Changeset 1211


Ignore:
Timestamp:
Dec 7, 2009, 12:15:45 PM (15 years ago)
Author:
garnier
Message:

CVS update

Location:
trunk/documents/UserDoc
Files:
525 added
29 deleted
168 edited

Legend:

Unmodified
Added
Removed

  • trunk/documents/UserDoc/Authors/html/CVS/Entries

    r1208 r1211  
    1 /authorsToSubjects.html/1.2/Sun Feb  1 12:14:37 2004//
    2 /subjectsToAuthors.html/1.16/Fri Nov 24 20:50:25 2006//
     1/authorsToSubjects.html/1.2/Mon Dec  7 10:34:34 2009//
     2/subjectsToAuthors.html/1.16/Mon Dec  7 10:34:34 2009//
    33D

  • trunk/documents/UserDoc/ContributionFromUsers/BugReports/html/CVS/Entries

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    1 /bugReports.html/1.1/Tue Sep 29 13:45:56 1998//
     1/bugReports.html/1.1/Mon Dec  7 10:34:34 2009//
    22D

  • trunk/documents/UserDoc/ContributionFromUsers/FAQ/html/CVS/Entries

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    1 /faq.html/1.1/Tue Sep 29 13:45:57 1998//
     1/faq.html/1.1/Mon Dec  7 10:34:34 2009//
    22D

  • trunk/documents/UserDoc/ContributionFromUsers/UsefulExamples/html/CVS/Entries

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    1 /usefulExamples.html/1.1/Tue Sep 29 13:45:57 1998//
     1/usefulExamples.html/1.1/Mon Dec  7 10:34:34 2009//
    22D

  • trunk/documents/UserDoc/ContributionFromUsers/UsefulNotes/html/CVS/Entries

    r1208 r1211  
    1 /usefulNotes.html/1.1/Tue Sep 29 13:45:58 1998//
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    22D

  • trunk/documents/UserDoc/DocBookUsersGuides/FAQ/xml/BookFAQ.xml

    r1208 r1211  
    3131  </authorgroup>
    3232
    33   <pubdate>2 June, 2009</pubdate>
    34   <releaseinfo>Version: geant4 9.2 Revision01</releaseinfo>
     33  <pubdate>18, 2009</pubdate>
     34  <releaseinfo>Version: geant4 9.3</releaseinfo>
    3535
    3636</bookinfo>

  • trunk/documents/UserDoc/DocBookUsersGuides/ForApplicationDeveloper/xml/Appendix/makeFile.xml

    r1208 r1211  
    894894    </listitem>
    895895  </varlistentry>
     896  <varlistentry>
     897    <term>
     898      $G4REALSURFACEDATA
     899    </term>
     900    <listitem>
     901      Path to the Look-Up-Tables for the LUT model of optical photon
     902      boundary reflection.
     903    </listitem>
     904  </varlistentry>
    896905</variablelist>
    897906</para>
     907
    898908
    899909</sect2>

  • trunk/documents/UserDoc/DocBookUsersGuides/ForApplicationDeveloper/xml/BookForAppliDev.xml

    r1208 r1211  
    3131  </authorgroup>
    3232
    33   <pubdate>2 June, 2009</pubdate>
    34   <releaseinfo>Version: geant4 9.2 Revision01</releaseinfo>
     33  <pubdate>18 December, 2009</pubdate>
     34  <releaseinfo>Version: geant4 9.3</releaseinfo>
    3535
    3636</bookinfo>

  • trunk/documents/UserDoc/DocBookUsersGuides/ForApplicationDeveloper/xml/Detector/commandScore.xml

    r904 r1211  
    1313</title>
    1414
    15 <note>
    16 <title>
    17   Notice
    18 </title>
    19 
    20 <para>
    21 As of Geant4 release 9.1, this functionality of command-based scoring
    22 is still in <emphasis>alpha</emphasis> release and functionality offered
    23 is preliminary. We do not guarantee the correctness of the code. Also,
    24 we may change any of the commands / methods in the near future release.
    25 We appreciate your feedback.
    26 </para>
    27 </note>
    28 
    2915<!-- ******************* Section (Level#2) ****************** -->
    3016<sect2 id="sect.CommandScore.Intro">
    31 <title>
    32 Command-based scoring
    33 </title>
    34 
    35 <para>
    36 This new command-based scoring utilizes the parallel world described
    37 in the previous section. With UI interactive commands, the user can define :
     17
     18<para>
     19Command-based scoring in Geant4 utilizes parallel navigation in a parallel
     20world volume as descibed in the previous sections. Through interactive commands,
     21the user can define :
    3822
    3923<itemizedlist spacing="compact">
    … …  
    5337
    5438<para>
    55 For the time being of the alpha release, this command-based scoring
    56 is an optional functionality and the user has to explicity define
    57 its use in his/her <literal>main()</literal>. To do this, the
    58 method <literal>G4ScoringManager::GetScoringManager()</literal>
     39Command-based scoring is an optional functionality and the user has
     40to explicity define its use in the <literal>main()</literal>.
     41To do this, the method <literal>G4ScoringManager::GetScoringManager()</literal>
    5942must be invoked <emphasis role="color_red">right after</emphasis>
    6043the instantiation of <literal>G4RunManager</literal>.
    … …  
    11396
    11497<para>
    115 For a scoring mesh the user can have arbitrary number of quantities to be scored for each cell of the mesh.
    116 For each scoring quantity, the use can set one filter. Please note that <literal>/score/filter</literal>
    117 affects on the preceding scorer. Names of scorers and filters must be unique for the mesh.
    118 The user can define more than one scorers of same kind with different names (and most likely with different
    119 filters).
    120 </para>
    121 
    122 <para>
    123 Defining a scoring mesh and scores in thiat mesh should terminate with <literal>/score/close</literal>
    124 command. The following sample UI commands define a scoring mesh named <literal>boxMesh_1</literal>,
    125 size of which is 2 m * 2 m * 2 m, and sliced into 30 cells along each axes. For each cell energy deposition,
    126 number of steps of gamma, number of steps of electron and number of steps of positron are scored.
     98For a scoring mesh the user can have arbitrary number of quantities to be scored for
     99each cell of the mesh.
     100For each scoring quantity, the use can set one filter.
     101Please note that <literal>/score/filter</literal> affects on the preceding scorer.
     102Names of scorers and filters must be unique for the mesh.
     103It is possible to define more than one scorer of same kind with different names
     104and, likely, with different filters.
     105</para>
     106
     107<para>
     108Defining a scoring mesh and scores in the mesh should terminate with the
     109<literal>/score/close</literal> command. The following sample UI commands
     110define a scoring mesh named <literal>boxMesh_1</literal>, size of which is
     1112 m * 2 m * 2 m, and sliced into 30 cells along each axes.
     112For each cell energy deposition, number of steps of gamma, number of steps
     113of electron and number of steps of positron are scored.
    127114<example>
    128115<title>
    … …  
    164151
    165152<para>
    166 Once scores are filled, the user can visualize the scores. The score is
     153Once scores are filled, it is possible to visualize the scores. The score is
    167154drawn on top of the mass geometry with the current visualization settings.
    168155
    … …  
    189176class, and registered to <literal>G4ScoringManager</literal> with the color map
    190177name <literal>"defaultLinearColorMap"</literal>. The user may alternate color map
    191 by implementing his/her own color map class derived from <literal>G4VScoreColorMap</literal>
    192 and register it to <literal>G4ScoringManager</literal>. Then, for each <literal>draw</literal>
    193 command, the user can specify the color map of his/her own.
     178by implementing a customised color map class derived from
     179<literal>G4VScoreColorMap</literal> and register it to
     180<literal>G4ScoringManager</literal>. Then, for each <literal>draw</literal>
     181command, one can specify the preferred color map.
    194182</para>
    195183
    … …  
    203191
    204192<para>
    205 The user may dump a score in a mesh (<literal>/score/dumpQuantityToFile</literal> command)
    206 or all scores in a mesh (<literal>/score/dumpAllQuantitiesToFile</literal> command) to a file.
    207 The default file format is the simple CSV. To alternate the file format, the user should
    208 overwrite <literal>G4VScoreWriter</literal> class and register it to <literal>G4ScoringManager</literal>.
    209 Please refer to <literal>/examples/extended/runAndEvent/RE03</literal> for the detail.
    210 </para>
    211 
     193It is possible to dump a score in a mesh (<literal>/score/dumpQuantityToFile</literal>
     194command) or all scores in a mesh (<literal>/score/dumpAllQuantitiesToFile</literal>
     195command) to a file.
     196The default file format is the simple CSV. To alternate the file format, one should
     197overwrite <literal>G4VScoreWriter</literal> class and register it to
     198<literal>G4ScoringManager</literal>.
     199Please refer to <literal>/examples/extended/runAndEvent/RE03</literal> for details.
     200</para>
    212201
    213202</sect2>

  • trunk/documents/UserDoc/DocBookUsersGuides/ForApplicationDeveloper/xml/Detector/geomASCII.xml

    r904 r1211  
    2222An example showing how to define a geometry in plain text format and import
    2323it in a Geant4 application is shown in
    24 <literal>examples/extended/persistency/P03</literal>.
     24<literal>examples/extended/persistency/P03</literal>. The example also covers
     25the case of associating a sensitive detector to one of the volumes defined
     26in the text geometry, the case of mixing C++ and text geometry definitions
     27and the case of defining new tags in the text format so that regions and
     28cuts by region can be defined in the text file. It also provides an example
     29of how to write a geometry text file from the in-memory Geant4 geometry.
     30
     31For the details on the format see the dedicated
     32<ulink url="http://geant4.cern.ch/collaboration/working_groups/geometry/docs/textgeom/textgeom.pdf">manual</ulink>.
    2533</para>
    2634
     35
    2736</sect2>

  • trunk/documents/UserDoc/DocBookUsersGuides/ForApplicationDeveloper/xml/Detector/geomAssembly.xml

    r904 r1211  
    224224   G4RotationMatrix Ra;
    225225   G4ThreeVector Ta;
     226   G4Transform3D Tr;
    226227
    227228   // Rotation of the assembly inside the world
    … …  
    230231   // Fill the assembly by the plates
    231232   Ta.setX( caloX/4. ); Ta.setY( caloY/4. ); Ta.setZ( 0. );
    232    assemblyDetector-&gt;AddPlacedVolume( plateLV, G4Transform3D(Ta,Ra) );
     233   Tr = G4Transform3D(Ra,Ta);
     234   assemblyDetector-&gt;AddPlacedVolume( plateLV, Tr );
    233235
    234236   Ta.setX( -1*caloX/4. ); Ta.setY( caloY/4. ); Ta.setZ( 0. );
    235    assemblyDetector-&gt;AddPlacedVolume( plateLV, G4Transform3D(Ta,Ra) );
     237   Tr = G4Transform3D(Ra,Ta);
     238   assemblyDetector-&gt;AddPlacedVolume( plateLV, Tr );
    236239
    237240   Ta.setX( -1*caloX/4. ); Ta.setY( -1*caloY/4. ); Ta.setZ( 0. );
    238    assemblyDetector-&gt;AddPlacedVolume( plateLV, G4Transform3D(Ta,Ra) );
     241   Tr = G4Transform3D(Ra,Ta);
     242   assemblyDetector-&gt;AddPlacedVolume( plateLV, Tr );
    239243
    240244   Ta.setX( caloX/4. ); Ta.setY( -1*caloY/4. ); Ta.setZ( 0. );
    241    assemblyDetector-&gt;AddPlacedVolume( plateLV, G4Transform3D(Ta,Ra) );
     245   Tr = G4Transform3D(Ra,Ta);
     246   assemblyDetector-&gt;AddPlacedVolume( plateLV, Tr );
    242247
    243248   // Now instantiate the layers
    … …  
    246251     // Translation of the assembly inside the world
    247252     G4ThreeVector Tm( 0,0,i*(caloZ + caloCaloOffset) - firstCaloPos );
    248      assemblyDetector-&gt;MakeImprint( worldLV, G4Transform3D(Tm,Rm) );
     253     Tr = G4Transform3D(Rm,Tm);
     254     assemblyDetector-&gt;MakeImprint( worldLV, Tr );
    249255   }
    250256}

  • trunk/documents/UserDoc/DocBookUsersGuides/ForApplicationDeveloper/xml/Detector/geomEditor.xml

    r904 r1211  
    1515
    1616<para>
    17 GGE is the Geant4 Graphical Geometry Editor. It is implemented
    18 in JAVA and is part of the Momo environment. GGE aims to serve
    19 physicists who have a little knowledge of C++ and the Geant4
    20 toolkit to construct his or her own detector geometry in a
    21 graphical manner.
     17GGE is the acronym for Geant4 Graphical Geometry Editor.  GGE aims to assist
     18physicists who have a little knowledge on C++ and the Geant4
     19toolkit to construct his or her own detector geometry. In essence, GGE is made up of
     20a set of tables which can contain all relevant parameters to construct
     21a simple detector geometry. Tables for scratch or compound materials, tables for logical
     22and physical volumes are provided. From the values in the tables, C++ source codes are automatically
     23generated.
    2224</para>
    2325
    … …  
    3335  </para></listitem>
    3436  <listitem><para>
    35     view the detector geometry using existing visualization system like DAWN
    36   </para></listitem>
    37   <listitem><para>
    38     keep the detector object in a persistent way
     37    view the detector geometry using existing visualization system, DAWN
     38  </para></listitem>
     39  <listitem><para>
     40    keep the detector object in a persistent way, either in GDML format (currently only logical volumes are supported) or Java serialized format.
    3941  </para></listitem>
    4042  <listitem><para>
    … …  
    4244  </para></listitem>
    4345  <listitem><para>
    44     make a Geant4 executable under adequate environment
     46    make a Geant4 executable, in collaboration with another component of MOMO, i.e., GPE, or Geant4 Physics Editor.
    4547  </para></listitem>
    4648</orderedlist>
    … …  
    4850
    4951<para>
    50 GGE is implemented with Java, using Java Foundation Class,
    51 Swing and is part of Java MOMO Framework. In essence, GGE is made
    52 a set of tables which contain all relevant parameters to construct
    53 a simple detector geometry.
    54 </para>
    55 
    56 <para>
    57 The software, installation instructions and notes for GGE and other
    58 JAVA-based UI tools part of the MOMO Framework can be found in the
    59 Geant4 distribution under the <literal>geant4/enviroments/MOMO</literal>
    60 directory.
     52GGE can be found in the standard
     53Geant4 distribution under the <literal>$G4INSTALL/environments/MOMO/MOMO.jar</literal>.
     54JRE (Java Run-time Environment) is prerequisite to run MOMO.jar, Java archive file of MOMO.
     55MOMO contains GGE, GPE, GAG and other helper tools. Further information is available from the
     56Web pages below.
     57</para>
     58<para>
     59MOMO = GGE + GPE + GAG:
     60<ulink url="http://www-geant4.kek.jp/~yoshidah">
     61http://www-geant4.kek.jp/~yoshidah
     62</ulink>
    6163</para>
    6264
    … …  
    6870
    6971<para>
    70 GGE provides the database of elements in a form of the periodic
    71 table, which users can use to construct new materials. GGE provides
    72 a pre-constructed database of materials taken from the PDG book.
    73 They can be loaded, used, edited and saved as persistent
    74 objects.
     72GGE provides the database of elements in the form of the periodic
     73table, from which users can select element(s) to construct new materials.
     74They can be loaded, used, edited and saved as Java persistent
     75objects or in a GDML file. In <literal>$G4INSTALL/enviroments/MOMO</literal>,
     76a pre-constructed database of materials taken from the PDG book, <literal>PDG.xml</literal>
     77is present.
    7578</para>
    7679
    … …  
    8184<itemizedlist spacing="compact">
    8285  <listitem><para>
    83     creating a material from scratch:
     86    By selecting an element in the periodic table, default values as shown below are copied to a row in the table.
    8487    <para>
    8588    <informaltable>
    … …  
    104107    </para>
    105108    <para>
    106     Only the elements and materials used in the logical volumes are
     109    <emphasis role="bold">Use</emphasis> marks the used materials.
     110        Only the elements and materials used in the logical volumes are
    107111    kept in the detector object and are used to generate C++
    108     constructors. <emphasis role="bold">Use</emphasis> marks the used materials.
    109     </para>
    110   </para></listitem>
    111   <listitem><para>
    112     Constructor to create a material from a combination of
    113     elements, subsequently added via <literal>AddElement</literal>
     112    constructors.
     113    </para>
     114  </para></listitem>
     115  <listitem><para>
     116    By selecting multiple elements in the periodic table, a material from a combination of
     117    elements is assigned to a row of the compound material table. The minimum actions user
     118    have to do is to give a name to the
     119    material and define its density.
    114120    <para>
    115121    <informaltable>
    … …  
    139145    <itemizedlist spacing="compact">
    140146      <listitem><para>
    141         Add an element, giving fraction by weight
     147        Add an element, giving its fraction by weight
    142148      </para></listitem>
    143149      <listitem><para>
    144         Add an element, giving number of atoms.
     150        Add an element, giving its number of atoms.
    145151      </para></listitem>
    146152    </itemizedlist>
    … …  
    161167The most popular CSG solids (<literal>G4Box</literal>, <literal>G4Tubs</literal>,
    162168<literal>G4Cons</literal>, <literal>G4Trd</literal>) and specific BREPs solids
    163 (Pcons, Pgons) are supported at present. All related parameters of such a
    164 solid can be specified in a parameter widget.
    165 </para>
    166 
    167 <para>
    168 Users will be able to view each solid using DAWN.
     169(Pcons, Pgons) are supported. All relevant parameters of such a
     170solid can be specified in the parameter table, which pops up upon selection.
     171</para>
     172
     173<para>
     174Color, or the visualization attribute of a logical volume can be created,
     175using color chooser panel.
     176Users can view each solid using DAWN.
    169177</para>
    170178
    … …  
    195203
    196204<para>
     205The lists of solid types, names of the materials defined in the material tables, and
     206names of user-defined visualization attributes are shown automatically in respective table cell for user's choices.
     207</para>
     208<para>
    197209The construction and assignment of appropriate entities for
    198210<literal>G4FieldManager</literal> and <literal>G4VSensitiveDetector</literal>
    … …  
    209221
    210222<para>
    211 A single copy of a physical volume can be created. Also repeated
    212 copies can be created in several manners. First, a user can
    213 translate the logical volume linearly.
     223Geant4 enables users to create a physical volume in different ways; the mother volume
     224can be either a logical or a physical one, spatial rotation can be either
     225with respect to the volume or to the frame to which the volume is attached. GGE is prepared for
     226such four combinatorial cases to construct a physical volume.
     227</para>
     228<para>
     229Five simple cases of creating physical volumes are supported by GGE.
     230Primo, a single copy of a physical volume can be created by a translation and rotation. Secondo, repeated copies can be created by repeated linear translations.
     231A logical volume is  translated in a Cartesian direction, starting from the initial position,
     232with a given step size.
     233Mother volume can be either
     234another logical volume or a physical volume.
     235
    214236
    215237<informaltable>
    … …  
    219241  <entry>Name</entry>
    220242  <entry>LogicalVolume</entry>
    221   <entry>MotherVolume</entry>
     243  <entry>Type and name of MotherVolume</entry>
    222244  <entry>Many</entry>
    223245  <entry>X0, Y0, Z0</entry>
    … …  
    233255
    234256<para>
    235 Combined translation and rotation are also possible, placing an
    236 object repeatedly on a ``cylindrical'' pattern. Simple models of
    237 replicas and parametrised volume are also implemented. In the
    238 replicas, a volume is slices to create new sub-volumes. In
    239 parametrised volumes, several patterns of volumes can be
    240 created.
     257Third, repeated copies are created by rotation around an axis, placing an
     258object repeatedly on a ``cylindrical'' pattern.
     259Fourth,  replicas are created by slicing a volume along a Cartesian direction.
     260Fifth, replicas are created by cutting a volume cylindrically.
    241261</para>
    242262
    … …  
    246266<sect3 id="sect.Geom.Edit.GeneCode">
    247267<title>
    248 Generation of C++ code: <literal>MyDetectorConstruction.cc</literal>
    249 </title>
    250 
    251 <para>
    252 By simply pushing a button, source code in the form of an
    253 include file and a source file are created. They are called
    254 <literal>MyDetectorConstruction.cc</literal> and <literal>.hh</literal> files.
    255 They reflect all current user modifications in real-time.
     268Generation of C++ code:
     269</title>
     270
     271<para>
     272User has to type in a class name  to his
     273geometry, for example, <literal>MyDetectorConstruction</literal>. Then, with a mouse button click,
     274source codes in the form of an
     275include file and a source file are created and shown in the editor panel. In this example, they are
     276<literal>MyDetectorConstruction.cc</literal> and <literal>MyDetectorConstruction.hh</literal> files.
     277They reflect all current user modifications in the tables in real-time.
    256278</para>
    257279
    … …  
    265287
    266288<para>
    267 Examples of individual solids can be viewed with the help of
    268 DAWN. The visualization of the whole geometry is be done after the
     289The whole geometry can be visualized after the
    269290compilation of the source code <literal>MyDetectorConstruction.cc</literal>
    270291with appropriate parts of Geant4. (In particular only the geometry
    271292and visualization, together with the small other parts they depend
    272 on, are needed.)
     293on, are needed.) MOMO provides Physics Editor to create standard electromagnetic physics
     294and a minimum main program. See the on-line document in MOMO.
    273295</para>
    274296

  • trunk/documents/UserDoc/DocBookUsersGuides/ForApplicationDeveloper/xml/Detector/geomLogical.xml

    r904 r1211  
    143143
    144144<para>
    145 The concept of detector <emphasis>Region</emphasis> was introduced to address
     145The concept of detector <emphasis>Region</emphasis> is introduced to address
    146146this need. Once the final geometry setup of the detector has been
    147147defined, a region can be specified by constructing it with:
    … …  
    217217</para>
    218218
     219<para>
     220Regions can also become 'envelopes' for fast-simulation; can be assigned
     221user-limits or generic user-information (<literal>G4VUserRegionInformation</literal>);
     222can be associated to specific stepping-actions (<literal>G4UserSteppingAction</literal>)
     223or have assigned a local magnetic-field (local fields specifically associated to
     224logical volumes take precedence anyhow).
     225</para>
    219226
    220227</sect3>

  • trunk/documents/UserDoc/DocBookUsersGuides/ForApplicationDeveloper/xml/Detector/geomNav.xml

    r904 r1211  
    210210  G4Navigator* tracking_navigator =
    211211    G4TransportationManager::GetInstance()-&gt;GetNavigatorForTracking();
     212</programlisting>
     213</informalexample>
     214
     215This also allows to retrieve at any time a pointer to the world volume
     216assigned for tracking:
     217
     218<informalexample>
     219<programlisting>
     220  G4VPhysicalVolume* tracking_world = tracking_navigator-&gt;GetWorldVolume();
    212221</programlisting>
    213222</informalexample>

  • trunk/documents/UserDoc/DocBookUsersGuides/ForApplicationDeveloper/xml/Detector/geomOverlap.xml

    r904 r1211  
    124124<mediaobject>
    125125  <imageobject role="fo">
    126     <imagedata fileref="./AllResources/Detector/geometry.src/geomtest.gif"
    127                format="GIF" contentwidth="10.0cm" align="center" />
     126    <imagedata fileref="./AllResources/Detector/geometry.src/geomtest.jpg"
     127               format="JPG" contentwidth="10.0cm" align="center" />
    128128  </imageobject>
    129129  <imageobject role="html">
    130     <imagedata fileref="./AllResources/Detector/geometry.src/geomtest.gif"
    131                format="GIF" align="center" />
     130    <imagedata fileref="./AllResources/Detector/geometry.src/geomtest.jpg"
     131               format="JPG" align="center" />
    132132  </imageobject>
    133133</mediaobject>
    … …  
    255255</informalexample>
    256256
    257 which will force the check for the specified volume. The check
     257which will force the check for the specified volume, and can be therefore
     258used to verify for overlaps also once the geometry is fully built. The check
    258259verifies if each placed or parameterised instance is overlapping
    259260with other instances or with its mother volume. A default
    … …  
    291292<mediaobject>
    292293  <imageobject role="fo">
    293     <imagedata fileref="./AllResources/Detector/geometry.src/DAVID_SAMPLE.gif"
    294                format="GIF" contentwidth="3.0cm" align="center" />
     294    <imagedata fileref="./AllResources/Detector/geometry.src/DAVID_SAMPLE.jpg"
     295               format="JPG" contentwidth="3.0cm" align="center" />
    295296  </imageobject>
    296297  <imageobject role="html">
    297     <imagedata fileref="./AllResources/Detector/geometry.src/DAVID_SAMPLE.gif"
    298                format="GIF" align="center" />
     298    <imagedata fileref="./AllResources/Detector/geometry.src/DAVID_SAMPLE.jpg"
     299               format="JPG" align="center" />
    299300  </imageobject>
    300301</mediaobject>

  • trunk/documents/UserDoc/DocBookUsersGuides/ForApplicationDeveloper/xml/Detector/geomPhysical.xml

    r904 r1211  
    166166
    167167<para>
    168 Currently boolean operations are not implemented at the level of
     168Currently Boolean operations are not implemented at the level of
    169169physical volume. So <literal>pMany</literal> must be false. However, an
    170 alternative implementation of boolean operations exists. In this
     170alternative implementation of Boolean operations exists. In this
    171171approach a solid can be created from the union, intersection or
    172172subtraction of two solids. See  <xref linkend="sect.Geom.Solids.BoolOp" />
    173  above for an explanation of this.
     173above for an explanation of this.
    174174</para>
    175175
    … …  
    735735contain daughter volumes. When the size or type of solid varies,
    736736adding daughters is not supported.
    737 </para>
    738 
    739 <para>
    740737So the full power of parameterised volumes can be used only for
    741738"leaf" volumes, which contain no other volumes.
     739</para>
     740<para>
     741A hierarchy of volumes included in a parameterised volume cannot
     742vary. Therefore, it is not possible to implement a parameterisation
     743which can modify the hierachy of volumes included inside a specific
     744parameterised copy.
    742745</para>
    743746</note>
    … …  
    10831086  </entry>
    10841087  <entry>
     1088    <literal>kRho</literal>, <literal>kPhi</literal>, <literal>kZAxis</literal>
     1089  </entry>
     1090</row>
     1091<row>
     1092  <entry>
     1093    <literal>G4Polyhedra</literal>
     1094  </entry>
     1095  <entry>
    10851096    <literal>kRho</literal>, <literal>kPhi</literal>, <literal>kZAxis</literal> (*)
    1086   </entry>
    1087 </row>
    1088 <row>
    1089   <entry>
    1090     <literal>G4Polyhedra</literal>
    1091   </entry>
    1092   <entry>
    1093     <literal>kRho</literal>, <literal>kPhi</literal>, <literal>kZAxis</literal> (**)
    10941097  </entry>
    10951098</row>
    … …  
    11011104
    11021105<para>
    1103 (*) - <literal>G4Polycone</literal>:
    1104 
    1105 <itemizedlist spacing="compact">
    1106   <listitem><para>
    1107     <literal>kZAxis</literal> - the number of divisions has to be the same as
    1108     solid sections, (i.e. <literal>numZPlanes-1</literal>), the width will
    1109     <emphasis>not</emphasis> be taken into account.</para></listitem>
    1110 </itemizedlist>
    1111 </para>
    1112 
    1113 <para>
    1114 (**) - <literal>G4Polyhedra</literal>:
     1106(*) - <literal>G4Polyhedra</literal>:
    11151107
    11161108<itemizedlist spacing="compact">
    … …  
    11181110    <literal>kPhi</literal> - the number of divisions has to be the same as
    11191111    solid sides, (i.e. <literal>numSides</literal>), the width will
    1120     <emphasis>not</emphasis> be taken into account.
    1121   </para></listitem>
    1122   <listitem><para>
    1123     <literal>kZAxis</literal> - the number of divisions has to be the same as
    1124     solid sections, (i.e. <literal>numZPlanes-1</literal>), the width will
    11251112    <emphasis>not</emphasis> be taken into account.
    11261113  </para></listitem>

  • trunk/documents/UserDoc/DocBookUsersGuides/ForApplicationDeveloper/xml/Detector/geomSolids.xml

    r904 r1211  
    27252725<note><title></title>
    27262726<para>
     2727The constituent solids of a Boolean operation should possibly
     2728<emphasis>avoid</emphasis> be composed by sharing all or part of
     2729their surfaces. This precaution is necessary in order to avoid the
     2730generation of 'fake' surfaces due to precision loss, or errors in
     2731the final visualization of the Boolean shape. Moreover, the final
     2732Boolean solid should represent a single 'closed' solid, i.e. a Boolean
     2733operation between two solids which are disjoint or far apart each
     2734other, is <emphasis>not</emphasis> a valid Boolean composition.
     2735</para>
     2736</note>
     2737
     2738<note><title></title>
     2739<para>
    27272740The tracking cost for navigating in a Boolean solid in the
    27282741current implementation, is proportional to the number of
    … …  
    28712884
    28722885<para>
    2873 We have defined a few simple Elementary BREPS, that can be
    2874 instantiated simply by a user in a manner similar to the
    2875 construction of Constructed Solids (CSGs). We summarize their
    2876 capabilities in the following section.
     2886A few elementary BREPS are provided in the BREPS module as
     2887examples on how to assemble a BREP shap; these can be
     2888instantiated in the same manner as for the Constructed
     2889Solids (CSGs).
     2890We summarize their capabilities in the following section.
    28772891</para>
    28782892
    … …  
    33103324is required to convert first the CAD shapes into tessellated surfaces. A
    33113325way to do this is to save the shapes in the geometrical model as STEP files
    3312 and convert them using a tool like
    3313 <ulink url="http://www.steptools.com/products/stviewer/">STViewer</ulink> or
    3314 <ulink url="http://www.trad.fr/en/">FASTRAD</ulink> to
    3315 tessellated (faceted surfaces) solids. This strategy allows to import any shape
    3316 with some degree of approximation; the converted CAD models can then be
    3317 imported through <ulink url="http://cern.ch/gdml/">GDML (Geometry Description
     3326and convert them to tessellated (faceted surfaces) solids, using a tool which
     3327allows such conversion. At the time of writing, at least two tools are
     3328available for such purpose:
     3329<ulink url="http://www.steptools.com/products/stviewer/">STViewer</ulink>
     3330(part of the STEP-Tools development suite) or
     3331<ulink url="http://www.trad.fr/en/">FASTRAD</ulink>.
     3332This strategy allows to import any shape with some degree of approximation;
     3333the converted CAD models can then be imported through
     3334<ulink url="http://cern.ch/gdml/">GDML (Geometry Description
    33183335Markup Language)</ulink> into Geant4 and be represented as
    33193336<literal>G4TessellatedSolid</literal> shapes.

  • trunk/documents/UserDoc/DocBookUsersGuides/ForApplicationDeveloper/xml/Detector/geomXML.xml

    r904 r1211  
    2222</para>
    2323<para>
    24 The GDML parser is component of Geant4 which can be built
     24The GDML parser is a component of Geant4 which can be built
    2525and installed as an optional choice. It allows for importing and
    2626exporting GDML files, following the schema specified in the

  • trunk/documents/UserDoc/DocBookUsersGuides/ForApplicationDeveloper/xml/Detector/hit.xml

    r904 r1211  
    340340<mediaobject>
    341341  <imageobject role="fo">
    342     <imagedata fileref="./AllResources/Detector/hit.src/RO.gif"
     342    <imagedata fileref="./AllResources/Detector/hit.src/RO.jpg"
    343343               format="JPG" contentwidth="10.0cm" align="center" />
    344344  </imageobject>
    345345  <imageobject role="html">
    346     <imagedata fileref="./AllResources/Detector/hit.src/RO.gif"
     346    <imagedata fileref="./AllResources/Detector/hit.src/RO.jpg"
    347347               format="JPG" align="center" />
    348348  </imageobject>

  • trunk/documents/UserDoc/DocBookUsersGuides/ForApplicationDeveloper/xml/Detector/persistency.xml

    r904 r1211  
    4141<mediaobject>
    4242  <imageobject role="fo">
    43     <imagedata fileref="./AllResources/Detector/persistency.src/pobject.gif"
     43    <imagedata fileref="./AllResources/Detector/persistency.src/pobject.jpg"
    4444               format="JPG" contentwidth="7.0cm" align="center" />
    4545  </imageobject>
    4646  <imageobject role="html">
    47     <imagedata fileref="./AllResources/Detector/persistency.src/pobject.gif"
     47    <imagedata fileref="./AllResources/Detector/persistency.src/pobject.jpg"
    4848               format="JPG" align="center" />
    4949  </imageobject>

  • trunk/documents/UserDoc/DocBookUsersGuides/ForApplicationDeveloper/xml/Examples/AdvancedCodes.xml

    r904 r1211  
    4545    , a simulation of the ULTRA detector with Fresnel lenses
    4646    for UV and charged particles detection in cosmic rays.
     47  </para></listitem>
     48  <listitem><para>
     49    <ulink url="http://geant4advancedexampleswg.wikispaces.com/file/view/EcalDocumentationFile.pdf">
     50    <emphasis role="bold">amsEcal</emphasis>
     51    </ulink>
     52    , illustrating simulation in the AMS electro-magnetic calorimeter.
    4753  </para></listitem>
    4854  <listitem><para>
    … …  
    109115  </para></listitem>
    110116  <listitem><para>
    111     <ulink url="http://geant4advancedexampleswg.wikispaces.com/RadiationMonitor/">
    112     <emphasis role="bold">radiation_monitor</emphasis>
    113     </ulink>
    114     , illustrating an application for the study of the effects of a chip
    115     carrier on silicon radiation monitoring devices used in the LHC
    116     environment.
    117   </para></listitem>
    118   <listitem><para>
    119117    <ulink url="http://geant4advancedexampleswg.wikispaces.com/Radioprotection/">
    120118    <emphasis role="bold">radioprotection</emphasis>
    … …  
    151149  </para></listitem>
    152150  <listitem><para>
    153     <ulink url="http://geant4advancedexampleswg.wikispaces.com/CosmicrayCharging/">
    154     <emphasis role="bold">cosmicray_charging</emphasis>
    155     </ulink>
    156     , illustrating an application aimed at simulating the electrostatic
    157     charging of isolated test masses in the LISA mission by galactic
    158     cosmic ray protons and helium nuclei.
    159   </para></listitem>
    160   <listitem><para>
    161151    <ulink url="http://geant4advancedexampleswg.wikispaces.com/CompositeCalorimeter/">
    162152    <emphasis role="bold">composite_calorimeter</emphasis>
    … …  
    178168    experiment, testing the performance of the aerogel radiator
    179169  </para></listitem>
    180   <listitem><para>
    181     <ulink url="http://geant4advancedexampleswg.wikispaces.com/ExamplesDocumentation/Tiara/">
    182     <emphasis role="bold">Tiara</emphasis>
    183     </ulink>
    184     , a simulation of the neutron shielding experiment TIARA providing a
    185     realistic example for applying geometrical importance sampling
    186   </para></listitem>
    187170</itemizedlist>
    188171</para>

  • trunk/documents/UserDoc/DocBookUsersGuides/ForApplicationDeveloper/xml/Examples/ExtendedCodes.xml

    r904 r1211  
    6161    AnaEx01
    6262    </ulink>
    63      - histogram and tuple manipulations using an AIDA
    64        compliant system
     63     - histogram and tuple manipulations using an AIDA compliant system
    6564  </para></listitem>
    6665  <listitem><para>
    … …  
    420419  <listitem><para>
    421420    <ulink url="http://cern.ch/geant4/geant4_public/source/geant4/examples/extended/biasing/README">
    422     General ReadMe
     421    Variance Reduction
     422    </ulink>
     423    - examples on variance reduction techniques and scoring
     424      and application of Reverse MonteCarlo in Geant4
     425    <ulink url="http://cern.ch/geant4/geant4_public/source/geant4/examples/extended/biasing/ReverseMC01/README">
     426    Reverse MonteCarlo
    423427    </ulink>
    424428  </para></listitem>
    … …  
    539543    - definition of overlapping fields either magnetic, electric or both
    540544  </para></listitem>
     545  <listitem><para>
     546    <ulink url="http://cern.ch/geant4/geant4_public/source/geant4/examples/extended/field/field05/README">
     547    field05
     548    </ulink>
     549    - demonstration of "spin-frozen" condition, how to cancel the muon
     550      g-2 precession by applying an electric field
     551  </para></listitem>
    541552</itemizedlist>
    542553</para>
    … …  
    632643  </para></listitem>
    633644  <listitem><para>
     645    <ulink url="http://cern.ch/geant4/geant4_public/source/geant4/examples/extended/medical/electronScattering/README">
     646    electronScattering
     647    </ulink>
     648    - benchmark on electron scattering
     649  </para></listitem>
     650  <listitem><para>
    634651    <ulink url="http://cern.ch/geant4/geant4_public/source/geant4/examples/extended/medical/GammaTherapy/README">
    635652    GammaTherapy
    … …  
    674691    </ulink>
    675692    - optical photons in a liquid xenon scintillator
     693  </para></listitem>
     694  <listitem><para>
     695    <ulink url="http://cern.ch/geant4/geant4_public/source/geant4/examples/extended/optical/wls/README">
     696    WLS
     697    </ulink>
     698    - application simulating the propagation of photons
     699      inside a Wave Length Shifting (WLS) fiber
    676700  </para></listitem>
    677701</itemizedlist>

  • trunk/documents/UserDoc/DocBookUsersGuides/ForApplicationDeveloper/xml/Fundamentals/biasing.xml

    r921 r1211  
    3333concepts of importance sampling. More detailed documentation may be
    3434found in the documents
    35 <ulink url="http://geant4.web.cern.ch/geant4/collaboration/working_groups/geometry/index.shtml">
    36 'Latest development in importance sampling and scoring'
     35<ulink url="http://geant4.cern.ch/collaboration/working_groups/geometry/biasing/Sampling.html">
     36'Scoring, geometrical importance sampling and weight roulette'
    3737</ulink>.
    3838A detailed description of different use-cases which employ the sampling
    3939and scoring techniques can be found in the document
    40 <ulink url="http://geant4.web.cern.ch/geant4/collaboration/working_groups/geometry/index.shtml">
    41 'Scoring and geometrical importance sampling use cases'
     40<ulink url="http://geant4.cern.ch/collaboration/working_groups/geometry/biasing/BiasScoreUseCases.html">
     41'Use cases of importance sampling and scoring in Geant4'
    4242</ulink>.
    4343</para>
    … …  
    6363<para>
    6464Examples on how to use scoring and importance sampling may be found
    65 in <literal>examples/extended/biasing</literal> and
    66 <literal>examples/advanced/Tiara</literal>.
     65in <literal>examples/extended/biasing</literal>.
    6766</para>
    6867
    … …  
    10451044</para>
    10461045
    1047 <para>
    1048 More details can be found in
    1049 <ulink url="http://www.triumf.ca/geant4-03/talks/03-Wednesday-AM-1/03-J.Wellisch/biasing.hadronics.pdf">
    1050 Hadronic cross section biasing
    1051 </ulink>.
    1052 </para>
    1053 
    10541046</sect4>
    10551047</sect3>

  • trunk/documents/UserDoc/DocBookUsersGuides/ForApplicationDeveloper/xml/Fundamentals/eventGenerator.xml

    r904 r1211  
    4343<emphasis>G4PrimaryVertex</emphasis> class object and, thus, this class object
    4444can have one or more <emphasis>G4PrimaryParticle</emphasis> class objects which
    45 share the same vertex. As shown in Fig.?.?, primary vertexes and
    46 primary particles are associated with the <emphasis>G4Event</emphasis> object by
    47 a form of linked list.
     45share the same vertex. Primary vertexes and primary particles are associated
     46with the <emphasis>G4Event</emphasis> object by a form of linked list.
    4847</para>
    4948

  • trunk/documents/UserDoc/DocBookUsersGuides/ForApplicationDeveloper/xml/Fundamentals/global.xml

    r904 r1211  
    3737the Geant4 coding style conventions, each class part of the Geant4
    3838kernel has its name beginning with the prefix <emphasis>G4</emphasis>, e.g.,
    39 <emphasis>G4VHit, G4GeometryManager, G4ProcessVector,</emphasis> etc. Instead of
     39<emphasis>G4VHit, G4GeometryManager, G4ProcessVector</emphasis>, etc. Instead of
    4040the raw C types, <emphasis>G4</emphasis> types are used within the Geant4 code.
    41 For the basic numeric types (<literal>int, float, double,</literal> etc.),
     41For the basic numeric types (<literal>int, float, double</literal>, etc.),
    4242different compilers and different platforms provide different value
    4343ranges. In order to assure portability, the use of <emphasis>G4int,
    44 G4float, G4double,</emphasis> which are base classes globally defined, is
    45 preferable. <emphasis>G4</emphasis> types implement the right generic type for a
    46 given architecture.
     44G4float, G4double, G4bool</emphasis>, globally defined, is preferable.
     45<emphasis>G4</emphasis> types implement the right generic type
     46for a given architecture.
    4747</para>
    4848
    … …  
    652652    </para>
    653653    <para>
    654     <emphasis role="bold">Note</emphasis>: classes which are handled by
    655     <literal>G4Allocator</literal> should <emphasis>avoid</emphasis> to be used
    656     as base classes for others and therefore define their (eventually empty)
    657     destructors to be virtual (and/or inlined). Such measure is necessary in order
    658     to prevent bad aliasing optimisations by compilers which may potentially
    659     lead to crashes in the attempt to free the allocated chunks of memory.
     654    <emphasis role="bold">Note</emphasis>:
     655    <literal>G4Allocator</literal> assumes that objects being allocated
     656    have all the same size for the type they represent. For this reason,
     657    classes which are handled by <literal>G4Allocator</literal> should
     658    <emphasis>avoid</emphasis> to be used as base-classes for others.
     659    Similarly, base-classes of sub-classes handled through
     660    <literal>G4Allocator</literal> should not define their (eventually
     661    empty) virtual destructors inlined; such measure is necessary in order
     662    also to prevent bad aliasing optimisations by compilers which may
     663    potentially lead to crashes in the attempt to free allocated chunks
     664    of memory when using the base-class pointer or not.
    660665    </para>
    661666    <para>
    … …  
    673678      - hits collections of an event (G4HCofThisEvent): anHCoTHAllocator
    674679      - hits collections (G4HitsCollection): anHCAllocator
     680      - touchable histories (G4TouchableHistory): aTouchableHistoryAllocator
    675681      - trajectories (G4Trajectory): aTrajectoryAllocator
    676682      - trajectory points (G4TrajectoryPoint): aTrajectoryPointAllocator

  • trunk/documents/UserDoc/DocBookUsersGuides/ForApplicationDeveloper/xml/Fundamentals/unitSystem.xml

    r904 r1211  
    2424<para>
    2525Geant4 offers the user the possibility to choose and use the
    26 units he prefers for any quantity. In fact, the Geant4 kernel takes
    27 care of the units. Internally it uses a consistent set on units
    28 based on the <literal>HepSystemOfUnits</literal>:
     26preferred units for any quantity. In fact, Geant4 takes
     27care of the units. Internally a consistent set on units
     28based on the <literal>HepSystemOfUnits</literal> is used:
    2929
    3030<informalexample>
    … …  
    6363<para>
    6464In the file
    65 <literal>source/global/management/include/SystemOfUnits.h</literal> you will
    66 find all of these definitions. That file is part of CLHEP.
    67 </para>
    68 
    69 <para>
    70 Moreover, the user is free to change the system of units to be
    71 used by the kernel.
     65<literal>$CLHEP_BASE_DIR/include/CLHEP/Units/SystemOfUnits.h</literal>
     66from the CLHEP installation, one can find all untis definitions.
     67</para>
     68
     69<para>
     70One can also change the system of units to be used by the kernel.
    7271</para>
    7372
    … …  
    8786
    8887<para>
    89 You <emphasis role="bold">must</emphasis> give the units for the
    90 data you are going to
    91 introduce:
     88The user <emphasis role="bold">must</emphasis> give the units for the
     89data to introduce:
    9290
    9391<informalexample>
    … …  
    9997
    10098<para>
    101 Indeed, the full Geant4 code is written respecting these
    102 specifications, and this makes it independent of the units chosen
    103 by the user.
    104 </para>
    105 
    106 <para>
    107 If the units are not specified, it is understood that the data
    108 is implicitly in the internal G4 system, but this is strongly
     99Geant4 assumes that these specifications for the units are respected,
     100in order to assure indeipendence from the units chosen in the client
     101application.
     102</para>
     103
     104<para>
     105If units are not specified in the client application, data are implicitly
     106treated in internal Geant4 system units; this practice is however strongly
    109107discouraged.
    110108</para>
    … …  
    135133<para>
    136134Some built-in commands from the User Interface (UI) also require
    137 the units to be specified.
     135units to be specified.
    138136</para>
    139137
    … …  
    150148
    151149<para>
    152 If the units are not specified, or are not valid, the command is
    153 refused.
     150If units are not specified, or are not valid, the command is refused.
    154151</para>
    155152
    … …  
    165162
    166163<para>
    167 You can output your data with the units you wish. To do so, it is
     164You can output your data with the wished units. To do so, it is
    168165sufficient to <emphasis role="bold">divide</emphasis> the data by the
    169166corresponding unit:
    … …  
    183180
    184181<para>
    185 There is another way to output your data. Let Geant4 choose the
    186 most appropriate units for the actual numerical value of your data.
    187 It is sufficient to specify to which category your data belong
     182There is another way to output the data. Let Geant4 choose the
     183most appropriate units for the actual numerical value of the data.
     184It is sufficient to specify to which category the data belong to
    188185(Length, Time, Energy, etc.). For example
    189186
    … …  
    210207
    211208<para>
    212 If you wish to introduce new units, there are two methods:
     209If wished to introduce new units, there are two methods:
    213210
    214211<itemizedlist spacing="compact">
    … …  
    228225  </para></listitem>
    229226  <listitem><para>
    230     You can instantiate an object of the class
     227    Instantiate an object of the class
    231228    <emphasis>G4UnitDefinition</emphasis>
    232229

  • trunk/documents/UserDoc/DocBookUsersGuides/ForApplicationDeveloper/xml/GettingStarted/eventDef.xml

    r904 r1211  
    66<!--    Proof read by: Joe Chuma,  15-Jun-1999                -->
    77<!--    Converted to DocBook: Katsuya Amako, Aug-2006         -->
     8<!--    Added GPS description: Katsuya Amako, Dec-2009        -->
    89<!--                                                          -->
    910<!-- ******************************************************** -->
    … …  
    164165
    165166<para>
    166 Geant4 provides two <emphasis>G4VPrimaryGenerator</emphasis> concrete classes.
    167 One is <emphasis>G4ParticleGun</emphasis>, which will be discussed here, and the
    168 other is <emphasis>G4HEPEvtInterface</emphasis>, which will be discussed in
    169 <xref linkend="sect.EventGen" />.
     167Geant4 provides three <emphasis>G4VPrimaryGenerator</emphasis> concrete
     168classes. Among these <emphasis>G4ParticleGun</emphasis> and
     169<emphasis> G4GeneralParticleSource</emphasis> will be discussed here.
     170The third one is <emphasis>G4HEPEvtInterface</emphasis>, which will be
     171discussed in <xref linkend="sect.EventGen" />.
    170172</para>
    171173
    … …  
    235237</itemizedlist>
    236238</para>
    237 
     239</sect3>
     240
     241<!-- ******************* Section (Level#3) ****************** -->
     242<sect3 id="sect.HowToGenEvent.G4VPrimGen.G4GPS">
     243<title>
     244G4GeneralParticleSource
     245</title>
     246
     247<para>
     248For many applications <literal>G4ParticleGun</literal> is a suitable
     249particle generator. Howevr if you want to generate primary particles
     250in more sophisticated manner, you can utilize
     251<literal>G4GeneralParticleSource</literal> - Geant4 General Particle
     252Source module (GPS).
     253</para>
     254
     255<para>
     256Using this tool, you can control the following characteristics of
     257primary particles:
     258
     259
     260<itemizedlist spacing="compact">
     261   <listitem><para>
     262     Spectrum: linear, exponential, power-law, Gaussian, blackbody, or
     263     piece-wise fits to data.
     264   </para></listitem>
     265   <listitem><para>
     266     Angular distribution: unidirectional, isotropic, cosine-law,
     267     beam or arbitrary (user defined).
     268   </para></listitem>
     269   <listitem><para>
     270     Spatial sampling: on simple 2D or 3D surfaces such as discs, spheres,
     271     and boxes.
     272   </para></listitem>
     273   <listitem><para>
     274     Multiple sources: multiple independent sources can be used in the same run.
     275   </para></listitem>
     276</itemizedlist>
     277</para>
     278
     279<para>
     280Details of information on the General Source Particle Module can be
     281found in the documents
     282<ulink url="http://reat.space.qinetiq.com/gps/">
     283Geant4 General Particle Source</ulink>.
     284</para>
    238285
    239286</sect3>

  • trunk/documents/UserDoc/DocBookUsersGuides/ForApplicationDeveloper/xml/GettingStarted/makeFile.xml

    r904 r1211  
    109109The compilation process to build an executable, such as an example
    110110from <literal>$G4INSTALL/examples</literal>, is started by invoking the
    111 "gmake" command from the (sub)directory in which you are
     111"make" command from the (sub)directory in which you are
    112112interested. To build, for instance, exampleN01 in your
    113113<literal>$G4WORKDIR</literal> area, you should copy the module

  • trunk/documents/UserDoc/DocBookUsersGuides/ForApplicationDeveloper/xml/Introduction/introduction.xml

    r904 r1211  
    4444tool. Detailed discussions of the physics included in Geant4 can be
    4545found in the
    46 <ulink url="http://geant4.web.cern.ch/geant4/support/userdocuments.shtml">
     46<ulink url="http://cern.ch/geant4/support/userdocuments.shtml">
    4747Physics Reference Manual</ulink>.
    4848Details of the design and functionality of the Geant4 classes can be found in the
    49 <ulink url="http://geant4.web.cern.ch/geant4/support/userdocuments.shtml">
     49<ulink url="http://cern.ch/geant4/support/userdocuments.shtml">
    5050User's Guide for Toolkit Developers</ulink>, and a complete list of
    5151all Geant4 classes is given in the
    52 <ulink url="http://pcitapiww.cern.ch/asdcgi/geant4/SRM/G4GenDoc.csh?flag=1">
     52<ulink url="http://geant4.cern.ch/bin/SRM/G4GenDoc.csh?flag=1">
    5353Software Reference Manual</ulink>.
    5454</para>
    … …  
    8484to the
    8585<ulink
    86 url="http://geant4.web.cern.ch/geant4/support/userdocuments.shtml">
     86url="http://cern.ch/geant4/support/userdocuments.shtml">
    8787Installation Guide for Setting up Geant4 in Your Computing Environment</ulink>.
    8888</para>

  • trunk/documents/UserDoc/DocBookUsersGuides/ForApplicationDeveloper/xml/TrackingAndPhysics/physicsProcess.xml

    r1208 r1211  
    793793
    794794<para>
    795 The following is a summary of the Low Energy Electromagnetic
    796 processes available in Geant4. Further information is available in
    797 the web
    798 <ulink url="http://geant4.web.cern.ch/geant4/collaboration/working_groups/LEelectromagnetic/index.shtml">pages
     795A physical interaction is described by a process class which can handle
     796physics models, described by model classes. The following is a summary
     797of the Low Energy Electromagnetic physics models available in Geant4.
     798Further information is available in the web pages of the
     799Geant4 Low Energy Electromagnetic Physics Working Group, accessible
     800from the Geant4 web site, “who we are” section, then “working groups”.
     801</para>
     802
     803<para>
     804The physics content of these models is documented in the Geant4
     805<ulink url="http://geant4.web.cern.ch/geant4/UserDocumentation/UsersGuides/PhysicsReferenceManual/html/PhysicsReferenceManual.html">
     806Physics Reference Manual.
    799807</ulink>
    800 of the Geant4 Low Energy Electromagnetic Physics Working Group.
    801 The physics content of these processes is documented in Geant4
    802 <ulink url="http://geant4.web.cern.ch/geant4/UserDocumentation/UsersGuides/PhysicsReferenceManual/html/PhysicsReferenceManual.html">
    803 Physics Reference Manual
    804 </ulink>
    805 </para>
     808They are based on the Livermore data library, on the
     809ICRU73 data tables or on the Penelope Monte Carlo code. They adopt the
     810same software design as the "standard" Geant4 electromagnetic models.
     811</para>
     812
     813<para>
     814Examples of the registration of physics constructor with low-energy
     815electromagnetic models are shown in Geant4 extended examples
     816(<literal>$G4INSTALL/examples/extended/electromagnetic</literal>).
     817Advanced examples (<literal>$G4INSTALL/examples/advanced</literal>)
     818illustrate alternative instantiation of these processes.
     819Both are available as part of the Geant4 release.
     820</para>
     821
     822<para>
     823To use the low energy electromagnetic models, data files need to be
     824copied by the user to his/her code repository. These files are
     825distributed together with Geant4. The user should set the environment
     826variable G4LEDATA to the directory where he/she has copied the files.
     827</para>
     828
     829<!-- ******************* Section (Level#4) ****************** -->
     830<sect4 id="sect.PhysProc.EleMag.LowE.Livemore">
     831<title>
     832Livermore based models
     833</title>
    806834
    807835<para>
    808836<itemizedlist spacing="compact">
    809837  <listitem><para>
    810     <emphasis role="bold">Photon processes</emphasis>
     838    <emphasis role="bold">Photon models</emphasis>
    811839    <itemizedlist spacing="compact">
    812840      <listitem><para>
    813         Compton scattering (class <emphasis>G4LowEnergyCompton</emphasis>)
    814       </para></listitem>
    815       <listitem><para>
    816         Polarized Compton scattering (class
    817         <emphasis>G4LowEnergyPolarizedCompton</emphasis>)
    818       </para></listitem>
    819       <listitem><para>
    820         Rayleigh scattering (class <emphasis>G4LowEnergyRayleigh</emphasis>)
    821       </para></listitem>
    822       <listitem><para>
    823         Gamma conversion (also called pair production, class
    824         <emphasis>G4LowEnergyGammaConversion</emphasis>)
    825       </para></listitem>
    826       <listitem><para>
    827         Photo-electric effect (class<emphasis>G4LowEnergyPhotoElectric</emphasis>)
    828       </para></listitem>
    829       </itemizedlist>
    830   </para></listitem>
    831   <listitem><para>
    832     <emphasis role="bold">Electron processes</emphasis>
     841        Photo-electric effect (class <emphasis>G4LivermorePhotoElectricModel</emphasis>)
     842      </para></listitem>
     843      <listitem><para>
     844        Polarized Photo-electric effect (class <emphasis>G4LivermorePolarizedPhotoElectricModel</emphasis>)
     845      </para></listitem>
     846      <listitem><para>
     847        Compton scattering (class <emphasis>G4LivermoreComptonModel</emphasis>)
     848      </para></listitem>
     849      <listitem><para>
     850        Polarized Compton scattering (class <emphasis>G4LivermorePolarizedComptonModel</emphasis>)
     851      </para></listitem>
     852      <listitem><para>
     853        Rayleigh scattering (class <emphasis>G4LivermoreRayleighModel</emphasis>)
     854      </para></listitem>
     855      <listitem><para>
     856        Polarized Rayleigh scattering (class <emphasis>G4LivermorePolarizedRayleighModel</emphasis>)
     857      </para></listitem>
     858      <listitem><para>
     859        Gamma conversion (also called pair production, class <emphasis>G4LivermoreGammaConversionModel</emphasis>)
     860      </para></listitem>
     861      <listitem><para>
     862        Polarized gamma conversion (class <emphasis>G4LivermorePolarizedGammaConversionModel</emphasis>)
     863      </para></listitem>
     864    </itemizedlist>
     865  </para></listitem>
     866  <listitem><para>
     867    <emphasis role="bold">Electron models</emphasis>
    833868    <itemizedlist spacing="compact">
    834869      <listitem><para>
    835         Bremsstrahlung (class <emphasis>G4LowEnergyBremsstrahlung</emphasis>)
    836       </para></listitem>
    837       <listitem><para>
    838         Ionisation and delta ray production (class
    839         <emphasis>G4LowEnergyIonisation</emphasis>)
     870         Bremsstrahlung (class <emphasis>G4LivermoreBremsstrahlungModel</emphasis>)
     871      </para></listitem>
     872      <listitem><para>
     873         Ionisation and delta ray production (class <emphasis>G4LivermoreIonisationModel</emphasis>)
    840874      </para></listitem>
    841875    </itemizedlist>
    842876  </para></listitem>
    843   <listitem><para>
    844     <emphasis role="bold">Hadron and ion processes</emphasis>
     877</itemizedlist>
     878</para>
     879
     880<para>
     881Options can be set in the G4LivermorePhotoElectricModel class, that allow
     882the use of alternative photoelectron angular generators:
     883
     884<itemizedlist spacing="compact">
     885  <listitem><para>     
     886    SetAngularGenerator(G4VPhotoElectricAngularDistribution* distribution);
     887  </para></listitem>
     888  <listitem><para>
     889    SetAngularGenerator(const G4String&amp; name);     
     890  </para></listitem>
     891</itemizedlist>
     892</para>
     893
     894<para>
     895Currently three angular generators are available:
     896G4PhotoElectricAngularGeneratorSimple, G4PhotoElectricAngularGeneratorSauterGavrilla
     897and G4PhotoElectricAngularGeneratorPolarized.
     898G4PhotoElectricAngularGeneratorSauterGavrilla is selected by default.
     899G4PhotoElectricAngularGeneratorSimple, G4PhotoElectricAngularGeneratorSauterGavrilla
     900and G4PhotoElectricAngularGeneratorPolarized can be set using respectively the
     901strings "default", "standard" and "polarized".
     902</para>
     903
     904<para>
     905Options are available in the G4LivermoreBremsstrahlungModel class, that allow
     906the use of alternative bremsstrahlung angular generators:
     907<itemizedlist spacing="compact">
     908  <listitem><para>     
     909    SetAngularGenerator(G4VBremAngularDistribution* distribution);
     910  </para></listitem>
     911  <listitem><para>     
     912    SetAngularGenerator(const G4String&amp; name);
     913  </para></listitem>
     914</itemizedlist>
     915</para>
     916
     917<para>
     918Currently three angular generators are available: G4ModifiedTsai,
     9192BNGenerator and 2BSGenerator. G4ModifiedTsai is set by default, but it
     920can be forced using the string "tsai". 2BNGenerator and 2BSGenerator
     921can be set using the strings "2bs" and "2bn". Information regarding
     922conditions of use, performance and energy
     923limits of different models are available in the Physics Reference Manual .
     924</para>
     925
     926<para>
     927Other options G4LivermoreBremsstrahlungModel class are:
     928
     929<itemizedlist spacing="compact">
     930  <listitem><para>     
     931    SetCutForLowEnSecPhotons(G4double)
     932  </para></listitem>
     933</itemizedlist>
     934</para>
     935
     936<para>
     937Options are available in the G4LivermoreIonisationModel class:
     938
     939<itemizedlist spacing="compact">
     940  <listitem><para>     
     941    ActivateAuger(G4bool)
     942  </para></listitem>
     943  <listitem><para>     
     944    SetCutForLowEnSecPhotons(G4double) 
     945  </para></listitem>
     946  <listitem><para>     
     947    SetCutForLowEnSecElectrons(G4double)
     948  </para></listitem>
     949</itemizedlist>
     950</para>
     951
     952</sect4>
     953
     954
     955<!-- ******************* Section (Level#4) ****************** -->
     956<sect4 id="sect.PhysProc.EleMag.LowE.ICRU73">
     957<title>
     958ICRU73 based ion model
     959</title>
     960
     961<para>
     962Ionisation and delta ray production (class G4IonParametrisedLossModel)
     963</para>
     964
     965<para>
     966The ion model uses ICRU 73 stopping powers, if corresponding ion-material
     967combinations are covered by the ICRU 73 report (up to 1 GeV/nucleon), and
     968otherwise applies a Bethe-Bloch based formalism. For compounds, ICRU 73
     969stopping powers are employed if the material name coincides with the name
     970of Geant4 NIST materials (e.g. G4_WATER). Elemental materials are matched
     971to the corresponding ICRU 73 stopping powers by means of the atomic number
     972of the material. The material name may be arbitrary in this case. For a
     973list of applicable materials, the user is referred to the ICRU 73 report.
     974</para>
     975
     976<para>
     977The model requires data files to be copied by the user to his/her code
     978repository. These files are distributed together with the Geant4 release.
     979The user should set the environment variable G4LEDATA to the directory where
     980he/she has copied the files.
     981</para>
     982
     983<para>
     984The model is dedicated to be used with the G4ionIonisation process and its
     985applicability is restricted to G4GenericIon particles. The ion model is
     986not used by default by this process and must be instantiated and registered
     987by the user:
     988
     989<informalexample>
     990<programlisting>
     991G4ionIonisation* ionIoni = new G4ionIonisation();
     992ionIoni -> SetEmModel(new G4IonParametrisedLossModel());
     993</programlisting>
     994</informalexample>
     995</para>
     996
     997</sect4>
     998
     999<!-- ******************* Section (Level#4) ****************** -->
     1000<sect4 id="sect.PhysProc.EleMag.LowE.Penelope">
     1001<title>
     1002Penelope based models
     1003</title>
     1004
     1005<para>
     1006<itemizedlist spacing="compact">
     1007  <listitem><para>
     1008    <emphasis role="bold">Photon models</emphasis>
    8451009    <itemizedlist spacing="compact">
    8461010      <listitem><para>
    847         Ionisation and delta ray production (class
    848         <emphasis>G4hLowEnergyIonisation</emphasis>)
    849       </para></listitem>
    850       </itemizedlist>
     1011        Compton scattering (class <emphasis>G4PenelopeComptonModel</emphasis>)
     1012      </para></listitem>
     1013      <listitem><para>
     1014        Rayleigh scattering (class <emphasis>G4PenelopeRayleighModel</emphasis>)
     1015      </para></listitem>
     1016      <listitem><para>
     1017        Gamma conversion (also called pair production, class <emphasis>GPenelopeGammaConversionModel</emphasis>)
     1018      </para></listitem>
     1019      <listitem><para>
     1020        Photo-electric effect (class <emphasis>G4PenelopePhotoElectricModel</emphasis>)
     1021      </para></listitem>
     1022    </itemizedlist>
     1023  </para></listitem>
     1024  <listitem><para>
     1025    <emphasis role="bold">Electron models</emphasis>
     1026    <itemizedlist spacing="compact">
     1027      <listitem><para>
     1028         Bremsstrahlung (class <emphasis>G4PenelopeBremsstrahlungModel</emphasis>)
     1029      </para></listitem>
     1030      <listitem><para>
     1031         Ionisation and delta ray production (class <emphasis>G4PenelopeIonisationModel</emphasis>)
     1032      </para></listitem>
     1033    </itemizedlist>
     1034  </para></listitem>
     1035  <listitem><para>
     1036    <emphasis role="bold">Positron models</emphasis>
     1037    <itemizedlist spacing="compact">
     1038      <listitem><para>
     1039         Bremsstrahlung (class <emphasis>G4PenelopeBremsstrahlungModel</emphasis>)
     1040      </para></listitem>
     1041      <listitem><para>
     1042         Ionisation and delta ray production (class <emphasis>G4PenelopeIonisationModel</emphasis>)
     1043      </para></listitem>
     1044      <listitem><para>
     1045         Positron annihilation (class <emphasis>class G4PenelopeAnnihilationModel</emphasis>)
     1046      </para></listitem>
     1047    </itemizedlist>
    8511048  </para></listitem>
    8521049</itemizedlist>
    … …  
    8541051
    8551052<para>
    856 Examples of the registration of physics constructor with low-energy
    857 electromagnetic processes are shown
    858 in Geant4 extended examples ($G4INSTALL/examples/extended/electromagnetic).
    859 <emphasis role="bold">Advanced examples</emphasis> illustrating alternative instantiation
    860 of these processes. Both are available as part of the Geant4
    861 <ulink url="http://geant4.web.cern.ch/geant4/support/download.shtml">
    862 release</ulink>.
    863 </para>
    864 
    865 <para>
    866 To run the Low Energy code for photon and electron
    867 electromagnetic processes, <emphasis role="bold">
    868 <ulink url="http://geant4.web.cern.ch/geant4/support/download.shtml">
    869 data files
    870 </ulink>
    871 </emphasis>
    872 need to be copied by the user to his/her code
    873 repository. These files are distributed together with Geant4.
    874 The user should set the environment variable
    875 <emphasis role="bold">G4LEDATA</emphasis> to the
    876 directory where he/she has copied the files.
    877 </para>
    878 
    879 <para>
    880 <emphasis role="bold">Options</emphasis> are available for low energy electromagnetic
    881 processes for hadrons and ions in terms of public member functions
    882 of the G4hLowEnergyIonisation class:
     1053All Penelope models can be applied up to a maximum energy of 100 GeV,
     1054although it is advisable not to use them above a few hundreds of MeV.
     1055</para>
     1056
     1057<para>
     1058Options are available in the all Penelope Models, allowing to set
     1059(and retrieve) the verbosity level of the model, namely the amount of
     1060information which is printed on the screen.
    8831061
    8841062<itemizedlist spacing="compact">
    885    <listitem><para>
    886      SetHighEnergyForProtonParametrisation(G4double)
    887    </para></listitem>
    888    <listitem><para>
    889      SetLowEnergyForProtonParametrisation(G4double)
    890    </para></listitem>
    891    <listitem><para>
    892      SetHighEnergyForAntiProtonParametrisation(G4double)
    893    </para></listitem>
    894    <listitem><para>
    895      SetLowEnergyForAntiProtonParametrisation(G4double)
    896    </para></listitem>
    897    <listitem><para>
    898      SetElectronicStoppingPowerModel(const G4ParticleDefinition*,const G4String&amp; )
    899    </para></listitem>
    900    <listitem><para>
    901      SetNuclearStoppingPowerModel(const G4String&amp;)
    902    </para></listitem>
    903    <listitem><para>
    904      SetNuclearStoppingOn()
    905    </para></listitem>
    906    <listitem><para>
    907      SetNuclearStoppingOff()
    908    </para></listitem>
    909    <listitem><para>
    910      SetBarkasOn()
    911    </para></listitem>
    912    <listitem><para>
    913      SetBarkasOff()
    914    </para></listitem>
    915    <listitem><para>
    916      SetFluorescence(const G4bool)
    917    </para></listitem>
    918    <listitem><para>
    919      ActivateAugerElectronProduction(G4bool)
    920    </para></listitem>
    921    <listitem><para>
    922      SetCutForSecondaryPhotons(G4double)
    923    </para></listitem>
    924    <listitem><para>
    925      SetCutForSecondaryElectrons(G4double)
    926    </para></listitem>
     1063  <listitem><para>     
     1064    SetVerbosityLevel(G4int)
     1065  </para></listitem>
     1066  <listitem><para>     
     1067    GetVerbosityLevel()
     1068  </para></listitem>
    9271069</itemizedlist>
    9281070</para>
    9291071
    9301072<para>
    931 <emphasis role="bold">Options</emphasis> are available for low energy electromagnetic
    932 processes for electrons in the G4LowEnergyIonisation class:
     1073The default verbosity level is 0 (namely, no textual output on the screen).
     1074The default value should be used in general for normal runs. Higher
     1075verbosity levels are suggested only for testing and debugging purposes.
     1076</para>
     1077
     1078<para>
     1079The verbosity scale defined for all Penelope processes is the following:
    9331080
    9341081<itemizedlist spacing="compact">
    935    <listitem><para>
    936      ActivateAuger(G4bool)
    937    </para></listitem>
    938    <listitem><para>
    939      SetCutForLowEnSecPhotons(G4double)
    940    </para></listitem>
    941    <listitem><para>
    942      SetCutForLowEnSecElectrons(G4double)
    943    </para></listitem>
     1082  <listitem><para>     
     1083    0 = no printout on the screen (default)
     1084  </para></listitem>
     1085  <listitem><para>     
     1086    1 = issue warnings only in the case of energy non-conservation in the final state (should never happen)
     1087  </para></listitem>
     1088  <listitem><para>     
     1089    2 = reports full details on the energy budget in the final state
     1090  </para></listitem>
     1091  <listitem><para>     
     1092    3 = writes also informations on cross section calculation, data file opening and sampling of atoms
     1093  </para></listitem>
     1094  <listitem><para>     
     1095    4 = issues messages when entering in methods
     1096  </para></listitem>
    9441097</itemizedlist>
    9451098</para>
    9461099
    9471100<para>
    948 <emphasis role="bold">Options</emphasis> are available for low energy electromagnetic
    949 processes for electrons/positrons in the G4LowEnergyBremsstrahlung
    950 class, that allow the use of alternative bremsstrahlung angular
    951 generators:
     1101Options are available in G4PenelopeComptonModel, G4PenelopePhotoElectricModel
     1102and G4PenelopeIonisationModel to enable or disable the usage of atomic
     1103de-excitation via the G4AtomicDeexcitation module.
    9521104
    9531105<itemizedlist spacing="compact">
    954    <listitem><para>
    955      SetAngularGenerator(G4VBremAngularDistribution* distribution);
    956    </para></listitem>
    957    <listitem><para>
    958      SetAngularGenerator(const G4String&amp; name);
    959    </para></listitem>
     1106  <listitem><para>     
     1107    SetDeexcitationFlag(G4bool)
     1108  </para></listitem>
     1109  <listitem><para>     
     1110    DeexcitationFlag()
     1111  </para></listitem>
    9601112</itemizedlist>
    9611113</para>
    9621114
    9631115<para>
    964 Currently three angular generators are available: G4ModifiedTsai,
    965 2BNGenerator and 2BSGenerator. G4ModifiedTsai is set by default,
    966 but it can be forced using the string "tsai". 2BNGenerator and
    967 2BSGenerator can be set using the strings "2bs" and "2bn".
    968 Information regarding conditions of use, performance and energy
    969 limits of different models are available in the
    970 <ulink url="http://geant4.web.cern.ch/geant4/UserDocumentation/UsersGuides/PhysicsReferenceManual/html/PhysicsReferenceManual.html">
    971 Physics Reference Manual
    972 </ulink>.
    973 </para>
    974 
    975 <para>
    976 Other <emphasis role="bold">options</emphasis> G4LowEnergyBremsstrahlung class are:
    977 
    978 <itemizedlist spacing="compact">
    979    <listitem><para>
    980      SetCutForLowEnSecPhotons(G4double)
    981    </para></listitem>
    982 </itemizedlist>
    983 </para>
    984 
    985 <para>
    986 <emphasis role="bold">Options</emphasis> can also be set in the G4LowEnergyPhotoElectric
    987 class, that allow the use of alternative photoelectron angular
    988 generators:
    989 
    990 <itemizedlist spacing="compact">
    991    <listitem><para>
    992      SetAngularGenerator(G4VPhotoElectricAngularDistribution* distribution);
    993    </para></listitem>
    994    <listitem><para>
    995      SetAngularGenerator(const G4String&amp; name);
    996    </para></listitem>
    997    <listitem><para>
    998      
    999    </para></listitem>
    1000    <listitem><para>
    1001      
    1002    </para></listitem>
    1003    <listitem><para>
    1004      
    1005    </para></listitem>
    1006 </itemizedlist>
    1007 </para>
    1008 
    1009 <para>
    1010 Currently three angular generators are available:
    1011 G4PhotoElectricAngularGeneratorSimple,
    1012 G4PhotoElectricAngularGeneratorSauterGavrilla and
    1013 G4PhotoElectricAngularGeneratorPolarized.
    1014 G4PhotoElectricAngularGeneratorSimple is set by default, but it can
    1015 be forced using the string "default".
    1016 G4PhotoElectricAngularGeneratorSauterGavrilla and
    1017 G4PhotoElectricAngularGeneratorPolarized can be set using the
    1018 strings "standard" and "polarized".
    1019 </para>
    1020 
     1116The default is “true”, namely vacancies in atomic shells produced by the
     1117interaction are handled by the G4AtomicDeexcitation module, possibly with
     1118the subsequent emission of fluorescence x-rays. If is set to “false”
     1119by the user, the energy released in the re-arrangement of atomic vacancies
     1120is treated in the model as a local energy deposit, without emission of
     1121secondary particles. The methods are actually inherited from G4VEmModel,
     1122so they work for all Penelope models; by the way, they have effect only
     1123in G4PenelopeComptonModel, G4PenelopePhotoElectricModel and
     1124G4PenelopeIonisationModel.
     1125</para>
     1126
     1127<para>
     1128An option is also available in these models to enable the production of
     1129Auger electrons by the G4AtomicDeexcitation module ActivateAuger(G4bool).
     1130The default (coming from G4AtomicDeexcitation) is “false”, namely only
     1131fluorescence x-rays are emitted but not Auger electrons. One should
     1132notice that this option has effect only if the usage of the atomic
     1133deexcitation is enabled. A warning message is printed if one tries to
     1134enable the emission of the Auger electrons after having disabled the
     1135atomic deexcitation via SetDeexcitationFlag(false).
     1136</para>
     1137
     1138</sect4>
    10211139</sect3>
     1140
     1141
    10221142
    10231143<!-- ******************* Section (Level#3) ****************** -->
    … …  
    10281148
    10291149<para>
    1030 Geant4 low energy electromagnetic Physics processes have been extended down
    1031 to energies of a few electronVolts suitable for the simulation of radiation
    1032 effects in liquid water for applications at the cellular and sub-cellular
    1033 level. These developments take place in the framework of the Geant4-DNA
    1034 project and are described in the paper
    1035 <citation>
    1036 <xref linkend="biblio.chauvie2007" endterm="biblio.chauvie2007.abbrev" />
    1037 </citation>.
    1038 </para>
    1039 
    1040 <para>
    1041 Their implementation in Geant4 is based on the usage of innovative techniques
    1042 first introduced in Monte Carlo simulation (policy-based class design), to
    1043 ensure openness to future extension and evolution as well as flexibility of
    1044 configuration in user applications. In this new design, a generic Geant4-DNA
    1045 physics process is configured by template specialization in order to acquire
    1046 physical properties (cross section, final state), using policy classes :
    1047 a Cross Section policy class and a Final State policy class.
    1048 </para>
    1049 
    1050 <para>
    1051 These processes apply to electrons, protons, hydrogen, alpha particles and
    1052 their charge states.
    1053 </para>
     1150The Geant4 low energy electromagnetic Physics package has been extended
     1151down to energies of a few electronVolts suitable for the simulation of
     1152radiation effects in liquid water for applications in microdosimetry at
     1153the cellular and sub-cellular level. These developments take place in
     1154the framework of the on-going Geant4-DNA project (see the web pages
     1155of the
     1156<ulink url="http://geant4.web.cern.ch/geant4/collaboration/working_groups/LEelectromagnetic/">Geant4 Low Energy Electromagnetic Physics Working Group</ulink>).
     1157</para>
     1158
     1159<para>
     1160The Geant4-DNA process and model classes apply to electrons, protons,
     1161hydrogen, alpha particles and their charge states.
     1162</para>
     1163
    10541164
    10551165<!-- ******* Bridgehead ******* -->
    10561166<bridgehead renderas='sect4'>
    1057  Electron processes
     1167 Electron processes and models
    10581168</bridgehead>
    10591169<para>
    10601170<itemizedlist spacing="compact">
    10611171  <listitem><para>
    1062     Elastic scattering (two complementary models available depending on energy range, and one alternative model)
     1172    Elastic scattering :
    10631173    <itemizedlist spacing="compact">
    10641174      <listitem><para>
    1065         - 1) either : cross section policy class names : G4CrossSectionElasticScreenedRutherfordLE (below 200 eV)
    1066         and G4CrossSectionElasticScreenedRutherfordHE (above 200 eV). Both should be used together.
    1067         - 2) or : cross section policy class name : G4CrossSectionElasticChampion.       
    1068       </para></listitem>
    1069       <listitem><para>
    1070         - 1) either : final state policy class names : G4FinalStateElasticBrennerZaider (corresponding to G4CrossSectionElasticScreenedRutherfordLE)
    1071         and G4CrossSectionElasticScreenedRutherfordLE (corresponding to G4CrossSectionElasticScreenedRutherfordHE).
    1072         - 2) or final state policy class name : G4FinalStateElasticChampion (corresponding to G4CrossSectionElasticChampion).       
     1175        process class is G4DNAElastic
     1176      </para></listitem>
     1177      <listitem><para>
     1178        two alternative model classes are : G4DNAScreenedRutherfordElasticModel
     1179        or G4DNAChampionElasticModel
    10731180      </para></listitem>
    10741181    </itemizedlist>
    10751182  </para></listitem>
    1076   <listitem><para>
    1077     Excitation (one model)
     1183
     1184  <listitem><para>
     1185    Excitation
    10781186    <itemizedlist spacing="compact">
    10791187      <listitem><para>
    1080         Cross section policy class name : G4CrossSectionExcitationEmfietzoglou 
    1081       </para></listitem>
    1082       <listitem><para>
    1083         Final state policy class name : G4FinalStateExcitationEmfietzoglou
     1188        process class is G4DNAExcitation 
     1189      </para></listitem>
     1190      <listitem><para>
     1191        model class is G4DNAEmfietzoglouExcitationModel
    10841192      </para></listitem>
    10851193    </itemizedlist>
    10861194  </para></listitem>
    1087   <listitem><para>
    1088     Ionisation (one model)   
     1195
     1196  <listitem><para>
     1197    Ionisation
    10891198    <itemizedlist spacing="compact">
    10901199      <listitem><para>
    1091         Cross section policy class name : G4CrossSectionIonisationBorn 
    1092       </para></listitem>
    1093       <listitem><para>
    1094         Final state policy class names : G4FinalStateIonisationBorn
     1200        process class is G4DNAIonisation
     1201      </para></listitem>
     1202      <listitem><para>
     1203        model class is G4DNABornIonisationModel
    10951204      </para></listitem>
    10961205    </itemizedlist>
    … …  
    11011210<!-- ******* Bridgehead ******* -->
    11021211<bridgehead renderas='sect4'>
    1103  Proton processes
     1212 Proton processes and models
    11041213</bridgehead>
    11051214<para>
    11061215<itemizedlist spacing="compact">
    11071216  <listitem><para>
    1108     Excitation  (two complementary models available depending on energy range)
     1217    Excitation
    11091218    <itemizedlist spacing="compact">
    11101219      <listitem><para>
    1111         Cross section policy class name : G4CrossSectionExcitationMillerGreen
    1112       </para></listitem>
    1113       <listitem><para>
    1114         Final state policy class name : G4FinalStateExcitationMillerGreen
    1115       </para></listitem>
    1116       <listitem><para>
    1117         Cross section policy class name : G4CrossSectionExcitationBorn
    1118       </para></listitem>
    1119       <listitem><para>
    1120         Final state policy class name : G4FinalStateExcitationBorn
     1220        process class is G4DNAExcitation
     1221      </para></listitem>
     1222      <listitem><para>
     1223        two complementary model classes are G4DNAMillerGreenExcitationModel
     1224        (below 500 keV) and G4DNABornExcitationModel (above)               
    11211225      </para></listitem>
    11221226    </itemizedlist>
    11231227  </para></listitem>
    1124   <listitem><para>
    1125     Ionisation (two complementary models available depending on energy range)
     1228
     1229  <listitem><para>
     1230    Ionisation
    11261231    <itemizedlist spacing="compact">
    11271232      <listitem><para>
    1128         Cross section policy class name : G4CrossSectionIonisationRudd
    1129       </para></listitem>
    1130       <listitem><para>
    1131         Final state policy class name : G4FinalStateIonisationRudd
    1132       </para></listitem>
    1133       <listitem><para>
    1134         Cross section policy class name : G4CrossSectionIonisationBorn
    1135       </para></listitem>
    1136       <listitem><para>
    1137         Final state policy class name : G4FinalStateIonisationBorn
     1233        process class is G4DNAIonisation
     1234      </para></listitem>
     1235      <listitem><para>
     1236        two complementary model classes are G4DNARuddIonisationModel
     1237        (below 500 keV) and G4DNABornIonisationModel (above)
    11381238      </para></listitem>
    11391239    </itemizedlist>
    11401240  </para></listitem>
    1141   <listitem><para>
    1142     Charge decrease (one model)
     1241
     1242  <listitem><para>
     1243    Charge decrease
    11431244    <itemizedlist spacing="compact">
    11441245      <listitem><para>
    1145         Cross section policy class name : G4CrossSectionChargeDecrease
    1146       </para></listitem>
    1147       <listitem><para>
    1148         Final state policy class name : G4FinalStateChargeDecrease
     1246        process class is G4DNAChargeDecrease
     1247      </para></listitem>
     1248      <listitem><para>
     1249        model class is G4DNADingfelderChargeDecreaseModel
    11491250      </para></listitem>
    11501251    </itemizedlist>
    … …  
    11551256<!-- ******* Bridgehead ******* -->
    11561257<bridgehead renderas='sect4'>
    1157  Hydrogen processes
     1258 Hydrogen processes and models
    11581259</bridgehead>
    11591260<para>
    11601261<itemizedlist spacing="compact">
    11611262  <listitem><para>
    1162     Ionisation (one model)
     1263    Ionisation
    11631264    <itemizedlist spacing="compact">
    11641265      <listitem><para>
    1165         Cross section policy class name : G4CrossSectionIonisationRudd
    1166       </para></listitem>
    1167       <listitem><para>
    1168         Final state policy class name : G4FinalStateIonisationRudd
     1266        process class is G4DNAIonisation
     1267      </para></listitem>
     1268      <listitem><para>
     1269        model class is G4DNARuddIonisationModel       
    11691270      </para></listitem>
    11701271    </itemizedlist>
    11711272  </para></listitem>
    1172   <listitem><para>
    1173     Charge increase (one model)
     1273
     1274  <listitem><para>
     1275    Charge increase
    11741276    <itemizedlist spacing="compact">
    11751277      <listitem><para>
    1176         Cross section policy class name : G4CrossSectionChargeIncrease
    1177       </para></listitem>
    1178       <listitem><para>
    1179         Final state policy class name : G4FinalStateChargeIncrease
     1278        process class is G4DNAChargeIncrease
     1279      </para></listitem>
     1280      <listitem><para>
     1281        model class is G4DNADingfelderChargeIncreaseModel
    11801282      </para></listitem>
    11811283    </itemizedlist>
    … …  
    11861288<!-- ******* Bridgehead ******* -->
    11871289<bridgehead renderas='sect4'>
    1188  Helium (neutral) processes
     1290 Helium (neutral) processes and models
    11891291</bridgehead>
    11901292<para>
    11911293<itemizedlist spacing="compact">
    11921294  <listitem><para>
    1193     Excitation (one model)
     1295    Excitation
    11941296    <itemizedlist spacing="compact">
    11951297      <listitem><para>
    1196         Cross section policy class name : G4CrossSectionExcitationMillerGreen
    1197       </para></listitem>
    1198       <listitem><para>
    1199         Final state policy class name : G4FinalStateExcitationMillerGreen
     1298        process class is G4DNAExcitation
     1299      </para></listitem>
     1300      <listitem><para>
     1301        model class is G4DNAMillerGreenExcitationModel       
    12001302      </para></listitem>
    12011303    </itemizedlist>
    12021304  </para></listitem>
    1203   <listitem><para>
    1204     Ionisation (one model)
     1305
     1306  <listitem><para>
     1307    Ionisation
    12051308    <itemizedlist spacing="compact">
    12061309      <listitem><para>
    1207         Cross section policy class name : G4CrossSectionIonisationRudd
    1208       </para></listitem>
    1209       <listitem><para>
    1210         Final state policy class name : G4FinalStateIonisationRudd
     1310        process class is G4DNAIonisation         
     1311      </para></listitem>
     1312      <listitem><para>
     1313        model class is G4DNARuddIonisationModel
    12111314      </para></listitem>
    12121315    </itemizedlist>
    12131316  </para></listitem>
    1214   <listitem><para>
    1215     Charge increase (one model)
     1317
     1318  <listitem><para>
     1319    Charge increase
    12161320    <itemizedlist spacing="compact">
    12171321      <listitem><para>
    1218         Cross section policy class name : G4CrossSectionChargeIncrease
    1219       </para></listitem>
    1220       <listitem><para>
    1221         Final state policy class name : G4FinalStateChargeIncrease
     1322        process class is G4DNAChargeIncrease
     1323      </para></listitem>
     1324      <listitem><para>
     1325        model class is G4DNADingfelderChargeIncreaseModel
    12221326      </para></listitem>
    12231327    </itemizedlist>
    … …  
    12281332<!-- ******* Bridgehead ******* -->
    12291333<bridgehead renderas='sect4'>
    1230  Helium+ (ionized once) processes
     1334 Helium+ (ionized once) processes and models
    12311335</bridgehead>
    12321336<para>
    12331337<itemizedlist spacing="compact">
    12341338  <listitem><para>
    1235     Excitation (one model)
     1339    Excitation
    12361340    <itemizedlist spacing="compact">
    12371341      <listitem><para>
    1238         Cross section policy class name : G4CrossSectionExcitationMillerGreen
    1239       </para></listitem>
    1240       <listitem><para>
    1241         Final state policy class name : G4FinalStateExcitationMillerGreen
     1342        process class is G4DNAExcitation
     1343      </para></listitem>
     1344      <listitem><para>
     1345        model class is G4DNAMillerGreenExcitationModel
    12421346      </para></listitem>
    12431347    </itemizedlist>
    12441348  </para></listitem>
    1245   <listitem><para>
    1246     Ionisation (one model)
     1349
     1350  <listitem><para>
     1351    Ionisation
    12471352    <itemizedlist spacing="compact">
    12481353      <listitem><para>
    1249         Cross section policy class name : G4CrossSectionIonisationRudd
    1250       </para></listitem>
    1251       <listitem><para>
    1252         Final state policy class name : G4FinalStateIonisationRudd
     1354        process class is G4DNAIonisation
     1355      </para></listitem>
     1356      <listitem><para>
     1357        model classes is G4DNARuddIonisationModel
    12531358      </para></listitem>
    12541359    </itemizedlist>
    12551360  </para></listitem>
    1256   <listitem><para>
    1257     Charge increase (one model)
     1361
     1362  <listitem><para>
     1363    Charge increase
    12581364    <itemizedlist spacing="compact">
    12591365      <listitem><para>
    1260         Cross section policy class name : G4CrossSectionChargeIncrease
    1261       </para></listitem>
    1262       <listitem><para>
    1263         Final state policy class name : G4FinalStateChargeIncrease
     1366        process class is G4DNAChargeIncrease
     1367      </para></listitem>
     1368      <listitem><para>
     1369        model classes is G4DNADingfelderChargeIncreaseModel       
    12641370      </para></listitem>
    12651371    </itemizedlist>
    12661372  </para></listitem>
    1267   <listitem><para>
    1268     Charge decrease (one model) 
     1373
     1374  <listitem><para>
     1375    Charge decrease
    12691376    <itemizedlist spacing="compact">
    12701377      <listitem><para>
    1271         Cross section policy class name : G4CrossSectionChargeDecrease
    1272       </para></listitem>
    1273       <listitem><para>
    1274         Final state policy class name : G4FinalStateChargeDecrease
     1378        process class is G4DNAChargeDecrease
     1379      </para></listitem>
     1380      <listitem><para>
     1381        model classes is G4DNADingfelderChargeDecreaseModel
    12751382      </para></listitem>
    12761383    </itemizedlist>
    … …  
    12811388<!-- ******* Bridgehead ******* -->
    12821389<bridgehead renderas='sect4'>
    1283  Helium++ (ionised twice) processes
     1390 Helium++ (ionised twice) processes and models
    12841391</bridgehead>
    12851392<para>
    12861393<itemizedlist spacing="compact">
    12871394  <listitem><para>
    1288     Excitation (one model)
     1395    Excitation
    12891396    <itemizedlist spacing="compact">
    12901397      <listitem><para>
    1291         Cross section policy class name : G4CrossSectionExcitationMillerGreen
    1292       </para></listitem>
    1293       <listitem><para>
    1294         Final state policy class name : G4FinalStateExcitationMillerGreen
     1398        process class is G4DNAExcitation
     1399      </para></listitem>
     1400      <listitem><para>
     1401        model classes is G4DNAMillerGreenExcitationModel       
    12951402      </para></listitem>
    12961403    </itemizedlist>
    12971404  </para></listitem>
    1298   <listitem><para>
    1299     Ionisation (one model)
     1405
     1406  <listitem><para>
     1407    Ionisation
    13001408    <itemizedlist spacing="compact">
    13011409      <listitem><para>
    1302         Cross section policy class name : G4CrossSectionIonisationRudd
    1303       </para></listitem>
    1304       <listitem><para>
    1305         Final state policy class name : G4FinalStateIonisationRudd
     1410        process class is G4DNAIonisation
     1411      </para></listitem>
     1412      <listitem><para>
     1413        model classes is G4DNARuddIonisationModel 
    13061414      </para></listitem>
    13071415    </itemizedlist>
    13081416  </para></listitem>
    1309   <listitem><para>
    1310     Charge decrease (one model)
     1417
     1418  <listitem><para>
     1419    Charge decrease
    13111420    <itemizedlist spacing="compact">
    13121421      <listitem><para>
    1313         Cross section policy class name : G4CrossSectionChargeDecrease
    1314       </para></listitem>
    1315       <listitem><para>
    1316         Final state policy class name : G4FinalStateChargeDecrease
     1422        process class is G4DNAChargeDecrease
     1423      </para></listitem>
     1424      <listitem><para>
     1425        model classes is G4DNADingfelderChargeDecreaseModel
    13171426      </para></listitem>
    13181427    </itemizedlist>
    … …  
    13221431
    13231432<para>
    1324 An example of the registration of these processes in a physics list is given here below :
     1433An example of the registration of these processes in a physics list is
     1434given here below and may be found in the microdosimetry advanced example.
     1435
     1436
     1437<informalexample>
     1438<programlisting>
     1439#include "G4DNAElastic.hh"
     1440#include "G4DNAChampionElasticModel.hh"
     1441#include "G4DNAScreenedRutherfordElasticModel.hh"
     1442
     1443#include "G4DNAExcitation.hh"
     1444#include "G4DNAEmfietzoglouExcitationModel.hh"
     1445#include "G4DNAMillerGreenExcitationModel.hh"
     1446#include "G4DNABornExcitationModel.hh"
     1447
     1448#include "G4DNAIonisation.hh"
     1449#include "G4DNABornIonisationModel.hh"
     1450#include "G4DNARuddIonisationModel.hh"
     1451
     1452#include "G4DNAChargeDecrease.hh"
     1453#include "G4DNADingfelderChargeDecreaseModel.hh"
     1454
     1455#include "G4DNAChargeIncrease.hh"
     1456#include "G4DNADingfelderChargeIncreaseModel.hh"
     1457
     1458//....oooOO0OOooo........oooOO0OOooo........oooOO0OOooo........oooOO0OOooo....
     1459
     1460void PhysicsList::ConstructEM()
     1461{
     1462  theParticleIterator-&gt;reset();
     1463
     1464  while( (*theParticleIterator)() )
     1465  {
     1466
     1467    G4ParticleDefinition* particle = theParticleIterator-&gt;value();
     1468    G4ProcessManager* pmanager = particle-&gt;GetProcessManager();
     1469    G4String particleName = particle-&gt;GetParticleName();
     1470
     1471// DNA processes per particle type
     1472
     1473    if (particleName == "e-") {
     1474
     1475      G4DNAElastic* theDNAElasticProcess = new G4DNAElastic("e-_G4DNAElastic");
     1476      theDNAElasticProcess-&gt;SetModel(new G4DNAChampionElasticModel());
     1477      // or alternative model
     1478      // theDNAElasticProcess-&gt;SetModel(new G4DNAScreenedRutherfordElasticModel());
     1479      pmanager-&gt;AddDiscreteProcess(theDNAElasticProcess);
     1480
     1481      pmanager-&gt;AddDiscreteProcess(new G4DNAExcitation("e-_G4DNAExcitation"));
     1482      pmanager-&gt;AddDiscreteProcess(new G4DNAIonisation("e-_G4DNAIonisation"));
     1483           
     1484    } else if ( particleName == "proton" ) {
     1485
     1486      pmanager-&gt;AddDiscreteProcess(new G4DNAExcitation("proton_G4DNAExcitation"));
     1487      pmanager-&gt;AddDiscreteProcess(new G4DNAIonisation("proton_G4DNAIonisation"));
     1488      pmanager-&gt;AddDiscreteProcess(new G4DNAChargeDecrease("proton_G4DNAChargeDecrease"));
     1489
     1490    } else if ( particleName == "hydrogen" ) {
     1491
     1492      pmanager-&gt;AddDiscreteProcess(new G4DNAIonisation("hydrogen_G4DNAIonisation"));
     1493      pmanager-&gt;AddDiscreteProcess(new G4DNAChargeIncrease("hydrogen_G4DNAChargeIncrease"));
     1494
     1495    } else if ( particleName == "alpha" ) {
     1496
     1497      pmanager-&gt;AddDiscreteProcess(new G4DNAExcitation("alpha_G4DNAExcitation"));
     1498      pmanager-&gt;AddDiscreteProcess(new G4DNAIonisation("alpha_G4DNAIonisation"));
     1499      pmanager-&gt;AddDiscreteProcess(new G4DNAChargeDecrease("alpha_G4DNAChargeDecrease"));
     1500
     1501    } else if ( particleName == "alpha+" ) {
     1502
     1503      pmanager-&gt;AddDiscreteProcess(new G4DNAExcitation("alpha+_G4DNAExcitation"));
     1504      pmanager-&gt;AddDiscreteProcess(new G4DNAIonisation("alpha+_G4DNAIonisation"));
     1505      pmanager-&gt;AddDiscreteProcess(new G4DNAChargeDecrease("alpha+_G4DNAChargeDecrease"));
     1506      pmanager-&gt;AddDiscreteProcess(new G4DNAChargeIncrease("alpha+_G4DNAChargeIncrease"));
     1507           
     1508    } else if ( particleName == "helium" ) {
     1509
     1510      pmanager-&gt;AddDiscreteProcess(new G4DNAExcitation("helium_G4DNAExcitation"));
     1511      pmanager-&gt;AddDiscreteProcess(new G4DNAIonisation("helium_G4DNAIonisation"));
     1512      pmanager-&gt;AddDiscreteProcess(new G4DNAChargeIncrease("helium_G4DNAChargeIncrease"));
     1513
     1514    }
     1515
     1516  } // Loop on particles
     1517}
     1518
     1519//....oooOO0OOooo........oooOO0OOooo........oooOO0OOooo........oooOO0OOooo....
     1520</programlisting>
     1521</informalexample>
     1522</para>
     1523
     1524<para>
     1525Note that in the above example, "alpha" particles are helium atoms ionised
     1526twice and "helium" particles are neutral helium atoms. The definition of
     1527particles in the physics list may be for example implemented as follows :
    13251528
    13261529<informalexample>
    … …  
    13281531//....oooOO0OOooo........oooOO0OOooo........oooOO0OOooo........oooOO0OOooo......
    13291532
    1330 // Geant4 DNA header files
    1331 
    13321533#include "G4DNAGenericIonsManager.hh"
    1333 #include "G4FinalStateProduct.hh"
    1334 #include "G4DNAProcess.hh"
    1335 
    1336 #include "G4CrossSectionExcitationEmfietzoglou.hh"
    1337 #include "G4FinalStateExcitationEmfietzoglou.hh"
    1338 
    1339 #include "G4CrossSectionElasticScreenedRutherfordLE.hh"
    1340 #include "G4FinalStateElasticBrennerZaider.hh"
    1341 
    1342 #include "G4CrossSectionElasticScreenedRutherfordHE.hh"
    1343 #include "G4FinalStateElasticScreenedRutherford.hh"
    1344 
    1345 #include "G4CrossSectionElasticChampion.hh"
    1346 #include "G4FinalStateElasticChampion.hh"
    1347 
    1348 #include "G4CrossSectionExcitationBorn.hh"
    1349 #include "G4FinalStateExcitationBorn.hh"
    1350 
    1351 #include "G4CrossSectionIonisationBorn.hh"
    1352 #include "G4FinalStateIonisationBorn.hh"
    1353 
    1354 #include "G4CrossSectionIonisationRudd.hh"
    1355 #include "G4FinalStateIonisationRudd.hh"
    1356 
    1357 #include "G4CrossSectionExcitationMillerGreen.hh"
    1358 #include "G4FinalStateExcitationMillerGreen.hh"
    1359 
    1360 #include "G4CrossSectionChargeDecrease.hh"
    1361 #include "G4FinalStateChargeDecrease.hh"
    1362 
    1363 #include "G4CrossSectionChargeIncrease.hh"
    1364 #include "G4FinalStateChargeIncrease.hh"
    1365 
    1366 // Processes definition
    1367 
    1368 typedef G4DNAProcess&lt;G4CrossSectionElasticScreenedRutherfordLE,G4FinalStateElasticBrennerZaider&gt;
    1369   ElasticScreenedRutherfordLE;
    1370 typedef G4DNAProcess&lt;G4CrossSectionElasticScreenedRutherfordHE,G4FinalStateElasticScreenedRutherford&gt;
    1371   ElasticScreenedRutherfordHE;
    1372 typedef G4DNAProcess&lt;G4CrossSectionElasticChampion,G4FinalStateElasticChampion&gt;
    1373   ElasticChampion;
    1374 typedef G4DNAProcess&lt;G4CrossSectionExcitationEmfietzoglou,G4FinalStateExcitationEmfietzoglou&gt;
    1375   ExcitationEmfietzoglou;
    1376 typedef G4DNAProcess&lt;G4CrossSectionExcitationBorn,G4FinalStateExcitationBorn&gt;
    1377   ExcitationBorn;
    1378 typedef G4DNAProcess&lt;G4CrossSectionIonisationBorn,G4FinalStateIonisationBorn&gt;
    1379   IonisationBorn;
    1380 typedef G4DNAProcess&lt;G4CrossSectionIonisationRudd,G4FinalStateIonisationRudd&gt;
    1381   IonisationRudd;
    1382 typedef G4DNAProcess&lt;G4CrossSectionExcitationMillerGreen,G4FinalStateExcitationMillerGreen&gt;
    1383   ExcitationMillerGreen;
    1384 typedef G4DNAProcess&lt;G4CrossSectionChargeDecrease,G4FinalStateChargeDecrease&gt;
    1385   ChargeDecrease;
    1386 typedef G4DNAProcess&lt;G4CrossSectionChargeIncrease,G4FinalStateChargeIncrease&gt;
    1387   ChargeIncrease;
    1388 
    1389 // Processes registration
    1390 
    1391 void MicrodosimetryPhysicsList::ConstructEM()
     1534void PhysicsList::ConstructBaryons()
    13921535{
    1393   theParticleIterator-&gt;reset();
    1394 
    1395   while( (*theParticleIterator)() ){
    1396 
    1397     G4ParticleDefinition* particle = theParticleIterator-&gt;value();
    1398     G4ProcessManager* processManager = particle-&gt;GetProcessManager();
    1399     G4String particleName = particle-&gt;GetParticleName();
    1400 
    1401     if (particleName == "e-") {
    1402        processManager-&gt;AddDiscreteProcess(new ExcitationEmfietzoglou("ExcitationEmfietzoglou"));
    1403        
    1404        // The two following elastic scattering models should be registered together
    1405        processManager-&gt;AddDiscreteProcess(new ElasticScreenedRutherfordLE("ElasticScreenedRutherfordLE"));
    1406        processManager-&gt;AddDiscreteProcess(new ElasticScreenedRutherfordHE("ElasticScreenedRutherfordHE"));
    1407        
    1408        // The following process is commented here because it is ALTERNATIVE to ElasticScreenedRutherfordLE and ElasticScreenedRutherfordHE
    1409        // It should NOT be registered simultaneously with ElasticScreenedRutherfordLE and ElasticScreenedRutherfordHE
    1410        // processManager-&gt;AddDiscreteProcess(new ElasticChampion("ElasticChampion"));
    1411        
    1412        processManager-&gt;AddDiscreteProcess(new IonisationBorn("IonisationBorn"));
    1413 
    1414     } else if ( particleName == "proton" ) {
    1415        processManager-&gt;AddDiscreteProcess(new ExcitationMillerGreen("ExcitationMillerGreen"));
    1416        processManager-&gt;AddDiscreteProcess(new ExcitationBorn("ExcitationBorn"));
    1417        processManager-&gt;AddDiscreteProcess(new IonisationRudd("IonisationRudd"));
    1418        processManager-&gt;AddDiscreteProcess(new IonisationBorn("IonisationBorn"));
    1419        processManager-&gt;AddDiscreteProcess(new ChargeDecrease("ChargeDecrease"));
    1420 
    1421     } else if ( particleName == "hydrogen" ) {
    1422        processManager-&gt;AddDiscreteProcess(new IonisationRudd("IonisationRudd"));
    1423        processManager-&gt;AddDiscreteProcess(new ChargeIncrease("ChargeIncrease"));
    1424 
    1425     } else if ( particleName == "alpha" ) {
    1426        processManager-&gt;AddDiscreteProcess(new ExcitationMillerGreen("ExcitationMillerGreen"));
    1427        processManager-&gt;AddDiscreteProcess(new IonisationRudd("IonisationRudd"));
    1428        processManager-&gt;AddDiscreteProcess(new ChargeDecrease("ChargeDecrease"));
    1429    
    1430     } else if ( particleName == "alpha+" ) {
    1431        processManager-&gt;AddDiscreteProcess(new ExcitationMillerGreen("ExcitationMillerGreen"));
    1432        processManager-&gt;AddDiscreteProcess(new IonisationRudd("IonisationRudd"));
    1433        processManager-&gt;AddDiscreteProcess(new ChargeDecrease("ChargeDecrease"));
    1434        processManager-&gt;AddDiscreteProcess(new ChargeIncrease("ChargeIncrease"));
    1435    
    1436     } else if ( particleName == "helium" ) {
    1437        processManager-&gt;AddDiscreteProcess(new ExcitationMillerGreen("ExcitationMillerGreen"));
    1438        processManager-&gt;AddDiscreteProcess(new IonisationRudd("IonisationRudd"));
    1439        processManager-&gt;AddDiscreteProcess(new ChargeIncrease("ChargeIncrease"));
    1440     }
    1441 
    1442   }
     1536// construct baryons ---
     1537// Geant4 DNA particles
     1538G4GenericIon::GenericIonDefinition() ;
     1539G4DNAGenericIonsManager * genericIonsManager;
     1540genericIonsManager=G4DNAGenericIonsManager::Instance();
     1541genericIonsManager-&gt;GetIon("alpha++");
     1542genericIonsManager-&gt;GetIon("alpha+");
     1543genericIonsManager-&gt;GetIon("helium");
     1544genericIonsManager-&gt;GetIon("hydrogen");
    14431545}
    14441546
    … …  
    14491551
    14501552<para>
    1451 Note that in the above example, "alpha"  particles are helium atoms ionised
    1452 twice and "helium" particles are neutral helium atoms. The definition of
    1453 particles in the physics list may be for example implemented as follows :
    1454 
    1455 <informalexample>
    1456 <programlisting>
    1457 //....oooOO0OOooo........oooOO0OOooo........oooOO0OOooo........oooOO0OOooo......
    1458 
    1459 #include "G4DNAGenericIonsManager.hh"
    1460 
    1461 void MicrodosimetryPhysicsList::ConstructBaryons()
    1462 {
    1463   //  construct baryons ---
    1464 
    1465   // Geant4 DNA particles
    1466 
    1467   G4DNAGenericIonsManager * genericIonsManager;
    1468   genericIonsManager=G4DNAGenericIonsManager::Instance();
    1469   genericIonsManager-&gt;GetIon("alpha++");
    1470   genericIonsManager-&gt;GetIon("alpha+");
    1471   genericIonsManager-&gt;GetIon("helium");
    1472   genericIonsManager-&gt;GetIon("hydrogen");
    1473 
    1474 }
    1475 
    1476 //....oooOO0OOooo........oooOO0OOooo........oooOO0OOooo........oooOO0OOooo......
    1477 </programlisting>
    1478 </informalexample>
    1479 </para>
    1480 
    1481 <para>
    1482 To run the Geant4 DNA extension, data files need to be copied by the user to
    1483 his/her code repository. These files are distributed together with the Geant4 release.
    1484 </para>
    1485 
    1486 <para>
    1487 The user should set the environment variable G4LEDATA to the directory where
    1488 he/she has copied the files.
     1553To run the Geant4-DNA extension, data files need to be copied by the
     1554user to his/her code repository. These files are distributed together
     1555with the Geant4 release. The user should set the environment variable
     1556G4LEDATA to the directory where he/she has copied the files.
    14891557</para>
    14901558
    … …  
    24202488</programlisting>
    24212489</informalexample>
    2422 
     2490</para>
     2491
     2492<para>
    24232493Branching ratios and life time can be modified by using user commands, also.
    2424   <listitem><para>
    2425     <emphasis role="bold">Example:
    2426     Set 100% br for dalitz decay of pi0</emphasis>
    2427     <para>
    2428     <literal>Idle&gt;> /particle/select pi0</literal>
    2429     <literal>Idle&gt;> /particle/property/decay/select 0</literal>
    2430     <literal>Idle> /particle/property/decay/br 0</literal>
    2431     <literal>Idle> /particle/property/decay/select 1</literal>
    2432     <literal>Idle> /particle/property/decay/br 1</literal>
    2433     <literal>Idle> /particle/property/decay/dump</literal>
    2434     <literal>G4DecayTable:  pi0</literal>
    2435     <literal>0:  BR:  0  [Phase Space]   :   gamma gamma</literal>
    2436     <literal>1:  BR:  1  [Dalitz Decay]   :   gamma e- e+</literal>
    2437     </para>
    2438   </para></listitem>
     2494</para>
     2495
     2496<para>
     2497<emphasis role="bold">Example: Set 100% br for dalitz decay of pi0</emphasis>
     2498
     2499<informalexample>
     2500<programlisting>
     2501  Idle&gt; /particle/select pi0
     2502  Idle&gt; /particle/property/decay/select 0
     2503  Idle&gt; /particle/property/decay/br 0
     2504  Idle&gt; /particle/property/decay/select 1
     2505  Idle&gt; /particle/property/decay/br 1
     2506  Idle&gt; /particle/property/decay/dump
     2507        G4DecayTable:  pi0
     2508           0:  BR:  0  [Phase Space]   :   gamma gamma
     2509           1:  BR:  1  [Dalitz Decay]  :   gamma e- e+
     2510</programlisting>
     2511</informalexample>
     2512
    24392513</para>
    24402514
    … …  
    32233297otherwise specify the model reflection probability constants, the
    32243298default becomes Lambertian reflection.
     3299</para>
     3300
     3301<para>
     3302Martin Janecek and Bill Moses (Lawrence Berkeley National Laboratory)
     3303built an instrument for measuring the angular reflectivity distribution
     3304inside of BGO crystals with common surface treatments and reflectors
     3305applied. These results have been incorporate into the Geant4 code. A
     3306third class of reflection type besides dielectric_metal and
     3307dielectric_dielectric is added: dielectric_LUT. The distributions have
     3308been converted to 21 look-up-tables (LUT); so far for 1 scintillator
     3309material (BGO) x 3 surface treatments x 7 reflector materials.  The
     3310modified code allows the user to specify the surface treatment
     3311(rough-cut, chemically etched, or mechanically polished), the attached
     3312reflector (Lumirror, Teflon, ESR film, Tyvek, or TiO2 paint), and the
     3313bonding type (air-coupled or glued). The glue used is MeltMount, and the
     3314ESR film used is VM2000. Each LUT consists of measured angular
     3315distributions with 4º by 5º resolution in theta and phi, respectively,
     3316for incidence angles from 0º to 90º degrees, in 1º-steps. The code might
     3317in the future be updated by adding more LUTs, for instance, for other
     3318scintillating materials (such as LSO or NaI). To use these LUT the user
     3319has to download them from
     3320<ulink url="http://geant4.web.cern.ch/geant4/support/download.shtml">
     3321Geant4 Software Download</ulink> and set an environment variable,
     3322<literal>G4REALSURFACEDATA</literal>, to the directory of
     3323<literal>geant4/data/RealSurface1.0</literal>. For details see:
     3324
     3325<ulink url="./AllResources/TrackingAndPhysics/physicsProcessOptical.src/Janecek-TNS-00249-2009R1.pdf">
     3326M. Janecek, W. Moses IEEE Transactions on Nuclear Science
     3327</ulink>.
     3328</para>
     3329
     3330<para>
     3331The enumeration G4OpticalSurfaceFinish has been extended to include
     3332(what follows should be a 2 column table):
     3333
     3334<informalexample>
     3335<programlisting>
     3336  polishedlumirrorair,         // mechanically polished surface, with lumirror
     3337  polishedlumirrorglue,        // mechanically polished surface, with lumirror &amp; meltmount
     3338  polishedair,                 // mechanically polished surface
     3339  polishedteflonair,           // mechanically polished surface, with teflon
     3340  polishedtioair,              // mechanically polished surface, with tio paint
     3341  polishedtyvekair,            // mechanically polished surface, with tyvek
     3342  polishedvm2000air,           // mechanically polished surface, with esr film
     3343  polishedvm2000glue,          // mechanically polished surface, with esr film &amp; meltmount
     3344  etchedlumirrorair,           // chemically etched surface, with lumirror
     3345  etchedlumirrorglue,          // chemically etched surface, with lumirror &amp; meltmount
     3346  etchedair,                   // chemically etched surface
     3347  etchedteflonair,             // chemically etched surface, with teflon
     3348  etchedtioair,                // chemically etched surface, with tio paint
     3349  etchedtyvekair,              // chemically etched surface, with tyvek
     3350  etchedvm2000air,             // chemically etched surface, with esr film
     3351  etchedvm2000glue,            // chemically etched surface, with esr film &amp; meltmount
     3352  groundlumirrorair,           // rough-cut surface, with lumirror
     3353  groundlumirrorglue,          // rough-cut surface, with lumirror &amp; meltmount
     3354  groundair,                   // rough-cut surface
     3355  groundteflonair,             // rough-cut surface, with teflon
     3356  groundtioair,                // rough-cut surface, with tio paint
     3357  groundtyvekair,              // rough-cut surface, with tyvek
     3358  groundvm2000air,             // rough-cut surface, with esr film
     3359  groundvm2000glue             // rough-cut surface, with esr film &amp; meltmount
     3360</programlisting>
     3361</informalexample>
     3362</para>
     3363
     3364<para>
     3365To use a look-up-table, all the user needs to specify for an
     3366<literal>G4OpticalSurface</literal> is:
     3367<literal>SetType(dielectric_LUT), SetModel(LUT)</literal> and for example,
     3368<literal>SetFinish(polishedtyvekair)</literal>.
    32253369</para>
    32263370

  • trunk/documents/UserDoc/DocBookUsersGuides/ForApplicationDeveloper/xml/Visualization/commandcontrol.xml

    r921 r1211  
    44<!--    Converted to DocBook: Katsuya Amako, Aug-2006         -->
    55<!--    Added Qt Info: Laurent Garnier, Dec-2008              -->
     6<!--    Added OpenGL commands : Laurent Garnier, Dec-2009     -->
    67<!--                                                          -->
    78<!-- ******************************************************** -->
    … …  
    812813
    813814<para>
     815<itemizedlist spacing="compact">
     816<listitem>
     817<para>
     818<emphasis role="bold">DAWFILE</emphasis>
     819<para>
    814820The DAWNFILE driver, which co-works with Fukui Renderer DAWN,
    815821generates "vectorized" PostScript data with "analytical
    … …  
    862868complementary to each other.
    863869</para>
    864 
     870</para>
     871</listitem>
     872
     873<listitem>
     874<para>
     875<emphasis role="bold">OpenInventor</emphasis>
    865876<para>
    866877In the OpenInventor drivers, you can simply click the "Print"
    … …  
    868879a visualized view.
    869880</para>
    870 
    871 <para>
    872 The OpenGL X drivers can also generate PostScript files, either from
    873 a pull-down menu (Motif drivers) or with <literal>/vis/ogl/printEPS</literal>.
     881</para>
     882</listitem>
     883
     884<listitem>
     885<para>
     886<emphasis role="bold">OpenGL</emphasis>
     887<para>
     888The OpenGL drivers can also generate PostScript files, either from
     889a pull-down menu (Motif and Qt drivers) or with <literal>/vis/ogl/printEPS</literal>.
    874890It can generate either vectorized or rasterized PostScript
    875 data. In generating vectorized PostScript data, hidden-surface
     891data with <literal>/vis/ogl/set/printMode</literal> ("vectored" or "pixmap").
     892You can change the filename by <literal>/vis/ogl/set/printMode</literal>
     893And the printed size by <literal>/vis/ogl/set/printSize</literal>
     894In generating vectorized PostScript data, hidden-surface
    876895removal is performed, based on the painter's algorithm after
    877896dividing facets of shapes into small sub-triangles.
    878897</para>
    879 
     898<para>
     899Note : Print stuff is done tanks to gl2ps library (incorporated in vis driver)
     900Due to a gl2ps limitation, printing an opengl view with <literal>/vis/viewer/set/hiddenMarker 1</literal>
     901will have the same effect as printing with <literal>/vis/viewer/set/hiddenMarker 0</literal>
     902</para>
     903<para>
     904Note : <literal>/vis/ogl/set/printSize</literal> command can be used to print
     905EPS files larger than screen size. The only size limitation is graphics card
     906viewport dimension: GL_MAX_VIEWPORT_DIMS
     907
     908<informalexample>
     909<programlisting>
     910# Invoke the OpenGL visualization driver in its stored mode
     911/vis/open OGLSX
     912
     913# Camera setting
     914/vis/viewer/set/viewpointThetaPhi 20 20
     915
     916# Camera setting
     917/vis/drawVolume
     918/vis/viewer/flush
     919
     920# set print mode to vectored
     921/vis/ogl/set/printMode vectored
     922
     923# set print size larger than screen
     924/vis/ogl/set/printSize 2000 2000
     925
     926# print
     927/vis/ogl/printEPS
     928
     929</programlisting>
     930</informalexample>
     931</para>
     932</para>
     933</listitem>
     934
     935<listitem>
     936<para>
     937<emphasis role="bold">HepRep</emphasis>
    880938<para>
    881939The HepRApp HepRep Browser and WIRED4 JAS Plug-In can generate a
    … …  
    883941PostScript and PDF.
    884942</para>
    885 
     943</para>
     944</listitem>
     945</itemizedlist>
     946</para>
    886947</sect2>
    887948

  • trunk/documents/UserDoc/DocBookUsersGuides/ForApplicationDeveloper/xml/Visualization/introduction.xml

    r921 r1211  
    88<!--    Added Qt Info: Laurent Garnier, Dec-2008              -->
    99<!--    Updates for Qt and HepRApp: Joseph Perl, Dec-2008     -->
     10<!--    Typo correction : Laurent Garnier, Dec-2009           -->
    1011<!--                                                          -->
    1112<!-- ******************************************************** -->
    … …  
    149150      </para></listitem>
    150151      <listitem><para>
    151         Requies addition of Qt and GL libraries that are freely available on most operating
     152        Requires addition of Qt and GL libraries that are freely available on most operating
    152153        systems
    153154      </para></listitem>

  • trunk/documents/UserDoc/DocBookUsersGuides/ForApplicationDeveloper/xml/Visualization/visdrivers.xml

    r921 r1211  
    55<!--    Converted to DocBook: Katsuya Amako, Aug-2006         -->
    66<!--    Updates for Qt and HepRApp: Joseph Perl, Dec-2008     -->
     7<!--    Added a reference: Laurent Garnier, Dec-2009          -->
    78<!--                                                          -->
    89<!-- ******************************************************** -->
    … …  
    307308Output can be exported to EPS (both vector and pixel graphics)
    308309using vis/ogl/printEPS.
     310</para>
     311<para>
     312More informations can be found here :  <xref linkend="sect.VisCntCmmd.SvVwPs" />
    309313</para>
    310314

  • trunk/documents/UserDoc/DocBookUsersGuides/ForApplicationDeveloper/xml/Visualization/visexecutable.xml

    r921 r1211  
    44<!--    Converted to DocBook: Katsuya Amako, Aug-2006         -->
    55<!--    Updates for Qt: Laurent Garnier, Dec-2008             -->
     6<!--    Typo correction : Laurent Garnier, Dec-2009           -->
    67<!--                                                          -->
    78<!-- ******************************************************** -->
    … …  
    408409      // Define (G)UI terminal
    409410      G4UIsession * session = new G4UIterminal
    410       session-&gt;sessionStart();
     411      session-&gt;SessionStart();
    411412
    412413      delete session;

  • trunk/documents/UserDoc/DocBookUsersGuides/ForToolkitDeveloper/xml/AllResources/GuideToExtendFunctionality/Visualization/CVS/Entries

    r1208 r1211  
    1 /visClassDiagram.jpg/1.2/Mon Nov 30 13:46:14 2009/-kb/
     1/visClassDiagram.jpg/1.2/Tue Jun  2 02:27:42 2009/-kb/
    22/visClassDiagram.pdf/1.1/Tue Jun  2 02:27:42 2009//
    33D

  • trunk/documents/UserDoc/DocBookUsersGuides/ForToolkitDeveloper/xml/AllResources/OOAnalysisDesign/ElectromagneticField/CVS/Entries

    r1208 r1211  
    1 /field-prop.jpg/1.2/Mon Nov 30 13:46:14 2009/-kb/
     1/field-prop.jpg/1.2/Tue Jun  2 02:27:42 2009/-kb/
    22/field-prop.pdf/1.1/Tue Jun  2 02:27:42 2009//
    33D

  • trunk/documents/UserDoc/DocBookUsersGuides/ForToolkitDeveloper/xml/AllResources/OOAnalysisDesign/Event/CVS/Entries

    r1208 r1211  
    1 /classDgmEventGen.jpg/1.2/Mon Nov 30 13:46:14 2009/-kb/
     1/classDgmEventGen.jpg/1.2/Tue Jun  2 02:27:42 2009/-kb/
    22/classDgmEventGen.pdf/1.1/Tue Jun  2 02:27:42 2009//
    3 /classDgmEventManager.jpg/1.2/Mon Nov 30 13:46:14 2009/-kb/
     3/classDgmEventManager.jpg/1.2/Tue Jun  2 02:27:42 2009/-kb/
    44/classDgmEventManager.pdf/1.1/Tue Jun  2 02:27:42 2009//
    55D

  • trunk/documents/UserDoc/DocBookUsersGuides/ForToolkitDeveloper/xml/AllResources/OOAnalysisDesign/Geometry/CVS/Entries

    r1208 r1211  
    1 /boolean_solids.jpg/1.2/Mon Nov 30 13:46:14 2009/-kb/
     1/boolean_solids.jpg/1.2/Tue Jun  2 02:27:42 2009/-kb/
    22/boolean_solids.pdf/1.1/Tue Jun  2 02:27:42 2009//
    3 /breps_curves.jpg/1.2/Mon Nov 30 13:46:15 2009/-kb/
     3/breps_curves.jpg/1.2/Tue Jun  2 02:27:42 2009/-kb/
    44/breps_curves.pdf/1.1/Tue Jun  2 02:27:42 2009//
    5 /breps_solids.jpg/1.2/Mon Nov 30 13:46:15 2009/-kb/
     5/breps_solids.jpg/1.2/Tue Jun  2 02:27:42 2009/-kb/
    66/breps_solids.pdf/1.1/Tue Jun  2 02:27:42 2009//
    7 /breps_surfaces.jpg/1.2/Mon Nov 30 13:46:15 2009/-kb/
     7/breps_surfaces.jpg/1.2/Tue Jun  2 02:27:42 2009/-kb/
    88/breps_surfaces.pdf/1.1/Tue Jun  2 02:27:42 2009//
    9 /csg_solids.jpg/1.2/Mon Nov 30 13:46:15 2009/-kb/
     9/csg_solids.jpg/1.2/Tue Jun  2 02:27:42 2009/-kb/
    1010/csg_solids.pdf/1.1/Tue Jun  2 02:27:42 2009//
    11 /logical_volumes.jpg/1.2/Mon Nov 30 13:46:15 2009/-kb/
     11/logical_volumes.jpg/1.2/Tue Jun  2 02:27:42 2009/-kb/
    1212/logical_volumes.pdf/1.1/Tue Jun  2 02:27:42 2009//
    13 /navigator.jpg/1.2/Mon Nov 30 13:46:15 2009/-kb/
     13/navigator.jpg/1.2/Tue Jun  2 02:27:42 2009/-kb/
    1414/navigator.pdf/1.1/Tue Jun  2 02:27:42 2009//
    15 /overall.jpg/1.2/Mon Nov 30 13:46:15 2009/-kb/
     15/overall.jpg/1.2/Tue Jun  2 02:27:42 2009/-kb/
    1616/overall.pdf/1.1/Tue Jun  2 02:27:42 2009//
    17 /physical_volumes.jpg/1.2/Mon Nov 30 13:46:15 2009/-kb/
     17/physical_volumes.jpg/1.2/Tue Jun  2 02:27:42 2009/-kb/
    1818/physical_volumes.pdf/1.1/Tue Jun  2 02:27:42 2009//
    19 /refcount-touch.jpg/1.2/Mon Nov 30 13:46:15 2009/-kb/
     19/refcount-touch.jpg/1.2/Tue Jun  2 02:27:42 2009/-kb/
    2020/refcount-touch.pdf/1.1/Tue Jun  2 02:27:42 2009//
    21 /reflections.jpg/1.2/Mon Nov 30 13:46:15 2009/-kb/
     21/reflections.jpg/1.2/Tue Jun  2 02:27:42 2009/-kb/
    2222/reflections.pdf/1.1/Tue Jun  2 02:27:42 2009//
    23 /regions.jpg/1.2/Mon Nov 30 13:46:15 2009/-kb/
     23/regions.jpg/1.2/Tue Jun  2 02:27:42 2009/-kb/
    2424/regions.pdf/1.1/Tue Jun  2 02:27:42 2009//
    25 /smart_voxels.jpg/1.2/Mon Nov 30 13:46:15 2009/-kb/
     25/smart_voxels.jpg/1.2/Tue Jun  2 02:27:42 2009/-kb/
    2626/smart_voxels.pdf/1.1/Tue Jun  2 02:27:42 2009//
    27 /specific_solids.jpg/1.2/Mon Nov 30 13:46:15 2009/-kb/
     27/specific_solids.jpg/1.2/Tue Jun  2 02:27:42 2009/-kb/
    2828/specific_solids.pdf/1.1/Tue Jun  2 02:27:42 2009//
    29 /touchables.jpg/1.2/Mon Nov 30 13:46:15 2009/-kb/
     29/touchables.jpg/1.2/Tue Jun  2 02:27:42 2009/-kb/
    3030/touchables.pdf/1.1/Tue Jun  2 02:27:42 2009//
    3131D

  • trunk/documents/UserDoc/DocBookUsersGuides/ForToolkitDeveloper/xml/AllResources/OOAnalysisDesign/GlobalUsage/CVS/Entries

    r1208 r1211  
    1 /ObjDiagDist.jpg/1.2/Mon Nov 30 13:46:15 2009/-kb/
     1/ObjDiagDist.jpg/1.2/Tue Jun  2 02:27:42 2009/-kb/
    22/ObjDiagDist.pdf/1.1/Tue Jun  2 02:27:42 2009//
    3 /ObjDiagEng.jpg/1.2/Mon Nov 30 13:46:15 2009/-kb/
     3/ObjDiagEng.jpg/1.2/Tue Jun  2 02:27:42 2009/-kb/
    44/ObjDiagEng.pdf/1.1/Tue Jun  2 02:27:42 2009//
    5 /ObjDiagStat.jpg/1.2/Mon Nov 30 13:46:15 2009/-kb/
     5/ObjDiagStat.jpg/1.2/Tue Jun  2 02:27:42 2009/-kb/
    66/ObjDiagStat.pdf/1.1/Tue Jun  2 02:27:42 2009//
    7 /architecture.jpg/1.2/Mon Nov 30 13:46:15 2009/-kb/
     7/architecture.jpg/1.2/Tue Jun  2 02:27:42 2009/-kb/
    88/architecture.pdf/1.1/Tue Jun  2 02:27:42 2009//
    9 /classDgmRandom.jpg/1.2/Mon Nov 30 13:46:15 2009/-kb/
     9/classDgmRandom.jpg/1.2/Tue Jun  2 02:27:42 2009/-kb/
    1010/classDgmRandom.pdf/1.1/Tue Jun  2 02:27:42 2009//
    1111D

  • trunk/documents/UserDoc/DocBookUsersGuides/ForToolkitDeveloper/xml/AllResources/OOAnalysisDesign/Hit/CVS/Entries

    r1208 r1211  
    1 /classDgmHitMain.jpg/1.2/Mon Nov 30 13:46:15 2009/-kb/
     1/classDgmHitMain.jpg/1.2/Tue Jun  2 02:27:42 2009/-kb/
    22/classDgmHitMain.pdf/1.1/Tue Jun  2 02:27:42 2009//
    3 /classDgmHitUser.jpg/1.2/Mon Nov 30 13:46:15 2009/-kb/
     3/classDgmHitUser.jpg/1.2/Tue Jun  2 02:27:42 2009/-kb/
    44/classDgmHitUser.pdf/1.1/Tue Jun  2 02:27:42 2009//
    5 /classDgmReadoutGeom.jpg/1.2/Mon Nov 30 13:46:15 2009/-kb/
     5/classDgmReadoutGeom.jpg/1.2/Tue Jun  2 02:27:42 2009/-kb/
    66/classDgmReadoutGeom.pdf/1.1/Tue Jun  2 02:27:42 2009//
    77D

  • trunk/documents/UserDoc/DocBookUsersGuides/ForToolkitDeveloper/xml/AllResources/OOAnalysisDesign/Materials/CVS/Entries

    r1208 r1211  
    1 /classDgmMaterials.jpg/1.2/Mon Nov 30 13:46:15 2009/-kb/
     1/classDgmMaterials.jpg/1.2/Tue Jun  2 02:27:42 2009/-kb/
    22/classDgmMaterials.pdf/1.1/Tue Jun  2 02:27:42 2009//
    33D

  • trunk/documents/UserDoc/DocBookUsersGuides/ForToolkitDeveloper/xml/AllResources/OOAnalysisDesign/Particles/CVS/Entries

    r1208 r1211  
    1 /classDgmDecay.jpg/1.2/Mon Nov 30 13:46:15 2009/-kb/
     1/classDgmDecay.jpg/1.2/Tue Jun  2 02:27:42 2009/-kb/
    22/classDgmDecay.pdf/1.1/Tue Jun  2 02:27:42 2009//
    3 /classDgmParticle.jpg/1.2/Mon Nov 30 13:46:16 2009/-kb/
     3/classDgmParticle.jpg/1.2/Tue Jun  2 02:27:42 2009/-kb/
    44/classDgmParticle.pdf/1.1/Tue Jun  2 02:27:42 2009//
    5 /classDgmParticleDecay.jpg/1.2/Mon Nov 30 13:46:16 2009/-kb/
     5/classDgmParticleDecay.jpg/1.2/Tue Jun  2 02:27:42 2009/-kb/
    66/classDgmParticleDecay.pdf/1.1/Tue Jun  2 02:27:42 2009//
    7 /classDgmParticleTable.jpg/1.2/Mon Nov 30 13:46:16 2009/-kb/
     7/classDgmParticleTable.jpg/1.2/Tue Jun  2 02:27:42 2009/-kb/
    88/classDgmParticleTable.pdf/1.1/Tue Jun  2 02:27:42 2009//
    9 /classDgmParticlesMain.jpg/1.2/Mon Nov 30 13:46:16 2009/-kb/
     9/classDgmParticlesMain.jpg/1.2/Tue Jun  2 02:27:42 2009/-kb/
    1010/classDgmParticlesMain.pdf/1.1/Tue Jun  2 02:27:42 2009//
    1111D

  • trunk/documents/UserDoc/DocBookUsersGuides/ForToolkitDeveloper/xml/AllResources/OOAnalysisDesign/PhysicsProcesses/CVS/Entries

    r1208 r1211  
    11D/ElectroMagnetic////
    22D/Hadronic////
    3 /classDgmProcessMain.jpg/1.2/Mon Nov 30 13:46:16 2009/-kb/
     3/classDgmProcessMain.jpg/1.2/Tue Jun  2 02:27:42 2009/-kb/
    44/classDgmProcessMain.pdf/1.1/Tue Jun  2 02:27:42 2009//
    5 /classDgmProcessProcesses.jpg/1.2/Mon Nov 30 13:46:16 2009/-kb/
     5/classDgmProcessProcesses.jpg/1.2/Tue Jun  2 02:27:42 2009/-kb/
    66/classDgmProcessProcesses.pdf/1.1/Tue Jun  2 02:27:42 2009//

  • trunk/documents/UserDoc/DocBookUsersGuides/ForToolkitDeveloper/xml/AllResources/OOAnalysisDesign/PhysicsProcesses/Hadronic/CVS/Entries

    r1208 r1211  
    1 /Level1.jpg/1.2/Mon Nov 30 13:46:16 2009/-kb/
     1/Level1.jpg/1.2/Tue Jun  2 02:27:42 2009/-kb/
    22/Level1.pdf/1.1/Tue Jun  2 02:27:42 2009//
    3 /Level2_1.jpg/1.2/Mon Nov 30 13:46:16 2009/-kb/
     3/Level2_1.jpg/1.2/Tue Jun  2 02:27:42 2009/-kb/
    44/Level2_1.pdf/1.1/Tue Jun  2 02:27:42 2009//
    5 /Level2_2.jpg/1.2/Mon Nov 30 13:46:16 2009/-kb/
     5/Level2_2.jpg/1.2/Tue Jun  2 02:27:42 2009/-kb/
    66/Level2_2.pdf/1.1/Tue Jun  2 02:27:42 2009//
    7 /Level2_3.jpg/1.2/Mon Nov 30 13:46:16 2009/-kb/
     7/Level2_3.jpg/1.2/Tue Jun  2 02:27:42 2009/-kb/
    88/Level2_3.pdf/1.1/Tue Jun  2 02:27:42 2009//
    9 /Level3_1.jpg/1.2/Mon Nov 30 13:46:16 2009/-kb/
     9/Level3_1.jpg/1.2/Tue Jun  2 02:27:42 2009/-kb/
    1010/Level3_1.pdf/1.1/Tue Jun  2 02:27:42 2009//
    11 /Level4_1.jpg/1.2/Mon Nov 30 13:46:16 2009/-kb/
     11/Level4_1.jpg/1.2/Tue Jun  2 02:27:42 2009/-kb/
    1212/Level4_1.pdf/1.1/Tue Jun  2 02:27:42 2009//
    13 /Level4_2.jpg/1.2/Mon Nov 30 13:46:16 2009/-kb/
     13/Level4_2.jpg/1.2/Tue Jun  2 02:27:42 2009/-kb/
    1414/Level4_2.pdf/1.1/Tue Jun  2 02:27:42 2009//
    15 /Level5_1.jpg/1.2/Mon Nov 30 13:46:16 2009/-kb/
     15/Level5_1.jpg/1.2/Tue Jun  2 02:27:42 2009/-kb/
    1616/Level5_1.pdf/1.1/Tue Jun  2 02:27:42 2009//
    1717D

  • trunk/documents/UserDoc/DocBookUsersGuides/ForToolkitDeveloper/xml/AllResources/OOAnalysisDesign/Tracking/CVS/Entries

    r1208 r1211  
    1 /classDgmTracking.jpg/1.2/Mon Nov 30 13:46:16 2009/-kb/
     1/classDgmTracking.jpg/1.2/Tue Jun  2 02:27:42 2009/-kb/
    22/classDgmTracking.pdf/1.1/Tue Jun  2 02:27:42 2009//
    33D

  • trunk/documents/UserDoc/DocBookUsersGuides/ForToolkitDeveloper/xml/AllResources/OOAnalysisDesign/UserInterface/CVS/Entries

    r1208 r1211  
    1 /classDgmUserInterface.jpg/1.2/Mon Nov 30 13:46:16 2009/-kb/
     1/classDgmUserInterface.jpg/1.2/Tue Jun  2 02:27:42 2009/-kb/
    22/classDgmUserInterface.pdf/1.1/Tue Jun  2 02:27:42 2009//
    33D

  • trunk/documents/UserDoc/DocBookUsersGuides/ForToolkitDeveloper/xml/BookForToolDev.xml

    r1208 r1211  
    3232  </authorgroup>
    3333
    34   <pubdate>2 June, 2009</pubdate>
    35   <releaseinfo>Version: geant4 9.2 Revision01</releaseinfo>
     34  <pubdate>18 December, 2009</pubdate>
     35  <releaseinfo>Version: geant4 9.3</releaseinfo>
    3636
    3737</bookinfo>

  • trunk/documents/UserDoc/DocBookUsersGuides/InstallationGuide/xml/BookInstalGuide.xml

    r921 r1211  
    3535  </authorgroup>
    3636
    37   <pubdate>19 December, 2008</pubdate>
    38   <releaseinfo>Version: geant4 9.2</releaseinfo>
     37  <pubdate>18 December, 2009</pubdate>
     38  <releaseinfo>Version: geant4 9.3</releaseinfo>
    3939
    4040</bookinfo>

  • trunk/documents/UserDoc/DocBookUsersGuides/InstallationGuide/xml/Introduction/introduction.xml

    r921 r1211  
    4949
    5050<literallayout><literal>
    51   Linux   - Scientific Linux CERN, SLC4 (or SLC5)
    52             g++ gcc 3.4.6 (or 4.1.2)               G4SYSTEM: Linux-g++
    53   MacOSX  - MacOSX Darwin 10.5
    54             g++ gcc 4.0.1                          G4SYSTEM: Darwin-g++
     51  Linux   - Scientific Linux CERN, SLC5 (or SLC4)
     52            g++ gcc 4.1.2 (or 3.4.6)               G4SYSTEM: Linux-g++
     53  MacOSX  - MacOSX Darwin 10.6 (or 10.5)
     54            g++ gcc 4.2.1 (or 4.0.1)               G4SYSTEM: Darwin-g++
    5555  Windows - Windows XP and Cygwin32
    5656            MSVC++ 9.0, Visual Studio 2008         G4SYSTEM: WIN32-VC

  • trunk/documents/UserDoc/DocBookUsersGuides/InstallationGuide/xml/PCMachines/pcMachines.xml

    r904 r1211  
    214214        export G4ABLADATA=c:/usr/local/geant4/data/G4ABLA
    215215        #
     216        # Data for measured optical surface reflectance in optical processes,
     217        #    distributed in a separate tar file, then placed under data
     218        export G4REALSURFACEDATA=c:/usr/local/geant4/data/RealSurface
     219        #
    216220</programlisting>
    217221</informalexample>

  • trunk/documents/UserDoc/DocBookUsersGuides/InstallationGuide/xml/UnixMachines/unixMachines.xml

    r904 r1211  
    356356  <listitem><para>
    357357    flag specifying that an additional library for file compression
    358     should be built (not required on Linux/Unix systems). By default
     358    should be built (not required on Linux/Unix systems, required on
     359    Windows if choosing OpenGL or OpenInventor visualization). By default
    359360    the library will not be built.
    360361  </para></listitem>

  • trunk/documents/UserDoc/DocBookUsersGuides/IntroductionToGeant4/xml/BookIntroToGeant4.xml

    r921 r1211  
    3131  </authorgroup>
    3232
    33   <pubdate>19 December, 2008</pubdate>
    34   <releaseinfo>Version: geant4 9.2</releaseinfo>
     33  <pubdate>18 December, 2009</pubdate>
     34  <releaseinfo>Version: geant4 9.3</releaseinfo>
    3535
    3636</bookinfo>

  • trunk/documents/UserDoc/DocBookUsersGuides/IntroductionToGeant4/xml/Introduction/ChapIntroduction.xml

    r904 r1211  
    249249<mediaobject>
    250250  <imageobject role="fo">
    251     <imagedata fileref="./AllResources/Fundamentals/classCategory.gif"
    252                format="GIF" contentwidth="7.0cm" align="center" />
     251    <imagedata fileref="./AllResources/Fundamentals/classCategory.jpg"
     252               format="JPG" contentwidth="7.0cm" align="center" />
    253253  </imageobject>
    254254  <imageobject role="html">
    255     <imagedata fileref="./AllResources/Fundamentals/classCategory.gif"
    256                format="GIF" align="center" />
     255    <imagedata fileref="./AllResources/Fundamentals/classCategory.jpg"
     256               format="JPG" align="center" />
    257257  </imageobject>
    258258</mediaobject>

  • trunk/documents/UserDoc/Overview/html/CVS/Entries

    r1208 r1211  
    1 /Changes.html/1.24/Wed Dec  6 07:25:40 2006//
    2 /index.html/1.47/Wed Dec  6 07:26:02 2006//
    3 /site_index.html/1.8/Fri Dec 16 23:18:59 2005//
     1/Changes.html/1.24/Mon Dec  7 10:34:38 2009//
     2/index.html/1.47/Mon Dec  7 10:34:38 2009//
     3/site_index.html/1.8/Mon Dec  7 10:34:38 2009//
    44D

  • trunk/documents/UserDoc/UsersGuides/ForApplicationDeveloper/html/Appendix/CVS/Entries

    r1208 r1211  
    1 /buildFile.html/1.11/Mon Dec 18 10:28:24 2006//
    2 /clhepLHCxx.html/1.14/Mon Dec 18 10:28:24 2006//
    3 /developmentDebugTools.html/1.11/Mon Dec 18 10:28:24 2006//
    4 /histogramming.html/1.14/Mon Dec 18 10:28:24 2006//
    5 /index.html/1.15/Mon Dec 18 10:28:24 2006//
    6 /templateLib.html/1.19/Mon Dec 18 10:28:24 2006//
    7 /tipsCompilation.html/1.24/Mon Dec 18 10:28:24 2006//
    81D/particleList.src////
    9 /makeFile.html/1.35/Mon Feb  9 14:00:29 2009//
     2/buildFile.html/1.11/Mon Dec  7 10:34:38 2009//
     3/clhepLHCxx.html/1.14/Mon Dec  7 10:34:38 2009//
     4/developmentDebugTools.html/1.11/Mon Dec  7 10:34:38 2009//
     5/histogramming.html/1.14/Mon Dec  7 10:34:38 2009//
     6/index.html/1.15/Mon Dec  7 10:34:38 2009//
     7/makeFile.html/1.35/Mon Dec  7 10:34:38 2009//
     8/templateLib.html/1.19/Mon Dec  7 10:34:38 2009//
     9/tipsCompilation.html/1.24/Mon Dec  7 10:34:38 2009//

  • trunk/documents/UserDoc/UsersGuides/ForApplicationDeveloper/html/Appendix/particleList.src/baryons/CVS/Entries

    r1208 r1211  
    1 /N(1440)+.html/1.3/Tue Feb 28 07:12:47 2006//
    2 /N(1440)0.html/1.3/Tue Feb 28 07:12:47 2006//
    3 /N(1520)+.html/1.5/Tue Feb 28 07:12:47 2006//
    4 /N(1520)0.html/1.5/Tue Feb 28 07:12:47 2006//
    5 /N(1535)+.html/1.4/Fri Feb 13 06:31:53 2004//
    6 /N(1535)0.html/1.4/Fri Feb 13 06:31:53 2004//
    7 /N(1650)+.html/1.3/Tue Feb 28 07:12:47 2006//
    8 /N(1650)0.html/1.3/Tue Feb 28 07:12:47 2006//
    9 /N(1675)+.html/1.4/Fri Feb 13 06:31:53 2004//
    10 /N(1675)0.html/1.4/Fri Feb 13 06:31:53 2004//
    11 /N(1680)+.html/1.5/Tue Feb 28 07:12:47 2006//
    12 /N(1680)0.html/1.5/Tue Feb 28 07:12:47 2006//
    13 /N(1700)+.html/1.4/Fri Feb 13 06:31:53 2004//
    14 /N(1700)0.html/1.4/Fri Feb 13 06:31:53 2004//
    15 /N(1710)+.html/1.4/Fri Feb 13 06:31:53 2004//
    16 /N(1710)0.html/1.4/Fri Feb 13 06:31:53 2004//
    17 /N(1720)+.html/1.3/Tue Feb 28 07:12:47 2006//
    18 /N(1720)0.html/1.3/Tue Feb 28 07:12:47 2006//
    19 /N(1900)+.html/1.4/Tue Feb 28 07:12:47 2006//
    20 /N(1900)0.html/1.4/Tue Feb 28 07:12:47 2006//
    21 /N(1990)+.html/1.4/Tue Feb 28 07:12:47 2006//
    22 /N(1990)0.html/1.4/Tue Feb 28 07:12:47 2006//
    23 /N(2090)+.html/1.5/Thu Oct 12 10:58:19 2006//
    24 /N(2090)0.html/1.5/Thu Oct 12 10:58:19 2006//
    25 /N(2190)+.html/1.5/Tue Feb 28 07:12:47 2006//
    26 /N(2190)0.html/1.5/Tue Feb 28 07:12:47 2006//
    27 /N(2220)+.html/1.4/Tue Feb 28 07:12:47 2006//
    28 /N(2220)0.html/1.4/Tue Feb 28 07:12:47 2006//
    29 /N(2250)+.html/1.5/Thu Oct 12 10:58:19 2006//
    30 /N(2250)0.html/1.5/Thu Oct 12 10:58:19 2006//
    31 /delta(1600)++.html/1.4/Fri Feb 13 06:31:53 2004//
    32 /delta(1600)+.html/1.4/Fri Feb 13 06:31:53 2004//
    33 /delta(1600)-.html/1.4/Fri Feb 13 06:31:53 2004//
    34 /delta(1600)0.html/1.4/Fri Feb 13 06:31:53 2004//
    35 /delta(1620)++.html/1.5/Tue Feb 28 07:12:47 2006//
    36 /delta(1620)+.html/1.5/Tue Feb 28 07:12:47 2006//
    37 /delta(1620)-.html/1.5/Tue Feb 28 07:12:47 2006//
    38 /delta(1620)0.html/1.5/Tue Feb 28 07:12:47 2006//
    39 /delta(1700)++.html/1.4/Fri Feb 13 06:31:53 2004//
    40 /delta(1700)+.html/1.4/Fri Feb 13 06:31:53 2004//
    41 /delta(1700)-.html/1.4/Fri Feb 13 06:31:54 2004//
    42 /delta(1700)0.html/1.4/Fri Feb 13 06:31:54 2004//
    43 /delta(1900)++.html/1.4/Tue Feb 28 07:12:47 2006//
    44 /delta(1900)+.html/1.4/Tue Feb 28 07:12:47 2006//
    45 /delta(1900)-.html/1.4/Tue Feb 28 07:12:47 2006//
    46 /delta(1900)0.html/1.4/Tue Feb 28 07:12:47 2006//
    47 /delta(1905)++.html/1.5/Tue Feb 28 07:12:47 2006//
    48 /delta(1905)+.html/1.5/Tue Feb 28 07:12:47 2006//
    49 /delta(1905)-.html/1.5/Tue Feb 28 07:12:47 2006//
    50 /delta(1905)0.html/1.5/Tue Feb 28 07:12:47 2006//
    51 /delta(1910)++.html/1.4/Fri Feb 13 06:31:55 2004//
    52 /delta(1910)+.html/1.4/Fri Feb 13 06:31:55 2004//
    53 /delta(1910)-.html/1.4/Fri Feb 13 06:31:55 2004//
    54 /delta(1910)0.html/1.4/Fri Feb 13 06:31:55 2004//
    55 /delta(1920)++.html/1.2/Fri Apr  6 03:15:49 2001//
    56 /delta(1920)+.html/1.2/Fri Apr  6 03:15:50 2001//
    57 /delta(1920)-.html/1.2/Fri Apr  6 03:15:50 2001//
    58 /delta(1920)0.html/1.2/Fri Apr  6 03:15:50 2001//
    59 /delta(1930)++.html/1.5/Tue Feb 28 07:12:47 2006//
    60 /delta(1930)+.html/1.5/Tue Feb 28 07:12:47 2006//
    61 /delta(1930)-.html/1.5/Tue Feb 28 07:12:47 2006//
    62 /delta(1930)0.html/1.5/Tue Feb 28 07:12:47 2006//
    63 /delta(1950)++.html/1.6/Thu Oct 12 10:58:19 2006//
    64 /delta(1950)+.html/1.6/Thu Oct 12 10:58:19 2006//
    65 /delta(1950)-.html/1.6/Thu Oct 12 10:58:19 2006//
    66 /delta(1950)0.html/1.6/Thu Oct 12 10:58:19 2006//
    67 /delta++.html/1.3/Fri Feb 13 06:31:55 2004//
    68 /delta+.html/1.4/Fri Feb 13 06:31:55 2004//
    69 /delta-.html/1.4/Thu Oct 12 10:58:19 2006//
    70 /delta0.html/1.4/Fri Feb 13 06:31:55 2004//
    71 /index.html/1.8/Thu Oct 12 10:58:19 2006//
    72 /lambda(1405).html/1.3/Tue Feb 28 07:12:47 2006//
    73 /lambda(1520).html/1.4/Fri Feb 13 06:31:55 2004//
    74 /lambda(1600).html/1.2/Fri Apr  6 03:15:51 2001//
    75 /lambda(1670).html/1.2/Fri Apr  6 03:15:51 2001//
    76 /lambda(1690).html/1.3/Tue Nov  6 02:08:06 2001//
    77 /lambda(1800).html/1.2/Fri Apr  6 03:15:51 2001//
    78 /lambda(1810).html/1.2/Fri Apr  6 03:15:51 2001//
    79 /lambda(1820).html/1.3/Tue Nov  6 02:08:06 2001//
    80 /lambda(1830).html/1.3/Tue Nov  6 02:08:06 2001//
    81 /lambda(1890).html/1.3/Tue Nov  6 02:08:07 2001//
    82 /lambda(2100).html/1.3/Tue Nov  6 02:08:07 2001//
    83 /lambda(2110).html/1.3/Tue Nov  6 02:08:07 2001//
    84 /lambda.html/1.2/Fri Apr  6 03:15:51 2001//
    85 /lambda_c+.html/1.4/Thu Oct 12 10:58:19 2006//
    86 /neutron.html/1.4/Fri Feb 13 06:31:55 2004//
    87 /omega-.html/1.3/Fri Feb 13 06:31:56 2004//
    88 /omega_c0.html/1.4/Thu Oct 12 10:58:19 2006//
    89 /proton.html/1.1/Thu Jun 17 10:49:48 1999//
    90 /sigma(1385)+.html/1.4/Thu Oct 12 10:58:19 2006//
    91 /sigma(1385)-.html/1.4/Thu Oct 12 10:58:19 2006//
    92 /sigma(1385)0.html/1.4/Thu Oct 12 10:58:19 2006//
    93 /sigma(1660)+.html/1.2/Fri Apr  6 03:15:52 2001//
    94 /sigma(1660)-.html/1.2/Fri Apr  6 03:15:52 2001//
    95 /sigma(1660)0.html/1.2/Fri Apr  6 03:15:52 2001//
    96 /sigma(1670)+.html/1.2/Fri Apr  6 03:15:52 2001//
    97 /sigma(1670)-.html/1.2/Fri Apr  6 03:15:52 2001//
    98 /sigma(1670)0.html/1.2/Fri Apr  6 03:15:52 2001//
    99 /sigma(1750)+.html/1.2/Fri Apr  6 03:15:52 2001//
    100 /sigma(1750)-.html/1.2/Fri Apr  6 03:15:52 2001//
    101 /sigma(1750)0.html/1.2/Fri Apr  6 03:15:52 2001//
    102 /sigma(1775)+.html/1.2/Fri Apr  6 03:15:52 2001//
    103 /sigma(1775)-.html/1.2/Fri Apr  6 03:15:52 2001//
    104 /sigma(1775)0.html/1.2/Fri Apr  6 03:15:53 2001//
    105 /sigma(1915)+.html/1.2/Fri Apr  6 03:15:53 2001//
    106 /sigma(1915)-.html/1.2/Fri Apr  6 03:15:53 2001//
    107 /sigma(1915)0.html/1.2/Fri Apr  6 03:15:53 2001//
    108 /sigma(1940)+.html/1.3/Wed Nov 20 00:45:12 2002//
    109 /sigma(1940)-.html/1.4/Fri Feb 13 06:31:56 2004//
    110 /sigma(1940)0.html/1.3/Wed Nov 20 00:45:13 2002//
    111 /sigma(2030)+.html/1.2/Fri Apr  6 03:15:53 2001//
    112 /sigma(2030)-.html/1.3/Fri Feb 13 06:31:56 2004//
    113 /sigma(2030)0.html/1.2/Fri Apr  6 03:15:53 2001//
    114 /sigma+.html/1.3/Fri Feb 13 06:31:56 2004//
    115 /sigma-.html/1.1/Thu Jun 17 10:50:19 1999//
    116 /sigma0.html/1.1/Thu Jun 17 10:50:20 1999//
    117 /sigma_c++.html/1.4/Thu Oct 12 10:58:19 2006//
    118 /sigma_c+.html/1.4/Thu Oct 12 10:58:19 2006//
    119 /sigma_c0.html/1.4/Thu Oct 12 10:58:19 2006//
    120 /xi(1530)-.html/1.3/Tue Feb 28 07:12:47 2006//
    121 /xi(1530)0.html/1.3/Tue Feb 28 07:12:47 2006//
    122 /xi(1690)-.html/1.3/Tue Feb 28 07:12:47 2006//
    123 /xi(1690)0.html/1.3/Tue Feb 28 07:12:47 2006//
    124 /xi(1820)-.html/1.2/Fri Apr  6 03:15:54 2001//
    125 /xi(1820)0.html/1.2/Fri Apr  6 03:15:54 2001//
    126 /xi(1950)-.html/1.2/Fri Apr  6 03:15:54 2001//
    127 /xi(1950)0.html/1.2/Fri Apr  6 03:15:54 2001//
    128 /xi(2030)-.html/1.2/Fri Apr  6 03:15:54 2001//
    129 /xi(2030)0.html/1.2/Fri Apr  6 03:15:54 2001//
    130 /xi-.html/1.1/Thu Jun 17 10:50:35 1999//
    131 /xi0.html/1.1/Thu Jun 17 10:50:36 1999//
    132 /xi_c+.html/1.3/Tue Feb 28 07:12:47 2006//
    133 /xi_c0.html/1.4/Thu Oct 12 10:58:19 2006//
     1/N(1440)+.html/1.3/Mon Dec  7 10:34:38 2009//
     2/N(1440)0.html/1.3/Mon Dec  7 10:34:38 2009//
     3/N(1520)+.html/1.5/Mon Dec  7 10:34:38 2009//
     4/N(1520)0.html/1.5/Mon Dec  7 10:34:38 2009//
     5/N(1535)+.html/1.4/Mon Dec  7 10:34:38 2009//
     6/N(1535)0.html/1.4/Mon Dec  7 10:34:38 2009//
     7/N(1650)+.html/1.3/Mon Dec  7 10:34:38 2009//
     8/N(1650)0.html/1.3/Mon Dec  7 10:34:38 2009//
     9/N(1675)+.html/1.4/Mon Dec  7 10:34:38 2009//
     10/N(1675)0.html/1.4/Mon Dec  7 10:34:38 2009//
     11/N(1680)+.html/1.5/Mon Dec  7 10:34:38 2009//
     12/N(1680)0.html/1.5/Mon Dec  7 10:34:38 2009//
     13/N(1700)+.html/1.4/Mon Dec  7 10:34:38 2009//
     14/N(1700)0.html/1.4/Mon Dec  7 10:34:38 2009//
     15/N(1710)+.html/1.4/Mon Dec  7 10:34:38 2009//
     16/N(1710)0.html/1.4/Mon Dec  7 10:34:38 2009//
     17/N(1720)+.html/1.3/Mon Dec  7 10:34:38 2009//
     18/N(1720)0.html/1.3/Mon Dec  7 10:34:38 2009//
     19/N(1900)+.html/1.4/Mon Dec  7 10:34:38 2009//
     20/N(1900)0.html/1.4/Mon Dec  7 10:34:38 2009//
     21/N(1990)+.html/1.4/Mon Dec  7 10:34:38 2009//
     22/N(1990)0.html/1.4/Mon Dec  7 10:34:38 2009//
     23/N(2090)+.html/1.5/Mon Dec  7 10:34:38 2009//
     24/N(2090)0.html/1.5/Mon Dec  7 10:34:38 2009//
     25/N(2190)+.html/1.5/Mon Dec  7 10:34:38 2009//
     26/N(2190)0.html/1.5/Mon Dec  7 10:34:38 2009//
     27/N(2220)+.html/1.4/Mon Dec  7 10:34:38 2009//
     28/N(2220)0.html/1.4/Mon Dec  7 10:34:38 2009//
     29/N(2250)+.html/1.5/Mon Dec  7 10:34:38 2009//
     30/N(2250)0.html/1.5/Mon Dec  7 10:34:38 2009//
     31/delta(1600)++.html/1.4/Mon Dec  7 10:34:38 2009//
     32/delta(1600)+.html/1.4/Mon Dec  7 10:34:38 2009//
     33/delta(1600)-.html/1.4/Mon Dec  7 10:34:38 2009//
     34/delta(1600)0.html/1.4/Mon Dec  7 10:34:38 2009//
     35/delta(1620)++.html/1.5/Mon Dec  7 10:34:38 2009//
     36/delta(1620)+.html/1.5/Mon Dec  7 10:34:38 2009//
     37/delta(1620)-.html/1.5/Mon Dec  7 10:34:38 2009//
     38/delta(1620)0.html/1.5/Mon Dec  7 10:34:38 2009//
     39/delta(1700)++.html/1.4/Mon Dec  7 10:34:38 2009//
     40/delta(1700)+.html/1.4/Mon Dec  7 10:34:38 2009//
     41/delta(1700)-.html/1.4/Mon Dec  7 10:34:38 2009//
     42/delta(1700)0.html/1.4/Mon Dec  7 10:34:38 2009//
     43/delta(1900)++.html/1.4/Mon Dec  7 10:34:38 2009//
     44/delta(1900)+.html/1.4/Mon Dec  7 10:34:38 2009//
     45/delta(1900)-.html/1.4/Mon Dec  7 10:34:38 2009//
     46/delta(1900)0.html/1.4/Mon Dec  7 10:34:38 2009//
     47/delta(1905)++.html/1.5/Mon Dec  7 10:34:38 2009//
     48/delta(1905)+.html/1.5/Mon Dec  7 10:34:38 2009//
     49/delta(1905)-.html/1.5/Mon Dec  7 10:34:38 2009//
     50/delta(1905)0.html/1.5/Mon Dec  7 10:34:38 2009//
     51/delta(1910)++.html/1.4/Mon Dec  7 10:34:38 2009//
     52/delta(1910)+.html/1.4/Mon Dec  7 10:34:38 2009//
     53/delta(1910)-.html/1.4/Mon Dec  7 10:34:38 2009//
     54/delta(1910)0.html/1.4/Mon Dec  7 10:34:38 2009//
     55/delta(1920)++.html/1.2/Mon Dec  7 10:34:38 2009//
     56/delta(1920)+.html/1.2/Mon Dec  7 10:34:38 2009//
     57/delta(1920)-.html/1.2/Mon Dec  7 10:34:38 2009//
     58/delta(1920)0.html/1.2/Mon Dec  7 10:34:38 2009//
     59/delta(1930)++.html/1.5/Mon Dec  7 10:34:38 2009//
     60/delta(1930)+.html/1.5/Mon Dec  7 10:34:38 2009//
     61/delta(1930)-.html/1.5/Mon Dec  7 10:34:38 2009//
     62/delta(1930)0.html/1.5/Mon Dec  7 10:34:38 2009//
     63/delta(1950)++.html/1.6/Mon Dec  7 10:34:38 2009//
     64/delta(1950)+.html/1.6/Mon Dec  7 10:34:38 2009//
     65/delta(1950)-.html/1.6/Mon Dec  7 10:34:38 2009//
     66/delta(1950)0.html/1.6/Mon Dec  7 10:34:38 2009//
     67/delta++.html/1.3/Mon Dec  7 10:34:38 2009//
     68/delta+.html/1.4/Mon Dec  7 10:34:38 2009//
     69/delta-.html/1.4/Mon Dec  7 10:34:38 2009//
     70/delta0.html/1.4/Mon Dec  7 10:34:38 2009//
     71/index.html/1.8/Mon Dec  7 10:34:38 2009//
     72/lambda(1405).html/1.3/Mon Dec  7 10:34:38 2009//
     73/lambda(1520).html/1.4/Mon Dec  7 10:34:38 2009//
     74/lambda(1600).html/1.2/Mon Dec  7 10:34:38 2009//
     75/lambda(1670).html/1.2/Mon Dec  7 10:34:38 2009//
     76/lambda(1690).html/1.3/Mon Dec  7 10:34:38 2009//
     77/lambda(1800).html/1.2/Mon Dec  7 10:34:38 2009//
     78/lambda(1810).html/1.2/Mon Dec  7 10:34:38 2009//
     79/lambda(1820).html/1.3/Mon Dec  7 10:34:38 2009//
     80/lambda(1830).html/1.3/Mon Dec  7 10:34:38 2009//
     81/lambda(1890).html/1.3/Mon Dec  7 10:34:38 2009//
     82/lambda(2100).html/1.3/Mon Dec  7 10:34:38 2009//
     83/lambda(2110).html/1.3/Mon Dec  7 10:34:38 2009//
     84/lambda.html/1.2/Mon Dec  7 10:34:38 2009//
     85/lambda_c+.html/1.4/Mon Dec  7 10:34:38 2009//
     86/neutron.html/1.4/Mon Dec  7 10:34:38 2009//
     87/omega-.html/1.3/Mon Dec  7 10:34:38 2009//
     88/omega_c0.html/1.4/Mon Dec  7 10:34:38 2009//
     89/proton.html/1.1/Mon Dec  7 10:34:38 2009//
     90/sigma(1385)+.html/1.4/Mon Dec  7 10:34:38 2009//
     91/sigma(1385)-.html/1.4/Mon Dec  7 10:34:38 2009//
     92/sigma(1385)0.html/1.4/Mon Dec  7 10:34:38 2009//
     93/sigma(1660)+.html/1.2/Mon Dec  7 10:34:38 2009//
     94/sigma(1660)-.html/1.2/Mon Dec  7 10:34:38 2009//
     95/sigma(1660)0.html/1.2/Mon Dec  7 10:34:38 2009//
     96/sigma(1670)+.html/1.2/Mon Dec  7 10:34:38 2009//
     97/sigma(1670)-.html/1.2/Mon Dec  7 10:34:38 2009//
     98/sigma(1670)0.html/1.2/Mon Dec  7 10:34:38 2009//
     99/sigma(1750)+.html/1.2/Mon Dec  7 10:34:38 2009//
     100/sigma(1750)-.html/1.2/Mon Dec  7 10:34:38 2009//
     101/sigma(1750)0.html/1.2/Mon Dec  7 10:34:38 2009//
     102/sigma(1775)+.html/1.2/Mon Dec  7 10:34:38 2009//
     103/sigma(1775)-.html/1.2/Mon Dec  7 10:34:38 2009//
     104/sigma(1775)0.html/1.2/Mon Dec  7 10:34:38 2009//
     105/sigma(1915)+.html/1.2/Mon Dec  7 10:34:38 2009//
     106/sigma(1915)-.html/1.2/Mon Dec  7 10:34:38 2009//
     107/sigma(1915)0.html/1.2/Mon Dec  7 10:34:38 2009//
     108/sigma(1940)+.html/1.3/Mon Dec  7 10:34:38 2009//
     109/sigma(1940)-.html/1.4/Mon Dec  7 10:34:38 2009//
     110/sigma(1940)0.html/1.3/Mon Dec  7 10:34:38 2009//
     111/sigma(2030)+.html/1.2/Mon Dec  7 10:34:38 2009//
     112/sigma(2030)-.html/1.3/Mon Dec  7 10:34:38 2009//
     113/sigma(2030)0.html/1.2/Mon Dec  7 10:34:38 2009//
     114/sigma+.html/1.3/Mon Dec  7 10:34:38 2009//
     115/sigma-.html/1.1/Mon Dec  7 10:34:38 2009//
     116/sigma0.html/1.1/Mon Dec  7 10:34:38 2009//
     117/sigma_c++.html/1.4/Mon Dec  7 10:34:38 2009//
     118/sigma_c+.html/1.4/Mon Dec  7 10:34:38 2009//
     119/sigma_c0.html/1.4/Mon Dec  7 10:34:38 2009//
     120/xi(1530)-.html/1.3/Mon Dec  7 10:34:38 2009//
     121/xi(1530)0.html/1.3/Mon Dec  7 10:34:38 2009//
     122/xi(1690)-.html/1.3/Mon Dec  7 10:34:38 2009//
     123/xi(1690)0.html/1.3/Mon Dec  7 10:34:38 2009//
     124/xi(1820)-.html/1.2/Mon Dec  7 10:34:38 2009//
     125/xi(1820)0.html/1.2/Mon Dec  7 10:34:38 2009//
     126/xi(1950)-.html/1.2/Mon Dec  7 10:34:38 2009//
     127/xi(1950)0.html/1.2/Mon Dec  7 10:34:38 2009//
     128/xi(2030)-.html/1.2/Mon Dec  7 10:34:38 2009//
     129/xi(2030)0.html/1.2/Mon Dec  7 10:34:38 2009//
     130/xi-.html/1.1/Mon Dec  7 10:34:38 2009//
     131/xi0.html/1.1/Mon Dec  7 10:34:38 2009//
     132/xi_c+.html/1.3/Mon Dec  7 10:34:38 2009//
     133/xi_c0.html/1.4/Mon Dec  7 10:34:38 2009//
    134134D

  • trunk/documents/UserDoc/UsersGuides/ForApplicationDeveloper/html/Appendix/particleList.src/ions/CVS/Entries

    r1208 r1211  
    1 /GenericIon.html/1.1/Thu Jun 17 10:55:29 1999//
    2 /He3.html/1.2/Thu Oct 12 10:58:20 2006//
    3 /alpha.html/1.2/Thu Oct 12 10:58:20 2006//
    4 /deuteron.html/1.2/Thu Oct 12 10:58:20 2006//
    5 /index.html/1.7/Thu Oct 12 10:58:20 2006//
    6 /triton.html/1.2/Thu Oct 12 10:58:20 2006//
     1/GenericIon.html/1.1/Mon Dec  7 10:34:38 2009//
     2/He3.html/1.2/Mon Dec  7 10:34:38 2009//
     3/alpha.html/1.2/Mon Dec  7 10:34:38 2009//
     4/deuteron.html/1.2/Mon Dec  7 10:34:38 2009//
     5/index.html/1.7/Mon Dec  7 10:34:38 2009//
     6/triton.html/1.2/Mon Dec  7 10:34:38 2009//
    77D

  • trunk/documents/UserDoc/UsersGuides/ForApplicationDeveloper/html/Appendix/particleList.src/leptons/CVS/Entries

    r1208 r1211  
    1 /e-.html/1.1/Thu Jun 17 10:51:41 1999//
    2 /index.html/1.6/Fri Feb 13 06:31:58 2004//
    3 /mu-.html/1.1/Thu Jun 17 10:51:44 1999//
    4 /nu_e.html/1.1/Thu Jun 17 10:51:46 1999//
    5 /nu_mu.html/1.1/Thu Jun 17 10:51:49 1999//
    6 /nu_tau.html/1.1/Thu Jun 17 10:51:51 1999//
    7 /tau-.html/1.5/Tue Feb 28 07:12:47 2006//
     1/e-.html/1.1/Mon Dec  7 10:34:38 2009//
     2/index.html/1.6/Mon Dec  7 10:34:38 2009//
     3/mu-.html/1.1/Mon Dec  7 10:34:38 2009//
     4/nu_e.html/1.1/Mon Dec  7 10:34:38 2009//
     5/nu_mu.html/1.1/Mon Dec  7 10:34:38 2009//
     6/nu_tau.html/1.1/Mon Dec  7 10:34:38 2009//
     7/tau-.html/1.5/Mon Dec  7 10:34:38 2009//
    88D

  • trunk/documents/UserDoc/UsersGuides/ForApplicationDeveloper/html/Appendix/particleList.src/mesons/CVS/Entries

    r1208 r1211  
    1 /B+.html/1.5/Thu Oct 12 10:58:20 2006//
    2 /B0.html/1.5/Thu Oct 12 10:58:20 2006//
    3 /Bs0.html/1.4/Thu Oct 12 10:58:20 2006//
    4 /D+.html/1.4/Tue Feb 28 10:25:49 2006//
    5 /D0.html/1.4/Thu Oct 12 10:58:20 2006//
    6 /Ds+.html/1.4/Thu Oct 12 10:58:20 2006//
    7 /a0(1450)+.html/1.3/Wed Nov 20 00:45:28 2002//
    8 /a0(1450)0.html/1.3/Wed Nov 20 00:45:28 2002//
    9 /a0(980)+.html/1.2/Fri Feb 13 06:31:58 2004//
    10 /a0(980)0.html/1.3/Thu Oct 12 10:58:20 2006//
    11 /a1(1260)+.html/1.3/Thu Oct 12 10:58:20 2006//
    12 /a1(1260)0.html/1.3/Thu Oct 12 10:58:20 2006//
    13 /a2(1320)+.html/1.4/Thu Oct 12 10:58:20 2006//
    14 /a2(1320)0.html/1.4/Thu Oct 12 10:58:20 2006//
    15 /b1(1235)+.html/1.1/Thu Jun 17 10:52:50 1999//
    16 /b1(1235)0.html/1.1/Thu Jun 17 10:52:50 1999//
    17 /eta(1295).html/1.4/Tue Feb 28 07:12:47 2006//
    18 /eta(1475).html/1.1/Tue Feb 28 07:12:47 2006//
    19 /eta.html/1.4/Thu Oct 12 10:58:20 2006//
    20 /eta2(1645).html/1.3/Tue Feb 28 07:12:47 2006//
    21 /eta2(1870).html/1.3/Tue Feb 28 07:12:47 2006//
    22 /eta_prime.html/1.4/Thu Oct 12 10:58:20 2006//
    23 /f0(1370).html/1.4/Thu Oct 12 10:58:20 2006//
    24 /f0(1500).html/1.2/Thu Oct 12 10:58:20 2006//
    25 /f0(1710).html/1.2/Thu Oct 12 10:58:20 2006//
    26 /f0(600).html/1.2/Thu Oct 12 10:58:20 2006//
    27 /f0(980).html/1.2/Thu Oct 12 10:58:20 2006//
    28 /f1(1285).html/1.4/Thu Oct 12 10:58:20 2006//
    29 /f1(1420).html/1.4/Tue Feb 28 07:12:47 2006//
    30 /f2(1270).html/1.4/Tue Feb 28 07:12:47 2006//
    31 /f2(1810).html/1.3/Tue Feb 28 07:12:47 2006//
    32 /f2(2010).html/1.4/Thu Oct 12 10:58:20 2006//
    33 /f2_prime(1525).html/1.3/Tue Feb 28 07:12:47 2006//
    34 /h1(1170).html/1.2/Fri Apr  6 03:15:11 2001//
    35 /h1(1380).html/1.2/Fri Apr  6 03:15:11 2001//
    36 /index.html/1.9/Thu Oct 12 10:58:20 2006//
    37 /jpsi.html/1.3/Thu Oct 12 10:58:20 2006//
    38 /k(1460)+.html/1.3/Tue Feb 28 07:12:47 2006//
    39 /k(1460)0.html/1.3/Tue Feb 28 07:12:47 2006//
    40 /k0_star(1430)+.html/1.5/Thu Oct 12 10:58:20 2006//
    41 /k0_star(1430)0.html/1.5/Thu Oct 12 10:58:20 2006//
    42 /k1(1270)+.html/1.4/Thu Oct 12 10:58:20 2006//
    43 /k1(1270)0.html/1.4/Thu Oct 12 10:58:20 2006//
    44 /k1(1400)+.html/1.2/Fri Apr  6 03:15:11 2001//
    45 /k1(1400)0.html/1.2/Fri Apr  6 03:15:11 2001//
    46 /k2(1770)+.html/1.3/Thu Oct 12 10:58:20 2006//
    47 /k2(1770)0.html/1.3/Thu Oct 12 10:58:20 2006//
    48 /k2_star(1430)+.html/1.2/Fri Apr  6 03:15:12 2001//
    49 /k2_star(1430)0.html/1.2/Fri Apr  6 03:15:12 2001//
    50 /k2_star(1980)+.html/1.2/Fri Apr  6 03:15:12 2001//
    51 /k2_star(1980)0.html/1.2/Fri Apr  6 03:15:12 2001//
    52 /k3_star(1780)+.html/1.2/Fri Apr  6 03:15:12 2001//
    53 /k3_star(1780)0.html/1.2/Fri Apr  6 03:15:12 2001//
    54 /k_star(1410)+.html/1.2/Fri Apr  6 03:15:12 2001//
    55 /k_star(1410)0.html/1.2/Fri Apr  6 03:15:12 2001//
    56 /k_star(1680)+.html/1.4/Thu Oct 12 10:58:20 2006//
    57 /k_star(1680)0.html/1.4/Thu Oct 12 10:58:20 2006//
    58 /k_star+.html/1.2/Fri Apr  6 03:15:12 2001//
    59 /k_star0.html/1.4/Thu Oct 12 10:58:20 2006//
    60 /kaon+.html/1.4/Tue Feb 28 10:25:49 2006//
    61 /kaon0.html/1.2/Fri Apr  6 03:15:12 2001//
    62 /kaon0L.html/1.4/Thu Oct 12 10:58:20 2006//
    63 /kaon0S.html/1.3/Tue Feb 28 10:25:49 2006//
    64 /omega(1420).html/1.4/Thu Oct 12 10:58:20 2006//
    65 /omega(1650).html/1.1/Tue Feb 28 07:12:47 2006//
    66 /omega.html/1.4/Thu Oct 12 10:58:20 2006//
    67 /omega3(1670).html/1.2/Fri Apr  6 03:15:13 2001//
    68 /phi(1680).html/1.2/Fri Apr  6 03:15:13 2001//
    69 /phi.html/1.4/Tue Feb 28 10:25:49 2006//
    70 /phi3(1850).html/1.2/Fri Apr  6 03:15:13 2001//
    71 /pi(1300)+.html/1.4/Thu Oct 12 10:58:20 2006//
    72 /pi(1300)0.html/1.4/Thu Oct 12 10:58:20 2006//
    73 /pi+.html/1.1/Thu Jun 17 10:53:23 1999//
    74 /pi0.html/1.2/Fri Apr  6 03:15:13 2001//
    75 /pi2(1670)+.html/1.5/Thu Oct 12 10:58:20 2006//
    76 /pi2(1670)0.html/1.5/Thu Oct 12 10:58:20 2006//
    77 /rho(1450)+.html/1.4/Thu Oct 12 10:58:20 2006//
    78 /rho(1450)0.html/1.4/Thu Oct 12 10:58:20 2006//
    79 /rho(1700)+.html/1.3/Tue Feb 28 07:12:47 2006//
    80 /rho(1700)0.html/1.3/Tue Feb 28 07:12:47 2006//
    81 /rho+.html/1.2/Tue Feb 28 10:25:49 2006//
    82 /rho0.html/1.5/Thu Oct 12 10:58:20 2006//
    83 /rho3(1690)+.html/1.5/Thu Oct 12 10:58:20 2006//
    84 /rho3(1690)0.html/1.5/Thu Oct 12 10:58:20 2006//
     1/B+.html/1.5/Mon Dec  7 10:34:38 2009//
     2/B0.html/1.5/Mon Dec  7 10:34:38 2009//
     3/Bs0.html/1.4/Mon Dec  7 10:34:38 2009//
     4/D+.html/1.4/Mon Dec  7 10:34:38 2009//
     5/D0.html/1.4/Mon Dec  7 10:34:38 2009//
     6/Ds+.html/1.4/Mon Dec  7 10:34:38 2009//
     7/a0(1450)+.html/1.3/Mon Dec  7 10:34:38 2009//
     8/a0(1450)0.html/1.3/Mon Dec  7 10:34:38 2009//
     9/a0(980)+.html/1.2/Mon Dec  7 10:34:38 2009//
     10/a0(980)0.html/1.3/Mon Dec  7 10:34:38 2009//
     11/a1(1260)+.html/1.3/Mon Dec  7 10:34:38 2009//
     12/a1(1260)0.html/1.3/Mon Dec  7 10:34:38 2009//
     13/a2(1320)+.html/1.4/Mon Dec  7 10:34:38 2009//
     14/a2(1320)0.html/1.4/Mon Dec  7 10:34:38 2009//
     15/b1(1235)+.html/1.1/Mon Dec  7 10:34:38 2009//
     16/b1(1235)0.html/1.1/Mon Dec  7 10:34:38 2009//
     17/eta(1295).html/1.4/Mon Dec  7 10:34:39 2009//
     18/eta(1475).html/1.1/Mon Dec  7 10:34:39 2009//
     19/eta.html/1.4/Mon Dec  7 10:34:39 2009//
     20/eta2(1645).html/1.3/Mon Dec  7 10:34:39 2009//
     21/eta2(1870).html/1.3/Mon Dec  7 10:34:39 2009//
     22/eta_prime.html/1.4/Mon Dec  7 10:34:39 2009//
     23/f0(1370).html/1.4/Mon Dec  7 10:34:39 2009//
     24/f0(1500).html/1.2/Mon Dec  7 10:34:39 2009//
     25/f0(1710).html/1.2/Mon Dec  7 10:34:39 2009//
     26/f0(600).html/1.2/Mon Dec  7 10:34:39 2009//
     27/f0(980).html/1.2/Mon Dec  7 10:34:39 2009//
     28/f1(1285).html/1.4/Mon Dec  7 10:34:39 2009//
     29/f1(1420).html/1.4/Mon Dec  7 10:34:39 2009//
     30/f2(1270).html/1.4/Mon Dec  7 10:34:39 2009//
     31/f2(1810).html/1.3/Mon Dec  7 10:34:39 2009//
     32/f2(2010).html/1.4/Mon Dec  7 10:34:39 2009//
     33/f2_prime(1525).html/1.3/Mon Dec  7 10:34:39 2009//
     34/h1(1170).html/1.2/Mon Dec  7 10:34:39 2009//
     35/h1(1380).html/1.2/Mon Dec  7 10:34:39 2009//
     36/index.html/1.9/Mon Dec  7 10:34:39 2009//
     37/jpsi.html/1.3/Mon Dec  7 10:34:39 2009//
     38/k(1460)+.html/1.3/Mon Dec  7 10:34:39 2009//
     39/k(1460)0.html/1.3/Mon Dec  7 10:34:39 2009//
     40/k0_star(1430)+.html/1.5/Mon Dec  7 10:34:39 2009//
     41/k0_star(1430)0.html/1.5/Mon Dec  7 10:34:39 2009//
     42/k1(1270)+.html/1.4/Mon Dec  7 10:34:39 2009//
     43/k1(1270)0.html/1.4/Mon Dec  7 10:34:39 2009//
     44/k1(1400)+.html/1.2/Mon Dec  7 10:34:39 2009//
     45/k1(1400)0.html/1.2/Mon Dec  7 10:34:39 2009//
     46/k2(1770)+.html/1.3/Mon Dec  7 10:34:39 2009//
     47/k2(1770)0.html/1.3/Mon Dec  7 10:34:39 2009//
     48/k2_star(1430)+.html/1.2/Mon Dec  7 10:34:39 2009//
     49/k2_star(1430)0.html/1.2/Mon Dec  7 10:34:39 2009//
     50/k2_star(1980)+.html/1.2/Mon Dec  7 10:34:39 2009//
     51/k2_star(1980)0.html/1.2/Mon Dec  7 10:34:39 2009//
     52/k3_star(1780)+.html/1.2/Mon Dec  7 10:34:39 2009//
     53/k3_star(1780)0.html/1.2/Mon Dec  7 10:34:39 2009//
     54/k_star(1410)+.html/1.2/Mon Dec  7 10:34:39 2009//
     55/k_star(1410)0.html/1.2/Mon Dec  7 10:34:39 2009//
     56/k_star(1680)+.html/1.4/Mon Dec  7 10:34:39 2009//
     57/k_star(1680)0.html/1.4/Mon Dec  7 10:34:39 2009//
     58/k_star+.html/1.2/Mon Dec  7 10:34:39 2009//
     59/k_star0.html/1.4/Mon Dec  7 10:34:39 2009//
     60/kaon+.html/1.4/Mon Dec  7 10:34:39 2009//
     61/kaon0.html/1.2/Mon Dec  7 10:34:39 2009//
     62/kaon0L.html/1.4/Mon Dec  7 10:34:39 2009//
     63/kaon0S.html/1.3/Mon Dec  7 10:34:39 2009//
     64/omega(1420).html/1.4/Mon Dec  7 10:34:39 2009//
     65/omega(1650).html/1.1/Mon Dec  7 10:34:39 2009//
     66/omega.html/1.4/Mon Dec  7 10:34:39 2009//
     67/omega3(1670).html/1.2/Mon Dec  7 10:34:39 2009//
     68/phi(1680).html/1.2/Mon Dec  7 10:34:39 2009//
     69/phi.html/1.4/Mon Dec  7 10:34:39 2009//
     70/phi3(1850).html/1.2/Mon Dec  7 10:34:39 2009//
     71/pi(1300)+.html/1.4/Mon Dec  7 10:34:39 2009//
     72/pi(1300)0.html/1.4/Mon Dec  7 10:34:39 2009//
     73/pi+.html/1.1/Mon Dec  7 10:34:39 2009//
     74/pi0.html/1.2/Mon Dec  7 10:34:39 2009//
     75/pi2(1670)+.html/1.5/Mon Dec  7 10:34:39 2009//
     76/pi2(1670)0.html/1.5/Mon Dec  7 10:34:39 2009//
     77/rho(1450)+.html/1.4/Mon Dec  7 10:34:39 2009//
     78/rho(1450)0.html/1.4/Mon Dec  7 10:34:39 2009//
     79/rho(1700)+.html/1.3/Mon Dec  7 10:34:39 2009//
     80/rho(1700)0.html/1.3/Mon Dec  7 10:34:39 2009//
     81/rho+.html/1.2/Mon Dec  7 10:34:39 2009//
     82/rho0.html/1.5/Mon Dec  7 10:34:39 2009//
     83/rho3(1690)+.html/1.5/Mon Dec  7 10:34:39 2009//
     84/rho3(1690)0.html/1.5/Mon Dec  7 10:34:39 2009//
    8585D

  • trunk/documents/UserDoc/UsersGuides/ForApplicationDeveloper/html/Appendix/particleList.src/others/CVS/Entries

    r1208 r1211  
    1 /chargedgeantino.html/1.1/Thu Jun 17 10:54:42 1999//
    2 /gamma.html/1.1/Thu Jun 17 10:54:44 1999//
    3 /geantino.html/1.1/Thu Jun 17 10:54:47 1999//
    4 /index.html/1.6/Fri Feb 13 06:32:00 2004//
    5 /opticalphoton.html/1.1/Thu Jun 17 10:54:48 1999//
     1/chargedgeantino.html/1.1/Mon Dec  7 10:34:39 2009//
     2/gamma.html/1.1/Mon Dec  7 10:34:39 2009//
     3/geantino.html/1.1/Mon Dec  7 10:34:39 2009//
     4/index.html/1.6/Mon Dec  7 10:34:39 2009//
     5/opticalphoton.html/1.1/Mon Dec  7 10:34:39 2009//
    66D

  • trunk/documents/UserDoc/UsersGuides/ForApplicationDeveloper/html/Appendix/particleList.src/quarks/CVS/Entries

    r1208 r1211  
    1 /b_quark.html/1.2/Thu Oct 12 10:58:20 2006//
    2 /c_quark.html/1.2/Thu Oct 12 10:58:20 2006//
    3 /d_quark.html/1.2/Thu Oct 12 10:58:20 2006//
    4 /dd1_diquark.html/1.2/Thu Oct 12 10:58:20 2006//
    5 /gluon.html/1.1/Thu Jun 17 10:54:11 1999//
    6 /index.html/1.6/Fri Feb 13 06:32:00 2004//
    7 /s_quark.html/1.2/Thu Oct 12 10:58:20 2006//
    8 /sd0_diquark.html/1.3/Thu Oct 12 10:58:20 2006//
    9 /sd1_diquark.html/1.3/Thu Oct 12 10:58:20 2006//
    10 /ss1_diquark.html/1.3/Thu Oct 12 10:58:20 2006//
    11 /su0_diquark.html/1.3/Thu Oct 12 10:58:20 2006//
    12 /su1_diquark.html/1.3/Thu Oct 12 10:58:20 2006//
    13 /t_quark.html/1.3/Thu Oct 12 10:58:20 2006//
    14 /u_quark.html/1.2/Thu Oct 12 10:58:20 2006//
    15 /ud0_diquark.html/1.2/Thu Oct 12 10:58:20 2006//
    16 /ud1_diquark.html/1.2/Thu Oct 12 10:58:20 2006//
    17 /uu1_diquark.html/1.2/Thu Oct 12 10:58:20 2006//
     1/b_quark.html/1.2/Mon Dec  7 10:34:39 2009//
     2/c_quark.html/1.2/Mon Dec  7 10:34:39 2009//
     3/d_quark.html/1.2/Mon Dec  7 10:34:39 2009//
     4/dd1_diquark.html/1.2/Mon Dec  7 10:34:39 2009//
     5/gluon.html/1.1/Mon Dec  7 10:34:39 2009//
     6/index.html/1.6/Mon Dec  7 10:34:39 2009//
     7/s_quark.html/1.2/Mon Dec  7 10:34:39 2009//
     8/sd0_diquark.html/1.3/Mon Dec  7 10:34:39 2009//
     9/sd1_diquark.html/1.3/Mon Dec  7 10:34:39 2009//
     10/ss1_diquark.html/1.3/Mon Dec  7 10:34:39 2009//
     11/su0_diquark.html/1.3/Mon Dec  7 10:34:39 2009//
     12/su1_diquark.html/1.3/Mon Dec  7 10:34:39 2009//
     13/t_quark.html/1.3/Mon Dec  7 10:34:39 2009//
     14/u_quark.html/1.2/Mon Dec  7 10:34:39 2009//
     15/ud0_diquark.html/1.2/Mon Dec  7 10:34:39 2009//
     16/ud1_diquark.html/1.2/Mon Dec  7 10:34:39 2009//
     17/uu1_diquark.html/1.2/Mon Dec  7 10:34:39 2009//
    1818D

  • trunk/documents/UserDoc/UsersGuides/ForApplicationDeveloper/html/CVS/Entries

    r1208 r1211  
    1 /index.html/1.42/Fri Jan  5 05:18:30 2007//
    21D/Appendix////
    32D/Control////
    … …  
    109D/UserActions////
    1110D/Visualization////
     11/index.html/1.42/Mon Dec  7 10:34:38 2009//

  • trunk/documents/UserDoc/UsersGuides/ForApplicationDeveloper/html/Control/CVS/Entries

    r1208 r1211  
    1 /commands.html/1.4/Mon Dec 18 10:28:24 2006//
    2 /index.html/1.4/Mon Dec 18 10:28:24 2006//
    3 /userInterfaceCommand.html/1.6/Mon Dec 18 10:28:24 2006//
    41D/UIcommands////
     2/commands.html/1.4/Mon Dec  7 10:34:39 2009//
     3/index.html/1.4/Mon Dec  7 10:34:39 2009//
     4/userInterfaceCommand.html/1.6/Mon Dec  7 10:34:39 2009//

  • trunk/documents/UserDoc/UsersGuides/ForApplicationDeveloper/html/Control/UIcommands/CVS/Entries

    r1208 r1211  
    1 /_.html/1.4/Sun Nov 18 19:36:13 2007//
    2 /_control_.html/1.3/Fri Nov 24 18:40:44 2006//
    3 /_control_matScan_.html/1.1/Fri Nov 24 18:40:44 2006//
    4 /_event_.html/1.2/Fri Nov 24 18:40:44 2006//
    5 /_event_stack_.html/1.1/Sun Nov 25 00:58:48 2001//
    6 /_geometry_.html/1.1/Sun Nov 25 00:58:48 2001//
    7 /_geometry_navigator_.html/1.3/Fri Nov 24 18:40:44 2006//
    8 /_geometry_test_.html/1.3/Fri Nov 24 18:41:01 2006//
    9 /_gun_.html/1.2/Fri Nov 24 18:41:01 2006//
    10 /_hits_.html/1.1/Sun Nov 25 00:58:48 2001//
    11 /_material_.html/1.1/Fri Nov 24 18:41:02 2006//
    12 /_material_g4_.html/1.1/Fri Nov 24 18:41:05 2006//
    13 /_material_nist_.html/1.1/Fri Nov 24 18:41:05 2006//
    14 /_particle_.html/1.2/Fri Nov 24 18:41:05 2006//
    15 /_particle_process_.html/1.1/Sun Nov 25 00:58:48 2001//
    16 /_particle_property_.html/1.1/Sun Nov 25 00:58:48 2001//
    17 /_particle_property_decay_.html/1.1/Sun Nov 25 00:58:48 2001//
    18 /_process_.html/1.3/Fri Nov 24 18:41:05 2006//
    19 /_process_eLoss_.html/1.2/Tue Apr 29 16:24:08 2003//
    20 /_random_.html/1.1/Tue Apr 29 16:24:09 2003//
    21 /_run_.html/1.4/Sun Nov 18 19:39:05 2007//
    22 /_run_particle_.html/1.3/Fri Nov 24 18:41:05 2006//
    23 /_score_.html/1.1/Sun Nov 18 19:40:38 2007//
    24 /_score_colorMap_.html/1.1/Sun Nov 18 19:40:38 2007//
    25 /_score_create_.html/1.1/Sun Nov 18 19:40:38 2007//
    26 /_score_filter_.html/1.1/Sun Nov 18 19:40:38 2007//
    27 /_score_mesh_.html/1.1/Sun Nov 18 19:40:38 2007//
    28 /_score_mesh_rotate_.html/1.1/Sun Nov 18 19:40:38 2007//
    29 /_score_mesh_translate_.html/1.1/Sun Nov 18 19:40:38 2007//
    30 /_score_quantity_.html/1.1/Sun Nov 18 19:40:39 2007//
    31 /_tracking_.html/1.2/Fri Nov 24 18:41:05 2006//
    32 /_units_.html/1.2/Fri Nov 24 18:41:05 2006//
    33 /_vis_.html/1.3/Wed Nov 22 13:58:57 2006//
    34 /_vis_ASCIITree_.html/1.2/Thu Dec  8 02:48:26 2005//
    35 /_vis_ASCIITree_set_.html/1.1/Thu Dec  8 02:48:26 2005//
    36 /_vis_GAGTree_.html/1.1/Tue Apr 29 16:24:09 2003//
    37 /_vis_filtering_.html/1.1/Wed Nov 22 13:58:57 2006//
    38 /_vis_filtering_hits_.html/1.1/Wed Nov 22 13:58:57 2006//
    39 /_vis_filtering_hits_attributeFilter-0_.html/1.1/Wed Nov 22 13:58:57 2006//
    40 /_vis_filtering_hits_create_.html/1.1/Wed Nov 22 13:58:57 2006//
    41 /_vis_filtering_trajectories_.html/1.1/Wed Nov 22 13:58:57 2006//
    42 /_vis_filtering_trajectories_attributeFilter-0_.html/1.1/Wed Nov 22 13:58:57 2006//
    43 /_vis_filtering_trajectories_chargeFilter-0_.html/1.1/Wed Nov 22 13:58:57 2006//
    44 /_vis_filtering_trajectories_create_.html/1.1/Wed Nov 22 13:58:57 2006//
    45 /_vis_filtering_trajectories_originVolumeFilter-0_.html/1.1/Wed Nov 22 13:58:57 2006//
    46 /_vis_filtering_trajectories_particleFilter-0_.html/1.1/Wed Nov 22 13:58:57 2006//
    47 /_vis_geometry_.html/1.1/Wed Nov 22 13:58:57 2006//
    48 /_vis_geometry_set_.html/1.1/Wed Nov 22 13:58:57 2006//
    49 /_vis_heprep_.html/1.3/Wed Nov 22 13:58:57 2006//
    50 /_vis_modeling_.html/1.1/Thu Dec  8 02:48:26 2005//
    51 /_vis_modeling_trajectories_.html/1.2/Wed Nov 22 13:58:57 2006//
    52 /_vis_modeling_trajectories_create_.html/1.2/Wed Nov 22 13:58:57 2006//
    53 /_vis_modeling_trajectories_drawByAttribute-0_.html/1.1/Wed Nov 22 13:58:57 2006//
    54 /_vis_modeling_trajectories_drawByAttribute-0_default_.html/1.1/Wed Nov 22 13:58:57 2006//
    55 /_vis_modeling_trajectories_drawByCharge-0_.html/1.2/Wed Nov 22 13:58:57 2006//
    56 /_vis_modeling_trajectories_drawByCharge-0_default_.html/1.1/Wed Nov 22 13:58:57 2006//
    57 /_vis_modeling_trajectories_drawByOriginVolume-0_.html/1.1/Wed Nov 22 13:58:57 2006//
    58 /_vis_modeling_trajectories_drawByOriginVolume-0_default_.html/1.1/Wed Nov 22 13:58:57 2006//
    59 /_vis_modeling_trajectories_drawByParticleID-0_.html/1.2/Wed Nov 22 13:58:57 2006//
    60 /_vis_modeling_trajectories_drawByParticleID-0_default_.html/1.1/Wed Nov 22 13:58:57 2006//
    61 /_vis_modeling_trajectories_generic-0_.html/1.1/Wed Nov 22 13:58:57 2006//
    62 /_vis_modeling_trajectories_generic-0_default_.html/1.1/Wed Nov 22 13:58:57 2006//
    63 /_vis_ogl_.html/1.1/Wed Nov 22 13:58:57 2006//
    64 /_vis_ogl_set_.html/1.1/Wed Nov 22 13:58:57 2006//
    65 /_vis_oglx_.html/1.1/Wed Nov 22 13:58:57 2006//
    66 /_vis_oglxm_.html/1.1/Wed Nov 22 13:58:57 2006//
    67 /_vis_oglxm_set_.html/1.1/Wed Nov 22 13:58:57 2006//
    68 /_vis_rayTracer_.html/1.3/Wed Nov 22 13:58:57 2006//
    69 /_vis_sceneHandler_.html/1.3/Wed Nov 22 13:58:57 2006//
    70 /_vis_scene_.html/1.3/Wed Nov 22 13:58:57 2006//
    71 /_vis_scene_add_.html/1.3/Wed Nov 22 13:58:57 2006//
    72 /_vis_viewer_.html/1.3/Wed Nov 22 13:58:57 2006//
    73 /_vis_viewer_set_.html/1.3/Wed Nov 22 13:58:57 2006//
    74 /control.txt/1.2/Tue Apr 29 16:55:18 2003//
    75 /event.txt/1.2/Tue Apr 29 16:55:21 2003//
    76 /geometry.txt/1.1/Tue Apr 29 16:55:24 2003//
    77 /gun.txt/1.2/Tue Apr 29 16:55:27 2003//
    78 /particle.txt/1.2/Tue Apr 29 16:55:28 2003//
    79 /process.txt/1.2/Tue Apr 29 16:55:30 2003//
    80 /random.txt/1.1/Tue Apr 29 16:55:30 2003//
    81 /run.txt/1.2/Tue Apr 29 16:55:31 2003//
    82 /tracking.txt/1.1/Tue Apr 29 16:55:31 2003//
    83 /vis.txt/1.5/Wed Nov 22 13:58:57 2006//
     1/control.txt/1.2/Mon Dec  7 10:31:01 2009//
     2/event.txt/1.2/Mon Dec  7 10:31:01 2009//
     3/geometry.txt/1.1/Mon Dec  7 10:31:01 2009//
     4/gun.txt/1.2/Mon Dec  7 10:31:01 2009//
     5/particle.txt/1.2/Mon Dec  7 10:31:01 2009//
     6/process.txt/1.2/Mon Dec  7 10:31:01 2009//
     7/random.txt/1.1/Mon Dec  7 10:31:01 2009//
     8/run.txt/1.2/Mon Dec  7 10:31:01 2009//
     9/tracking.txt/1.1/Mon Dec  7 10:31:01 2009//
     10/vis.txt/1.5/Mon Dec  7 10:31:01 2009//
     11/_.html/1.4/Mon Dec  7 10:34:39 2009//
     12/_control_.html/1.3/Mon Dec  7 10:34:39 2009//
     13/_control_matScan_.html/1.1/Mon Dec  7 10:34:39 2009//
     14/_event_.html/1.2/Mon Dec  7 10:34:39 2009//
     15/_event_stack_.html/1.1/Mon Dec  7 10:34:39 2009//
     16/_geometry_.html/1.1/Mon Dec  7 10:34:39 2009//
     17/_geometry_navigator_.html/1.3/Mon Dec  7 10:34:39 2009//
     18/_geometry_test_.html/1.3/Mon Dec  7 10:34:39 2009//
     19/_gun_.html/1.2/Mon Dec  7 10:34:39 2009//
     20/_hits_.html/1.1/Mon Dec  7 10:34:39 2009//
     21/_material_.html/1.1/Mon Dec  7 10:34:39 2009//
     22/_material_g4_.html/1.1/Mon Dec  7 10:34:39 2009//
     23/_material_nist_.html/1.1/Mon Dec  7 10:34:39 2009//
     24/_particle_.html/1.2/Mon Dec  7 10:34:39 2009//
     25/_particle_process_.html/1.1/Mon Dec  7 10:34:39 2009//
     26/_particle_property_.html/1.1/Mon Dec  7 10:34:39 2009//
     27/_particle_property_decay_.html/1.1/Mon Dec  7 10:34:39 2009//
     28/_process_.html/1.3/Mon Dec  7 10:34:39 2009//
     29/_process_eLoss_.html/1.2/Mon Dec  7 10:34:39 2009//
     30/_random_.html/1.1/Mon Dec  7 10:34:39 2009//
     31/_run_.html/1.4/Mon Dec  7 10:34:39 2009//
     32/_run_particle_.html/1.3/Mon Dec  7 10:34:39 2009//
     33/_score_.html/1.1/Mon Dec  7 10:34:39 2009//
     34/_score_colorMap_.html/1.1/Mon Dec  7 10:34:39 2009//
     35/_score_create_.html/1.1/Mon Dec  7 10:34:39 2009//
     36/_score_filter_.html/1.1/Mon Dec  7 10:34:39 2009//
     37/_score_mesh_.html/1.1/Mon Dec  7 10:34:39 2009//
     38/_score_mesh_rotate_.html/1.1/Mon Dec  7 10:34:39 2009//
     39/_score_mesh_translate_.html/1.1/Mon Dec  7 10:34:39 2009//
     40/_score_quantity_.html/1.1/Mon Dec  7 10:34:39 2009//
     41/_tracking_.html/1.2/Mon Dec  7 10:34:39 2009//
     42/_units_.html/1.2/Mon Dec  7 10:34:39 2009//
     43/_vis_.html/1.3/Mon Dec  7 10:34:39 2009//
     44/_vis_ASCIITree_.html/1.2/Mon Dec  7 10:34:39 2009//
     45/_vis_ASCIITree_set_.html/1.1/Mon Dec  7 10:34:39 2009//
     46/_vis_GAGTree_.html/1.1/Mon Dec  7 10:34:39 2009//
     47/_vis_filtering_.html/1.1/Mon Dec  7 10:34:39 2009//
     48/_vis_filtering_hits_.html/1.1/Mon Dec  7 10:34:39 2009//
     49/_vis_filtering_hits_attributeFilter-0_.html/1.1/Mon Dec  7 10:34:39 2009//
     50/_vis_filtering_hits_create_.html/1.1/Mon Dec  7 10:34:39 2009//
     51/_vis_filtering_trajectories_.html/1.1/Mon Dec  7 10:34:39 2009//
     52/_vis_filtering_trajectories_attributeFilter-0_.html/1.1/Mon Dec  7 10:34:39 2009//
     53/_vis_filtering_trajectories_chargeFilter-0_.html/1.1/Mon Dec  7 10:34:39 2009//
     54/_vis_filtering_trajectories_create_.html/1.1/Mon Dec  7 10:34:39 2009//
     55/_vis_filtering_trajectories_originVolumeFilter-0_.html/1.1/Mon Dec  7 10:34:39 2009//
     56/_vis_filtering_trajectories_particleFilter-0_.html/1.1/Mon Dec  7 10:34:39 2009//
     57/_vis_geometry_.html/1.1/Mon Dec  7 10:34:39 2009//
     58/_vis_geometry_set_.html/1.1/Mon Dec  7 10:34:39 2009//
     59/_vis_heprep_.html/1.3/Mon Dec  7 10:34:39 2009//
     60/_vis_modeling_.html/1.1/Mon Dec  7 10:34:39 2009//
     61/_vis_modeling_trajectories_.html/1.2/Mon Dec  7 10:34:39 2009//
     62/_vis_modeling_trajectories_create_.html/1.2/Mon Dec  7 10:34:39 2009//
     63/_vis_modeling_trajectories_drawByAttribute-0_.html/1.1/Mon Dec  7 10:34:39 2009//
     64/_vis_modeling_trajectories_drawByAttribute-0_default_.html/1.1/Mon Dec  7 10:34:39 2009//
     65/_vis_modeling_trajectories_drawByCharge-0_.html/1.2/Mon Dec  7 10:34:39 2009//
     66/_vis_modeling_trajectories_drawByCharge-0_default_.html/1.1/Mon Dec  7 10:34:39 2009//
     67/_vis_modeling_trajectories_drawByOriginVolume-0_.html/1.1/Mon Dec  7 10:34:39 2009//
     68/_vis_modeling_trajectories_drawByOriginVolume-0_default_.html/1.1/Mon Dec  7 10:34:39 2009//
     69/_vis_modeling_trajectories_drawByParticleID-0_.html/1.2/Mon Dec  7 10:34:39 2009//
     70/_vis_modeling_trajectories_drawByParticleID-0_default_.html/1.1/Mon Dec  7 10:34:39 2009//
     71/_vis_modeling_trajectories_generic-0_.html/1.1/Mon Dec  7 10:34:39 2009//
     72/_vis_modeling_trajectories_generic-0_default_.html/1.1/Mon Dec  7 10:34:39 2009//
     73/_vis_ogl_.html/1.1/Mon Dec  7 10:34:39 2009//
     74/_vis_ogl_set_.html/1.1/Mon Dec  7 10:34:39 2009//
     75/_vis_oglx_.html/1.1/Mon Dec  7 10:34:39 2009//
     76/_vis_oglxm_.html/1.1/Mon Dec  7 10:34:39 2009//
     77/_vis_oglxm_set_.html/1.1/Mon Dec  7 10:34:39 2009//
     78/_vis_rayTracer_.html/1.3/Mon Dec  7 10:34:39 2009//
     79/_vis_sceneHandler_.html/1.3/Mon Dec  7 10:34:39 2009//
     80/_vis_scene_.html/1.3/Mon Dec  7 10:34:39 2009//
     81/_vis_scene_add_.html/1.3/Mon Dec  7 10:34:39 2009//
     82/_vis_viewer_.html/1.3/Mon Dec  7 10:34:39 2009//
     83/_vis_viewer_set_.html/1.3/Mon Dec  7 10:34:39 2009//
    8484D

  • trunk/documents/UserDoc/UsersGuides/ForApplicationDeveloper/html/Detector/CVS/Entries

    r1208 r1211  
    1 /digitization.html/1.3/Mon Dec 18 10:28:24 2006//
    2 /electroMagneticField.html/1.15/Mon Dec 18 10:28:24 2006//
    3 /geomAssembly.html/1.3/Thu Nov 23 16:35:55 2006//
    4 /geomDynamic.html/1.2/Fri Jun  9 14:00:48 2006//
    5 /geomEditor.html/1.2/Fri Jun  9 14:00:04 2006//
    6 /geomG3toG4.html/1.2/Fri Jun  9 13:59:44 2006//
    7 /geomIntro.html/1.2/Fri Jun  9 13:59:31 2006//
    8 /geomLogical.html/1.3/Fri Jun  9 13:59:15 2006//
    9 /geomNav.html/1.5/Fri Nov 24 20:18:30 2006//
    10 /geomOverlap.html/1.4/Fri Jun  9 13:58:38 2006//
    11 /geomPhysical.html/1.6/Fri Jun  9 13:58:03 2006//
    12 /geomReflection.html/1.2/Fri Jun  9 13:57:14 2006//
    13 /geomSolids.html/1.8/Thu Nov 23 16:36:33 2006//
    14 /geomTouch.html/1.2/Fri Jun  9 13:55:26 2006//
    15 /geomXML.html/1.2/Fri Jun  9 13:54:56 2006//
    16 /geometry.html/1.46/Mon Dec 18 10:28:24 2006//
    17 /hit.html/1.11/Mon Dec 18 10:28:24 2006//
    18 /index.html/1.6/Mon Dec 18 10:28:24 2006//
    19 /material.html/1.9/Wed Dec  5 15:17:32 2007//
    20 /materialNames.html/1.3/Mon Dec 18 10:28:24 2006//
    21 /parallelWorld.html/1.3/Mon Dec 18 10:28:24 2006//
    22 /persistency.html/1.13/Fri Nov 24 20:20:07 2006//
    231D/electroMagneticField.src////
    242D/geometry.src////
    253D/hit.src////
    264D/persistency.src////
     5/digitization.html/1.3/Mon Dec  7 10:34:39 2009//
     6/electroMagneticField.html/1.15/Mon Dec  7 10:34:39 2009//
     7/geomAssembly.html/1.3/Mon Dec  7 10:34:39 2009//
     8/geomDynamic.html/1.2/Mon Dec  7 10:34:39 2009//
     9/geomEditor.html/1.2/Mon Dec  7 10:34:39 2009//
     10/geomG3toG4.html/1.2/Mon Dec  7 10:34:39 2009//
     11/geomIntro.html/1.2/Mon Dec  7 10:34:39 2009//
     12/geomLogical.html/1.3/Mon Dec  7 10:34:39 2009//
     13/geomNav.html/1.5/Mon Dec  7 10:34:39 2009//
     14/geomOverlap.html/1.4/Mon Dec  7 10:34:39 2009//
     15/geomPhysical.html/1.6/Mon Dec  7 10:34:39 2009//
     16/geomReflection.html/1.2/Mon Dec  7 10:34:39 2009//
     17/geomSolids.html/1.8/Mon Dec  7 10:34:39 2009//
     18/geomTouch.html/1.2/Mon Dec  7 10:34:39 2009//
     19/geomXML.html/1.2/Mon Dec  7 10:34:39 2009//
     20/geometry.html/1.46/Mon Dec  7 10:34:39 2009//
     21/hit.html/1.11/Mon Dec  7 10:34:39 2009//
     22/index.html/1.6/Mon Dec  7 10:34:39 2009//
     23/material.html/1.9/Mon Dec  7 10:34:39 2009//
     24/materialNames.html/1.3/Mon Dec  7 10:34:39 2009//
     25/parallelWorld.html/1.3/Mon Dec  7 10:34:39 2009//
     26/persistency.html/1.13/Mon Dec  7 10:34:39 2009//

  • trunk/documents/UserDoc/UsersGuides/ForApplicationDeveloper/html/Detector/electroMagneticField.src/CVS/Entries

    r1208 r1211  
    1 /IntersectionError.jpg/1.1/Wed Dec 11 19:01:17 2002//
    2 /MissDistance.jpg/1.1/Wed Dec 11 19:01:17 2002//
    3 /electroMagneticField.gif/1.1/Wed Nov 21 01:21:53 2001//
     1/electroMagneticField.gif/1.1/Mon Dec  7 10:35:14 2009//
     2/IntersectionError.jpg/1.1/Mon Dec  7 10:46:31 2009//
     3/MissDistance.jpg/1.1/Mon Dec  7 10:46:31 2009//
    44D

  • trunk/documents/UserDoc/UsersGuides/ForApplicationDeveloper/html/Detector/geometry.src/CVS/Entries

    r1208 r1211  
    1 /DAVID_SAMPLE.gif/1.1/Wed Nov 21 23:30:54 2001//
    2 /aBREPSolidPCone.jpg/1.1/Sat Nov 19 19:32:58 2005//
    3 /aBREPSolidPCone.txt/1.1/Sat Nov 19 19:32:58 2005//
    4 /aBREPSolidPolyhedra.jpg/1.1/Sat Nov 19 19:32:58 2005//
    5 /aBREPSolidPolyhedra.txt/1.1/Sat Nov 19 19:32:58 2005//
    6 /aBox.jpg/1.1/Sat Nov 19 19:32:58 2005//
    7 /aBox.txt/1.1/Sat Nov 19 19:32:58 2005//
    8 /aCons.jpg/1.1/Sat Nov 19 19:32:58 2005//
    9 /aCons.txt/1.1/Sat Nov 19 19:32:58 2005//
    10 /aEllipsoid.jpg/1.1/Sat Nov 19 19:32:58 2005//
    11 /aEllipsoid.txt/1.1/Sat Nov 19 19:32:58 2005//
    12 /aEllipticalCone.jpg/1.1/Sat Nov 19 19:32:58 2005//
    13 /aEllipticalCone.txt/1.1/Sat Nov 19 19:32:58 2005//
    14 /aEllipticalTube.jpg/1.1/Sat Nov 19 19:32:58 2005//
    15 /aEllipticalTube.txt/1.1/Sat Nov 19 19:32:58 2005//
    16 /aHyperboloid.jpg/1.1/Sat Nov 19 19:32:58 2005//
    17 /aHyperboloid.txt/1.1/Sat Nov 19 19:32:58 2005//
    18 /aOrb.jpg/1.1/Sat Nov 19 19:32:58 2005//
    19 /aOrb.txt/1.1/Sat Nov 19 19:32:58 2005//
    20 /aPara.jpg/1.1/Sat Nov 19 19:32:58 2005//
    21 /aPara.txt/1.1/Sat Nov 19 19:32:58 2005//
    22 /aSphere.jpg/1.1/Sat Nov 19 19:32:58 2005//
    23 /aSphere.txt/1.1/Sat Nov 19 19:32:58 2005//
    24 /aTet.jpg/1.1/Sat Nov 19 19:32:58 2005//
    25 /aTet.txt/1.1/Sat Nov 19 19:32:58 2005//
    26 /aTorus.jpg/1.1/Sat Nov 19 19:32:58 2005//
    27 /aTorus.txt/1.1/Sat Nov 19 19:32:58 2005//
    28 /aTrap.jpg/1.1/Sat Nov 19 19:32:58 2005//
    29 /aTrap.txt/1.1/Sat Nov 19 19:32:58 2005//
    30 /aTrd.jpg/1.1/Sat Nov 19 19:32:58 2005//
    31 /aTrd.txt/1.1/Sat Nov 19 19:32:58 2005//
    32 /aTubs.jpg/1.1/Sat Nov 19 19:32:58 2005//
    33 /aTubs.txt/1.1/Sat Nov 19 19:32:58 2005//
    34 /aTwistedBox.jpg/1.1/Sat Nov 19 19:32:58 2005//
    35 /aTwistedBox.txt/1.1/Sat Nov 19 19:32:58 2005//
    36 /aTwistedTrap.jpg/1.1/Sat Nov 19 19:32:58 2005//
    37 /aTwistedTrap.txt/1.1/Sat Nov 19 19:32:58 2005//
    38 /aTwistedTrd.jpg/1.1/Sat Nov 19 19:32:58 2005//
    39 /aTwistedTrd.txt/1.1/Sat Nov 19 19:32:58 2005//
    40 /aTwistedTubs.jpg/1.1/Sat Nov 19 19:32:58 2005//
    41 /aTwistedTubs.txt/1.1/Sat Nov 19 19:32:58 2005//
    42 /avex1.jpg/1.1/Wed Nov 21 00:55:54 2001//
    43 /avex2.jpg/1.1/Wed Nov 21 00:55:54 2001//
    44 /avpic.jpg/1.1/Wed Nov 21 00:55:54 2001//
    45 /cad-tess1.jpg/1.1/Fri Jun  9 13:52:24 2006//
    46 /cad-tess2.jpg/1.1/Fri Jun  9 13:52:24 2006//
    47 /diff.txt/1.1/Sat Nov 19 19:32:58 2005//
    48 /geomtest.gif/1.1/Wed Nov 21 23:30:54 2001//
    49 /live.jar/1.1/Sat Nov 19 19:32:58 2005//
    50 /pic1.html/1.1/Sat Nov 19 19:32:58 2005//
    51 /pic10.html/1.1/Sat Nov 19 19:32:58 2005//
    52 /pic11.html/1.1/Sat Nov 19 19:32:58 2005//
    53 /pic12.html/1.1/Sat Nov 19 19:32:58 2005//
    54 /pic13.html/1.1/Sat Nov 19 19:32:58 2005//
    55 /pic14.html/1.1/Sat Nov 19 19:32:58 2005//
    56 /pic15.html/1.1/Sat Nov 19 19:32:58 2005//
    57 /pic16.html/1.1/Sat Nov 19 19:32:58 2005//
    58 /pic17.html/1.1/Sat Nov 19 19:32:58 2005//
    59 /pic18.html/1.1/Sat Nov 19 19:32:58 2005//
    60 /pic19.html/1.1/Sat Nov 19 19:32:58 2005//
    61 /pic2.html/1.1/Sat Nov 19 19:32:58 2005//
    62 /pic20.html/1.1/Sat Nov 19 19:32:58 2005//
    63 /pic3.html/1.1/Sat Nov 19 19:32:58 2005//
    64 /pic4.html/1.1/Sat Nov 19 19:32:58 2005//
    65 /pic5.html/1.1/Sat Nov 19 19:32:58 2005//
    66 /pic6.html/1.1/Sat Nov 19 19:32:58 2005//
    67 /pic7.html/1.1/Sat Nov 19 19:32:58 2005//
    68 /pic8.html/1.1/Sat Nov 19 19:32:58 2005//
    69 /pic9.html/1.1/Sat Nov 19 19:32:58 2005//
     1/aBREPSolidPCone.txt/1.1/Mon Dec  7 10:31:03 2009//
     2/aBREPSolidPolyhedra.txt/1.1/Mon Dec  7 10:31:03 2009//
     3/aBox.txt/1.1/Mon Dec  7 10:31:03 2009//
     4/aCons.txt/1.1/Mon Dec  7 10:31:03 2009//
     5/aEllipsoid.txt/1.1/Mon Dec  7 10:31:03 2009//
     6/aEllipticalCone.txt/1.1/Mon Dec  7 10:31:03 2009//
     7/aEllipticalTube.txt/1.1/Mon Dec  7 10:31:03 2009//
     8/aHyperboloid.txt/1.1/Mon Dec  7 10:31:03 2009//
     9/aOrb.txt/1.1/Mon Dec  7 10:31:03 2009//
     10/aPara.txt/1.1/Mon Dec  7 10:31:03 2009//
     11/aSphere.txt/1.1/Mon Dec  7 10:31:03 2009//
     12/aTet.txt/1.1/Mon Dec  7 10:31:03 2009//
     13/aTorus.txt/1.1/Mon Dec  7 10:31:03 2009//
     14/aTrap.txt/1.1/Mon Dec  7 10:31:03 2009//
     15/aTrd.txt/1.1/Mon Dec  7 10:31:03 2009//
     16/aTubs.txt/1.1/Mon Dec  7 10:31:03 2009//
     17/aTwistedBox.txt/1.1/Mon Dec  7 10:31:03 2009//
     18/aTwistedTrap.txt/1.1/Mon Dec  7 10:31:03 2009//
     19/aTwistedTrd.txt/1.1/Mon Dec  7 10:31:03 2009//
     20/aTwistedTubs.txt/1.1/Mon Dec  7 10:31:03 2009//
     21/diff.txt/1.1/Mon Dec  7 10:31:03 2009//
     22/live.jar/1.1/Mon Dec  7 10:31:03 2009//
     23/pic1.html/1.1/Mon Dec  7 10:34:39 2009//
     24/pic10.html/1.1/Mon Dec  7 10:34:39 2009//
     25/pic11.html/1.1/Mon Dec  7 10:34:39 2009//
     26/pic12.html/1.1/Mon Dec  7 10:34:39 2009//
     27/pic13.html/1.1/Mon Dec  7 10:34:39 2009//
     28/pic14.html/1.1/Mon Dec  7 10:34:39 2009//
     29/pic15.html/1.1/Mon Dec  7 10:34:39 2009//
     30/pic16.html/1.1/Mon Dec  7 10:34:39 2009//
     31/pic17.html/1.1/Mon Dec  7 10:34:39 2009//
     32/pic18.html/1.1/Mon Dec  7 10:34:39 2009//
     33/pic19.html/1.1/Mon Dec  7 10:34:39 2009//
     34/pic2.html/1.1/Mon Dec  7 10:34:39 2009//
     35/pic20.html/1.1/Mon Dec  7 10:34:39 2009//
     36/pic3.html/1.1/Mon Dec  7 10:34:39 2009//
     37/pic4.html/1.1/Mon Dec  7 10:34:39 2009//
     38/pic5.html/1.1/Mon Dec  7 10:34:39 2009//
     39/pic6.html/1.1/Mon Dec  7 10:34:39 2009//
     40/pic7.html/1.1/Mon Dec  7 10:34:39 2009//
     41/pic8.html/1.1/Mon Dec  7 10:34:39 2009//
     42/pic9.html/1.1/Mon Dec  7 10:34:39 2009//
     43/DAVID_SAMPLE.gif/1.1/Mon Dec  7 10:35:14 2009//
     44/geomtest.gif/1.1/Mon Dec  7 10:35:14 2009//
     45/aBREPSolidPCone.jpg/1.1/Mon Dec  7 10:46:31 2009//
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     47/aBox.jpg/1.1/Mon Dec  7 10:46:31 2009//
     48/aCons.jpg/1.1/Mon Dec  7 10:46:31 2009//
     49/aEllipsoid.jpg/1.1/Mon Dec  7 10:46:31 2009//
     50/aEllipticalCone.jpg/1.1/Mon Dec  7 10:46:31 2009//
     51/aEllipticalTube.jpg/1.1/Mon Dec  7 10:46:31 2009//
     52/aHyperboloid.jpg/1.1/Mon Dec  7 10:46:31 2009//
     53/aOrb.jpg/1.1/Mon Dec  7 10:46:31 2009//
     54/aPara.jpg/1.1/Mon Dec  7 10:46:31 2009//
     55/aSphere.jpg/1.1/Mon Dec  7 10:46:31 2009//
     56/aTet.jpg/1.1/Mon Dec  7 10:46:31 2009//
     57/aTorus.jpg/1.1/Mon Dec  7 10:46:31 2009//
     58/aTrap.jpg/1.1/Mon Dec  7 10:46:31 2009//
     59/aTrd.jpg/1.1/Mon Dec  7 10:46:31 2009//
     60/aTubs.jpg/1.1/Mon Dec  7 10:46:31 2009//
     61/aTwistedBox.jpg/1.1/Mon Dec  7 10:46:31 2009//
     62/aTwistedTrap.jpg/1.1/Mon Dec  7 10:46:31 2009//
     63/aTwistedTrd.jpg/1.1/Mon Dec  7 10:46:31 2009//
     64/aTwistedTubs.jpg/1.1/Mon Dec  7 10:46:31 2009//
     65/avex1.jpg/1.1/Mon Dec  7 10:46:31 2009//
     66/avex2.jpg/1.1/Mon Dec  7 10:46:31 2009//
     67/avpic.jpg/1.1/Mon Dec  7 10:46:31 2009//
     68/cad-tess1.jpg/1.1/Mon Dec  7 10:46:31 2009//
     69/cad-tess2.jpg/1.1/Mon Dec  7 10:46:31 2009//
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  • trunk/documents/UserDoc/UsersGuides/ForApplicationDeveloper/html/Detector/hit.src/CVS/Entries

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    1 /RO.gif/1.1/Wed Nov 21 01:38:27 2001//
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  • trunk/documents/UserDoc/UsersGuides/ForApplicationDeveloper/html/Detector/persistency.src/CVS/Entries

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    1 /pobject.gif/1.1/Wed Nov 21 01:58:11 2001//
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  • trunk/documents/UserDoc/UsersGuides/ForApplicationDeveloper/html/Examples/CVS/Entries

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    1 /AdvancedCodes.html/1.20/Mon Dec 18 10:28:24 2006//
    2 /ExtendedCodes.html/1.40/Wed Feb 21 14:45:40 2007//
    3 /NoviceCodes.html/1.21/Mon Dec 18 10:28:24 2006//
    4 /index.html/1.5/Mon Dec 18 10:28:24 2006//
    5 /parallel.html/1.3/Mon Dec 18 10:28:24 2006//
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  • trunk/documents/UserDoc/UsersGuides/ForApplicationDeveloper/html/Fundamentals/CVS/Entries

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    3 /event.html/1.5/Mon Dec 18 10:28:24 2006//
    4 /eventGenerator.html/1.5/Mon Dec 18 10:28:24 2006//
    5 /global.html/1.5/Mon Dec 18 10:28:24 2006//
    6 /index.html/1.5/Mon Dec 18 10:28:24 2006//
    7 /run.html/1.9/Mon Dec 18 10:28:24 2006//
    8 /unitSystem.html/1.2/Mon Dec 18 10:28:24 2006//
    9 /wwconcept.gif/1.2/Wed Nov 26 15:47:48 2003//
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     3/event.html/1.5/Mon Dec  7 10:34:39 2009//
     4/eventGenerator.html/1.5/Mon Dec  7 10:34:39 2009//
     5/global.html/1.5/Mon Dec  7 10:34:39 2009//
     6/index.html/1.5/Mon Dec  7 10:34:39 2009//
     7/run.html/1.9/Mon Dec  7 10:34:39 2009//
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     9/wwconcept.gif/1.2/Mon Dec  7 10:35:14 2009//
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  • trunk/documents/UserDoc/UsersGuides/ForApplicationDeveloper/html/GettingStarted/CVS/Entries

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    1 /eventDef.html/1.6/Mon Dec 18 10:28:24 2006//
    2 /executeProgram.html/1.11/Mon Dec 18 10:28:24 2006//
    3 /geometryDef.html/1.9/Mon Dec 18 10:28:24 2006//
    4 /index.html/1.11/Mon Dec 18 10:28:24 2006//
    5 /mainProgram.html/1.14/Mon Dec 18 10:28:24 2006//
    6 /makeFile.html/1.9/Mon Dec 18 10:28:24 2006//
    7 /materialDef.html/1.8/Mon Dec 18 10:28:24 2006//
    8 /particleDef.html/1.15/Thu Jan 18 02:24:27 2007//
    9 /physicsDef.html/1.10/Mon Dec 18 10:28:24 2006//
    10 /visualization.html/1.31/Mon Dec 18 10:28:24 2006//
    111D/graphicalUserInterface.src////
    12 /graphicalUserInterface.html/1.10/Mon Feb  9 14:05:24 2009//
     2/eventDef.html/1.6/Mon Dec  7 10:34:39 2009//
     3/executeProgram.html/1.11/Mon Dec  7 10:34:39 2009//
     4/geometryDef.html/1.9/Mon Dec  7 10:34:39 2009//
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     10/particleDef.html/1.15/Mon Dec  7 10:34:39 2009//
     11/physicsDef.html/1.10/Mon Dec  7 10:34:39 2009//
     12/visualization.html/1.31/Mon Dec  7 10:34:39 2009//

  • trunk/documents/UserDoc/UsersGuides/ForApplicationDeveloper/html/GettingStarted/graphicalUserInterface.src/CVS/Entries

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    1 /img1.gif/1.1/Tue Sep 29 13:42:01 1998/-kb/
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  • trunk/documents/UserDoc/UsersGuides/ForApplicationDeveloper/html/Introduction/CVS/Entries

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  • trunk/documents/UserDoc/UsersGuides/ForApplicationDeveloper/html/TrackingAndPhysics/CVS/Entries

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    1 /cutsPerRegion.html/1.5/Mon Dec 18 10:28:25 2006//
    2 /index.html/1.8/Mon Dec 18 10:28:25 2006//
    3 /particle.html/1.6/Thu Jan 18 02:48:53 2007//
    4 /physicsProcess.html/1.48/Wed Dec  5 15:17:32 2007//
    5 /physicsTable.html/1.4/Mon Dec 18 10:28:25 2006//
    6 /thresholdVScut.html/1.7/Mon Dec 18 10:28:25 2006//
    7 /tracking.html/1.6/Tue Aug  2 20:28:19 2005//
    8 /userLimits.html/1.3/Mon Dec 18 10:28:25 2006//
    91D/physicsProcessPARAM.src////
     2/cutsPerRegion.html/1.5/Mon Dec  7 10:34:39 2009//
     3/index.html/1.8/Mon Dec  7 10:34:39 2009//
     4/particle.html/1.6/Mon Dec  7 10:34:39 2009//
     5/physicsProcess.html/1.48/Mon Dec  7 10:34:39 2009//
     6/physicsTable.html/1.4/Mon Dec  7 10:34:39 2009//
     7/thresholdVScut.html/1.7/Mon Dec  7 10:34:39 2009//
     8/tracking.html/1.6/Mon Dec  7 10:34:39 2009//
     9/userLimits.html/1.3/Mon Dec  7 10:34:39 2009//

  • trunk/documents/UserDoc/UsersGuides/ForApplicationDeveloper/html/TrackingAndPhysics/physicsProcessPARAM.src/CVS/Entries

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    1 /Components.gif/1.1/Wed Nov 21 22:24:34 2001//
    2 /ComponentsWithRegion.gif/1.1/Fri Dec  2 18:01:59 2005/-kb/
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     2/ComponentsWithRegion.gif/1.1/Mon Dec  7 10:35:14 2009/-kb/
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  • trunk/documents/UserDoc/UsersGuides/ForApplicationDeveloper/html/UserActions/CVS/Entries

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    1 /MandatoryActions.html/1.4/Mon Dec 18 10:28:25 2006//
    2 /OptionalActions.html/1.6/Mon Dec 18 10:28:25 2006//
    3 /UserInformationClasses.html/1.4/Mon Dec 18 10:28:25 2006//
    4 /index.html/1.6/Mon Dec 18 10:28:25 2006//
     1/MandatoryActions.html/1.4/Mon Dec  7 10:34:39 2009//
     2/OptionalActions.html/1.6/Mon Dec  7 10:34:39 2009//
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     4/index.html/1.6/Mon Dec  7 10:34:39 2009//
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  • trunk/documents/UserDoc/UsersGuides/ForApplicationDeveloper/html/Visualization/CVS/Entries

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    1 /attributes.html/1.12/Mon Dec 18 10:28:25 2006//
    2 /commandcontrol.html/1.4/Mon Dec 18 10:28:25 2006//
    3 /compiledcontrol.html/1.3/Mon Dec 18 10:28:25 2006//
    4 /enhanceddrawing.html/1.8/Mon Dec 18 10:28:25 2006//
    5 /filtering.html/1.4/Mon Dec 18 10:28:25 2006//
    6 /index.html/1.8/Mon Dec 18 10:28:25 2006//
    7 /introduction.html/1.7/Mon Dec 18 10:28:25 2006//
    8 /make_mpeg2encode_parfile.sh/1.1/Mon Aug 14 15:12:39 2006//
    9 /makingamovie.html/1.5/Mon Dec 18 10:28:25 2006//
    10 /markertext.html/1.9/Mon Dec 18 10:28:25 2006//
    11 /visdrivers.html/1.18/Mon Dec 18 10:28:25 2006//
    12 /visexecutable.html/1.12/Mon Dec 18 10:28:25 2006//
    13 /visualizable.html/1.4/Mon Dec 18 10:28:25 2006//
    141D/UIcommands////
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    163D/visualization.src////
     4/make_mpeg2encode_parfile.sh/1.1/Mon Dec  7 10:31:02 2009//
     5/attributes.html/1.12/Mon Dec  7 10:34:39 2009//
     6/commandcontrol.html/1.4/Mon Dec  7 10:34:39 2009//
     7/compiledcontrol.html/1.3/Mon Dec  7 10:34:39 2009//
     8/enhanceddrawing.html/1.8/Mon Dec  7 10:34:39 2009//
     9/filtering.html/1.4/Mon Dec  7 10:34:39 2009//
     10/index.html/1.8/Mon Dec  7 10:34:39 2009//
     11/introduction.html/1.7/Mon Dec  7 10:34:39 2009//
     12/makingamovie.html/1.5/Mon Dec  7 10:34:39 2009//
     13/markertext.html/1.9/Mon Dec  7 10:34:39 2009//
     14/visdrivers.html/1.18/Mon Dec  7 10:34:39 2009//
     15/visexecutable.html/1.12/Mon Dec  7 10:34:39 2009//
     16/visualizable.html/1.4/Mon Dec  7 10:34:39 2009//

  • trunk/documents/UserDoc/UsersGuides/ForApplicationDeveloper/html/Visualization/UIcommands/CVS/Entries

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    1 /vis.txt/1.2/Wed Nov 22 13:48:53 2006//
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  • trunk/documents/UserDoc/UsersGuides/ForApplicationDeveloper/html/Visualization/visTutor/CVS/Entries

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    1 /exN03Tree0_mac.html/1.2/Mon Dec 13 23:12:47 2004//
    2 /exN03Tree1_mac.html/1.2/Mon Dec 13 23:12:47 2004//
    3 /exN03Vis0_mac.html/1.2/Mon Dec 13 23:12:47 2004//
    4 /exN03Vis10_mac.html/1.1/Mon Dec 13 23:14:00 2004//
    5 /exN03Vis11_mac.html/1.1/Mon Dec 13 23:14:00 2004//
    6 /exN03Vis12_loop.html/1.1/Thu Aug 31 20:10:18 2006//
    7 /exN03Vis12_mac.html/1.1/Thu Aug 31 20:10:18 2006//
    8 /exN03Vis13_loop.html/1.1/Thu Aug 31 20:10:18 2006//
    9 /exN03Vis13_mac.html/1.1/Thu Aug 31 20:10:18 2006//
    10 /exN03Vis1_mac.html/1.2/Mon Dec 13 23:12:47 2004//
    11 /exN03Vis2_mac.html/1.2/Mon Dec 13 23:12:47 2004//
    12 /exN03Vis3_mac.html/1.2/Mon Dec 13 23:12:47 2004//
    13 /exN03Vis4_mac.html/1.2/Mon Dec 13 23:12:47 2004//
    14 /exN03Vis5_mac.html/1.3/Mon Dec 13 23:12:47 2004//
    15 /exN03Vis6_mac.html/1.3/Mon Dec 13 23:12:47 2004//
    16 /exN03Vis7_mac.html/1.3/Mon Dec 13 23:12:47 2004//
    17 /exN03Vis8_mac.html/1.3/Mon Dec 13 23:12:47 2004//
    18 /exN03Vis9_mac.html/1.3/Mon Dec 13 23:14:00 2004//
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  • trunk/documents/UserDoc/UsersGuides/ForApplicationDeveloper/html/Visualization/visualization.src/CVS/Entries

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  • trunk/documents/UserDoc/UsersGuides/ForApplicationDeveloper/print/CVS/Entries

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    3 /break01.html/1.7/Thu Jun 22 21:08:54 2006//
    4 /break02.html/1.7/Thu Jun 22 21:08:59 2006//
    5 /break03.html/1.7/Thu Jun 22 21:09:03 2006//
    6 /break04.html/1.9/Thu Jun 22 21:09:08 2006//
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    12 /break10.html/1.8/Thu Jun 22 21:09:49 2006//
    13 /break11.html/1.5/Thu Jun 22 21:09:55 2006//
    14 /break12.html/1.6/Wed Dec 14 02:10:10 2005//
    15 /break13.html/1.6/Thu Jun 22 21:10:00 2006//
    16 /break14.html/1.4/Wed Dec 14 02:10:03 2005//
    17 /break15.html/1.4/Thu Jun 22 21:10:14 2006//
    18 /break16.html/1.7/Thu Jun 22 21:10:18 2006//
    19 /break17.html/1.4/Thu Jun 22 21:10:22 2006//
    20 /break18.html/1.8/Thu Jun 22 21:10:26 2006//
    21 /break19.html/1.5/Thu Jun 22 21:10:30 2006//
     1/Execute.pl/1.11/Mon Dec  7 10:33:37 2009//
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  • trunk/documents/UserDoc/UsersGuides/ForToolkitDeveloper/html/CVS/Entries

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    1 /Execute.pl/1.2/Tue Dec  8 02:16:32 1998//
    2 /Restructure.pl/1.1/Tue Dec  8 01:53:01 1998//
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  • trunk/documents/UserDoc/UsersGuides/ForToolkitDeveloper/latex/CVS/Entries

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    1 /emptybib.tex/1.1/Sun Dec 11 02:26:57 2005//
    2 /toolkitDeveloper.tex/1.13/Tue Jun 20 14:50:55 2006//
    31D/GuideToExtendFunctionality////
    42D/Introduction////
    53D/OOAnalysisDesign////
    64D/UserRequirementsDocument////
     5/emptybib.tex/1.1/Mon Dec  7 10:31:04 2009//
     6/toolkitDeveloper.tex/1.13/Mon Dec  7 10:31:04 2009//

  • trunk/documents/UserDoc/UsersGuides/ForToolkitDeveloper/latex/GuideToExtendFunctionality/ElectromagneticField/CVS/Entries

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     1/electroMagneticField.tex/1.7/Mon Dec  7 10:31:03 2009//
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  • trunk/documents/UserDoc/UsersGuides/ForToolkitDeveloper/latex/GuideToExtendFunctionality/Geometry/CVS/Entries

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  • trunk/documents/UserDoc/UsersGuides/ForToolkitDeveloper/latex/GuideToExtendFunctionality/HadronicPhysics/CVS/Entries

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    1 /Level1.eps/1.1/Wed Jul 18 08:09:29 2001//
    2 /Level2_1.eps/1.1/Wed Jul 18 08:09:29 2001//
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    4 /Level2_3.eps/1.1/Wed Jul 18 08:09:30 2001//
    5 /Level3_1.eps/1.1/Wed Jul 18 08:09:30 2001//
    6 /Level4_1.eps/1.1/Wed Jul 18 08:09:31 2001//
    7 /Level4_2.eps/1.1/Wed Jul 18 08:09:31 2001//
    8 /Level5_1.eps/1.1/Wed Jul 18 08:09:31 2001//
    9 /hadronics.tex/1.14/Mon Dec 18 10:28:25 2006//
     1/Level1.eps/1.1/Mon Dec  7 10:31:04 2009//
     2/Level2_1.eps/1.1/Mon Dec  7 10:31:04 2009//
     3/Level2_2.eps/1.1/Mon Dec  7 10:31:04 2009//
     4/Level2_3.eps/1.1/Mon Dec  7 10:31:04 2009//
     5/Level3_1.eps/1.1/Mon Dec  7 10:31:04 2009//
     6/Level4_1.eps/1.1/Mon Dec  7 10:31:04 2009//
     7/Level4_2.eps/1.1/Mon Dec  7 10:31:04 2009//
     8/Level5_1.eps/1.1/Mon Dec  7 10:31:04 2009//
     9/hadronics.tex/1.14/Mon Dec  7 10:31:04 2009//
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  • trunk/documents/UserDoc/UsersGuides/ForToolkitDeveloper/latex/GuideToExtendFunctionality/PhysicsProcesses/CVS/Entries

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    1 /physicsProcesses.tex/1.2/Tue Jun 28 04:35:37 2005//
     1/physicsProcesses.tex/1.2/Mon Dec  7 10:31:03 2009//
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  • trunk/documents/UserDoc/UsersGuides/ForToolkitDeveloper/latex/GuideToExtendFunctionality/Visualization/CVS/Entries

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    1 /visClassDiagram.eps/1.1/Mon Jan  9 12:02:26 2006//
    2 /visClassDiagram.fig/1.1/Mon Jan  9 12:11:02 2006//
    3 /visualization.tex/1.14/Tue Jun 20 15:14:47 2006//
     1/visClassDiagram.eps/1.1/Mon Dec  7 10:31:03 2009//
     2/visClassDiagram.fig/1.1/Mon Dec  7 10:31:03 2009//
     3/visualization.tex/1.14/Mon Dec  7 10:31:03 2009//
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  • trunk/documents/UserDoc/UsersGuides/ForToolkitDeveloper/latex/Introduction/CVS/Entries

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    1 /introduction.tex/1.10/Sat Jun  3 22:54:06 2006//
     1/introduction.tex/1.10/Mon Dec  7 10:31:04 2009//
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  • trunk/documents/UserDoc/UsersGuides/ForToolkitDeveloper/latex/OOAnalysisDesign/ElectromagneticField/CVS/Entries

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    1 /electroMagneticField.tex/1.8/Tue Jun 28 01:21:16 2005//
    2 /field-prop.eps/1.1/Fri Dec  5 11:51:00 2003//
     1/electroMagneticField.tex/1.8/Mon Dec  7 10:31:04 2009//
     2/field-prop.eps/1.1/Mon Dec  7 10:31:04 2009//
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  • trunk/documents/UserDoc/UsersGuides/ForToolkitDeveloper/latex/OOAnalysisDesign/Event/CVS/Entries

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    1 /classDgmEventManager.eps/1.1/Mon Dec 18 10:28:25 2006//
    2 /classDgmEventManager.ps/1.3/Mon Dec 18 10:28:25 2006//
    3 /event.tex/1.8/Mon Dec 18 10:28:25 2006//
     1/classDgmEventManager.eps/1.1/Mon Dec  7 10:31:04 2009//
     2/classDgmEventManager.ps/1.3/Mon Dec  7 10:31:04 2009//
     3/event.tex/1.8/Mon Dec  7 10:31:04 2009//
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  • trunk/documents/UserDoc/UsersGuides/ForToolkitDeveloper/latex/OOAnalysisDesign/EventGenerator/CVS/Entries

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    1 /classDgmEventGen.eps/1.1/Mon Dec 18 10:28:25 2006//
    2 /classDgmEventGen.ps/1.3/Mon Dec 18 10:28:25 2006//
    3 /eventGenerator.tex/1.2/Tue Jul 17 17:36:17 2001//
     1/classDgmEventGen.eps/1.1/Mon Dec  7 10:31:04 2009//
     2/classDgmEventGen.ps/1.3/Mon Dec  7 10:31:04 2009//
     3/eventGenerator.tex/1.2/Mon Dec  7 10:31:04 2009//
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  • trunk/documents/UserDoc/UsersGuides/ForToolkitDeveloper/latex/OOAnalysisDesign/GeomClassDgm/CVS/Entries

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    1 /diagrams.tex/1.7/Mon Dec 18 10:28:25 2006//
    2 /geometry2.tex/1.4/Thu Jun 13 07:46:06 2002//
     1/diagrams.tex/1.7/Mon Dec  7 10:31:04 2009//
     2/geometry2.tex/1.4/Mon Dec  7 10:31:04 2009//
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  • trunk/documents/UserDoc/UsersGuides/ForToolkitDeveloper/latex/OOAnalysisDesign/Geometry/CVS/Entries

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    1 /boolean_solids.eps/1.2/Fri Jun 14 08:13:28 2002//
    2 /breps_curves.eps/1.2/Fri Jun 14 08:13:28 2002//
    3 /breps_solids.eps/1.2/Fri Jun 14 08:13:28 2002//
    4 /breps_surfaces.eps/1.2/Fri Jun 14 08:13:29 2002//
    5 /csg_solids.eps/1.2/Fri Jun 14 08:13:29 2002//
    6 /geometry.tex/1.15/Tue Jun 28 01:14:22 2005//
    7 /geometry2.tex/1.4/Thu Jun 13 07:44:14 2002//
    8 /logical_volumes.eps/1.2/Fri Jun 14 08:13:30 2002//
    9 /navigator.eps/1.3/Fri Dec  5 11:49:42 2003//
    10 /overall.eps/1.3/Fri Dec  5 11:49:45 2003//
    11 /physical_volumes.eps/1.2/Fri Jun 14 08:13:32 2002//
    12 /refcount-touch.eps/1.2/Fri Jun 14 08:13:33 2002//
    13 /reflections.eps/1.2/Fri Jun 14 08:13:33 2002//
    14 /regions.eps/1.1/Fri Dec  5 11:49:49 2003//
    15 /smart_voxels.eps/1.2/Fri Jun 14 08:13:33 2002//
    16 /specific_solids.eps/1.2/Fri Jun 14 08:13:34 2002//
    17 /touchables.eps/1.2/Fri Jun 14 08:13:34 2002//
     1/boolean_solids.eps/1.2/Mon Dec  7 10:31:04 2009//
     2/breps_curves.eps/1.2/Mon Dec  7 10:31:04 2009//
     3/breps_solids.eps/1.2/Mon Dec  7 10:31:04 2009//
     4/breps_surfaces.eps/1.2/Mon Dec  7 10:31:04 2009//
     5/csg_solids.eps/1.2/Mon Dec  7 10:31:04 2009//
     6/geometry.tex/1.15/Mon Dec  7 10:31:04 2009//
     7/geometry2.tex/1.4/Mon Dec  7 10:31:04 2009//
     8/logical_volumes.eps/1.2/Mon Dec  7 10:31:04 2009//
     9/navigator.eps/1.3/Mon Dec  7 10:31:04 2009//
     10/overall.eps/1.3/Mon Dec  7 10:31:04 2009//
     11/physical_volumes.eps/1.2/Mon Dec  7 10:31:04 2009//
     12/refcount-touch.eps/1.2/Mon Dec  7 10:31:04 2009//
     13/reflections.eps/1.2/Mon Dec  7 10:31:04 2009//
     14/regions.eps/1.1/Mon Dec  7 10:31:04 2009//
     15/smart_voxels.eps/1.2/Mon Dec  7 10:31:04 2009//
     16/specific_solids.eps/1.2/Mon Dec  7 10:31:04 2009//
     17/touchables.eps/1.2/Mon Dec  7 10:31:04 2009//
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  • trunk/documents/UserDoc/UsersGuides/ForToolkitDeveloper/latex/OOAnalysisDesign/GlobalUsage/CVS/Entries

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    1 /ObjDiagDist.eps/1.1/Mon Dec 18 10:28:25 2006//
    2 /ObjDiagDist.ps/1.1/Tue Feb  5 11:25:53 2002//
    3 /ObjDiagEng.eps/1.1/Mon Dec 18 10:28:25 2006//
    4 /ObjDiagEng.ps/1.1/Tue Feb  5 11:25:53 2002//
    5 /ObjDiagStat.eps/1.1/Mon Dec 18 10:28:25 2006//
    6 /ObjDiagStat.ps/1.1/Tue Feb  5 11:25:53 2002//
    7 /architecture.eps/1.1/Mon Dec 18 10:28:25 2006//
    8 /architecture.ps/1.1/Tue Feb  5 11:25:53 2002//
    9 /classDgmRandom.eps/1.1/Mon Dec 18 10:28:25 2006//
    10 /classDgmRandom.ps/1.2/Tue Jul 17 17:47:01 2001//
    11 /globalUsage.tex/1.18/Mon Dec 18 10:28:25 2006//
     1/ObjDiagDist.eps/1.1/Mon Dec  7 10:31:04 2009//
     2/ObjDiagDist.ps/1.1/Mon Dec  7 10:31:04 2009//
     3/ObjDiagEng.eps/1.1/Mon Dec  7 10:31:04 2009//
     4/ObjDiagEng.ps/1.1/Mon Dec  7 10:31:04 2009//
     5/ObjDiagStat.eps/1.1/Mon Dec  7 10:31:04 2009//
     6/ObjDiagStat.ps/1.1/Mon Dec  7 10:31:04 2009//
     7/architecture.eps/1.1/Mon Dec  7 10:31:04 2009//
     8/architecture.ps/1.1/Mon Dec  7 10:31:04 2009//
     9/classDgmRandom.eps/1.1/Mon Dec  7 10:31:04 2009//
     10/classDgmRandom.ps/1.2/Mon Dec  7 10:31:04 2009//
     11/globalUsage.tex/1.18/Mon Dec  7 10:31:04 2009//
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  • trunk/documents/UserDoc/UsersGuides/ForToolkitDeveloper/latex/OOAnalysisDesign/Hit/CVS/Entries

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    1 /classDgmHitMain.eps/1.1/Mon Dec 18 10:28:25 2006//
    2 /classDgmHitMain.ps/1.2/Tue Jul 17 17:50:24 2001//
    3 /classDgmHitUser.eps/1.1/Mon Dec 18 10:28:25 2006//
    4 /classDgmHitUser.ps/1.2/Tue Jul 17 17:50:25 2001//
    5 /classDgmReadoutGeom.eps/1.1/Mon Dec 18 10:28:25 2006//
    6 /classDgmReadoutGeom.ps/1.2/Tue Jul 17 17:50:25 2001//
    7 /hit.tex/1.8/Mon Dec 18 10:28:25 2006//
     1/classDgmHitMain.eps/1.1/Mon Dec  7 10:31:04 2009//
     2/classDgmHitMain.ps/1.2/Mon Dec  7 10:31:04 2009//
     3/classDgmHitUser.eps/1.1/Mon Dec  7 10:31:04 2009//
     4/classDgmHitUser.ps/1.2/Mon Dec  7 10:31:04 2009//
     5/classDgmReadoutGeom.eps/1.1/Mon Dec  7 10:31:04 2009//
     6/classDgmReadoutGeom.ps/1.2/Mon Dec  7 10:31:04 2009//
     7/hit.tex/1.8/Mon Dec  7 10:31:04 2009//
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  • trunk/documents/UserDoc/UsersGuides/ForToolkitDeveloper/latex/OOAnalysisDesign/Introduction/CVS/Entries

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    1 /introduction.tex/1.3/Tue Jun 28 01:15:43 2005//
     1/introduction.tex/1.3/Mon Dec  7 10:31:04 2009//
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  • trunk/documents/UserDoc/UsersGuides/ForToolkitDeveloper/latex/OOAnalysisDesign/Materials/CVS/Entries

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    1 /classDgmMaterials.eps/1.1/Mon Dec 18 10:28:25 2006//
    2 /classDgmMaterials.ps/1.2/Tue Jul 17 17:51:46 2001//
    3 /materials.tex/1.7/Mon Dec 18 10:28:25 2006//
     1/classDgmMaterials.eps/1.1/Mon Dec  7 10:31:04 2009//
     2/classDgmMaterials.ps/1.2/Mon Dec  7 10:31:04 2009//
     3/materials.tex/1.7/Mon Dec  7 10:31:04 2009//
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  • trunk/documents/UserDoc/UsersGuides/ForToolkitDeveloper/latex/OOAnalysisDesign/Particles/CVS/Entries

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    1 /classDgmDecay.eps/1.1/Mon Dec 18 10:28:25 2006//
    2 /classDgmDecay.ps/1.1/Thu Jan 31 05:38:05 2002//
    3 /classDgmParticle.eps/1.1/Mon Dec 18 10:28:25 2006//
    4 /classDgmParticle.ps/1.2/Thu Jan 31 05:38:06 2002//
    5 /classDgmParticleDecay.eps/1.1/Mon Dec 18 10:28:25 2006//
    6 /classDgmParticleDecay.ps/1.2/Tue Jul 17 17:54:40 2001//
    7 /classDgmParticleTable.eps/1.1/Mon Dec 18 10:28:25 2006//
    8 /classDgmParticleTable.ps/1.2/Tue Jul 17 17:54:40 2001//
    9 /classDgmParticlesMain.eps/1.1/Mon Dec 18 10:28:25 2006//
    10 /classDgmParticlesMain.ps/1.2/Tue Jul 17 17:54:40 2001//
    11 /particles.tex/1.8/Mon Dec 18 10:28:25 2006//
     1/classDgmDecay.eps/1.1/Mon Dec  7 10:31:04 2009//
     2/classDgmDecay.ps/1.1/Mon Dec  7 10:31:04 2009//
     3/classDgmParticle.eps/1.1/Mon Dec  7 10:31:04 2009//
     4/classDgmParticle.ps/1.2/Mon Dec  7 10:31:04 2009//
     5/classDgmParticleDecay.eps/1.1/Mon Dec  7 10:31:04 2009//
     6/classDgmParticleDecay.ps/1.2/Mon Dec  7 10:31:04 2009//
     7/classDgmParticleTable.eps/1.1/Mon Dec  7 10:31:04 2009//
     8/classDgmParticleTable.ps/1.2/Mon Dec  7 10:31:04 2009//
     9/classDgmParticlesMain.eps/1.1/Mon Dec  7 10:31:04 2009//
     10/classDgmParticlesMain.ps/1.2/Mon Dec  7 10:31:04 2009//
     11/particles.tex/1.8/Mon Dec  7 10:31:04 2009//
    1212D

  • trunk/documents/UserDoc/UsersGuides/ForToolkitDeveloper/latex/OOAnalysisDesign/PhysicsProcesses/CVS/Entries

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    11D/ElectroMagnetic////
    22D/Hadronic////
    3 /classDgmProcessMain.eps/1.1/Mon Dec 18 10:28:25 2006//
    4 /classDgmProcessMain.ps/1.2/Tue Jul 17 18:02:21 2001//
    5 /classDgmProcessProcesses.eps/1.1/Mon Dec 18 10:28:25 2006//
    6 /classDgmProcessProcesses.ps/1.2/Tue Jul 17 18:02:21 2001//
    7 /physicsProcesses.tex/1.8/Mon Dec 18 10:28:26 2006//
     3/classDgmProcessMain.eps/1.1/Mon Dec  7 10:31:04 2009//
     4/classDgmProcessMain.ps/1.2/Mon Dec  7 10:31:04 2009//
     5/classDgmProcessProcesses.eps/1.1/Mon Dec  7 10:31:04 2009//
     6/classDgmProcessProcesses.ps/1.2/Mon Dec  7 10:31:04 2009//
     7/physicsProcesses.tex/1.8/Mon Dec  7 10:31:04 2009//

  • trunk/documents/UserDoc/UsersGuides/ForToolkitDeveloper/latex/OOAnalysisDesign/PhysicsProcesses/ElectroMagnetic/CVS/Entries

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    1 /classDgmLowEnergyProc.ps/1.3/Wed Jul 18 08:11:58 2001//
    2 /classDgmLowEnergyProcOLD.ps/1.3/Wed Jul 18 08:11:58 2001//
    3 /electroMagnetic.tex/1.4/Tue Jun 18 03:25:35 2002//
     1/classDgmLowEnergyProc.ps/1.3/Mon Dec  7 10:31:04 2009//
     2/classDgmLowEnergyProcOLD.ps/1.3/Mon Dec  7 10:31:04 2009//
     3/electroMagnetic.tex/1.4/Mon Dec  7 10:31:04 2009//
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  • trunk/documents/UserDoc/UsersGuides/ForToolkitDeveloper/latex/OOAnalysisDesign/PhysicsProcesses/Hadronic/CVS/Entries

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    1 /Level1.eps/1.1/Fri Jul 12 07:05:25 2002//
    2 /Level2_1.eps/1.1/Fri Jul 12 07:05:25 2002//
    3 /Level2_2.eps/1.1/Fri Jul 12 07:05:26 2002//
    4 /Level2_3.eps/1.1/Fri Jul 12 07:05:26 2002//
    5 /Level3_1.eps/1.1/Fri Jul 12 07:05:26 2002//
    6 /Level4_1.eps/1.1/Fri Jul 12 07:05:26 2002//
    7 /Level4_2.eps/1.1/Fri Jul 12 07:05:26 2002//
    8 /Level5_1.eps/1.1/Fri Jul 12 07:05:26 2002//
    9 /hadronic.tex/1.4/Thu May  8 00:27:21 2003//
     1/Level1.eps/1.1/Mon Dec  7 10:31:04 2009//
     2/Level2_1.eps/1.1/Mon Dec  7 10:31:04 2009//
     3/Level2_2.eps/1.1/Mon Dec  7 10:31:04 2009//
     4/Level2_3.eps/1.1/Mon Dec  7 10:31:04 2009//
     5/Level3_1.eps/1.1/Mon Dec  7 10:31:04 2009//
     6/Level4_1.eps/1.1/Mon Dec  7 10:31:04 2009//
     7/Level4_2.eps/1.1/Mon Dec  7 10:31:04 2009//
     8/Level5_1.eps/1.1/Mon Dec  7 10:31:04 2009//
     9/hadronic.tex/1.4/Mon Dec  7 10:31:04 2009//
    1010D

  • trunk/documents/UserDoc/UsersGuides/ForToolkitDeveloper/latex/OOAnalysisDesign/Run/CVS/Entries

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    1 /run.tex/1.4/Tue Jun 28 01:17:45 2005//
     1/run.tex/1.4/Mon Dec  7 10:31:04 2009//
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  • trunk/documents/UserDoc/UsersGuides/ForToolkitDeveloper/latex/OOAnalysisDesign/Tracking/CVS/Entries

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    1 /classDgmTracking.eps/1.2/Tue Jul 17 18:05:06 2001//
    2 /classDgmTracking.ps/1.2/Tue Jul 17 18:05:08 2001//
    3 /tracking.tex/1.10/Sun Dec 11 02:16:01 2005//
     1/classDgmTracking.eps/1.2/Mon Dec  7 10:31:04 2009//
     2/classDgmTracking.ps/1.2/Mon Dec  7 10:31:04 2009//
     3/tracking.tex/1.10/Mon Dec  7 10:31:04 2009//
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  • trunk/documents/UserDoc/UsersGuides/ForToolkitDeveloper/latex/OOAnalysisDesign/UserInterface/CVS/Entries

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    1 /classDgmUserInterface.eps/1.1/Mon Dec 18 10:28:26 2006//
    2 /classDgmUserInterface.ps/1.2/Tue Jul 17 18:06:17 2001//
    3 /userInterface.tex/1.6/Mon Dec 18 10:28:26 2006//
     1/classDgmUserInterface.eps/1.1/Mon Dec  7 10:31:04 2009//
     2/classDgmUserInterface.ps/1.2/Mon Dec  7 10:31:04 2009//
     3/userInterface.tex/1.6/Mon Dec  7 10:31:04 2009//
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  • trunk/documents/UserDoc/UsersGuides/ForToolkitDeveloper/latex/OOAnalysisDesign/Visualization/CVS/Entries

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    1 /visualization.tex/1.19/Mon Jul 10 15:13:13 2006//
     1/visualization.tex/1.19/Mon Dec  7 10:31:04 2009//
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  • trunk/documents/UserDoc/UsersGuides/ForToolkitDeveloper/latex/UserRequirementsDocument/CVS/Entries

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    1 /userRequirements.tex/1.5/Sat May 10 22:19:52 2003//
     1/userRequirements.tex/1.5/Mon Dec  7 10:31:04 2009//
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  • trunk/documents/UserDoc/UsersGuides/InstallationGuide/html/CVS/Entries

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    1 /index.html/1.25/Wed Nov 29 02:06:17 2006//
    21D/Introduction////
    32D/PCMachines////
    43D/UnixMachines////
     4/index.html/1.25/Mon Dec  7 10:34:39 2009//

  • trunk/documents/UserDoc/UsersGuides/InstallationGuide/html/Introduction/CVS/Entries

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    1 /introduction.html/1.39/Mon Dec 18 10:28:26 2006//
     1/introduction.html/1.39/Mon Dec  7 10:34:39 2009//
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  • trunk/documents/UserDoc/UsersGuides/InstallationGuide/html/PCMachines/CVS/Entries

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    1 /pcMachines.html/1.48/Mon Dec 18 10:28:26 2006//
     1/pcMachines.html/1.48/Mon Dec  7 10:34:39 2009//
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  • trunk/documents/UserDoc/UsersGuides/InstallationGuide/html/UnixMachines/CVS/Entries

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    1 /unixMachines.html/1.35/Mon Dec 18 10:28:26 2006//
     1/unixMachines.html/1.35/Mon Dec  7 10:34:39 2009//
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  • trunk/documents/UserDoc/UsersGuides/InstallationGuide/print/CVS/Entries

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    1 /Execute.pl/1.6/Mon Dec 18 10:28:26 2006//
    2 /MergeDocs.pl/1.4/Mon Dec 18 10:28:26 2006//
    3 /break00.html/1.2/Fri Dec 17 19:53:02 2004//
    4 /break01.html/1.5/Tue Jun 28 23:57:38 2005//
    5 /break02.html/1.7/Tue Jun 20 18:15:40 2006//
     1/Execute.pl/1.6/Mon Dec  7 10:33:37 2009//
     2/MergeDocs.pl/1.4/Mon Dec  7 10:33:37 2009//
     3/break00.html/1.2/Mon Dec  7 10:34:39 2009//
     4/break01.html/1.5/Mon Dec  7 10:34:39 2009//
     5/break02.html/1.7/Mon Dec  7 10:34:39 2009//
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  • trunk/documents/UserDoc/UsersGuides/PhysicsReferenceManual/latex/CVS/Entries

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    77D/photolepton_hadron////
    88D/transportation////
    9 /GNUmakefile/1.2/Fri Nov  6 17:42:36 1998//
    10 /PhysicsReferenceManual.tex/1.52/Wed Feb 21 09:33:08 2007//
    11 /book.cls/1.1/Sat Dec  5 11:22:30 1998//
    12 /latexmk/1.1/Fri Oct  9 15:53:49 1998//
     9/GNUmakefile/1.2/Mon Dec  7 10:31:01 2009//
     10/PhysicsReferenceManual.tex/1.52/Mon Dec  7 10:31:01 2009//
     11/book.cls/1.1/Mon Dec  7 10:31:01 2009//
     12/latexmk/1.1/Mon Dec  7 10:31:01 2009//

  • trunk/documents/UserDoc/UsersGuides/PhysicsReferenceManual/latex/decay/CVS/Entries

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    1 /decay.tex/1.12/Fri Dec 10 21:36:17 2004//
     1/decay.tex/1.12/Mon Dec  7 10:30:59 2009//
    22D

  • trunk/documents/UserDoc/UsersGuides/PhysicsReferenceManual/latex/electromagnetic/lowenergy/CVS/Entries

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    1 /br-100kev.eps/1.1/Mon Nov 24 18:08:13 2003//
    2 /br-10kev.eps/1.1/Mon Nov 24 18:08:13 2003//
    3 /br-500kev.eps/1.1/Mon Nov 24 18:08:13 2003//
    4 /br-eff.eps/1.1/Mon Nov 24 18:08:13 2003//
    5 /compton.tex/1.7/Fri Dec 10 21:22:55 2004//
    6 /gammaconversion.tex/1.6/Fri Dec 10 21:22:55 2004//
    7 /hadrons.tex/1.26/Fri Dec 10 21:22:56 2004//
    8 /ionisation.tex/1.1/Thu Sep 30 15:45:31 1999//
    9 /overview.tex/1.11/Fri Dec 10 21:22:56 2004//
    10 /photoelectric.tex/1.8/Mon Dec 18 10:28:26 2006//
    11 /polarizedcompton.tex/1.6/Fri Dec 10 21:22:56 2004//
    12 /rayleigh.tex/1.10/Fri Dec 10 21:22:56 2004//
    13 /relaxation.tex/1.5/Fri Dec 10 21:22:57 2004//
    14 /bremsstrahlung.tex/1.10/Mon Nov 30 13:46:17 2009//
    15 /ionisation2.tex/1.9/Mon Nov 30 13:46:17 2009//
    16 /penelope.tex/1.10/Mon Nov 30 13:46:17 2009//
     1/br-100kev.eps/1.1/Mon Dec  7 10:31:00 2009//
     2/br-10kev.eps/1.1/Mon Dec  7 10:31:00 2009//
     3/br-500kev.eps/1.1/Mon Dec  7 10:31:00 2009//
     4/br-eff.eps/1.1/Mon Dec  7 10:31:00 2009//
     5/bremsstrahlung.tex/1.10/Mon Dec  7 10:31:00 2009//
     6/compton.tex/1.7/Mon Dec  7 10:31:00 2009//
     7/gammaconversion.tex/1.6/Mon Dec  7 10:31:00 2009//
     8/hadrons.tex/1.26/Mon Dec  7 10:31:00 2009//
     9/ionisation.tex/1.1/Mon Dec  7 10:31:00 2009//
     10/ionisation2.tex/1.9/Mon Dec  7 10:31:00 2009//
     11/overview.tex/1.11/Mon Dec  7 10:31:00 2009//
     12/penelope.tex/1.10/Mon Dec  7 10:31:00 2009//
     13/photoelectric.tex/1.8/Mon Dec  7 10:31:00 2009//
     14/polarizedcompton.tex/1.6/Mon Dec  7 10:31:00 2009//
     15/rayleigh.tex/1.10/Mon Dec  7 10:31:00 2009//
     16/relaxation.tex/1.5/Mon Dec  7 10:31:00 2009//
    1717D

  • trunk/documents/UserDoc/UsersGuides/PhysicsReferenceManual/latex/electromagnetic/miscellaneous/CVS/Entries

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    1 /occurence.tex/1.11/Sat Nov 25 19:56:10 2006//
    2 /setcuts.tex/1.4/Sun Dec  5 05:11:47 2004//
     1/occurence.tex/1.11/Mon Dec  7 10:30:59 2009//
     2/setcuts.tex/1.4/Mon Dec  7 10:30:59 2009//
    33D

  • trunk/documents/UserDoc/UsersGuides/PhysicsReferenceManual/latex/electromagnetic/muons/CVS/Entries

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    1 /msc.tex/1.3/Wed Dec  5 23:29:00 2001//
    2 /mubrem.tex/1.10/Fri Dec 10 21:31:40 2004//
    3 /muion.tex/1.15/Fri Dec 10 21:31:40 2004//
    4 /munu.tex/1.9/Fri Dec 10 21:31:40 2004//
    5 /pair.tex/1.10/Fri Dec 10 21:31:40 2004//
     1/msc.tex/1.3/Mon Dec  7 10:30:59 2009//
     2/mubrem.tex/1.10/Mon Dec  7 10:30:59 2009//
     3/muion.tex/1.15/Mon Dec  7 10:30:59 2009//
     4/munu.tex/1.9/Mon Dec  7 10:30:59 2009//
     5/pair.tex/1.10/Mon Dec  7 10:30:59 2009//
    66D

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    r1208 r1211  
    11D/MuPgen////
    22D/plots////
    3 /AnnihiToMuPair.tex/1.4/Fri Dec 10 21:33:31 2004//
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    5 /AnnihiToMuPair2.eps/1.1/Wed Feb  5 10:28:53 2003//
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    18 /sandia.tex/1.10/Fri Dec 10 21:33:32 2004//
    19 /synch.tex/1.10/Fri Dec 10 21:33:32 2004//
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  • trunk/documents/UserDoc/UsersGuides/PhysicsReferenceManual/latex/electromagnetic/standard/MuPgen/CVS/Entries

    r1208 r1211  
    1 /Fig1.eps/1.1/Tue May 28 14:28:02 2002//
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     14/xPlusGen.eps/1.1/Mon Dec  7 10:30:59 2009//
    1515D

  • trunk/documents/UserDoc/UsersGuides/PhysicsReferenceManual/latex/electromagnetic/standard/plots/CVS/Entries

    r1208 r1211  
    1 /AnnihAsym.eps/1.1/Fri Nov 24 17:59:11 2006//
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    12 /BhabhaXS.eps/1.1/Fri Nov 24 17:59:14 2006//
    13 /ComptonAsym.eps/1.1/Fri Nov 24 17:59:14 2006//
    14 /ComptonTA1.eps/1.1/Fri Nov 24 17:59:14 2006//
    15 /ComptonTA2.eps/1.1/Fri Nov 24 17:59:14 2006//
    16 /ComptonTransfer1.eps/1.1/Fri Nov 24 17:59:21 2006//
    17 /ComptonTransfer2.eps/1.1/Fri Nov 24 17:59:21 2006//
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    22 /MollerTA2.eps/1.1/Fri Nov 24 17:59:23 2006//
    23 /MollerTransfer1.eps/1.1/Fri Nov 24 17:59:23 2006//
    24 /MollerTransfer2.eps/1.1/Fri Nov 24 17:59:23 2006//
    25 /MollerXS.eps/1.1/Fri Nov 24 17:59:23 2006//
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     3/AnnihTA2.eps/1.1/Mon Dec  7 10:30:59 2009//
     4/AnnihTransfer1.eps/1.1/Mon Dec  7 10:30:59 2009//
     5/AnnihTransfer2.eps/1.1/Mon Dec  7 10:30:59 2009//
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     7/BhabhaAsym.eps/1.1/Mon Dec  7 10:30:59 2009//
     8/BhabhaTA1.eps/1.1/Mon Dec  7 10:30:59 2009//
     9/BhabhaTA2.eps/1.1/Mon Dec  7 10:30:59 2009//
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     11/BhabhaTransfer2.eps/1.1/Mon Dec  7 10:30:59 2009//
     12/BhabhaXS.eps/1.1/Mon Dec  7 10:30:59 2009//
     13/ComptonAsym.eps/1.1/Mon Dec  7 10:30:59 2009//
     14/ComptonTA1.eps/1.1/Mon Dec  7 10:30:59 2009//
     15/ComptonTA2.eps/1.1/Mon Dec  7 10:30:59 2009//
     16/ComptonTransfer1.eps/1.1/Mon Dec  7 10:30:59 2009//
     17/ComptonTransfer2.eps/1.1/Mon Dec  7 10:30:59 2009//
     18/ComptonXS.eps/1.1/Mon Dec  7 10:30:59 2009//
     19/Fyn_diag.eps/1.1/Mon Dec  7 10:30:59 2009//
     20/MollerAsym.eps/1.1/Mon Dec  7 10:30:59 2009//
     21/MollerTA1.eps/1.1/Mon Dec  7 10:30:59 2009//
     22/MollerTA2.eps/1.1/Mon Dec  7 10:30:59 2009//
     23/MollerTransfer1.eps/1.1/Mon Dec  7 10:30:59 2009//
     24/MollerTransfer2.eps/1.1/Mon Dec  7 10:30:59 2009//
     25/MollerXS.eps/1.1/Mon Dec  7 10:30:59 2009//
     26/frames.eps/1.1/Mon Dec  7 10:30:59 2009//
    2727D

  • trunk/documents/UserDoc/UsersGuides/PhysicsReferenceManual/latex/electromagnetic/utils/CVS/Entries

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    1 /densityeffect.tex/1.5/Mon Dec  1 18:48:51 2003//
    2 /enloss.tex/1.18/Wed Jun 14 00:04:16 2006//
    3 /integral.tex/1.5/Sat Nov 25 19:56:10 2006//
    4 /fluctuations.tex/1.15/Mon Nov 30 13:46:17 2009//
     1/densityeffect.tex/1.5/Mon Dec  7 10:30:59 2009//
     2/enloss.tex/1.18/Mon Dec  7 10:30:59 2009//
     3/fluctuations.tex/1.15/Mon Dec  7 10:30:59 2009//
     4/integral.tex/1.5/Mon Dec  7 10:30:59 2009//
    55D

  • trunk/documents/UserDoc/UsersGuides/PhysicsReferenceManual/latex/electromagnetic/xrays/CVS/Entries

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    11D/SynchRad////
    2 /cerenkov.tex/1.4/Fri Dec 10 21:35:17 2004//
    3 /scint.tex/1.3/Wed May  8 17:45:17 2002//
    4 /xtr.tex/1.17/Thu Dec 15 15:29:38 2005//
     2/cerenkov.tex/1.4/Mon Dec  7 10:31:00 2009//
     3/scint.tex/1.3/Mon Dec  7 10:31:00 2009//
     4/xtr.tex/1.17/Mon Dec  7 10:31:00 2009//

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    r1208 r1211  
    1 /InvSynFracInt_Geant4.tex/1.3/Tue Jun 13 23:21:29 2006//
    2 /InvSynFracIntxyLog.eps/1.1/Thu Jun  8 17:08:20 2006//
    3 /SynFracIntxyLog.eps/1.1/Thu Jun  8 17:08:20 2006//
    4 /g4_TestEm16.eps/1.1/Thu Jun  8 17:08:20 2006//
    5 /gesynrad_Direct_gen_1.eps/1.1/Thu Jun  8 17:08:20 2006//
     1/InvSynFracInt_Geant4.tex/1.3/Mon Dec  7 10:31:00 2009//
     2/InvSynFracIntxyLog.eps/1.1/Mon Dec  7 10:31:00 2009//
     3/SynFracIntxyLog.eps/1.1/Mon Dec  7 10:31:00 2009//
     4/g4_TestEm16.eps/1.1/Mon Dec  7 10:31:00 2009//
     5/gesynrad_Direct_gen_1.eps/1.1/Mon Dec  7 10:31:00 2009//
    66D

  • trunk/documents/UserDoc/UsersGuides/PhysicsReferenceManual/latex/generalities/CVS/Entries

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    1 /introduction.tex/1.1/Tue Dec 18 19:07:58 2001//
    2 /messel.tex/1.2/Fri Dec 10 21:36:55 2004//
    3 /transportation.tex/1.1/Mon Jun 16 22:31:17 2003//
     1/introduction.tex/1.1/Mon Dec  7 10:31:01 2009//
     2/messel.tex/1.2/Mon Dec  7 10:31:01 2009//
     3/transportation.tex/1.1/Mon Dec  7 10:31:01 2009//
    44D

  • trunk/documents/UserDoc/UsersGuides/PhysicsReferenceManual/latex/hadronic/CVS/Entries

    r1208 r1211  
    77D/stopping////
    88D/theory_driven////
    9 /hadronic.tex/1.10/Mon Nov 30 13:46:17 2009//
     9/hadronic.tex/1.10/Mon Dec  7 10:31:01 2009//

  • trunk/documents/UserDoc/UsersGuides/PhysicsReferenceManual/latex/hadronic/elastic/CVS/Entries

    r1208 r1211  
    1 /diffuselastic.tex/1.3/Tue Nov 27 03:29:28 2007//
    2 /elastic.tex/1.3/Sun Dec  5 02:01:59 2004//
    3 /pHeT301GeVsum.eps/1.1/Sun Nov 18 10:33:48 2007//
    4 /pHeT45GeVsum.eps/1.1/Sun Nov 18 10:33:48 2007//
    5 /pPbsum9p92GeVc.eps/1.1/Sun Nov 18 10:33:48 2007//
    6 /pPbsumT1GeV.eps/1.1/Sun Nov 18 10:33:48 2007//
    7 /pSisumT1GeV.eps/1.1/Sun Nov 18 10:33:48 2007//
    8 /pimPbsum9p92GeVc.eps/1.1/Sun Nov 18 10:33:48 2007//
    9 /pipCsum9p92GeVc.eps/1.1/Sun Nov 18 10:33:48 2007//
    10 /pipPbsum9p92GeVc.eps/1.1/Sun Nov 18 10:33:48 2007//
     1/diffuselastic.tex/1.3/Mon Dec  7 10:31:01 2009//
     2/elastic.tex/1.3/Mon Dec  7 10:31:01 2009//
     3/pHeT301GeVsum.eps/1.1/Mon Dec  7 10:31:01 2009//
     4/pHeT45GeVsum.eps/1.1/Mon Dec  7 10:31:01 2009//
     5/pPbsum9p92GeVc.eps/1.1/Mon Dec  7 10:31:01 2009//
     6/pPbsumT1GeV.eps/1.1/Mon Dec  7 10:31:01 2009//
     7/pSisumT1GeV.eps/1.1/Mon Dec  7 10:31:01 2009//
     8/pimPbsum9p92GeVc.eps/1.1/Mon Dec  7 10:31:01 2009//
     9/pipCsum9p92GeVc.eps/1.1/Mon Dec  7 10:31:01 2009//
     10/pipPbsum9p92GeVc.eps/1.1/Mon Dec  7 10:31:01 2009//
    1111D

  • trunk/documents/UserDoc/UsersGuides/PhysicsReferenceManual/latex/hadronic/he_elastic/CVS/Entries

    r1208 r1211  
    1 /elastic_he.tex/1.4/Sat Dec 11 19:02:14 2004//
    2 /p_016_1.eps/1.1/Thu Jun 17 10:15:44 2004//
    3 /p_B11_1.eps/1.1/Thu Jun 17 10:15:44 2004//
    4 /p_Be9_1.eps/1.1/Thu Jun 17 10:15:45 2004//
    5 /p_C12_1.eps/1.1/Thu Jun 17 10:15:45 2004//
    6 /p_Ca40_1.eps/1.1/Thu Jun 17 10:15:45 2004//
    7 /p_He4_1.eps/1.1/Thu Jun 17 10:15:45 2004//
    8 /p_He4_301.eps/1.1/Thu Jun 17 10:15:45 2004//
    9 /p_He4_45.eps/1.1/Thu Jun 17 10:15:45 2004//
    10 /p_Ni58_1.eps/1.1/Thu Jun 17 10:15:45 2004//
    11 /p_Pb208_1.eps/1.1/Thu Jun 17 10:15:45 2004//
    12 /p_Si28_1.eps/1.1/Thu Jun 17 10:15:45 2004//
    13 /p_Zr90_1.eps/1.1/Thu Jun 17 10:15:45 2004//
     1/elastic_he.tex/1.4/Mon Dec  7 10:31:00 2009//
     2/p_016_1.eps/1.1/Mon Dec  7 10:31:00 2009//
     3/p_B11_1.eps/1.1/Mon Dec  7 10:31:00 2009//
     4/p_Be9_1.eps/1.1/Mon Dec  7 10:31:00 2009//
     5/p_C12_1.eps/1.1/Mon Dec  7 10:31:00 2009//
     6/p_Ca40_1.eps/1.1/Mon Dec  7 10:31:00 2009//
     7/p_He4_1.eps/1.1/Mon Dec  7 10:31:00 2009//
     8/p_He4_301.eps/1.1/Mon Dec  7 10:31:00 2009//
     9/p_He4_45.eps/1.1/Mon Dec  7 10:31:00 2009//
     10/p_Ni58_1.eps/1.1/Mon Dec  7 10:31:00 2009//
     11/p_Pb208_1.eps/1.1/Mon Dec  7 10:31:00 2009//
     12/p_Si28_1.eps/1.1/Mon Dec  7 10:31:00 2009//
     13/p_Zr90_1.eps/1.1/Mon Dec  7 10:31:00 2009//
    1414D

  • trunk/documents/UserDoc/UsersGuides/PhysicsReferenceManual/latex/hadronic/lowEnergyNeutron/CVS/Entries

    r1208 r1211  
    1 /lowEnergyNeutron.tex/1.6/Thu Dec  8 22:37:01 2005//
    21D/neutrons////
     2/lowEnergyNeutron.tex/1.6/Mon Dec  7 10:31:01 2009//

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    r1208 r1211  
    11D/plots////
    2 /HPorLEP.tex/1.1/Thu Dec  8 19:18:22 2005//
    3 /bibliography.tex/1.2/Sat Dec 11 19:01:01 2004//
    4 /capture.tex/1.2/Thu Nov 14 19:30:13 2002//
    5 /cross_sections.tex/1.2/Thu Nov 29 18:41:42 2001//
    6 /design.tex/1.1/Sun Oct 11 09:11:38 1998//
    7 /elastic.tex/1.4/Thu Nov 14 19:29:57 2002//
    8 /fission.tex/1.4/Thu Nov 14 19:30:27 2002//
    9 /inelastic.tex/1.2/Sat Dec  5 12:40:25 1998//
    10 /introduction.tex/1.2/Thu Nov 29 18:41:42 2001//
    11 /summary.tex/1.1/Sun Oct 11 09:11:40 1998//
     2/HPorLEP.tex/1.1/Mon Dec  7 10:31:01 2009//
     3/bibliography.tex/1.2/Mon Dec  7 10:31:01 2009//
     4/capture.tex/1.2/Mon Dec  7 10:31:01 2009//
     5/cross_sections.tex/1.2/Mon Dec  7 10:31:01 2009//
     6/design.tex/1.1/Mon Dec  7 10:31:01 2009//
     7/elastic.tex/1.4/Mon Dec  7 10:31:01 2009//
     8/fission.tex/1.4/Mon Dec  7 10:31:01 2009//
     9/inelastic.tex/1.2/Mon Dec  7 10:31:01 2009//
     10/introduction.tex/1.2/Mon Dec  7 10:31:01 2009//
     11/summary.tex/1.1/Mon Dec  7 10:31:01 2009//

  • trunk/documents/UserDoc/UsersGuides/PhysicsReferenceManual/latex/hadronic/lowEnergyNeutron/neutrons/plots/CVS/Entries

    r1208 r1211  
    1 /cap92u238.energy.fine.epsi/1.1/Sun Oct 11 09:11:41 1998//
    2 /elastic.u238.14mev.costh.epsi/1.1/Sun Oct 11 09:11:42 1998//
    3 /fissionu238.tc.15mev.energy.epsi/1.1/Sun Oct 11 09:11:43 1998//
     1/cap92u238.energy.fine.epsi/1.1/Mon Dec  7 10:31:01 2009//
     2/elastic.u238.14mev.costh.epsi/1.1/Mon Dec  7 10:31:01 2009//
     3/fissionu238.tc.15mev.energy.epsi/1.1/Mon Dec  7 10:31:01 2009//
    44D

  • trunk/documents/UserDoc/UsersGuides/PhysicsReferenceManual/latex/hadronic/lpbias/CVS/Entries

    r1208 r1211  
    1 /mars5gev.tex/1.4/Sat Dec 11 18:59:49 2004//
     1/mars5gev.tex/1.4/Mon Dec  7 10:31:01 2009//
    22D

  • trunk/documents/UserDoc/UsersGuides/PhysicsReferenceManual/latex/hadronic/parametrization_driven/CVS/Entries

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    1 /parametrization_driven.tex/1.10/Mon Nov  8 18:13:37 2004//
     1/parametrization_driven.tex/1.10/Mon Dec  7 10:31:00 2009//
    22D

  • trunk/documents/UserDoc/UsersGuides/PhysicsReferenceManual/latex/hadronic/radioactive/CVS/Entries

    r1208 r1211  
    1 /radDecay.tex/1.3/Thu Dec  4 22:52:37 2003//
     1/radDecay.tex/1.3/Mon Dec  7 10:31:01 2009//
    22D

  • trunk/documents/UserDoc/UsersGuides/PhysicsReferenceManual/latex/hadronic/stopping/CVS/Entries

    r1208 r1211  
    1 /mg.tex/1.4/Thu Nov 29 18:42:20 2001//
    2 /piabs.tex/1.5/Sat Dec 11 18:57:37 2004//
    3 /stopping.tex/1.7/Sun Dec  5 01:58:37 2004//
     1/mg.tex/1.4/Mon Dec  7 10:31:01 2009//
     2/piabs.tex/1.5/Mon Dec  7 10:31:01 2009//
     3/stopping.tex/1.7/Mon Dec  7 10:31:01 2009//
    44D

  • trunk/documents/UserDoc/UsersGuides/PhysicsReferenceManual/latex/hadronic/theory_driven/AbrasionAblation/CVS/Entries

    r1208 r1211  
    1 /AbrasionAblation.tex/1.4/Mon Dec 18 10:28:26 2006//
    2 /abrasion.eps/1.1/Mon Jun 21 18:13:39 2004//
    3 /deflection.eps/1.2/Mon Dec 18 10:28:26 2006//
     1/AbrasionAblation.tex/1.4/Mon Dec  7 10:31:00 2009//
     2/abrasion.eps/1.1/Mon Dec  7 10:31:00 2009//
     3/deflection.eps/1.2/Mon Dec  7 10:31:00 2009//
    44D

  • trunk/documents/UserDoc/UsersGuides/PhysicsReferenceManual/latex/hadronic/theory_driven/BinaryCascade/CVS/Entries

    r1208 r1211  
    1 /BinaryCascade.tex/1.1/Thu Dec 12 11:00:56 2002//
    2 /angularDistributions.tex/1.1/Thu Dec 12 11:00:57 2002//
    3 /bibliography.tex/1.4/Sat Dec 11 06:57:18 2004//
    4 /comparisons.tex/1.1/Thu Dec 12 11:00:58 2002//
    5 /decay.tex/1.1/Thu Dec 12 11:00:59 2002//
    6 /dsde_256.eps/1.1/Thu Dec 12 11:01:00 2002//
    7 /dsdedt_256_7.5.eps/1.1/Thu Dec 12 11:01:01 2002//
    8 /dsdedt_al_113.eps/1.1/Thu Dec 12 11:01:02 2002//
    9 /dsdedt_al_256.eps/1.1/Thu Dec 12 11:01:02 2002//
    10 /dsdedt_al_600.eps/1.1/Thu Dec 12 11:01:03 2002//
    11 /dsdedt_al_800.eps/1.1/Thu Dec 12 11:01:04 2002//
    12 /dsdedt_fe_113.eps/1.1/Thu Dec 12 11:01:04 2002//
    13 /dsdedt_fe_256.eps/1.1/Thu Dec 12 11:01:05 2002//
    14 /dsdedt_fe_600.eps/1.1/Thu Dec 12 11:01:06 2002//
    15 /dsdedt_fe_800.eps/1.1/Thu Dec 12 11:01:07 2002//
    16 /dsdedt_pb_113.eps/1.1/Thu Dec 12 11:01:07 2002//
    17 /dsdedt_pb_256.eps/1.1/Thu Dec 12 11:01:08 2002//
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    3636D

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    1 /Cascade.tex/1.7/Wed Jun 22 17:41:16 2005//
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  • trunk/documents/UserDoc/UsersGuides/PhysicsReferenceManual/latex/hadronic/theory_driven/Evaporation/CVS/Entries

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    1 /EvaporationModel.tex/1.7/Sun Feb  9 03:51:12 2003//
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    9 /SimulationPhotonEvaporation.tex/1.14/Fri Dec 10 00:19:33 2004//
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  • trunk/documents/UserDoc/UsersGuides/PhysicsReferenceManual/latex/hadronic/theory_driven/Fission/CVS/Entries

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    1 /FissionCrossSection.tex/1.3/Wed Dec 16 18:03:52 1998//
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    4 /FissionModelReferences.tex/1.5/Tue Aug 14 18:09:45 2007//
    5 /FissionStatus.tex/1.1/Tue Aug 14 18:10:35 2007//
    6 /Introduction.tex/1.1/Tue Aug 14 18:08:17 2007//
    7 /LLNLFission.tex/1.1/Tue Aug 14 18:13:14 2007//
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     6/FissionStatus.tex/1.1/Mon Dec  7 10:31:00 2009//
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    1 /Cf252_nugdist.ps/1.1/Tue Aug 14 18:05:23 2007//
    2 /U235_6MeV_nudist.ps/1.1/Tue Aug 14 18:05:23 2007//
    3 /U235_gspectrum.ps/1.1/Tue Aug 14 18:05:23 2007//
    4 /U238_nugdist.ps/1.1/Tue Aug 14 18:05:23 2007//
    5 /Wattspectrum_U235_6MeV.pdf/1.1/Tue Aug 14 18:05:23 2007//
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     2/U235_6MeV_nudist.ps/1.1/Mon Dec  7 10:31:00 2009//
     3/U235_gspectrum.ps/1.1/Mon Dec  7 10:31:00 2009//
     4/U238_nugdist.ps/1.1/Mon Dec  7 10:31:00 2009//
     5/Wattspectrum_U235_6MeV.ps/1.1/Mon Dec  7 10:31:00 2009//
     6/Wattspectrum_U235_6MeV.pdf/1.1/Mon Dec  7 10:46:31 2009//
    77D

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    1 /GammaInteractionModel.tex/1.5/Thu Nov 29 18:58:55 2001//
    2 /GammaInteractionModelAlgorithm.tex/1.3/Wed Dec 16 18:04:29 1998//
    3 /GammaInteractionModelReferences.tex/1.1/Tue Nov  3 10:38:52 1998//
    4 /HighEnergyGammaInteraction.tex/1.3/Wed Dec 16 18:04:30 1998//
    5 /IntermediateEnergyGammaInteraction.tex/1.3/Wed Dec 16 18:04:31 1998//
    6 /ReactionInitialStateGIM.tex/1.3/Wed Dec 16 18:04:32 1998//
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     2/GammaInteractionModelAlgorithm.tex/1.3/Mon Dec  7 10:31:00 2009//
     3/GammaInteractionModelReferences.tex/1.1/Mon Dec  7 10:31:00 2009//
     4/HighEnergyGammaInteraction.tex/1.3/Mon Dec  7 10:31:00 2009//
     5/IntermediateEnergyGammaInteraction.tex/1.3/Mon Dec  7 10:31:00 2009//
     6/ReactionInitialStateGIM.tex/1.3/Mon Dec  7 10:31:00 2009//
    77D

  • trunk/documents/UserDoc/UsersGuides/PhysicsReferenceManual/latex/hadronic/theory_driven/Multifragmentation/CVS/Entries

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    1 /MultFragSim.tex/1.8/Thu Nov 14 20:06:28 2002//
    2 /MultifragmentationModel.tex/1.5/Thu Nov 29 18:58:55 2001//
    3 /MultifragmentationModelReferences.tex/1.4/Sat Dec 11 18:51:37 2004//
     1/MultFragSim.tex/1.8/Mon Dec  7 10:31:00 2009//
     2/MultifragmentationModel.tex/1.5/Mon Dec  7 10:31:00 2009//
     3/MultifragmentationModelReferences.tex/1.4/Mon Dec  7 10:31:00 2009//
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  • trunk/documents/UserDoc/UsersGuides/PhysicsReferenceManual/latex/hadronic/theory_driven/PartonString/CVS/Entries

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    1 /KinkyStringDecay.tex/1.3/Wed Dec 16 18:09:29 1998//
    2 /KinkyStringExcitation.tex/1.3/Wed Dec 16 18:09:30 1998//
    3 /LongitudinalStringDecay.tex/1.4/Mon Feb 22 18:17:25 1999//
    4 /LongitudinalStringExcitation.tex/1.7/Thu Dec  9 19:16:14 2004//
    5 /OneStringExcitation.tex/1.2/Sat Dec  5 11:22:45 1998//
    6 /PartonStringModel.tex/1.6/Thu Dec  8 22:36:17 2005//
    7 /PartonStringModelAlgorithm.tex/1.3/Wed Dec 16 18:09:33 1998//
    8 /PartonStringReferences.tex/1.3/Sat Dec 11 06:53:40 2004//
    9 /ReactionInitialStatePSM.tex/1.6/Tue Nov 15 01:38:05 2005//
    10 /SampleLongitudinalKinkyStrings.tex/1.3/Sat Dec  5 11:22:46 1998//
    11 /SampleParticipants.tex/1.6/Wed Mar 10 15:52:08 1999//
     1/KinkyStringDecay.tex/1.3/Mon Dec  7 10:31:00 2009//
     2/KinkyStringExcitation.tex/1.3/Mon Dec  7 10:31:00 2009//
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     10/SampleLongitudinalKinkyStrings.tex/1.3/Mon Dec  7 10:31:00 2009//
     11/SampleParticipants.tex/1.6/Mon Dec  7 10:31:00 2009//
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  • trunk/documents/UserDoc/UsersGuides/PhysicsReferenceManual/latex/hadronic/theory_driven/Precompound/CVS/Entries

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    3 /PrecompoundModelReferences.tex/1.5/Sat Dec 11 18:50:27 2004//
    4 /ReactionInitialStatePM.tex/1.4/Mon Feb 22 18:17:50 1999//
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  • trunk/documents/UserDoc/UsersGuides/PhysicsReferenceManual/latex/hadronic/theory_driven/StoppedAbsorption/CVS/Entries

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    2 /StoppedAbsorption.tex/1.4/Thu Nov 29 18:58:56 2001//
    3 /StoppedAbsorptionAlgorithm.tex/1.3/Wed Dec 16 18:11:02 1998//
    4 /StoppedAbsorptionReferences.tex/1.1/Tue Nov  3 10:40:05 1998//
    5 /StoppedAbsorptionSimulation.tex/1.3/Wed Dec 16 18:11:03 1998//
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     4/StoppedAbsorptionReferences.tex/1.1/Mon Dec  7 10:31:00 2009//
     5/StoppedAbsorptionSimulation.tex/1.3/Mon Dec  7 10:31:00 2009//
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  • trunk/documents/UserDoc/UsersGuides/PhysicsReferenceManual/latex/photolepton_hadron/CVS/Entries

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  • trunk/documents/UserDoc/UsersGuides/PhysicsReferenceManual/print/CVS/Entries

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    2 /MergeDocs.pl/1.1/Fri Nov 27 06:03:33 1998//
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     2/MergeDocs.pl/1.1/Mon Dec  7 10:33:37 2009//
    33D

  • trunk/documents/UserDoc/UsersGuides/SoftwareReferenceManual/html/CVS/Entries

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    22D/CodeConvention////
    33D/Introduction////
    4 /index.html/1.2/Tue Nov 26 19:50:04 2002//
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    1 /geometry.html/1.1/Tue Sep 29 13:47:28 1998//
    2 /global.html/1.1/Tue Sep 29 13:47:28 1998//
    3 /graphicalUserInterface.html/1.1/Tue Sep 29 13:47:29 1998//
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  • trunk/documents/UserDoc/UsersGuides/SoftwareReferenceManual/html/CodeConvention/CVS/Entries

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  • trunk/documents/UserDoc/UsersGuides/SoftwareReferenceManual/html/Introduction/CVS/Entries

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  • trunk/documents/UserDoc/Welcome/IntroductionToGeant4/html/CVS/Entries

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    4 /morefaq.html/1.6/Tue Jul  1 15:37:33 2003//
    51D/introductionToGeant4.src////
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  • trunk/documents/UserDoc/Welcome/IntroductionToGeant4/html/introductionToGeant4.src/CVS/Entries

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  • trunk/documents/UserDoc/Welcome/IntroductionToGeant4/print/CVS/Entries

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    11D/print////
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  • trunk/documents/UserDoc/Welcome/IntroductionToGeant4/print/print/CVS/Entries

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  • trunk/documents/UserDoc/resources/html/IconsGIF/CVS/Entries

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    11D/IconsGIF////
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     5/G4Logo.gif/1.1/Tue Sep 29 13:47:39 1998/-kb/
     6/G4LogoMedium.gif/1.1/Tue Sep 29 13:47:40 1998/-kb/
     7/G4LogoSmall.gif/1.1/Tue Sep 29 13:47:40 1998/-kb/
     8/Next.gif/1.1/Tue Sep 29 13:47:40 1998/-kb/
     9/NextGR.gif/1.1/Tue Sep 29 13:47:40 1998/-kb/
     10/Overview.gif/1.1/Tue Sep 29 13:47:41 1998/-kb/
     11/OverviewGR.gif/1.1/Tue Sep 29 13:47:41 1998/-kb/
     12/Previous.gif/1.1/Tue Sep 29 13:47:42 1998/-kb/
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     16/g4.gif/1.1/Wed Apr  6 14:00:57 2005//
     17/new.gif/1.1/Thu Aug  5 01:06:17 1999//
     18/update.gif/1.1/Thu Aug  5 01:06:37 1999//

  • trunk/documents/UserDoc/resources/html/IconsGIF/IconsGIF/CVS/Entries

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    1 /Construction.gif/1.1/Tue Sep 29 13:47:38 1998/-kb/
    2 /Contents.gif/1.1/Tue Sep 29 13:47:38 1998/-kb/
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    6 /G4LogoSmall.gif/1.1/Tue Sep 29 13:47:40 1998/-kb/
    7 /Next.gif/1.1/Tue Sep 29 13:47:40 1998/-kb/
    8 /NextGR.gif/1.1/Tue Sep 29 13:47:40 1998/-kb/
    9 /Overview.gif/1.1/Tue Sep 29 13:47:41 1998/-kb/
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    15 /g4.gif/1.1/Wed Apr  6 14:00:57 2005//
    16 /new.gif/1.1/Thu Aug  5 01:06:17 1999//
    17 /update.gif/1.1/Thu Aug  5 01:06:37 1999//
     1/Construction.gif/1.1/Mon Dec  7 10:35:14 2009/-kb/
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     4/G4Logo.gif/1.1/Mon Dec  7 10:35:14 2009/-kb/
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     6/G4LogoSmall.gif/1.1/Mon Dec  7 10:35:14 2009/-kb/
     7/Next.gif/1.1/Mon Dec  7 10:35:14 2009/-kb/
     8/NextGR.gif/1.1/Mon Dec  7 10:35:14 2009/-kb/
     9/Overview.gif/1.1/Mon Dec  7 10:35:14 2009/-kb/
     10/OverviewGR.gif/1.1/Mon Dec  7 10:35:14 2009/-kb/
     11/Previous.gif/1.1/Mon Dec  7 10:35:14 2009/-kb/
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     13/Up.gif/1.1/Mon Dec  7 10:35:14 2009/-kb/
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     15/g4.gif/1.1/Mon Dec  7 10:35:14 2009//
     16/new.gif/1.1/Mon Dec  7 10:35:14 2009//
     17/update.gif/1.1/Mon Dec  7 10:35:14 2009//
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