*** empty log message ***

diff --git a/Carmel3D/jdc_e1.comm b/Carmel3D/jdc_e1.comm
new file mode 100644 (file)
index 0000000..7357fb5
--- /dev/null
+++ b/Carmel3D/jdc_e1.comm
@@ -0,0 +1,64 @@
+
+cuivre1=CONDUCTOR(CONDUCTIVITY=_F(LAW='LINEAR',
+                                  VALUE_COMPLEX=('RI',1.0,4.0,),),
+                  PERMEABILITY=_F(LAW='NONLINEAR',
+                                  VALUE_REAL=2,),);
+
+diel1=DIELECTRIC(PERMITTIVITY=_F(LAW='LINEAR',
+                                 VALUE_COMPLEX=('MP',2.0,90.0,),),
+                 PERMEABILITY=_F(LAW='LINEAR',
+                                 VALUE_COMPLEX=(2+8j),),);
+
+diel_nl1=DIELECTRIC(PERMITTIVITY=_F(LAW='LINEAR',
+                                    VALUE_REAL=4,),
+                    PERMEABILITY=_F(LAW='NONLINEAR',
+                                    VALUE_REAL=0,
+                                    NATURE='SPLINE',
+                                    FILENAME='/home/G17214/.Eficas_Openturns/jdc1.comm',
+                                    APPLIEDTO='B(H)&H(B)',),);
+
+diel_nl2=DIELECTRIC(PERMITTIVITY=_F(LAW='LINEAR',
+                                    VALUE_REAL=5,),
+                    PERMEABILITY=_F(LAW='NONLINEAR',
+                                    VALUE_REAL=6.5,
+                                    NATURE='MARROCCO',
+                                    ALPHA=0,
+                                    TAU=0,
+                                    C=0,
+                                    EPSILON=0,),);
+
+diel_nl3=DIELECTRIC(PERMITTIVITY=_F(LAW='LINEAR',
+                                    VALUE_COMPLEX=('RI',3.4,2.1,),),
+                    PERMEABILITY=_F(LAW='NONLINEAR',
+                                    VALUE_REAL=5.34789,
+                                    NATURE='MARROCCO+SATURATION',
+                                    ALPHA=0,
+                                    TAU=0,
+                                    C=0,
+                                    EPSILON=0,
+                                    BMAX=0,
+                                    HSAT=0,
+                                    BSAT=0,
+                                    JOIN='SPLINE',
+                                    APPLIEDTO='B(H)&H(B)',),);
+
+zf1=ZSURFACIC(CONDUCTIVITY=_F(LAW='LINEAR',
+                              VALUE_REAL=0.25638,),
+              PERMEABILITY=_F(LAW='LINEAR',
+                              VALUE_COMPLEX=(3.1200000000000001+5.8959999999999999j),),);
+
+nil1=NILMAT();
+
+arete1=MESH_GR(Material=diel_nl1,);
+
+mesh3=MESH_GR(Material=diel_nl1,);
+
+mesh2=MESH_GR(Material=cuivre1,);
+
+nilmesh1=MESH_GR(Material=nil1,);
+
+SOURCES(STRANDED_INDUCTOR=_F(NAME='iiiiii',
+                             NTURNS=1,
+                             CURJ=0,
+                             POLAR=0,),);
+#CHECKSUM:557b11cc62f29372c2f1c59266e33885  -:FIN CHECKSUM
\ No newline at end of file

diff --git a/Carmel3D/jdc_e2.comm b/Carmel3D/jdc_e2.comm
new file mode 100644 (file)
index 0000000..badcd46
--- /dev/null
+++ b/Carmel3D/jdc_e2.comm
@@ -0,0 +1,23 @@
+
+cond1=CONDUCTOR(CONDUCTIVITY=_F(LAW='LINEAR',
+                                VALUE_REAL=2,),
+                PERMEABILITY=_F(LAW='LINEAR',
+                                VALUE_COMPLEX=('RI',2.0,4.0,),),);
+
+diel1=DIELECTRIC(PERMITTIVITY=_F(LAW='LINEAR',
+                                 VALUE_REAL=2,),
+                 PERMEABILITY=_F(LAW='LINEAR',
+                                 HOMOGENEOUS='TRUE',
+                                 ISOTROPIC='TRUE',
+                                 VALUE_REAL=2,),);
+
+EM_ANISOTROPIC(CONDUCTIVITY_File='/home/G17214/.Eficas_Carmel3D/jdc1.mater',
+               PERMEABILITY_File='/home/G17214/.Eficas_Carmel3D/jdc1.mater',);
+
+grm1=MESH_GR(Material=cond1,);
+
+SOURCES(STRANDED_INDUCTOR=_F(NAME='jjjjjjjj',
+                             NTURNS=1,
+                             CURJ=0,
+                             POLAR=0,),);
+#CHECKSUM:a6d4c56783d1d09d6b54c996663cef00  -:FIN CHECKSUM
\ No newline at end of file

diff --git a/Carmel3D/jdc_f1.comm b/Carmel3D/jdc_f1.comm
new file mode 100644 (file)
index 0000000..44fa468
--- /dev/null
+++ b/Carmel3D/jdc_f1.comm
@@ -0,0 +1,83 @@
+
+loi_l1=LAW(LINEAR='YES',);
+
+loi_nl1=LAW(LINEAR='NO',
+            NATURE='SPLINE',
+            FILENAME='/home/G17214/.Eficas_Openturns/jdc-sansjdc.comm',
+            APPLIEDTO='B(H)&H(B)',);
+
+loi_nl2=LAW(LINEAR='NO',
+            NATURE='MARROCCO',
+            ALPHA=0,
+            TAU=0,
+            C=0,
+            EPSILON=0,);
+
+loi_nl3=LAW(LINEAR='NO',
+            NATURE='MARROCCO+SATURATION',
+            ALPHA=0,
+            TAU=0,
+            C=0,
+            EPSILON=0,
+            BMAX=0,
+            HSAT=0,
+            BSAT=0,
+            JOIN='PARABOLIC',
+            APPLIEDTO='B(H)',);
+
+cd3=CONDUCTOR(CONDUCTIVITY=_F(LAW=loi_l1,
+                              VALUE_REAL=2,),
+              PERMEABILITY=_F(LAW=loi_l1,
+                              VALUE_COMPLEX=1,),);
+
+cd4=CONDUCTOR(CONDUCTIVITY=_F(LAW=loi_l1,
+                              VALUE_COMPLEX=('RI',1.0,3.0,),),
+              PERMEABILITY=_F(LAW=loi_l1,
+                              VALUE_COMPLEX=1,),);
+
+diel1=DIELECTRIC(PERMITTIVITY=_F(LAW=loi_l1,
+                                 VALUE_COMPLEX=1,),
+                 PERMEABILITY=_F(LAW=loi_nl3,
+                                 VALUE_REAL=2,),);
+
+diel2=DIELECTRIC(PERMITTIVITY=_F(LAW=loi_l1,
+                                 VALUE_REAL=2,),
+                 PERMEABILITY=_F(LAW=loi_nl1,
+                                 VALUE_REAL=5,),);
+
+cd2=CONDUCTOR(CONDUCTIVITY=_F(LAW=loi_l1,
+                              VALUE_REAL=0,),
+              PERMEABILITY=_F(LAW=loi_l1,
+                              VALUE_COMPLEX=1,),);
+
+cd10=CONDUCTOR(CONDUCTIVITY=_F(LAW=loi_l1,
+                               HOMOGENEOUS='TRUE',
+                               VALUE_REAL=8,),
+               PERMEABILITY=_F(LAW=loi_l1,
+                               VALUE_COMPLEX=(2+5j),),);
+
+cd1=CONDUCTOR(CONDUCTIVITY=_F(LAW=loi_l1,
+                              VALUE_COMPLEX=1,),
+              PERMEABILITY=_F(LAW=loi_l1,
+                              VALUE_COMPLEX=1,),);
+
+zf1=ZSURFACIC(CONDUCTIVITY=_F(LAW=loi_l1,
+                              VALUE_REAL=3,),
+              PERMEABILITY=_F(LAW=loi_l1,
+                              VALUE_COMPLEX=('RI',2.0,0.22323232,),),);
+
+EM_ISOTROPIC(CONDUCTIVITY_File='/home/G17214/.Eficas_Openturns/jdc1.med',
+             PERMEABILITY_File='/home/G17214/.Eficas_Openturns/jdc1.med',);
+
+EM_ANISOTROPIC(CONDUCTIVITY_File='/home/G17214/.Eficas_Openturns/jdc1.mater',
+               PERMEABILITY_File='/home/G17214/.Eficas_Openturns/jdc1.mater',);
+
+SOURCES(STRANDED_INDUCTOR=_F(NAME='vvvvvvv',
+                             NTURNS=1,
+                             CURJ=0,
+                             POLAR=0,),);
+
+arete1=MESH_GR(Material=diel1,);
+
+surf1=MESH_GR(Material=zf1,);
+#CHECKSUM:3d23a16f6fd8628580590ab55ffeca01  -:FIN CHECKSUM
\ No newline at end of file

diff --git a/Carmel3D/jdc_m1.comm b/Carmel3D/jdc_m1.comm
new file mode 100644 (file)
index 0000000..957536c
--- /dev/null
+++ b/Carmel3D/jdc_m1.comm
@@ -0,0 +1,40 @@
+
+loiL1=LAW(LINEAR='YES',);
+
+loiNL1=LAW(LINEAR='NO',
+           NATURE='SPLINE',
+           FILENAME='/home/G17214/.Eficas_Carmel3D/carmel2.comm',
+           APPLIEDTO='B(H)&H(B)',);
+
+mat1=MATERIAU(DIELECTRIC=_F(PERMITTIVITY=_F(LAW=loiL1,
+                                            VALUE_REAL=2,),
+                            PERMEABILITY=_F(LAW=loiL1,
+                                            VALUE_REAL=3,),),);
+
+mat2=MATERIAU(CONDUCTOR=_F(CONDUCTIVITY=_F(LAW=loiL1,
+                                           VALUE_REAL=5,),
+                           PERMEABILITY=_F(LAW=loiNL1,
+                                           VALUE_REAL=2,),),);
+
+mat3=MATERIAU(ZSURFACIC=_F(CONDUCTIVITY=_F(LAW=loiL1,
+                                           VALUE_REAL=3,),
+                           PERMEABILITY=_F(LAW=loiNL1,
+                                           VALUE_REAL=3,),),);
+
+mat_emi1=MATERIAU(HOMOGENEOUS='FALSE',
+                  EM_ISOTROPIC=_F(CONDUCTIVITY_File='/home/G17214/.Eficas_Carmel3D/jdc1.med',
+                                  PERMEABILITY_File='/home/G17214/.Eficas_Carmel3D/jdc1.med',),);
+
+mat_ema1=MATERIAU(ISOTROPIC='FALSE',
+                  EM_ANISOTROPIC=_F(CONDUCTIVITY_File='/home/G17214/.Eficas_Carmel3D/jdc1.mater',
+                                    PERMEABILITY_File='/home/G17214/.Eficas_Carmel3D/jdc1.mater',),);
+
+nilmat1=NILMAT();
+
+mesh1=MESH_GR(Material=mat1,);
+
+SOURCES(STRANDED_INDUCTOR=_F(NAME='ttttttt',
+                             NTURNS=1,
+                             CURJ=0,
+                             POLAR=0,),);
+#CHECKSUM:7d08ffb0b9773bb5b80682ed5238792d  -:FIN CHECKSUM
\ No newline at end of file

diff --git a/Carmel3D/jdc_ml1.comm b/Carmel3D/jdc_ml1.comm
new file mode 100644 (file)
index 0000000..853a5a8
--- /dev/null
+++ b/Carmel3D/jdc_ml1.comm
@@ -0,0 +1,17 @@
+
+SOURCES(STRANDED_INDUCTOR=_F(NAME='llllllllll',
+                             NTURNS=1,
+                             CURJ=0,
+                             POLAR=0,),);
+
+LINEAR=L_LAW();
+
+diel1=MATERIAU(DIELECTRIC=_F(PERMITTIVITY=_F(LAW=LINEAR,
+                                             VALUE_REAL=1,),
+                             PERMEABILITY=_F(LAW=LINEAR,
+                                             VALUE_REAL=4,),),);
+
+em1=MATERIAU(ISOTROPIC='FALSE',
+             EM_ANISOTROPIC=_F(CONDUCTIVITY_File='/home/G17214/.Eficas_Carmel3D/jdc1.mater',
+                               PERMEABILITY_File='/home/G17214/.Eficas_Carmel3D/jdc1.mater',),);
+#CHECKSUM:5e3593b9a5a59bcea70190f481125e1e  -:FIN CHECKSUM
\ No newline at end of file

diff --git a/Carmel3D/jdc_pa1.comm b/Carmel3D/jdc_pa1.comm
new file mode 100644 (file)
index 0000000..2de56fa
--- /dev/null
+++ b/Carmel3D/jdc_pa1.comm
@@ -0,0 +1,17 @@
+
+cond2=MATERIAU(TYPE='CONDUCTOR',
+               CONDUCTIVITY=_F(LAW=LINEAR,
+                               HOMOGENEOUS='TRUE',
+                               VALUE_REAL=2.3,),
+               PERMEABILITY=_F(LAW=LINEAR,
+                               VALUE_REAL=5,),);
+
+LINEAR=L_LAW();
+
+cond1=MATERIAU(TYPE='CONDUCTOR',
+               CONDUCTIVITY=_F(LAW=LINEAR,
+                               HOMOGENEOUS='TRUE',
+                               VALUE_REAL=2,),
+               PERMEABILITY=_F(LAW=LINEAR,
+                               VALUE_COMPLEX=('RI',2.0,3.0,),),);
+#CHECKSUM:ffb8e67edcb117fb4d6872eb08de66cf  -:FIN CHECKSUM
\ No newline at end of file