E==1/comp1.mat2.Enu.E,1/comp1.mat2.Enu.E,error('$base64:RmFpbGVkIHRvIGV2YWx1YXRlIGFuIGlzb3Ryb3BpYyB2YWx1ZSBvZiBhbiBhbmlzb3Ryb3BpYyB0ZW5zb3IAAAAAAAA='))</str> </arr> <str>material.AnisotropicDinVoGrp.DinvVo_symmetry</str> <arr> <str>4</str> </arr> <str>material.Cubic3.c3cub1</str> <arr> <str>comp1.mat2.Enu.E*(1-comp1.mat2.Enu.nu)/((1+comp1.mat2.Enu.nu)*(1-2*comp1.mat2.Enu.nu))</str> </arr> <str>material.Cubic3.c3cub2</str> <arr> <str>comp1.mat2.Enu.E*comp1.mat2.Enu.nu/((1+comp1.mat2.Enu.nu)*(1-2*comp1.mat2.Enu.nu))</str> </arr> <str>material.Cubic3.c3cub3</str> <arr> <str>0.5*comp1.mat2.Enu.E/(1+comp1.mat2.Enu.nu)</str> </arr> <str>material.Orthorhombic9.c9ort1</str> <arr> <str>comp1.mat2.Enu.E*(1-comp1.mat2.Enu.nu)/((1+comp1.mat2.Enu.nu)*(1-2*comp1.mat2.Enu.nu))</str> </arr> <str>material.Orthorhombic9.c9ort2</str> <arr> <str>comp1.mat2.Enu.E*comp1.mat2.Enu.nu/((1+comp1.mat2.Enu.nu)*(1-2*comp1.mat2.Enu.nu))</str> </arr> <str>material.Orthorhombic9.c9ort3</str> <arr> <str>comp1.mat2.Enu.E*comp1.mat2.Enu.nu/((1+comp1.mat2.Enu.nu)*(1-2*comp1.mat2.Enu.nu))</str> </arr> <str>material.Orthorhombic9.c9ort4</str> <arr> <str>comp1.mat2.Enu.E*(1-comp1.mat2.Enu.nu)/((1+comp1.mat2.Enu.nu)*(1-2*comp1.mat2.Enu.nu))</str> </arr> <str>material.Orthorhombic9.c9ort5</str> <arr> <str>comp1.mat2.Enu.E*comp1.mat2.Enu.nu/((1+comp1.mat2.Enu.nu)*(1-2*comp1.mat2.Enu.nu))</str> </arr> <str>material.Orthorhombic9.c9ort6</str> <arr> <str>comp1.mat2.Enu.E*(1-comp1.mat2.Enu.nu)/((1+comp1.mat2.Enu.nu)*(1-2*comp1.mat2.Enu.nu))</str> </arr> <str>material.Orthorhombic9.c9ort7</str> <arr> <str>0.5*comp1.mat2.Enu.E/(1+comp1.mat2.Enu.nu)</str> </arr> <str>material.Orthorhombic9.c9ort8</str> <arr> <str>0.5*comp1.mat2.Enu.E/(1+comp1.mat2.Enu.nu)</str> </arr> <str>material.Orthorhombic9.c9ort9</str> <arr> <str>0.5*comp1.mat2.Enu.E/(1+comp1.mat2.Enu.nu)</str> </arr> <str>material.KG.G</str> <arr> <str>0.5*comp1.mat2.Enu.E/(1+comp1.mat2.Enu.nu)</str> </arr> <str>material.KG.K</str> <arr> <str>comp1.mat2.Enu.E/(3*(1-2*comp1.mat2.Enu.nu))</str> </arr> <str>material.CpCs.cs</str> <arr> <str>sqrt(0.5*comp1.mat2.Enu.E/(comp1.mat2.def.rho*(1+comp1.mat2.Enu.nu)))</str> </arr> <str>material.CpCs.cp</str> <arr> <str>sqrt(comp1.mat2.Enu.E*(1/(1-2*comp1.mat2.Enu.nu)+2/(1+comp1.mat2.Enu.nu))/(3*comp1.mat2.def.rho))</str> </arr> <str>material.def.E</str> <arr> <str>comp1.mat2.Enu.E</str> </arr> <str>material.E</str> <arr> <str>comp1.mat2.Enu.E</str> </arr> <str>material.smaA.E_A</str> <arr> <str>comp1.mat2.Enu.E</str> </arr> <str>material.smaM.E_M</str> <arr> <str>comp1.mat2.Enu.E</str> </arr> <str>material.def.nu</str> <arr> <str>comp1.mat2.Enu.nu</str> </arr> <str>material.nu</str> <arr> <str>comp1.mat2.Enu.nu</str> </arr> <str>material.EG.E</str> <arr> <str>comp1.mat2.Enu.E</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>5</str> <str>6</str> </arr> </arr> </rec> </arr> </arr> <str>protected</str> <str>false</str> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <arr> </arr> <rec> <str>var</str> <arr> <str>material.ltr.rho0</str> <arr> <str>1.72E-8*unit_ohm_cf*unit_m_cf</str> </arr> <str>material.ltr.rho0_symmetry</str> <arr> <str>0</str> </arr> <str>material.ltr.alpha</str> <arr> <str>0.0039/unit_K_cf</str> </arr> <str>material.ltr.alpha_symmetry</str> <arr> <str>0</str> </arr> <str>material.ltr.Tref</str> <arr> <str>298*unit_K_cf</str> </arr> <str>material.ltr.Tref_symmetry</str> <arr> <str>0</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>5</str> <str>6</str> </arr> </arr> </rec> </arr> </arr> <str>protected</str> <str>false</str> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <arr> </arr> <rec> <str>var</str> <arr> <str>material.MagneticLosses.murPrim_symmetry</str> <arr> <str>0</str> </arr> <str>material.MagneticLosses.murBis_symmetry</str> <arr> <str>0</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>3</str> </arr> </arr> </rec> </arr> </arr> <str>protected</str> <str>false</str> </rec> }<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <arr> </arr> <rec> <str>var</str> <arr> <str>material.domain</str> <arr> <str>1</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>2</str> </arr> </arr> </rec> </arr> </arr> <str>protected</str> <str>false</str> </rec> }<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <arr> </arr> <rec> <str>var</str> <arr> <str>material.domain</str> <arr> <str>2</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>5</str> </arr> </arr> </rec> </arr> </arr> <str>protected</str> <str>false</str> </rec> }<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <arr> </arr> <rec> <str>var</str> <arr> <str>material.domain</str> <arr> <str>3</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>6</str> </arr> </arr> </rec> </arr> </arr> <str>protected</str> <str>false</str> </rec> }<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <arr> </arr> <rec> <str>var</str> <arr> <str>material.domain</str> <arr> <str>4</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>3</str> </arr> </arr> </rec> </arr> </arr> <str>protected</str> <str>false</str> </rec> r<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elscalarop</str> <str>opname</str> <str>comp1.mf.int_Wm</str> <str>method</str> <str>integration</str> <str>intorder</str> <str>4</str> <str>frame</str> <str>spatial</str> <str>axisym</str> <str>off</str> <str>cond</str> <str></str> <str>dynamicsubset</str> <str>off</str> <str>output</str> <str>standard</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <arr> </arr> <rec> <str>ind</str> <arr> <arr> <str>1</str> <str>2</str> <str>3</str> <str>4</str> <str>5</str> <str>6</str> </arr> </arr> </rec> </arr> </arr> </rec> r<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elscalarop</str> <str>opname</str> <str>comp1.mf.int_We</str> <str>method</str> <str>integration</str> <str>intorder</str> <str>4</str> <str>frame</str> <str>spatial</str> <str>axisym</str> <str>off</str> <str>cond</str> <str></str> <str>dynamicsubset</str> <str>off</str> <str>output</str> <str>standard</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <arr> </arr> <rec> <str>ind</str> <arr> <arr> <str>1</str> <str>2</str> <str>3</str> <str>4</str> <str>5</str> <str>6</str> </arr> </arr> </rec> </arr> </arr> </rec> 8<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elscalarop</str> <str>opname</str> <str>comp1.mf.coil1.intstcd</str> <str>method</str> <str>integration</str> <str>intorder</str> <str>4</str> <str>frame</str> <str>spatial</str> <str>axisym</str> <str>off</str> <str>cond</str> <str></str> <str>dynamicsubset</str> <str>off</str> <str>output</str> <str>standard</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <arr> </arr> <rec> <str>ind</str> <arr> <arr> <str>6</str> </arr> </arr> </rec> </arr> </arr> </rec> 8<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elscalarop</str> <str>opname</str> <str>comp1.mf.coil2.intstcd</str> <str>method</str> <str>integration</str> <str>intorder</str> <str>4</str> <str>frame</str> <str>spatial</str> <str>axisym</str> <str>off</str> <str>cond</str> <str></str> <str>dynamicsubset</str> <str>off</str> <str>output</str> <str>standard</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <arr> </arr> <rec> <str>ind</str> <arr> <arr> <str>5</str> </arr> </arr> </rec> </arr> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elmesh</str> <str>g</str> <arr> <str>0</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>qualname</str> <arr> <str>qualskewness</str> <str>qualmaxangle</str> <str>qual</str> <str>qualvollength</str> <str>qualcondition</str> <str>qualgrowth</str> <str>qualcurvedskewness</str> </arr> <str>sizename</str> <arr> <str>h</str> </arr> <str>sizeinscribedname</str> <arr> <str>hinscribed</str> </arr> <str>dvolname</str> <arr> <str>dvol0</str> </arr> <str>emetric2name</str> <arr> </arr> <str>tremetricname</str> <arr> </arr> <str>emetricinvname</str> <arr> </arr> <str>meshvolname</str> <arr> </arr> <str>detjacname</str> <arr> </arr> <str>reldetjacname</str> <arr> </arr> <str>reldetjacminname</str> <arr> </arr> <str>meshtypename</str> <arr> </arr> <str>meshelemname</str> <arr> </arr> <str>sshape</str> <arr> <arr> <str>vtx</str> <rec> <str>type</str> <str>fixed</str> <str>sorder</str> <str>1</str> </rec> <str>lvtx</str> <rec> <str>type</str> <str>fixed</str> <str>sorder</str> <str>1</str> </rec> </arr> </arr> <str>ind</str> <arr> <arr> <str>1</str> </arr> </arr> </rec> </arr> </arr> <str>frame</str> <str>material</str> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elglobal</str> <str>numberofdofsname</str> <str>numberofdofs</str> <str>istimesteppingname</str> <str>istimestepping</str> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elmesh</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>qualname</str> <arr> <str>qualskewness</str> <str>qualmaxangle</str> <str>qual</str> <str>qualvollength</str> <str>qualcondition</str> <str>qualgrowth</str> <str>qualcurvedskewness</str> </arr> <str>sizename</str> <arr> <str>h</str> </arr> <str>sizeinscribedname</str> <arr> <str>hinscribed</str> </arr> <str>dvolname</str> <arr> <str>dvol</str> </arr> <str>emetric2name</str> <arr> <str>emetric2</str> </arr> <str>tremetricname</str> <arr> <str>tremetric</str> </arr> <str>emetricinvname</str> <arr> <str>emetricinv</str> </arr> <str>meshvolname</str> <arr> <str>meshvol</str> </arr> <str>detjacname</str> <arr> <str>detjac</str> </arr> <str>reldetjacname</str> <arr> <str>reldetjac</str> </arr> <str>reldetjacminname</str> <arr> <str>reldetjacmin</str> </arr> <str>meshtypename</str> <arr> <str>meshtype</ `str> </arr> <str>meshelemname</str> <arr> <str>meshelement</str> </arr> <str>sshape</str> <arr> <arr> <str>vtx</str> <rec> <str>type</str> <str>fixed_ref</str> <str>sorder</str> <str>0</str> <str>sdimdofs</str> <arr> <str>R</str> <str>Z</str> </arr> <str>refframe</str> <str>geometry</str> </rec> <str>lvtx</str> <rec> <str>type</str> <str>fixed_ref</str> <str>sorder</str> <str>0</str> <str>sdimdofs</str> <arr> <str>R</str> <str>Z</str> </arr> <str>refframe</str> <str>geometry</str> </rec> </arr> </arr> <str>ind</str> <arr> <arr> <str>1</str> <str>2</str> <str>3</str> <str>4</str> <str>5</str> <str>6</str> <str>7</str> <str>8</str> <str>9</str> <str>10</str> <str>11</str> <str>12</str> <str>13</str> <str>14</str> <str>15</str> <str>16</str> <str>17</str> <str>18</str> <str>19</str> </arr> </arr> </rec> <rec> <str>qualname</str> <arr> <str>qualskewness</str> <str>qualmaxangle</str> <str>qual</str> <str>qualvollength</str> <str>qualcondition</str> <str>qualgrowth</str> <str>qualcurvedskewness</str> </arr> <str>sizename</str> <arr> <str>h</str> </arr> <str>sizeinscribedname</str> <arr> <str>hinscribed</str> </arr> <str>dvolname</str> <arr> <str>dvol</str> </arr> <str>emetric2name</str> <arr> <str>emetric2</str> </arr> <str>tremetricname</str> <arr> <str>tremetric</str> </arr> <str>emetricinvname</str> <arr> <str>emetricinv</str> </arr> <str>meshvolname</str> <arr> <str>meshvol</str> </arr> <str>detjacname</str> <arr> <str>detjac</str> </arr> <str>reldetjacname</str> <arr> <str>reldetjac</str> </arr> <str>reldetjacminname</str> <arr> <str>reldetjacmin</str> </arr> <str>meshtypename</str> <arr> <str>meshtype</str> </arr> <str>meshelemname</str> <arr> <str>meshelement</str> </arr> <str>sshape</str> <arr> <arr> <str>edg</str> <rec> <str>type</str> <str>fixed_ref</str> <str>sorder</str> <str>0</str> <str>sdimdofs</str> <arr> <str>R</str> <str>Z</str> </arr> <str>refframe</str> <str>geometry</str> </rec> <str>ledg</str> <rec> <str>type</str> <str>fixed_ref</str> <str>sorder</str> <str>0</str> <str>sdimdofs</str> <arr> <str>R</str> <str>Z</str> </arr> <str>refframe</str> <str>geometry</str> </rec> <str>edg2</str> <rec> <str>type</str> <str>fixed_ref</str> <str>sorder</str> <str>0</str> <str>sdimdofs</str> <arr> <str>R</str> <str>Z</str> </arr> <str>refframe</str> <str>geometry</str> </rec> </arr> </arr> <str>ind</str> <arr> <arr> <str>1</str> <str>2</str> <str>3</str> <str>4</str> <str>5</str> <str>6</str> <str>7</str> <str>8</str> <str>9</str> <str>10</str> <str>11</str> <str>12</str> <str>13</str> <str>14</str> <str>15</str> <str>16</str> <str>17</str> <str>18</str> <str>19</str> <str>20</str> <str>21</str> <str>22</str> </arr> </arr> </rec> <rec> <str>qualname</str> <arr> <str>qualskewness</str> <str>qualmaxangle</str> <str>qual</str> <str>qualvollength</str> <str>qualcondition</str> <str>qualgrowth</str> <str>qualcurvedskewness</str> </arr> <str>sizename</str> <arr> <str>h</str> </arr> <str>sizeinscribedname</str> <arr> <str>hinscribed</str> </arr> <str>dvolname</str> <arr> <str>dvol</str> </arr> <str>emetric2name</str> <arr> <str>emetric2</str> </arr> <str>tremetricname</str> <arr> <str>tremetric</str> </arr> <str>emetricinvname</str> <arr> <str>emetricinv</str> </arr> <str>meshvolname</str> <arr> <str>meshvol</str> </arr> <str>detjacname</str> <arr> <str>detjac</str> </arr> <str>reldetjacname</str> <arr> <str>reldetjac</str> </arr> <str>reldetjacminname</str> <arr> <str>reldetjacmin</str> </arr> <str>meshtypename</str> <arr> <str>meshtype</str> </arr> <str>meshelemname</str> <arr> <str>meshelement</str> </arr> <str>sshape</str> <arr> <arr> <str>tri</str> <rec> <str>type</str> <str>fixed_ref</str> <str>sorder</str> <str>0</str> <str>sdimdofs</str> <arr> <str>R</str> <str>Z</str> </arr> <str>refframe</str> <str>geometry</str> </rec> <str>quad</str> <rec> <str>type</str> <str>fixed_ref</str> <str>sorder</str> <str>0</str> <str>sdimdofs</str> <arr> <str>R</str> <str>Z</str> </arr> <str>refframe</str> <str>geometry</str> </rec> <str>ltri</str> <rec> <str>type</str> <str>fixed_ref</str> <str>sorder</str> <str>0</str> <str>sdimdofs</str> <arr> <str>R</str> <str>Z</str> </arr> <str>refframe</str> <str>geometry</str> </rec> <str>lquad</str> <rec> <str>type</str> <str>fixed_ref</str> <str>sorder</str> <str>0</str> <str>sdimdofs</str> <arr> <str>R</str> <str>Z</str> </arr> <str>refframe</str> <str>geometry</str> </rec> <str>tri2</str> <rec> <str>type</str> <str>fixed_ref</str> <str>sorder</str> <str>0</str> <str>sdimdofs</str> <arr> <str>R</str> <str>Z</str> </arr> <str>refframe</str> <str>geometry</str> </rec> <str>quad2</str> <rec> <str>type</str> <str>fixed_ref</str> <str>sorder</str> <str>0</str> <str>sdimdofs</str> <arr> <str>R</str> <str>Z</str> </arr> <str>refframe</str> <str>geometry</str> </rec> </arr> </arr> <str>ind</str> <arr> <arr> <str>1</str> <str>2</str> <str>3</str> <str>4</str> <str>5</str> <str>6</str> </arr> </arr> </rec> </arr> </arr> <str>frame</str> <str>material</str> <str>equivmeshframe</str> <str>on</str> <str>derivativeframes</str> <arr> <str>spatial</str> <str>geometry</str> <str>mesh</str> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <rec> <str>ind</str> <arr> <arr> <str>1</str> <str>2</str> <str>3</str> <str>4</str> <str>5</str> <str>6</str> <str>7</str> <str>8</str> <str>9</str> <str>10</str> <str>11</str> <str>12</str> <str>13</str> <str>14</str> <str>15</str> <str>16</str> <str>17</str> <str>18</str> <str>19</str> <str>20</str> <str>21</str> <str>22</str> </arr> </arr> <str>var</str> <arr> <str>nRc</str> <str>nRgc</str> <str>nRcTR</str> <str>nRgcTRg</str> <str>nRcTZ</str> <str>nRgcTZg</str> <str>nZc</str> <str>nZgc</str> <str>nZcTR</str> <str>nZgcTRg</str> <str>nZcTZ</str> <str>nZgcTZg</str> </arr> </rec> </arr> </arr> </rec> n<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elmesh</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>qualname</str> <arr> <str>qualskewness_spatial</str> <str>qualmaxangle_spatial</str> <str>qual_spatial</str> <str>qualvollength_spatial</str> <str>qualcondition_spatial</str> <str>qualgrowth_spatial</str> <str>qualcurvedskewness_spatial</str> </arr> <str>sizename</str> <arr> <str>h_spatial</str> </arr> <str>sizeinscribedname</str> <arr> <str>hinscribed_spatial</str> </arr> <str>dvolname</str> <arr> <str>dvol_spatial</str> </arr> <str>emetric2name</str> <arr> <str>emetric2_spatial</str> </arr> <str>tremetricname</str> <arr> <str>tremetric_spatial</str> </arr> <str>emetricinvname</str> <arr> <str>emetricinv</str> </arr> <str>meshvolname</str> <arr> <str>meshvol_spatial</str> </arr> <str>detjacname</str> <arr> <str>detjac_spatial</str> </arr> <str>reldetjacname</str> <arr> <str>reldetjac_spatial</str> </arr> <str>reldetjacminname</str> <arr> <str>reldetjacmin_spatial</str> </arr> <str>meshtypename</str> <arr> <str>meshtype_spatial</str> </arr> <str>meshelemname</str> <arr> <str>meshelement_spatial</str> </arr> <str>sshape</str> <arr> <arr> <str>vtx</str> <rec> <str>type</str> <str>fixed_ref</str> <str>sorder</str> <str>0</str> <str>sdimdofs</str> <arr> <str>r</str> <str>z</str> </arr> <str>refframe</str> <str>material</str> </rec> <str>lvtx</str> <rec> <str>type</str> <str>fixed_ref</str> <str>sorder</str> <str>0</str> <str>sdimdofs</str> <arr> <str>r</str> <str>z</str> </arr> <str>refframe</str> <str>material</str> </rec> </arr> </arr> <str>ind</str> <arr> <arr> <str>1</str> <str>2</str> <str>3</str> <str>4</str> <str>5</str> <str>6</str> <str>7</str> <str>8</str> <str>9</str> <str>10</str> <str>11</str> <str>12</str> <str>13</str> <str>14</str> <str>15</str> <str>16</str> <str>17</str> <str>18</str> <str>19</str> </arr> </arr> </rec> <rec> <str>qualname</str> <arr> <str>qualskewness_spatial</str> <str>qualmaxangle_spatial</str> <str>qual_spatial</str> <str>qualvollength_spatial</str> <str>qualcondition_spatial</str> <str>qualgrowth_spatial</str> <str>qualcurvedskewness_spatial</str> </arr> <str>sizename</str> <arr> <str>h_spatial</str> </arr> <str>sizeinscribedname</str> <arr> <str>hinscribed_spatial</str> </arr> <str>dvolname</str> <arr> <str>dvol_spatial</str> </arr> <str>emetric2name</str> <arr> <str>emetric2_spatial</str> </arr> <str>tremetricname</str> <arr> <str>tremetric_spatial</str> </arr> <str>emetricinvname</str> <arr> <str>emetricinv</str> </arr> <str>meshvolname</str> <arr> <str>meshvol_spatial</str> </arr> <str>detjacname</str> <arr> <str>detjac_spatial</str> </arr> <str>reldetjacname</str> <arr> <str>reldetjac_spatial</str> </arr> <str>reldetjacminname</str> <arr> <str>reldetjacmin_spatial</str> </arr> <str>meshtypename</str> <arr> <str>meshtype_spatial</str> </arr> <str>meshelemname</str> <arr> <str>meshelement_spatial</str> </arr> <str>sshape</str> <arr> <arr> <str>edg</str> <rec> <str>type</str> <str>fixed_ref</str> <str>sorder</str> <str>0</str> <str>sdimdofs</str> <arr> <str>r</str> <str>z</str> </arr> <str>refframe</str> <str>material</str> </rec> <str>ledg</str> <rec> <str>type</str> <str>fixed_ref</str> <str>sorder</str> <str>0</str> <str>sdimdofs</str> <arr> <str>r</str> <str>z</str> </arr> <str>refframe</str> <str>material</str> </rec> <str>edg2</str> <rec> <str>type</str> <str>fixed_ref</str> <str>sorder</str> <str>0</str> <str>sdimdofs</str> <arr> <str>r</str> <str>z</str> </arr> <str>refframe</str> <str>material</str> </rec> </arr> </arr> <str>ind</str> <arr> <arr> <str>1</str> <str>2</str> <str>3</str> <str>4</str> <str>5</str> <str>6</str> <str>7</str> <str>8</str> <str>9</str> <str>10</str> <str>11</str> <str>12</str> <str>13</str> <str>14</str> <str>15</str> <str>16</str> <str>17</str> <str>18</str> <str>19</str> <str>20</str> <str>21</str> <str>22</str> </arr> </arr> </rec> <rec> <str>qualname</str> <arr> <str>qualskewness_spatial</str> <str>qualmaxangle_spatial</str> <str>qual_spatial</str> <str>qualvollength_spatial</str> <str>qualcondition_spatial</str> <str>qualgrowth_spatial</str> <str>qualcurvedskewness_spatial</str> </arr> <str>sizename</str> <arr> <str>h_spatial</str> </arr> <str>sizeinscribedname</str> <arr> <str>hinscribed_spatial</str> </arr> <str>dvolname</str> <arr> <str>dv `ol_spatial</str> </arr> <str>emetric2name</str> <arr> <str>emetric2_spatial</str> </arr> <str>tremetricname</str> <arr> <str>tremetric_spatial</str> </arr> <str>emetricinvname</str> <arr> <str>emetricinv</str> </arr> <str>meshvolname</str> <arr> <str>meshvol_spatial</str> </arr> <str>detjacname</str> <arr> <str>detjac_spatial</str> </arr> <str>reldetjacname</str> <arr> <str>reldetjac_spatial</str> </arr> <str>reldetjacminname</str> <arr> <str>reldetjacmin_spatial</str> </arr> <str>meshtypename</str> <arr> <str>meshtype_spatial</str> </arr> <str>meshelemname</str> <arr> <str>meshelement_spatial</str> </arr> <str>sshape</str> <arr> <arr> <str>tri</str> <rec> <str>type</str> <str>fixed_ref</str> <str>sorder</str> <str>0</str> <str>sdimdofs</str> <arr> <str>r</str> <str>z</str> </arr> <str>refframe</str> <str>material</str> </rec> <str>quad</str> <rec> <str>type</str> <str>fixed_ref</str> <str>sorder</str> <str>0</str> <str>sdimdofs</str> <arr> <str>r</str> <str>z</str> </arr> <str>refframe</str> <str>material</str> </rec> <str>ltri</str> <rec> <str>type</str> <str>fixed_ref</str> <str>sorder</str> <str>0</str> <str>sdimdofs</str> <arr> <str>r</str> <str>z</str> </arr> <str>refframe</str> <str>material</str> </rec> <str>lquad</str> <rec> <str>type</str> <str>fixed_ref</str> <str>sorder</str> <str>0</str> <str>sdimdofs</str> <arr> <str>r</str> <str>z</str> </arr> <str>refframe</str> <str>material</str> </rec> <str>tri2</str> <rec> <str>type</str> <str>fixed_ref</str> <str>sorder</str> <str>0</str> <str>sdimdofs</str> <arr> <str>r</str> <str>z</str> </arr> <str>refframe</str> <str>material</str> </rec> <str>quad2</str> <rec> <str>type</str> <str>fixed_ref</str> <str>sorder</str> <str>0</str> <str>sdimdofs</str> <arr> <str>r</str> <str>z</str> </arr> <str>refframe</str> <str>material</str> </rec> </arr> </arr> <str>ind</str> <arr> <arr> <str>1</str> <str>2</str> <str>3</str> <str>4</str> <str>5</str> <str>6</str> </arr> </arr> </rec> </arr> </arr> <str>frame</str> <str>spatial</str> <str>equivmeshframe</str> <str>on</str> <str>derivativeframes</str> <arr> <str>material</str> <str>geometry</str> <str>mesh</str> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <rec> <str>ind</str> <arr> <arr> <str>1</str> <str>2</str> <str>3</str> <str>4</str> <str>5</str> <str>6</str> <str>7</str> <str>8</str> <str>9</str> <str>10</str> <str>11</str> <str>12</str> <str>13</str> <str>14</str> <str>15</str> <str>16</str> <str>17</str> <str>18</str> <str>19</str> <str>20</str> <str>21</str> <str>22</str> </arr> </arr> <str>var</str> <arr> <str>nrc</str> <str>nRc</str> <str>nrcTr</str> <str>nRcTR</str> <str>nrcTz</str> <str>nRcTZ</str> <str>nzc</str> <str>nZc</str> <str>nzcTr</str> <str>nZcTR</str> <str>nzcTz</str> <str>nZcTZ</str> </arr> </rec> </arr> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elmesh</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>qualname</str> <arr> <str>qualskewness_geometry</str> <str>qualmaxangle_geometry</str> <str>qual_geometry</str> <str>qualvollength_geometry</str> <str>qualcondition_geometry</str> <str>qualgrowth_geometry</str> <str>qualcurvedskewness_geometry</str> </arr> <str>sizename</str> <arr> <str>h_geometry</str> </arr> <str>sizeinscribedname</str> <arr> <str>hinscribed_geometry</str> </arr> <str>dvolname</str> <arr> <str>dvol_geometry</str> </arr> <str>emetric2name</str> <arr> <str>emetric2_geometry</str> </arr> <str>tremetricname</str> <arr> <str>tremetric_geometry</str> </arr> <str>emetricinvname</str> <arr> <str>emetricinv</str> </arr> <str>meshvolname</str> <arr> <str>meshvol_geometry</str> </arr> <str>detjacname</str> <arr> <str>detjac_geometry</str> </arr> <str>reldetjacname</str> <arr> <str>reldetjac_geometry</str> </arr> <str>reldetjacminname</str> <arr> <str>reldetjacmin_geometry</str> </arr> <str>meshtypename</str> <arr> <str>meshtype_geometry</str> </arr> <str>meshelemname</str> <arr> <str>meshelement_geometry</str> </arr> <str>sshape</str> <arr> <arr> <str>vtx</str> <rec> <str>type</str> <str>fixed_ref</str> <str>sorder</str> <str>0</str> <str>sdimdofs</str> <arr> <str>Rg</str> <str>Zg</str> </arr> <str>refframe</str> <str>mesh</str> </rec> <str>lvtx</str> <rec> <str>type</str> <str>fixed_ref</str> <str>sorder</str> <str>0</str> <str>sdimdofs</str> <arr> <str>Rg</str> <str>Zg</str> </arr> <str>refframe</str> <str>mesh</str> </rec> </arr> </arr> <str>ind</str> <arr> <arr> <str>1</str> <str>2</str> <str>3</str> <str>4</str> <str>5</str> <str>6</str> <str>7</str> <str>8</str> <str>9</str> <str>10</str> <str>11</str> <str>12</str> <str>13</str> <str>14</str> <str>15</str> <str>16</str> <str>17</str> <str>18</str> <str>19</str> </arr> </arr> </rec> <rec> <str>qualname</str> <arr> <str>qualskewness_geometry</str> <str>qualmaxangle_geometry</str> <str>qual_geometry</str> <str>qualvollength_geometry</str> <str>qualcondition_geometry</str> <str>qualgrowth_geometry</str> <str>qualcurvedskewness_geometry</str> </arr> <str>sizename</str> <arr> <str>h_geometry</str> </arr> <str>sizeinscribedname</str> <arr> <str>hinscribed_geometry</str> </arr> <str>dvolname</str> <arr> <str>dvol_geometry</str> </arr> <str>emetric2name</str> <arr> <str>emetric2_geometry</str> </arr> <str>tremetricname</str> <arr> <str>tremetric_geometry</str> </arr> <str>emetricinvname</str> <arr> <str>emetricinv</str> </arr> <str>meshvolname</str> <arr> <str>meshvol_geometry</str> </arr> <str>detjacname</str> <arr> <str>detjac_geometry</str> </arr> <str>reldetjacname</str> <arr> <str>reldetjac_geometry</str> </arr> <str>reldetjacminname</str> <arr> <str>reldetjacmin_geometry</str> </arr> <str>meshtypename</str> <arr> <str>meshtype_geometry</str> </arr> <str>meshelemname</str> <arr> <str>meshelement_geometry</str> </arr> <str>sshape</str> <arr> <arr> <str>edg</str> <rec> <str>type</str> <str>fixed_ref</str> <str>sorder</str> <str>0</str> <str>sdimdofs</str> <arr> <str>Rg</str> <str>Zg</str> </arr> <str>refframe</str> <str>mesh</str> </rec> <str>ledg</str> <rec> <str>type</str> <str>fixed_ref</str> <str>sorder</str> <str>0</str> <str>sdimdofs</str> <arr> <str>Rg</str> <str>Zg</str> </arr> <str>refframe</str> <str>mesh</str> </rec> <str>edg2</str> <rec> <str>type</str> <str>fixed_ref</str> <str>sorder</str> <str>0</str> <str>sdimdofs</str> <arr> <str>Rg</str> <str>Zg</str> </arr> <str>refframe</str> <str>mesh</str> </rec> </arr> </arr> <str>ind</str> <arr> <arr> <str>1</str> <str>2</str> <str>3</str> <str>4</str> <str>5</str> <str>6</str> <str>7</str> <str>8</str> <str>9</str> <str>10</str> <str>11</str> <str>12</str> <str>13</str> <str>14</str> <str>15</str> <str>16</str> <str>17</str> <str>18</str> <str>19</str> <str>20</str> <str>21</str> <str>22</str> </arr> </arr> </rec> <rec> <str>qualname</str> <arr> <str>qualskewness_geometry</str> <str>qualmaxangle_geometry</str> <str>qual_geometry</str> <str>qualvollength_geometry</str> <str>qualcondition_geometry</str> <str>qualgrowth_geometry</str> <str>qualcurvedskewness_geometry</str> </arr> <str>sizename</str> <arr> <str>h_geometry</str> </arr> <str>sizeinscribedname</str> <arr> <str>hinscribed_geometry</str> </arr> <str>dvolname</str> <arr> <str>dvol_geometry</str> </arr> <str>emetric2name</str> <arr> <str>emetric2_geometry</str> </arr> <str>tremetricname</str> <arr> <str>tremetric_geometry</str> </arr> <str>emetricinvname</str> <arr> <str>emetricinv</str> </arr> <str>meshvolname</str> <arr> <str>meshvol_geometry</str> </arr> <str>detjacname</str> <arr> <str>detjac_geometry</str> </arr> <str>reldetjacname</str> <arr> <str>reldetjac_geometry</str> </arr> <str>reldetjacminname</str> <arr> <str>reldetjacmin_geometry</str> </arr> <str>meshtypename</str> <arr> <str>meshtype_geometry</str> </arr> <str>meshelemname</str> <arr> <str>meshelement_geometry</str> </arr> <str>sshape</str> <arr> <arr> <str>tri</str> <rec> <str>type</str> <str>fixed_ref</str> <str>sorder</str> <str>0</str> <str>sdimdofs</str> <arr> <str>Rg</str> <str>Zg</str> </arr> <str>refframe</str> <str>mesh</str> </rec> <str>quad</str> <rec> <str>type</str> <str>fixed_ref</str> <str>sorder</str> <str>0</str> <str>sdimdofs</str> <arr> <str>Rg</str> <str>Zg</str> </arr> <str>refframe</str> <str>mesh</str> </rec> <str>ltri</str> <rec> <str>type</str> <str>fixed_ref</str> <str>sorder</str> <str>0</str> <str>sdimdofs</str> <arr> <str>Rg</str> <str>Zg</str> </arr> <str>refframe</str> <str>mesh</str> </rec> <str>lquad</str> <rec> <str>type</str> <str>fixed_ref</str> <str>sorder</str> <str>0</str> <str>sdimdofs</str> <arr> <str>Rg</str> <str>Zg</str> </arr> <str>refframe</str> <str>mesh</str> </rec> <str>tri2</str> <rec> <str>type</str> <str>fixed_ref</str> <str>sorder</str> <str>0</str> <str>sdimdofs</str> <arr> <str>Rg</str> <str>Zg</str> </arr> <str>refframe</str> <str>mesh</str> </rec> <str>quad2</str> <rec> <str>type</str> <str>fixed_ref</str> <str>sorder</str> <str>0</str> <str>sdimdofs</str> <arr> <str>Rg</str> <str>Zg</str> </arr> <str>refframe</str> <str>mesh</str> </rec> </arr> </arr> <str>ind</str> <arr> <arr> <str>1</str> <str>2</str> <str>3</str> <str>4</str> <str>5</str> <str>6</str> </arr> </arr> </rec> </arr> </arr> <str>frame</str> <str>geometry</str> <str>equivmeshframe</str> <str>on</str> <str>derivativeframes</str> <arr> <str>material</str> <str>spatial</str> <str>mesh</str> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <rec> <str>ind</str> <arr> <arr> <str>1</str> <str>2</str> <str>3</str> <str>4</str> <str>5</str> <str>6</str> <str>7</str> <str>8</str> <str>9</str> <str>10</str> <str>11</str> <str>12</str> <str>13</str> <str>14</str> <str>15</str> <str>16</str> <str>17</str> <str>18</str> <str>19</str> <str>20</str> <str>21</str> <str>22</str> </arr> </arr> <str>var</str> <arr> <str>nRgc</str> <str>nRmc</str> <str>nRgcTRg</str> <str>nRmcTRm</str> <str>nRgcTZg</str> <str>nRmcTZm</str> <str>nZgc</str> <str>nZmc</str> <str>nZgcTRg</str> <str>nZmcTRm</str> <str>nZgcTZg</str> <str>nZmcTZm</str> </arr> </rec> </arr> </arr> </rec> T<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elmesh</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>qualname</str> <arr> <str>qualskewness_mesh</str> <str>qualmaxangle_mesh</str> <str>qual_mesh</str> <str>qualvollength_mesh</str> <str>qualcondition_mesh</str> <str>qualgrowth_mesh</str> <str>qualcurvedskewness_mesh</str> </arr> <str>sizename</str> <arr> <str>h_mesh</str> </arr> <str>sizeinscribedname</str> <arr> <str>hinscribed_mesh</str> </arr> <str>dvolname</str> <arr> <str>dvol_mesh</str> </arr> <str>emetric2name</str> <arr> <str>emetric2_mesh</str> </arr> <str>tremetricname</str> <arr> <str>tremetric_mesh</str> </arr> <str>emetricinvname</str> <arr> <str>emetricinv</str> </arr> <str>meshvolname</str> <arr> <str>meshvol_mesh</str> </arr> <str>detjacname</str> <arr> <str>detjac_mesh</str> </arr> <str>reldetjacname</str> <arr> <str>reldetjac_mesh</str> </arr> <str>reldetjacminname</str> <arr> <str>reldetjacmin_mesh</str> </arr> <str>meshtypename</str> <arr> <str>meshtype_mesh</str> </arr> <str>meshelemname</str> <arr> <str>meshelement_mesh</str> </arr> <str>sshape</str> <arr> <arr> <str>vtx</str> <rec> <str>type</str> <str>fixed</str> <str>sorder</str> <str>2</str> <str>sdimdofs</str> <arr> <str>Rm$2</str> <str>Zm$2</str> </arr> </rec> <str>lvtx</str> <rec> <str>type</str> <str>fixed</str> <str>sorder</str> <str>2</str> <str>sdimdofs</str> <arr> <str>Rm$2</str> <str>Zm$2</str> </arr> </rec> </arr> </arr> <str>ind</str> <arr> <arr> <str>1</str> <str>2</str> <str>3</str> <str>4</str> <str>5</str> <str>6</str> <str>7</str> <str>8</str> <str>9</str> <str>10</str> <str>11</str> <str>12</str> <str>13</str> <str>14</str> <str>15</str> <str>16</str> <str>17</str> <str>18</str> <str>19</str> </arr> </arr> </rec> <rec> <str>qualname</str> <arr> <str>qualskewness_mesh</str> <str>qualmaxangle_mesh</str> <str>qual_mesh</str> <str>qualvollength_mesh</str> <str>qualcondition_mesh</str> <str>qualgrowth_mesh</str> <str>qualcurvedskewness_mesh</str> </arr> <str>sizename</str> <arr> <str>h_mesh</str> </arr> <str>sizeinscribedname</str> <arr> <str>hinscribed_mesh</str> </arr> <str>dvolname</str> <arr> <str>dvol_mesh</str> </arr> <str>emetric2name</str> <arr> <str>emetric2_mesh</str> </arr> <str>tremetricname</str> <arr> <str>tremetric_mesh</str> </arr> <str>emetricinvname</str> <arr> <str>emetricinv</str> </arr> <str>meshvolname</str> <arr> <str>meshvol_mesh</str> </arr> <str>detjacname</str> <arr> <str>detjac_mesh</str> </arr> <str>reldetjacname</str> <arr> <str>reldetjac_mesh</str> </arr> <str>reldetjacminname</str> <arr> <str>reldetjacmin_mesh</str> </arr> <str>meshtypename</str> <arr> <str>meshtype_mesh</str> </arr> <str>meshelemname</str> <arr> <str>meshelement_mesh</str> </arr> <str>sshape</str> <arr> <arr> <str>edg</str> <rec> <str>type</str> <str>fixed</str> <str>sorder</str> <str>2</str> <str>sdimdofs</str> <arr> <str>Rm$2</str> <str>Zm$2</str> </arr> </rec> <str>ledg</str> <rec> <str>type</str> <str>fixed</str> <str>sorder</str> <str>2</str> <str>sdimdofs</str> <arr> <str>Rm$2</str> <str>Zm$2</str> </arr> </rec> <str>edg2</str> <rec> <str>type</str> <str>fixed</str> <str>sorder</str> <str>2</str> <str>sdimdofs</str> <arr> <str>Rm$2</str> <str>Zm$2</str> </arr> </rec> </arr> </arr> <str>ind</str> <arr> <arr> <str>1</str> <str>2</str> <str>3</str> <str>4</str> <str>5</str> <str>6</str> <str>7</str> <str>8</str> <str>9</str> <str>10</str> <str>11</str> <str>12</str> <str>13</str> <str>14</str> <str>15</str> <str>16</str> <str>17</str> <str>18</str> <str>19</str> <str>20</str> <str>21</str> <str>22</str> </arr> </arr> </rec> <rec> <str>qualname</str> <arr> <str>qualskewness_mesh</str> <str>qualmaxangle_mesh</str> <str>qual_mesh</str> <str>qualvollength_mesh</str> <str>qualcondition_mesh</str> <str>qualgrowth_mesh</str> <str>qualcurvedskewness_mesh</str> </arr> <str>sizename</str> <arr> <str>h_mesh</str> </arr> <str>sizeinscribedname</str> <arr> <str>hinscribed_mesh</str> </arr> <str>dvolname</str> <arr> <str>dvol_mesh</str> </arr> <str>emetric2name</str> <arr> <str>emetric2_mesh</str> </arr> <str>tremetricname</str> <arr> <str>tremetric_mesh</str> </arr> <str>emetricinvname</str> <arr> <str>emetricinv</str> </arr> <str>meshvolname</str> <arr> <str>meshvol_mesh</str> </arr> <str>detjacname</str> <arr> <str>detjac_mesh</str> </arr> <str>reldetjacname</str> <arr> <str>reldetjac_mesh</str> </arr> <str>reldetjacminname</str> <arr> <str>reldetjacmin_mesh</str> </arr> <str>meshtypename</str> <arr> <str>meshtype_mesh</str> </arr> <str>meshelemname</str> <arr> <str>meshelement_mesh</str> </arr> <str>sshape</str> <arr> <arr> <str>tri</str> <rec> <str>type</str> <str>fixed</str> <str>sorder</str> <str>2</str> <str>sdimdofs</str> <arr> <str>Rm$2</str> <str>Zm$2</str> </arr> </rec> <str>quad</str> <rec> <str>type</str> <str>fixed</str> <str>sorder</str> <str>2</str> <str>sdimdofs</str> <arr> <str>Rm$2</str> <str>Zm$2</str> </arr> </rec> <str>ltri</str> <rec> <str>type</str> <str>fixed</str> <str>sorder</str> <str>2</str> <str>sdimdofs</str> <arr> <str>Rm$2</str> <str>Zm$2</str> </arr> </rec> <str>lquad</str> <rec> <str>type</str> <str>fixed</str> <str>sorder</str> <str>2</str> <str>sdimdofs</str> <arr> <str>Rm$2</str> <str>Zm$2</str> </arr> </rec> <str>tri2</str> <rec> <str>type</str> <str>fixed</str> <str>sorder</str> <str>2</str> <str>sdimdofs</str> <arr> <str>Rm$2</str> <str>Zm$2</str> </arr> </rec> <str>quad2</str> <rec> <str>type</str> <str>fixed</str> <str>sorder</str> <str>2</str> <str>sdimdofs</str> <arr> <str>Rm$2</str> <str>Zm$2</str> </arr> </rec> </arr> </arr> <str>ind</str> <arr> <arr> <str>1</str> <str>2</str> <str>3</str> <str>4</str> <str>5</str> <str>6</str> </arr> </arr> </rec> </arr> </arr> <str>frame</str> <str>mesh</str> <str>equivmeshframe</str> <str>on</str> <str>derivativeframes</str> <arr> <str>material</str> <str>spatial</str> <str>geometry</str> </arr> <str>definelocalcoord</str> <str>on</str> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elcontshapevar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <rec> <str>ind</str> <arr> <arr> <str>1</str> <str>2</str> <str>3</str> <str>4</str> <str>5</str> <str>6</str> <str>7</str> <str>8</str> <str>9</str> <str>10</str> <str>11</str> <str>12</str> <str>13</str> <str>14</str> <str>15</str> <str>16</str> <str>17</str> <str>18</str> <str>19</str> <str>20</str> <str>21</str> <str>22</str> </arr> </arr> <str>var</str> <arr> <str>nRmc</str> <arr> <str>nRmmesh</str> </arr> <str>nZmc</str> <arr> <str>nZmmesh</str> </arr> </arr> </rec> </arr> </arr> <str>lagorder</str> <str>2</str> <str>frame</str> <str>mesh</str> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elcurvature</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <rec> <str>ind</str> <arr> <arr> <str>1</str> <str>2</str> <str>3</str> <str>4</str> <str>5</str> <str>6</str> <str>7</str> <str>8</str> <str>9</str> <str>10</str> <str>11</str> <str>12</str> <str>13</str> <str>14</str> <str>15</str> <str>16</str> <str>17</str> <str>18</str> <str>19</str> <str>20</str> <str>21</str> <str>22</str> </arr> </arr> <str>curvnames</str> <arr> <str>curv</str> </arr> <str>tangnames</str> <arr> <arr> <str>tcurvR</str> <str>tcurvZ</str> </arr> </arr> <str>normaldir</str> <arr> <str>normal</str> </arr> </rec> </arr> </arr> <str>frame</str> <str>material</str> <str>method</str> <str>auto</str> </rec> $<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elcurvature</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <rec> <str>ind</str> <arr> <arr> <str>1</str> <str>2</str> <str>3</str> <str>4</str> <str>5</str> <str>6</str> <str>7</str> <str>8</str> <str>9</str> <str>10</str> <str>11</str> <str>12</str> <str>13</str> <str>14</str> <str>15</str> <str>16</str> <str>17</str> <str>18</str> <str>19</str> <str>20</str> <str>21</str> <str>22</str> </arr> </arr> <str>curvnames</str> <arr> <str>curv_spatial</str> </arr> <str>tangnames</str> <arr> <arr> <str>tcurvr</str> <str>tcurvz</str> </arr> </arr> <str>normaldir</str> <arr> <str `>normal</str> </arr> </rec> </arr> </arr> <str>frame</str> <str>spatial</str> <str>method</str> <str>auto</str> </rec> (<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elcurvature</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <rec> <str>ind</str> <arr> <arr> <str>1</str> <str>2</str> <str>3</str> <str>4</str> <str>5</str> <str>6</str> <str>7</str> <str>8</str> <str>9</str> <str>10</str> <str>11</str> <str>12</str> <str>13</str> <str>14</str> <str>15</str> <str>16</str> <str>17</str> <str>18</str> <str>19</str> <str>20</str> <str>21</str> <str>22</str> </arr> </arr> <str>curvnames</str> <arr> <str>curv_geometry</str> </arr> <str>tangnames</str> <arr> <arr> <str>tcurvRg</str> <str>tcurvZg</str> </arr> </arr> <str>normaldir</str> <arr> <str>normal</str> </arr> </rec> </arr> </arr> <str>frame</str> <str>geometry</str> <str>method</str> <str>auto</str> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elcurvature</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <rec> <str>ind</str> <arr> <arr> <str>1</str> <str>2</str> <str>3</str> <str>4</str> <str>5</str> <str>6</str> <str>7</str> <str>8</str> <str>9</str> <str>10</str> <str>11</str> <str>12</str> <str>13</str> <str>14</str> <str>15</str> <str>16</str> <str>17</str> <str>18</str> <str>19</str> <str>20</str> <str>21</str> <str>22</str> </arr> </arr> <str>curvnames</str> <arr> <str>curv_mesh</str> </arr> <str>tangnames</str> <arr> <arr> <str>tcurvRm</str> <str>tcurvZm</str> </arr> </arr> <str>normaldir</str> <arr> <str>normal</str> </arr> </rec> </arr> </arr> <str>frame</str> <str>mesh</str> <str>method</str> <str>auto</str> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elgeom</str> <str>g</str> <arr> <str>1</str> </arr> <str>frame</str> <str>mesh</str> <str>sorder</str> <str>2</str> <str>method</str> <str>Lenoir</str> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elpiecewise</str> <str>name</str> <str>comp1.mat1.def.eta</str> <str>subtype</str> <str>poly</str> <str>args</str> <str>T</str> <str>intervals</str> <arr> <str>200.0</str> <str>1600.0</str> </arr> <str>expr</str> <arr> <arr> <str>0</str> <str>-8.38278E-7</str> <str>1</str> <str>8.35717342E-8</str> <str>2</str> <str>-7.69429583E-11</str> <str>3</str> <str>4.6437266E-14</str> <str>4</str> <str>-1.06585607E-17</str> </arr> </arr> <str>extmethod</str> <str>const</str> <str>smoothorder</str> <str>0</str> <str>smoothzone</str> <str>0.0</str> <str>zonetype</str> <str>relative</str> <str>complex</str> <str>false</str> <str>smoothends</str> <str>false</str> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elpiecewise</str> <str>name</str> <str>comp1.mat1.def.Cp</str> <str>subtype</str> <str>poly</str> <str>args</str> <str>T</str> <str>intervals</str> <arr> <str>200.0</str> <str>1600.0</str> </arr> <str>expr</str> <arr> <arr> <str>0</str> <str>1047.63657</str> <str>1</str> <str>-0.372589265</str> <str>2</str> <str>9.45304214E-4</str> <str>3</str> <str>-6.02409443E-7</str> <str>4</str> <str>1.2858961E-10</str> </arr> </arr> <str>extmethod</str> <str>const</str> <str>smoothorder</str> <str>0</str> <str>smoothzone</str> <str>0.0</str> <str>zonetype</str> <str>relative</str> <str>complex</str> <str>false</str> <str>smoothends</str> <str>false</str> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elinline</str> <str>name</str> <str>comp1.mat1.def.rho</str> <str>args</str> <arr> <str>rho__pA__internalArgument</str> <str>rho__T__internalArgument</str> </arr> <str>expr</str> <str>(0.02897*rho__pA__internalArgument)/(R_const*rho__T__internalArgument)</str> <str>dexpr</str> <arr> <str>d((0.02897*rho__pA__internalArgument)/(R_const*rho__T__internalArgument), rho__pA__internalArgument)</str> <str>d((0.02897*rho__pA__internalArgument)/(R_const*rho__T__internalArgument), rho__T__internalArgument)</str> </arr> <str>complex</str> <str>false</str> <str>linear</str> <str>false</str> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elpiecewise</str> <str>name</str> <str>comp1.mat1.def.k</str> <str>subtype</str> <str>poly</str> <str>args</str> <str>T</str> <str>intervals</str> <arr> <str>200.0</str> <str>1600.0</str> </arr> <str>expr</str> <arr> <arr> <str>0</str> <str>-0.00227583562</str> <str>1</str> <str>1.15480022E-4</str> <str>2</str> <str>-7.90252856E-8</str> <str>3</str> <str>4.11702505E-11</str> <str>4</str> <str>-7.43864331E-15</str> </arr> </arr> <str>extmethod</str> <str>const</str> <str>smoothorder</str> <str>0</str> <str>smoothzone</str> <str>0.0</str> <str>zonetype</str> <str>relative</str> <str>complex</str> <str>false</str> <str>smoothends</str> <str>false</str> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elinline</str> <str>name</str> <str>comp1.mat1.def.cs</str> <str>args</str> <arr> <str>cs__T__internalArgument</str> </arr> <str>expr</str> <str>sqrt((48.32585433206766*R_const)*cs__T__internalArgument)</str> <str>dexpr</str> <arr> <str>d(sqrt((48.32585433206766*R_const)*cs__T__internalArgument), cs__T__internalArgument)</str> </arr> <str>complex</str> <str>false</str> <str>linear</str> <str>false</str> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elinline</str> <str>name</str> <str>comp1.mat1.def.alpha_p</str> <str>args</str> <arr> <str>alpha_p__pA__internalArgument</str> <str>alpha_p__T__internalArgument</str> </arr> <str>expr</str> <str>-d(comp1.mat1.def.rho(alpha_p__pA__internalArgument, alpha_p__T__internalArgument), alpha_p__T__internalArgument)/comp1.mat1.def.rho(alpha_p__pA__internalArgument, alpha_p__T__internalArgument)</str> <str>dexpr</str> <arr> <str>d(-d(comp1.mat1.def.rho(alpha_p__pA__internalArgument, alpha_p__T__internalArgument), alpha_p__T__internalArgument)/comp1.mat1.def.rho(alpha_p__pA__internalArgument, alpha_p__T__internalArgument), alpha_p__pA__internalArgument)</str> <str>d(-d(comp1.mat1.def.rho(alpha_p__pA__internalArgument, alpha_p__T__internalArgument), alpha_p__T__internalArgument)/comp1.mat1.def.rho(alpha_p__pA__internalArgument, alpha_p__T__internalArgument), alpha_p__T__internalArgument)</str> </arr> <str>complex</str> <str>false</str> <str>linear</str> <str>false</str> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elinline</str> <str>name</str> <str>comp1.mat1.def.muB</str> <str>args</str> <arr> <str>muB__T__internalArgument</str> </arr> <str>expr</str> <str>0.6*comp1.mat1.def.eta(muB__T__internalArgument)</str> <str>dexpr</str> <arr> <str>d(0.6*comp1.mat1.def.eta(muB__T__internalArgument), muB__T__internalArgument)</str> </arr> <str>complex</str> <str>false</str> <str>linear</str> <str>false</str> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elpiecewise</str> <str>name</str> <str>comp1.mat1.idealGas.Cp</str> <str>subtype</str> <str>poly</str> <str>args</str> <str>T</str> <str>intervals</str> <arr> <str>200.0</str> <str>1600.0</str> </arr> <str>expr</str> <arr> <arr> <str>0</str> <str>1047.63657</str> <str>1</str> <str>-0.372589265</str> <str>2</str> <str>9.45304214E-4</str> <str>3</str> <str>-6.02409443E-7</str> <str>4</str> <str>1.2858961E-10</str> </arr> </arr> <str>extmethod</str> <str>const</str> <str>smoothorder</str> <str>0</str> <str>smoothzone</str> <str>0.0</str> <str>zonetype</str> <str>relative</str> <str>complex</str> <str>false</str> <str>smoothends</str> <str>false</str> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elode</str> <str>tvars</str> <str>on</str> <str>dim</str> <arr> <str>comp1.mf.coil1.VCoil_ode</str> </arr> <str>f</str> <arr> <str>0</str> </arr> <str>weak</str> <arr> <str>(comp1.mf.ICoil_1-comp1.mf.coil1.Iint)*test(comp1.mf.coil1.VCoil_ode)</str> </arr> <str>valuetype</str> <str>complex</str> <str>tvarsmult</str> <str>comp1.mf.iomega</str> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elode</str> <str>tvars</str> <str>on</str> <str>dim</str> <arr> <str>comp1.cir.UvsI1_v</str> <str>comp1.cir.C1_v</str> </arr> <str>f</str> <arr> <str>comp1.cir.UvsI1.I+comp1.cir.R1_i</str> <str>comp1.cir.iomega*comp1.cir.C1_C*comp1.cir.C1_v-comp1.cir.C1_p_i</str> </arr> <str>weak</str> <arr> </arr> <str>valuetype</str> <str>complex</str> <str>tvarsmult</str> <str>comp1.cir.iomega</str> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elode</str> <str>tvars</str> <str>on</str> <str>dim</str> <arr> <str>comp1.cir.R1_i</str> </arr> <str>f</str> <arr> <str>comp1.cir.R1_R*comp1.cir.R1_i-comp1.cir.UvsI1_v-comp1.cir.UvsI1_n_v+comp1.cir.R1_n_v</str> </arr> <str>weak</str> <arr> </arr> <str>valuetype</str> <str>complex</str> <str>tvarsmult</str> <str>comp1.cir.iomega</str> </rec> $<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elconst</str> <str>var</str> <arr> <str>all_obj_contrib</str> <str>0</str> <str>all_obj_contrib_nolsq</str> <str>0</str> <str>all_obj_sum</str> <str>0</str> <str>all_obj_min</str> <str>Inf</str> <str>all_obj_max</str> <str>-Inf</str> <str>all_obj_scaled_contrib</str> <str>0</str> <str>all_obj_scaled_contrib_nolsq</str> <str>0</str> <str>all_obj_scaled_sum</str> <str>0</str> <str>all_obj_scaled_min</str> <str>Inf</str> <str>all_obj_scaled_max</str> <str>-Inf</str> </arr> </rec> C<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elcontshapevar</str> <str>frame</str> <str>spatial</str> <str>lagorder</str> <str>2</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <rec> <str>ind</str> <arr> <arr> <str>1</str> <str>2</str> <str>3</str> <str>4</str> <str>5</str> <str>6</str> <str>7</str> <str>8</str> <str>9</str> <str>10</str> <str>11</str> <str>12</str> <str>13</str> <str>14</str> <str>15</str> <str>16</str> <str>17</str> <str>18</str> <str>19</str> <str>20</str> <str>21</str> <str>22</str> </arr> </arr> <str>var</str> <arr> <str>comp1.sys1.nRc</str> <arr> <str>nR*comp1.sys1.nSign</str> </arr> <str>comp1.sys1.nPHIc</str> <arr> <str>0</str> </arr> <str>comp1.sys1.nZc</str> <arr> <str>nZ*comp1.sys1.nSign</str> </arr> </arr> </rec> </arr> </arr> </rec> s<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elconst</str> <str>var</str> <arr> </arr> </rec> Z<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elsvdpolar</str> <str>matdim</str> <str>3</str> <str>rotation</str> <arr> <str>comp1.spatial.R11</str> <str>comp1.spatial.R21</str> <str>comp1.spatial.R31</str> <str>comp1.spatial.R12</str> <str>comp1.spatial.R22</str> <str>comp1.spatial.R32</str> <str>comp1.spatial.R13</str> <str>comp1.spatial.R23</str> <str>comp1.spatial.R33</str> </arr> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>input</str> <arr> <arr> <str>comp1.spatial.F11</str> <str>comp1.spatial.F21</str> <str>comp1.spatial.F31</str> <str>comp1.spatial.F12</str> <str>comp1.spatial.F22</str> <str>comp1.spatial.F32</str> <str>comp1.spatial.F13</str> <str>comp1.spatial.F23</str> <str>comp1.spatial.F33</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>1</str> <str>2</str> <str>3</str> <str>4</str> <str>5</str> <str>6</str> <str>7</str> <str>8</str> <str>9</str> <str>10</str> <str>11</str> <str>12</str> <str>13</str> <str>14</str> <str>15</str> <str>16</str> <str>17</str> <str>18</str> <str>19</str> </arr> </arr> </rec> </arr> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elsvdpolar</str> <str>matdim</str> <str>3</str> <str>rotation</str> <arr> <str>comp1.spatial.R11</str> <str>comp1.spatial.R21</str> <str>comp1.spatial.R31</str> <str>comp1.spatial.R12</str> <str>comp1.spatial.R22</str> <str>comp1.spatial.R32</str> <str>comp1.spatial.R13</str> <str>comp1.spatial.R23</str> <str>comp1.spatial.R33</str> </arr> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <rec> <str>input</str> <arr> <arr> <str>comp1.spatial.F11</str> <str>comp1.spatial.F21</str> <str>comp1.spatial.F31</str> <str>comp1.spatial.F12</str> <str>comp1.spatial.F22</str> <str>comp1.spatial.F32</str> <str>comp1.spatial.F13</str> <str>comp1.spatial.F23</str> <str>comp1.spatial.F33</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>1</str> <str>2</str> <str>3</str> <str>4</str> <str>5</str> <str>6</str> <str>7</str> <str>8</str> <str>9</str> <str>10</str> <str>11</str> <str>12</str> <str>13</str> <str>14</str> <str>15</str> <str>16</str> <str>17</str> <str>18</str> <str>19</str> <str>20</str> <str>21</str> <str>22</str> </arr> </arr> </rec> </arr> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elsvdpolar</str> <str>matdim</str> <str>3</str> <str>rotation</str> <arr> <str>comp1.spatial.R11</str> <str>comp1.spatial.R21</str> <str>comp1.spatial.R31</str> <str>comp1.spatial.R12</str> <str>comp1.spatial.R22</str> <str>comp1.spatial.R32</str> <str>comp1.spatial.R13</str> <str>comp1.spatial.R23</str> <str>comp1.spatial.R33</str> </arr> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <arr> </arr> <rec> <str>input</str> <arr> <arr> <str>comp1.spatial.F11</str> <str>comp1.spatial.F21</str> <str>comp1.spatial.F31</str> <str>comp1.spatial.F12</str> <str>comp1.spatial.F22</str> <str>comp1.spatial.F32</str> <str>comp1.spatial.F13</str> <str>comp1.spatial.F23</str> <str>comp1.spatial.F33</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>1</str> <str>2</str> <str>3</str> <str>4</str> <str>5</str> <str>6</str> </arr> </arr> </rec> </arr> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elsvdpolar</str> <str>matdim</str> <str>3</str> <str>rotation</str> <arr> <str>comp1.spatial.invR11</str> <str>comp1.spatial.invR21</str> <str>comp1.spatial.invR31</str> <str>comp1.spatial.invR12</str> <str>comp1.spatial.invR22</str> <str>comp1.spatial.invR32</str> <str>comp1.spatial.invR13</str> <str>comp1.spatial.invR23</str> <str>comp1.spatial.invR33</str> </arr> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>input</str> <arr> <arr> <str>comp1.spatial.invF11</str> <str>comp1.spatial.invF21</str> <str>comp1.spatial.invF31</str> <str>comp1.spatial.invF12</str> <str>comp1.spatial.invF22</str> <str>comp1.spatial.invF32</str> <str>comp1.spatial.invF13</str> <str>comp1.spatial.invF23</str> <str>comp1.spatial.invF33</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>1</str> <str>2</str> <str>3</str> <str>4</str> <str>5</str> <str>6</str> <str>7</str> <str>8</str> <str>9</str> <str>10</str> <str>11</str> <str>12</str> <str>13</str> <str>14</str> <str>15</str> <str>16</str> <str>17</str> <str>18</str> <str>19</str> </arr> </arr> </rec> </arr> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elsvdpolar</str> <str>matdim</str> <str>3</str> <str>rotation</str> <arr> <str>comp1.spatial.invR11</str> <str>comp1.spatial.invR21</str> <str>comp1.spatial.invR31</str> <str>comp1.spatial.invR12</str> <str>comp1.spatial.invR22</str> <str>comp1.spatial.invR32</str> <str>comp1.spatial.invR13</str> <str>comp1.spatial.invR23</str> <str>comp1.spatial.invR33</str> </arr> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <rec> <str>input</str> <arr> <arr> <str>comp1.spatial.invF11</str> <str>comp1.spatial.invF21</str> <str>comp1.spatial.invF31</str> <str>comp1.spatial.invF12</str> <str>comp1.spatial.invF22</str> <str>comp1.spatial.invF32</str> <str>comp1.spatial.invF13</str> <str>comp1.spatial.invF23</str> <str>comp1.spatial.invF33</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>1</str> <str>2</str> <str>3</str> <str>4</str> <str>5</str> <str>6</str> <str>7</str> <str>8</str> <str>9</str> <str>10</str> <str>11</str> <str>12</str> <str>13</str> <str>14</str> <str>15</str> <str>16</str> <str>17</str> <str>18</str> <str>19</str> <str>20</str> <str>21</str> <str>22</str> </arr> </arr> </rec> </arr> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elsvdpolar</str> <str>matdim</str> <str>3</str> <str>rotation</str> <arr> <str>comp1.spatial.invR11</str> <str>comp1.spatial.invR21</str> <str>comp1.spatial.invR31</str> <str>comp1.spatial.invR12</str> <str>comp1.spatial.invR22</str> <str>comp1.spatial.invR32</str> <str>comp1.spatial.invR13</str> <str>comp1.spatial.invR23</str> <str>comp1.spatial.invR33</str> </arr> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <arr> </arr> <rec> <str>input</str> <arr> <arr> <str>comp1.spatial.invF11</str> <str>comp1.spatial.invF21</str> <str>comp1.spatial.invF31</str> <str>comp1.spatial.invF12</str> <str>comp1.spatial.invF22</str> <str>comp1.spatial.invF32</str> <str>comp1.spatial.invF13</str> <str>comp1.spatial.invF23</str> <str>comp1.spatial.invF33</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>1</str> <str>2</str> <str>3</str> <str>4</str> <str>5</str> <str>6</str> </arr> </arr> </rec> </arr> </arr> </rec> q<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elmatent</str> <str>name</str> <str>material.entity</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>ind</str> <arr> <arr> <str>1</str> <str>7</str> <str>19</str> </arr> <arr> <str>2</str> <str>6</str> <str>18</str> </arr> <arr> <str>10</str> <str>11</str> <str>12</str> <str>13</str> </arr> <arr> <str>14</str> <str>15</str> <str>16</str> <str>17</str> </arr> <arr> <str>3</str> <str>5</str> <str>8</str> <str>9</str> </arr> <arr> <str>4</str> </arr> </arr> </rec> <rec> <str>ind</str> <arr> <arr> <str>1</str> <str>8</str> <str>10</str> <str>11</str> <str>14</str> </arr> <arr> <str>2</str> <str>6</str> </arr> <arr> <str>12</str> <str>13</str> </arr> <arr> <str>15</str> <str>16</str> <str>17</str> <str>18</str> </arr> <arr> <str>19</str> <str>20</str> <str>21</str> <str>22</str> </arr> <arr> <str>3</str> <str>5</str> </arr> <arr> <str>4</str> <str>7</str> <str>9</str> </arr> <arr> </arr> <arr> </arr> <arr> </arr> <arr> </arr> </arr> <str>slit</str> <arr> <str>11</str> <str>14</str> <str>2</str> <str>6</str> <str>1</str> <str>8</str> <str>3</str> <str>5</str> </arr> </rec> <rec> <str>ind</str> <arr> <arr> <str>1</str> <str>4</str> </arr> <arr> <str>2</str> </arr> <arr> <str>5</str> </arr> <arr> <str>6</str> </arr> <arr> <str>3</str> </arr> </arr> </rec> </arr> </arr> </rec> o <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</st `r> <str>elshape</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>ind</str> <arr> <arr> <str>1</str> <str>2</str> <str>3</str> <str>4</str> <str>5</str> <str>6</str> <str>7</str> <str>8</str> <str>9</str> <str>10</str> <str>11</str> <str>12</str> <str>13</str> <str>14</str> <str>15</str> <str>16</str> <str>17</str> <str>18</str> <str>19</str> </arr> </arr> <str>use</str> <arr> <str></str> </arr> <str>shelem</str> <rec> <str>default</str> <arr> <arr> <str>shlag</str> <rec> <str>basename</str> <str>comp1.mf.PsiOrAphi</str> <str>order</str> <str>2</str> <str>frame</str> <arr> <str>spatial</str> <str>mesh</str> <str>geometry</str> <str>material</str> </arr> <str>declare</str> <arr> <str>true</str> <str>false</str> <str>false</str> <str>false</str> </arr> <str>valuetype</str> <str>complex</str> </rec> </arr> </arr> <str>case</str> <arr> </arr> <str>mind</str> <arr> </arr> </rec> </rec> <rec> <str>ind</str> <arr> <arr> <str>1</str> <str>2</str> <str>3</str> <str>4</str> <str>5</str> <str>6</str> <str>7</str> <str>8</str> <str>9</str> <str>10</str> <str>11</str> <str>12</str> <str>13</str> <str>14</str> <str>15</str> <str>16</str> <str>17</str> <str>18</str> <str>19</str> <str>20</str> <str>21</str> <str>22</str> </arr> </arr> <str>use</str> <arr> <str></str> </arr> <str>shelem</str> <rec> <str>default</str> <arr> <arr> <str>shlag</str> <rec> <str>basename</str> <str>comp1.mf.PsiOrAphi</str> <str>order</str> <str>2</str> <str>frame</str> <arr> <str>spatial</str> <str>mesh</str> <str>geometry</str> <str>material</str> </arr> <str>declare</str> <arr> <str>true</str> <str>false</str> <str>false</str> <str>false</str> </arr> <str>valuetype</str> <str>complex</str> </rec> </arr> </arr> <str>case</str> <arr> </arr> <str>mind</str> <arr> </arr> </rec> </rec> <rec> <str>ind</str> <arr> <arr> <str>1</str> <str>2</str> <str>3</str> <str>4</str> <str>5</str> <str>6</str> </arr> </arr> <str>use</str> <arr> <str></str> </arr> <str>shelem</str> <rec> <str>default</str> <arr> <arr> <str>shlag</str> <rec> <str>basename</str> <str>comp1.mf.PsiOrAphi</str> <str>order</str> <str>2</str> <str>frame</str> <arr> <str>spatial</str> <str>mesh</str> <str>geometry</str> <str>material</str> </arr> <str>declare</str> <arr> <str>true</str> <str>false</str> <str>false</str> <str>false</str> </arr> <str>valuetype</str> <str>complex</str> </rec> </arr> </arr> <str>case</str> <arr> </arr> <str>mind</str> <arr> </arr> </rec> </rec> </arr> </arr> <str>tvars</str> <str>on</str> <str>implicitbmtypes</str> <str>on</str> <str>tvarsmult</str> <str>comp1.mf.iomega</str> </rec> 8<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elgpspec</str> <str>g</str> <arr> <str>1</str> </arr> <str>geom</str> <arr> <rec> <str>ep</str> <rec> <str>default</str> <arr> <str>4</str> <str>4</str> </arr> <str>case</str> <arr> </arr> <str>mind</str> <arr> </arr> </rec> </rec> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>eleqw</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <arr> </arr> <rec> <str>coeff</str> <arr> <arr> <str>2*comp1.mf.d*(-comp1.mf.Hr*comp1.mf.testcurlAr-comp1.mf.Hz*comp1.mf.testcurlAz+comp1.mf.Jr*var(comp1.mf.Adepr,comp1.mf.PsiOrA)+comp1.mf.Jphi*var(comp1.mf.Adepphi,comp1.mf.PsiOrA)+comp1.mf.Jz*var(comp1.mf.Adepz,comp1.mf.PsiOrA))*pi*r</str> </arr> </arr> <str>ipoints</str> <arr> <arr> <str>1</str> </arr> </arr> <str>dvolname</str> <arr> <arr> <str>dvol_spatial</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>2</str> </arr> </arr> </rec> </arr> </arr> <str>assemcase</str> <str>0</str> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>eleqw</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <arr> </arr> <rec> <str>coeff</str> <arr> <arr> <str>2*comp1.mf.d*(-comp1.mf.Hr*comp1.mf.testcurlAr-comp1.mf.Hz*comp1.mf.testcurlAz+comp1.mf.Jr*var(comp1.mf.Adepr,comp1.mf.PsiOrA)+comp1.mf.Jphi*var(comp1.mf.Adepphi,comp1.mf.PsiOrA)+comp1.mf.Jz*var(comp1.mf.Adepz,comp1.mf.PsiOrA))*pi*r</str> </arr> </arr> <str>ipoints</str> <arr> <arr> <str>1</str> </arr> </arr> <str>dvolname</str> <arr> <arr> <str>dvol_spatial</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>6</str> </arr> </arr> </rec> </arr> </arr> <str>assemcase</str> <str>0</str> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>eleqw</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <arr> </arr> <rec> <str>coeff</str> <arr> <arr> <str>2*comp1.mf.d*(-comp1.mf.Hr*comp1.mf.testcurlAr-comp1.mf.Hz*comp1.mf.testcurlAz+comp1.mf.Jr*var(comp1.mf.Adepr,comp1.mf.PsiOrA)+comp1.mf.Jphi*var(comp1.mf.Adepphi,comp1.mf.PsiOrA)+comp1.mf.Jz*var(comp1.mf.Adepz,comp1.mf.PsiOrA))*pi*comp1.ie1.r*comp1.ie1.detInvT</str> </arr> </arr> <str>ipoints</str> <arr> <arr> <str>1</str> </arr> </arr> <str>dvolname</str> <arr> <arr> <str>dvol_spatial</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>1</str> <str>4</str> </arr> </arr> </rec> </arr> </arr> <str>assemcase</str> <str>0</str> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>eleqw</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <arr> </arr> <rec> <str>coeff</str> <arr> <arr> <str>2*comp1.mf.d*(-comp1.mf.HR*comp1.mf.testcurlAR-comp1.mf.HZ*comp1.mf.testcurlAZ+comp1.mf.JR*var(comp1.mf.AdepR,comp1.mf.PsiOrA)+comp1.mf.JPHI*var(comp1.mf.AdepPHI,comp1.mf.PsiOrA)+comp1.mf.JZ*var(comp1.mf.AdepZ,comp1.mf.PsiOrA))*pi*R</str> </arr> </arr> <str>ipoints</str> <arr> <arr> <str>2</str> </arr> </arr> <str>dvolname</str> <arr> <arr> <str>dvol</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>3</str> </arr> </arr> </rec> </arr> </arr> <str>assemcase</str> <str>0</str> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>eleqw</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <arr> </arr> <rec> <str>coeff</str> <arr> <arr> <str>2*comp1.mf.d*(-comp1.mf.Hr*comp1.mf.testcurlAr-comp1.mf.Hz*comp1.mf.testcurlAz+comp1.mf.Jr*var(comp1.mf.Adepr,comp1.mf.PsiOrA)+comp1.mf.Jphi*var(comp1.mf.Adepphi,comp1.mf.PsiOrA)+comp1.mf.Jz*var(comp1.mf.Adepz,comp1.mf.PsiOrA))*pi*r</str> </arr> </arr> <str>ipoints</str> <arr> <arr> <str>1</str> </arr> </arr> <str>dvolname</str> <arr> <arr> <str>dvol_spatial</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>5</str> </arr> </arr> </rec> </arr> </arr> <str>assemcase</str> <str>0</str> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elsconstr</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <rec> <str>constr</str> <arr> <arr> <arr> <str>comp1.mf.mi1.A0phi-comp1.mf.tAdep_sphi</str> </arr> </arr> </arr> <str>constrf</str> <arr> <arr> <arr> <str>test(comp1.mf.mi1.A0phi-comp1.mf.tAdep_sphi)</str> </arr> </arr> </arr> <str>cshape</str> <arr> <arr> <str>1</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>11</str> <str>14</str> </arr> </arr> <str>shelem</str> <rec> <str>default</str> <arr> <arr> <arr> <str>shlag</str> <rec> <str>basename</str> <str>comp1.mf.PsiOrAphi</str> <str>order</str> <str>2</str> <str>frame</str> <arr> <str>spatial</str> <str>mesh</str> <str>geometry</str> <str>material</str> </arr> <str>declare</str> <arr> <str>true</str> <str>false</str> <str>false</str> <str>false</str> </arr> <str>valuetype</str> <str>complex</str> </rec> </arr> </arr> </arr> <str>case</str> <arr> </arr> <str>mind</str> <arr> </arr> </rec> </rec> </arr> </arr> <str>constrclass</str> <str>normal</str> <str>implicitbmtypes</str> <str>on</str> <str>nodalconstr</str> <str>off</str> </rec> i<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elsconstr</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <rec> <str>constr</str> <arr> <arr> <arr> <str>-comp1.mf.Psi</str> </arr> </arr> </arr> <str>constrf</str> <arr> <arr> <arr> <str>test(comp1.mf.Psi)</str> </arr> </arr> </arr> <str>cshape</str> <arr> <arr> <str>1</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>2</str> <str>6</str> </arr> </arr> <str>shelem</str> <rec> <str>default</str> <arr> <arr> <arr> <str>shlag</str> <rec> <str>basename</str> <str>comp1.mf.alf1.mak10_use20_constr1</str> <str>order</str> <str>2</str> <str>frame</str> <arr> <str>spatial</str> <str>mesh</str> <str>geometry</str> <str>material</str> </arr> <str>declare</str> <arr> <str>true</str> <str>false</str> <str>false</str> <str>false</str> </arr> <str>valuetype</str> <str>complex</str> </rec> </arr> </arr> </arr> <str>case</str> <arr> </arr> <str>mind</str> <arr> </arr> </rec> </rec> </arr> </arr> <str>constrclass</str> <str>normal</str> <str>implicitbmtypes</str> <str>on</str> <str>nodalconstr</str> <str>off</str> </rec> i<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elsconstr</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <rec> <str>constr</str> <arr> <arr> <arr> <str>-comp1.mf.Psi</str> </arr> </arr> </arr> <str>constrf</str> <arr> <arr> <arr> <str>test(comp1.mf.Psi)</str> </arr> </arr> </arr> <str>cshape</str> <arr> <arr> <str>1</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>1</str> <str>8</str> </arr> </arr> <str>shelem</str> <rec> <str>default</str> <arr> <arr> <arr> <str>shlag</str> <rec> <str>basename</str> <str>comp1.mf.alf1.mak10_use20_constr1</str> <str>order</str> <str>2</str> <str>frame</str> <arr> <str>spatial</str> <str>mesh</str> <str>geometry</str> <str>material</str> </arr> <str>declare</str> <arr> <str>true</str> <str>false</str> <str>false</str> <str>false</str> </arr> <str>valuetype</str> <str>complex</str> </rec> </arr> </arr> </arr> <str>case</str> <arr> </arr> <str>mind</str> <arr> </arr> </rec> </rec> </arr> </arr> <str>constrclass</str> <str>normal</str> <str>implicitbmtypes</str> <str>on</str> <str>nodalconstr</str> <str>off</str> </rec> i<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elsconstr</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <rec> <str>constr</str> <arr> <arr> <arr> <str>-comp1.mf.Psi</str> </arr> </arr> </arr> <str>constrf</str> <arr> <arr> <arr> <str>test(comp1.mf.Psi)</str> </arr> </arr> </arr> <str>cshape</str> <arr> <arr> <str>1</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>3</str> <str>5</str> </arr> </arr> <str>shelem</str> <rec> <str>default</str> <arr> <arr> <arr> <str>shlag</str> <rec> <str>basename</str> <str>comp1.mf.als1.mak10_use20_constr1</str> <str>order</str> <str>2</str> <str>frame</str> <arr> <str>material</str> <str>mesh</str> <str>geometry</str> <str>spatial</str> </arr> <str>declare</str> <arr> <str>true</str> <str>false</str> <str>false</str> <str>false</str> </arr> <str>valuetype</str> <str>complex</str> </rec> </arr> </arr> </arr> <str>case</str> <arr> </arr> <str>mind</str> <arr> </arr> </rec> </rec> </arr> </arr> <str>constrclass</str> <str>normal</str> <str>implicitbmtypes</str> <str>on</str> <str>nodalconstr</str> <str>off</str> </rec> Z<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elemaux</str> <str>elevent</str> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elconst</str> <str>var</str> <arr> <str>unit_s_cf</str> <str>1</str> <str>unit_rad_cf</str> <str>1</str> <str>unit_K_cf</str> <str>1</str> <str>unit_J_cf</str> <str>1</str> <str>unit_m_cf</str> <str>1</str> <str>unit_C_cf</str> <str>1</str> <str>unit_atm_cf</str> <str>101325</str> <str>unit_kg_cf</str> <str>1</str> <str>unit_mol_cf</str> <str>1</str> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elconst</str> <str>var</str> <arr> <str>unit_H_cf</str> <str>1</str> <str>unit_u937_cf</str> <str>1</str> <str>unit_F_cf</str> <str>1</str> <str>unit_Hz_cf</str> <str>1</str> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elconst</str> <str>var</str> <arr> <str>unit_S_cf</str> <str>1</str> <str>unit_Pa_cf</str> <str>1</str> <str>unit_W_cf</str> <str>1</str> <str>unit_ohm_cf</str> <str>1</str> <str>unit_nF_cf</str> <str>1.0E-9</str> <str>unit_A_cf</str> <str>1</str> <str>unit_GPa_cf</str> <str>1000000000</str> <str>unit_mu937_cf</str> <str>0.001</str> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elinline</str> <str>name</str> <str>sqrteps</str> <str>args</str> <arr> <str>sqrteps__x__internalArgument</str> </arr> <str>expr</str> <str>sqrt(sqrteps__x__internalArgument)</str> <str>dexpr</str> <arr> <str>0.5/sqrt(sqrteps__x__internalArgument+eps)</str> </arr> <str>complex</str> <str>false</str> <str>linear</str> <str>false</str> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elinline</str> <str>name</str> <str>poweps</str> <str>args</str> <arr> <str>poweps__x__internalArgument</str> <str>poweps__n__internalArgument</str> </arr> <str>expr</str> <str>poweps__x__internalArgument^poweps__n__internalArgument</str> <str>dexpr</str> <arr> <str>if(poweps__n__internalArgument&lt;1, poweps__n__internalArgument*(poweps__x__internalArgument+eps)^(-1+poweps__n__internalArgument), poweps__n__internalArgument*poweps__x__internalArgument^(-1+poweps__n__internalArgument))</str> <str>log(poweps__x__internalArgument)*poweps__x__internalArgument^poweps__n__internalArgument</str> </arr> <str>complex</str> <str>false</str> <str>linear</str> <str>false</str> </rec>    comp1.mf.PsiOrAcomp1.mf.coil1.VCoil_odecomp1.voltagescomp1.currentscomp1.mf.PsiOrAphicomp1.mf.coil1.VCoil_odecomp1.cir.UvsI1_vcomp1.cir.C1_vcomp1.cir.R1_icomp1.cir.C1_vcomp1.cir.R1_icomp1.cir.UvsI1_vcomp1.mf.PsiOrAphicomp1.mf.coil1.VCoil_ode?ls(0)comp1.cir.C1_vcomp1.cir.R1_icomp1.cir.UvsI1_vcomp1.mf.coil1.VCoil_odecomp1.cir.C1_vcomp1.cir.R1_icomp1.cir.UvsI1_vcomp1.mf.coil1.VCoil_ode?b(2), $&-.78ANYb#,26<@BFGHIJV`hijklm, ???????????? Rm$2?Rm$2?Rm$2??Rm$2??Rm$2??Zm$2?Zm$2?Zm$2??Zm$2??Zm$2??comp1.mf.PsiOrAphicomp1.mf.PsiOrAphi?comp1.mf.PsiOrAphi?comp1.mf.PsiOrAphi?comp1.mf.PsiOrAphi??comp1.mf.PsiOrAphi??comp1.mf.PsiOrAphi?comp1.mf.PsiOrAphi??comp1.mf.PsiOrAphi?? Rm$2Zm$2comp1.mf.PsiOrAphi,,  !"#$%&'()*+,,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVW,XYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~,-./032456789:;<=>?@A,# !"$%&)'*+("4Px?Zdgb$*x)Z\. GW)-8T| J^op&t%JN09IY+6RzH\mnk(v'XZ  7@P`r,z+".\^~?[qLS}v |"#5Qy@[ehc%+y*[]/ HX*.9U} K_pq'u&KO1:JZ,7S{I]nol)w(Y[ !8AQas-{,#/]_@\rMT~w  }# 5FSdm]g \. nqaw{ "8XZIfp`j +^lrtx| !7HYeo_i ,`osuy} ]/  $,:@Eglcb!  1BO`iYcX* jm]sw 4TVEbl\f~'  Zhnptx 3DUak[e(  \koquy Y+ (6<Ach_^ ,  !"#$%&'()*+, ,-./0123456789:;<=>?@ABC,DEFGHIJKLMNOPQRSTUVWXY# Z!"$%&)['*+(,EFGHKJLMNOPQRSTUV\WXY]/01345;8^69:7<=>A_?BC@`  6TRGcn\h[- kp_vz ?^!0#9;+ADhkda"  ` 2PNC_jXdW)gl[rv;Z,57'=@dg`]?lb(2)B  %'(/019:;CDEPQ[!")*+345=>?KLMORSTUWXZ\]^_acdefg!B ????????????  comp1.mf.PsiOrAphicomp1.mf.PsiOrAphi?comp1.mf.PsiOrAphi?comp1.mf.PsiOrAphi?comp1.mf.PsiOrAphi??comp1.mf.PsiOrAphi??comp1.mf.PsiOrAphi?comp1.mf.PsiOrAphi??comp1.mf.PsiOrAphi?? comp1.mf.PsiOrAphiB B  !"#$%&'()*+,-./0123456789:;<=>?@ABBCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~B  !"#%&()+,./012346789:;BB     B !"#B$%&'( ) * +,-.#%&'()*+,-./562/0341<907:;8?1=@A>B23BC4DEF5I6JM7LP8OS9RV:U;YX<Z\]^`eghijklmnopqwxt=ruvs~{>y|}z?B%&'( ) * +,-.@#%&()+,./A62/0341907:;8B%'9;.2AOKhrvdlp&"* !%)&-1:@JNgqucko!%)"&* [- (*<>04CQMjtxfnr($, #' )/3=BLPiswemq#'+ $( +  6Gnh 5Fmg   B!#57*.=KGdnr`hl"& |!%")-6<FJcmq_gk!% }"&W)$&8:,0?MIfptbjn$ ( #%+/9>HLeosaim#'  $~'   2Cjd 1Bic?s(2)F *19;?`ux=ch{FU^ej$')LPdgjl @J_iqtuF?????? Rm$2?Rm$2?Rm$2??Zm$2?Zm$2?Zm$2??comp1.mf.PsiOrAphicomp1.mf.PsiOrAphi?comp1.mf.PsiOrAphi?comp1.mf.PsiOrAphi?comp1.mf.PsiOrAphi??comp1.mf.PsiOrAphi?Rm$2Zm$2comp1.mf.PsiOrAphiFF  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~F `?;dNBjFU6J`Jbf90YI (=Hl& ? N g p F 7UYkIM#4H^FLibhj&?FQ  F 4 n v 89W[]5 !BVgHN`dl$46Ox  2 Z H } \ @<eOCkGV7KaKcg:1ZJ)>Im' @ O h q G 8VZlJN $5I_GMjcik'@GR G 5 o w 9:X\^6 "CWhIOaem%57Py  3 ! [ I ~ ] SbK]Ot|hP [ltr|xX ` d f 2 ? A 8 ( Ua<PT^ucn!z]m~ Z a e W @ I D , Vd=QUZJ=dmR{^i![ ^ b 4 J M * E H O^GYKpxdLWh~pnxtT \ ` b . ; = 4 $ | Q]8LPZq_j vYiz V ] a S < E @ ( R`9MQVF9`iN wZe{ W Z ^ 0 F I & A ~ D F   !"#$%&'()*+,--.+/0012234565789::;;F<==> ?@AB CD EFGHIJKLIJMN! $*#()OP,QR/ST1U.VUW47X9YZ8[\]F^_`a?bcdefAghEiBjkDlmnoFKpqGrsNtLu'vw&xyz{|P}~RSW6Y\ZR`\Ms}i Yk_pzvY _ c > 6 ) TcNO" \  P 3 K F W>RVYI<el|h"  C I T F a % > y N\XIoyeUg}[lvrU [ _ : 2 % } P_JK X L / G B S:NRUE8ah xd|   ? 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