src/daComposant/daExternals/ASTER/Building_H_linear.xml

   1 <?xml version='1.0' encoding='iso-8859-1' ?>
   2 <proc>
   3    <property name="DefaultStudyID" value="1"/>
   4    <type name="bool" kind="bool"/>
   5    <sequence name="boolvec" content="bool"/>
   6    <type name="double" kind="double"/>
   7    <sequence name="dblevec" content="double"/>
   8    <objref name="file" id="file"/>
   9    <type name="int" kind="int"/>
  10    <sequence name="intvec" content="int"/>
  11    <objref name="pyobj" id="python:obj:1.0"/>
  12    <sequence name="seqdblevec" content="dblevec"/>
  13    <sequence name="seqint" content="int"/>
  14    <sequence name="seqintvec" content="intvec"/>
  15    <type name="string" kind="string"/>
  16    <sequence name="stringvec" content="string"/>
  17    <container name="DefaultContainer">
  18       <property name="container_name" value="FactoryServer"/>
  19       <property name="hostname" value="localhost"/>
  20    </container>
  21    <bloc name="H_linearization">
  22       <foreach name="Finite_differences_derivation" type="int">
  23          <bloc name="Elementary_calculation">
  24             <inline name="Perturbated_point_X">
  25                <script><code><![CDATA[print iter
  26 print seq_X[iter]
  27 X = seq_X[iter]
  28 ]]></code></script>
  29                <inport name="iter" type="int"/>
  30                <inport name="seq_X" type="seqdblevec"/>
  31                <outport name="X" type="dblevec"/>
  32                <outport name="iter" type="int"/>
  33             </inline>
  34             <inline name="ASTER">
  35                <script><code><![CDATA[print 'Debut ASTER_recal'
  36
  37 import os
  38 execfile( os.path.join(SOURCES_ROOT, 'N_Code_Aster.py') )
  39
  40 print 'RESU_CALC (%s): %s ' % (iter, RESU_CALC)
  41 print 'DIAG (%s): %s' % (iter, DIAG)
  42 ]]></code></script>
  43                <inport name="X" type="dblevec"/>
  44                <inport name="iter" type="int"/>
  45                <inport name="ASTER_ROOT" type="string"/>
  46                <inport name="rcdir" type="string"/>
  47                <inport name="debug" type="bool"/>
  48                <inport name="DISPLAY" type="string"/>
  49                <inport name="SOURCES_ROOT" type="string"/>
  50                <inport name="export" type="string"/>
  51                <inport name="parametres" type="pyobj"/>
  52                <inport name="calcul" type="pyobj"/>
  53                <inport name="experience" type="pyobj"/>
  54                <inport name="fileparameters" type="string"/>
  55                <outport name="FX" type="dblevec"/>
  56                <outport name="FY" type="dblevec"/>
  57                <outport name="DIMS" type="intvec"/>
  58                <outport name="DIAG" type="string"/>
  59                <outport name="iter" type="int"/>
  60             </inline>
  61             <control> <fromnode>Perturbated_point_X</fromnode> <tonode>ASTER</tonode> </control>
  62             <datalink control="false">
  63                <fromnode>Perturbated_point_X</fromnode> <fromport>X</fromport>
  64                <tonode>ASTER</tonode> <toport>X</toport>
  65             </datalink>
  66             <datalink control="false">
  67                <fromnode>Perturbated_point_X</fromnode> <fromport>iter</fromport>
  68                <tonode>ASTER</tonode> <toport>iter</toport>
  69             </datalink>
  70          </bloc>
  71       </foreach>
  72       <inline name="Gradient">
  73          <script><code><![CDATA[
  74 print "seq_FX=", seq_FX
  75 print "seq_FY=", seq_FY
  76 print "seq_DIMS=", seq_DIMS
  77 print "lst_DIAG=", lst_DIAG
  78 print "lst_iter=", lst_iter
  79 print "dX=", dX
  80
  81 import os
  82 execfile( os.path.join(SOURCES_ROOT, 'N_Gradient.py') )
  83
  84 print "fonctionnelle=", fonctionnelle
  85 print "gradient=", gradient
  86 ]]></code></script>
  87          <inport name="seq_FX" type="seqdblevec"/>
  88          <inport name="seq_FY" type="seqdblevec"/>
  89          <inport name="seq_DIMS" type="seqintvec"/>
  90          <inport name="lst_DIAG" type="stringvec"/>
  91          <inport name="lst_iter" type="intvec"/>
  92          <inport name="dX" type="dblevec"/>
  93          <inport name="SOURCES_ROOT" type="string"/>
  94          <outport name="fonctionnelle" type="dblevec"/>
  95          <outport name="gradient" type="seqdblevec"/>
  96       </inline>
  97       <inline name="Input">
  98          <function name="inputctrl">
  99             <code><![CDATA[# debug : nb permet de limiter le nb de directions pour les differences finies
 100 nb = None  # on calcule pour tous les parametres
 101 #nb = 1
 102
 103 print
 104 print "XXXXXXXXXXXXX======== Demarrage de la procedure"
 105 print
 106 import copy
 107
 108 def inputctrl( X, dX ):
 109
 110    if len( X ) != len( dX ):
 111       raise ValueError("X and dX has to present the same lenght")
 112
 113    nbparam = len(X)
 114    if nb: nbparam = min(nb, nbparam)
 115    seq_X = [ X ]
 116    for i in range(nbparam):
 117       Xplus = copy.copy(X)
 118       Xplus[i] = X[i] + dX[i]
 119       seq_X.append( Xplus )
 120
 121    nb_core = 2
 122    itervect = range( len(seq_X) )
 123    nbBranches = min(nb_core, len( itervect ))
 124
 125    print "  Taille du vecteur :", nbparam
 126    print "seq_X:", seq_X
 127    print "nbBranches:", nbBranches
 128    print "itervect:", itervect
 129
 130    # debug
 131    #nbBranches = 1
 132    #if nbBranches==1:
 133    #    itervect = [0]
 134    #    seq_X = [ X ]
 135
 136    return nbBranches, itervect, seq_X, dX
 137 ]]></code>
 138          </function>
 139          <inport name="X" type="dblevec"/>
 140          <inport name="dX" type="dblevec"/>
 141          <outport name="nbBranches" type="int"/>
 142          <outport name="itervect" type="intvec"/>
 143          <outport name="seq_X" type="seqdblevec"/>
 144          <outport name="dX" type="dblevec"/>
 145       </inline>
 146       <inline name="Temporary_Parameters">
 147          <script><code><![CDATA[# Boitier pour une interface simple de variables temporaires]]></code></script>
 148          <inport name="ASTER_ROOT" type="string"/>
 149          <inport name="rcdir" type="string"/>
 150          <inport name="debug" type="bool"/>
 151          <inport name="DISPLAY" type="string"/>
 152          <inport name="SOURCES_ROOT" type="string"/>
 153          <inport name="export" type="string"/>
 154          <inport name="parametres" type="pyobj"/>
 155          <inport name="calcul" type="pyobj"/>
 156          <inport name="experience" type="pyobj"/>
 157          <inport name="fileparameters" type="string"/>
 158          <outport name="ASTER_ROOT" type="string"/>
 159          <outport name="rcdir" type="string"/>
 160          <outport name="debug" type="bool"/>
 161          <outport name="DISPLAY" type="string"/>
 162          <outport name="SOURCES_ROOT" type="string"/>
 163          <outport name="export" type="string"/>
 164          <outport name="parametres" type="pyobj"/>
 165          <outport name="calcul" type="pyobj"/>
 166          <outport name="experience" type="pyobj"/>
 167          <outport name="fileparameters" type="string"/>
 168       </inline>
 169       <control> <fromnode>Finite_differences_derivation</fromnode> <tonode>Gradient</tonode> </control>
 170       <control> <fromnode>Input</fromnode> <tonode>Finite_differences_derivation</tonode> </control>
 171       <control> <fromnode>Input</fromnode> <tonode>Gradient</tonode> </control>
 172       <control> <fromnode>Temporary_Parameters</fromnode> <tonode>Finite_differences_derivation</tonode> </control>
 173       <control> <fromnode>Temporary_Parameters</fromnode> <tonode>Gradient</tonode> </control>
 174       <datalink control="false">
 175          <fromnode>Finite_differences_derivation</fromnode> <fromport>SmplPrt</fromport>
 176          <tonode>Finite_differences_derivation.Elementary_calculation.Perturbated_point_X</tonode> <toport>iter</toport>
 177       </datalink>
 178       <datalink control="false">
 179          <fromnode>Input</fromnode> <fromport>nbBranches</fromport>
 180          <tonode>Finite_differences_derivation</tonode> <toport>nbBranches</toport>
 181       </datalink>
 182       <datalink control="false">
 183          <fromnode>Input</fromnode> <fromport>itervect</fromport>
 184          <tonode>Finite_differences_derivation</tonode> <toport>SmplsCollection</toport>
 185       </datalink>
 186       <datalink control="false">
 187          <fromnode>Input</fromnode> <fromport>seq_X</fromport>
 188          <tonode>Finite_differences_derivation.Elementary_calculation.Perturbated_point_X</tonode> <toport>seq_X</toport>
 189       </datalink>
 190       <datalink control="false">
 191          <fromnode>Input</fromnode> <fromport>dX</fromport>
 192          <tonode>Gradient</tonode> <toport>dX</toport>
 193       </datalink>
 194       <datalink control="false">
 195          <fromnode>Temporary_Parameters</fromnode> <fromport>ASTER_ROOT</fromport>
 196          <tonode>Finite_differences_derivation.Elementary_calculation.ASTER</tonode> <toport>ASTER_ROOT</toport>
 197       </datalink>
 198       <datalink control="false">
 199          <fromnode>Temporary_Parameters</fromnode> <fromport>rcdir</fromport>
 200          <tonode>Finite_differences_derivation.Elementary_calculation.ASTER</tonode> <toport>rcdir</toport>
 201       </datalink>
 202       <datalink control="false">
 203          <fromnode>Temporary_Parameters</fromnode> <fromport>debug</fromport>
 204          <tonode>Finite_differences_derivation.Elementary_calculation.ASTER</tonode> <toport>debug</toport>
 205       </datalink>
 206       <datalink control="false">
 207          <fromnode>Temporary_Parameters</fromnode> <fromport>DISPLAY</fromport>
 208          <tonode>Finite_differences_derivation.Elementary_calculation.ASTER</tonode> <toport>DISPLAY</toport>
 209       </datalink>
 210       <datalink control="false">
 211          <fromnode>Temporary_Parameters</fromnode> <fromport>SOURCES_ROOT</fromport>
 212          <tonode>Finite_differences_derivation.Elementary_calculation.ASTER</tonode> <toport>SOURCES_ROOT</toport>
 213       </datalink>
 214       <datalink control="false">
 215          <fromnode>Temporary_Parameters</fromnode> <fromport>SOURCES_ROOT</fromport>
 216          <tonode>Gradient</tonode> <toport>SOURCES_ROOT</toport>
 217       </datalink>
 218       <datalink control="false">
 219          <fromnode>Temporary_Parameters</fromnode> <fromport>export</fromport>
 220          <tonode>Finite_differences_derivation.Elementary_calculation.ASTER</tonode> <toport>export</toport>
 221       </datalink>
 222       <datalink control="false">
 223          <fromnode>Temporary_Parameters</fromnode> <fromport>parametres</fromport>
 224          <tonode>Finite_differences_derivation.Elementary_calculation.ASTER</tonode> <toport>parametres</toport>
 225       </datalink>
 226       <datalink control="false">
 227          <fromnode>Temporary_Parameters</fromnode> <fromport>calcul</fromport>
 228          <tonode>Finite_differences_derivation.Elementary_calculation.ASTER</tonode> <toport>calcul</toport>
 229       </datalink>
 230       <datalink control="false">
 231          <fromnode>Temporary_Parameters</fromnode> <fromport>experience</fromport>
 232          <tonode>Finite_differences_derivation.Elementary_calculation.ASTER</tonode> <toport>experience</toport>
 233       </datalink>
 234       <datalink control="false">
 235          <fromnode>Temporary_Parameters</fromnode> <fromport>fileparameters</fromport>
 236          <tonode>Finite_differences_derivation.Elementary_calculation.ASTER</tonode> <toport>fileparameters</toport>
 237       </datalink>
 238       <datalink control="false">
 239          <fromnode>Finite_differences_derivation.Elementary_calculation.ASTER</fromnode> <fromport>FX</fromport>
 240          <tonode>Gradient</tonode> <toport>seq_FX</toport>
 241       </datalink>
 242       <datalink control="false">
 243          <fromnode>Finite_differences_derivation.Elementary_calculation.ASTER</fromnode> <fromport>FY</fromport>
 244          <tonode>Gradient</tonode> <toport>seq_FY</toport>
 245       </datalink>
 246       <datalink control="false">
 247          <fromnode>Finite_differences_derivation.Elementary_calculation.ASTER</fromnode> <fromport>DIMS</fromport>
 248          <tonode>Gradient</tonode> <toport>seq_DIMS</toport>
 249       </datalink>
 250       <datalink control="false">
 251          <fromnode>Finite_differences_derivation.Elementary_calculation.ASTER</fromnode> <fromport>DIAG</fromport>
 252          <tonode>Gradient</tonode> <toport>lst_DIAG</toport>
 253       </datalink>
 254       <datalink control="false">
 255          <fromnode>Finite_differences_derivation.Elementary_calculation.ASTER</fromnode> <fromport>iter</fromport>
 256          <tonode>Gradient</tonode> <toport>lst_iter</toport>
 257       </datalink>
 258    </bloc>
 259    <parameter>
 260       <tonode>H_linearization.Finite_differences_derivation.Elementary_calculation.ASTER</tonode><toport>X</toport>
 261       <value><array><data>
 262 <value><double>80000</double></value>
 263 <value><double>1000</double></value>
 264 <value><double>30</double></value>
 265 </data></array></value>
 266    </parameter>
 267    <parameter>
 268       <tonode>H_linearization.Temporary_Parameters</tonode><toport>ASTER_ROOT</toport>
 269       <value><string>''</string></value>
 270    </parameter>
 271    <parameter>
 272       <tonode>H_linearization.Temporary_Parameters</tonode><toport>rcdir</toport>
 273       <value><string>''</string></value>
 274    </parameter>
 275    <parameter>
 276       <tonode>H_linearization.Temporary_Parameters</tonode><toport>debug</toport>
 277       <value><boolean>0</boolean></value>
 278    </parameter>
 279    <parameter>
 280       <tonode>H_linearization.Temporary_Parameters</tonode><toport>DISPLAY</toport>
 281       <value><string>:0.0</string></value>
 282    </parameter>
 283    <parameter>
 284       <tonode>H_linearization.Temporary_Parameters</tonode><toport>SOURCES_ROOT</toport>
 285       <value><string>.</string></value>
 286    </parameter>
 287    <parameter>
 288       <tonode>H_linearization.Temporary_Parameters</tonode><toport>export</toport>
 289       <value><string>''</string></value>
 290    </parameter>
 291    <parameter>
 292       <tonode>H_linearization.Temporary_Parameters</tonode><toport>parametres</toport>
 293       <value><objref><![CDATA[(lp1
 294 .]]></objref></value>
 295    </parameter>
 296    <parameter>
 297       <tonode>H_linearization.Temporary_Parameters</tonode><toport>calcul</toport>
 298       <value><objref><![CDATA[(lp1
 299 .]]></objref></value>
 300    </parameter>
 301    <parameter>
 302       <tonode>H_linearization.Temporary_Parameters</tonode><toport>experience</toport>
 303       <value><objref><![CDATA[(lp1
 304 .]]></objref></value>
 305    </parameter>
 306    <parameter>
 307       <tonode>H_linearization.Temporary_Parameters</tonode><toport>fileparameters</toport>
 308       <value><string>[]</string></value>
 309    </parameter>
 310    <parameter>
 311       <tonode>H_linearization.Input</tonode><toport>X</toport>
 312       <value><array><data>
 313 <value><double>80000</double></value>
 314 <value><double>1000</double></value>
 315 <value><double>30</double></value>
 316 </data></array></value>
 317    </parameter>
 318    <parameter>
 319       <tonode>H_linearization.Input</tonode><toport>dX</toport>
 320       <value><array><data>
 321 <value><double>0.001</double></value>
 322 <value><double>0.001</double></value>
 323 <value><double>0.0001</double></value>
 324 </data></array></value>
 325    </parameter>
 326    <presentation name="H_linearization.Finite_differences_derivation.Elementary_calculation.ASTER" x="396" y="80.5" width="227.5" height="429"/>
 327    <presentation name="H_linearization.Finite_differences_derivation" x="368.856" y="80.5" width="651.5" height="657.5"/>
 328    <presentation name="H_linearization.Finite_differences_derivation.Elementary_calculation.Perturbated_point_X" x="9" y="81" width="227.5" height="139"/>
 329    <presentation name="H_linearization.Gradient" x="1064.38" y="338.546" width="227.5" height="284"/>
 330    <presentation name="H_linearization.Finite_differences_derivation.Elementary_calculation" x="9" y="130" width="633" height="518.5"/>
 331    <presentation name="H_linearization.Temporary_Parameters" x="10.3499" y="364.775" width="258.5" height="371"/>
 332    <presentation name="H_linearization" x="10.06" y="80.75" width="1301.38" height="747"/>
 333    <presentation name="H_linearization.Input" x="9" y="83.5" width="227.5" height="197"/>
 334    <presentation name="__ROOT__" x="0" y="0" width="1320.44" height="836.75"/>
 335 </proc>