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Warning, /JETSCAPE/jail/jetscape_init_with_preequilibrium.xml is written in an unsupported language. File is not indexed.

0001 <?xml version="1.0"?>
0002 <!-- Just for test purposes! -->
0003 <!-- More details and final format to be determined ... -->
0004 <jetscape>
0005 
0006   <debug> on </debug>
0007   <remark> off </remark>
0008   <vlevel> 0 </vlevel>
0009 
0010   <!--  If for example one wants to run JetScape purely via xml ... -->
0011    <Tasks>
0012      <task>Matter</task>
0013      <task>Hydro1</task>
0014    </Tasks>
0015 
0016    <!--  Random Settings. For now, just a global  seed. -->
0017    <!--  Note: It's each modules responsibility to adopt it -->
0018    <!--  Note: Most if not all modules should understand 0 to mean a random value -->
0019    <!--  Note: Both 0 and non-zero values require careful treatment in case of multi-threading -->
0020    <!--           An example implementation is (will be) in JetEnergyLossManager.cc -->
0021    <Random>
0022      <seed>1</seed>
0023    </Random>
0024 
0025    <!-- Inital State Module ... -->
0026    <IS>
0027      <!-- x range [-grid_max_x, grid_max_x] -->
0028      <!-- y range [-grid_max_y, grid_max_y]-->
0029      <!-- longitudinal range [-grid_max_z, grid_max_z]-->
0030      <!-- in units of [fm] -->
0031      <grid_max_x> 10 </grid_max_x>
0032      <grid_max_y> 10 </grid_max_y>
0033      <grid_max_z> 0 </grid_max_z>
0034      <grid_step_x> 0.2 </grid_step_x>
0035      <grid_step_y> 0.2 </grid_step_y>
0036      <grid_step_z> 0.2 </grid_step_z>
0037 
0038      <Trento use_module="pre_defined">
0039          <!-- pre-defined system: default collisions have auau200, pbpb2760, pbpb5020, more in the future -->
0040          <pre_defined collision_system="auau200" centrality_min="30" centrality_max="40" />
0041          <!-- user-defined system: to get one event in 0-100% centrality range -->
0042          <user_defined projectile="Au" target="Au" sqrts="200" cross_section="4.2" />
0043      </Trento>
0044    </IS>
0045 
0046    <!-- Hard Process/Pythia to be included -->
0047 
0048    <Hard>
0049 
0050      <!-- Parton Gun test with fixed pT and fixed IS pos = 0 ... -->
0051      <PGun>
0052        <name>PGun</name>
0053        <pT>100</pT>
0054      </PGun>
0055 
0056    </Hard>
0057 
0058 
0059    <!--Eloss Module ... -->
0060    <Eloss>
0061 
0062      <deltaT>0.1</deltaT>
0063      <maxT>5</maxT>
0064 
0065      <!-- Individual Eloss Modules run Eloss and Eloss Manager ... -->
0066      <!-- Just a test here (no physics implemented in Matter and Martini ... -->
0067      <Matter>
0068        <name>Matter</name>
0069        <param1> 2 </param1>
0070        <qhat> 1.0 </qhat>
0071      </Matter>
0072 
0073      <Martini>
0074        <name > Martini </name>
0075        <alpha_s> 0.3 </alpha_s>
0076        <pcut> 2.0 </pcut>
0077      </Martini>
0078 
0079      <AdSCFT>
0080        <name> AdSCFT </name>
0081        <kappa> 0.36 </kappa>
0082      </AdSCFT>
0083 
0084    </Eloss>
0085 
0086    <!--Preequilibrium Dynamics Module ... -->
0087    <Preequilibrium>
0088 
0089      <!-- starting long. proper time for Preequilibrium dynamics ... -->
0090      <tau0>0.1</tau0>
0091      <!-- switching long. proper time from Preequilibrium dynamics to Hydrodynamics (Landau Matching)... -->
0092      <taus>0.2</taus>
0093 
0094      <!-- Individual Preequilibrium Dynamics models  ... -->
0095      <freestream-milne>
0096        <name> freestream-milne </name>
0097        <someparameter> 0.0 </someparameter>
0098      </freestream-milne>
0099 
0100    </Preequilibrium>
0101 
0102    <!-- Hydro  Module ... -->
0103    <Hydro>
0104 
0105      <Hydro1>
0106        <name>Hydro1</name>
0107        <eta> 0.2 </eta>
0108      </Hydro1>
0109 
0110      <!-- Test Brick if bjorken_expansion_on="true", T(t) = T * (start_time[fm]/t)^{1/3} -->
0111      <Brick bjorken_expansion_on="false" start_time="0.6">
0112        <name>Brick</name>
0113        <T>0.3</T>
0114      </Brick>
0115 
0116      <!-- Test Gubser ... -->
0117      <Gubser>
0118      </Gubser>
0119 
0120      <!-- hydro from a file ... -->
0121      <hydro_from_file>
0122          <name> hydro from a file </name>
0123          <!-- read in file type ... -->
0124          <!-- hydro_type == 1 read in evo file from VISHNew... -->
0125          <!-- hydro_type == 2 read in evo file from MUSIC... -->
0126          <hydro_type>2</hydro_type>
0127          <!-- VISHNew hydro evolution filename (hdf5 format)... -->
0128          <VISH_file>test/test_hydro_files/VISH_evo.h5</VISH_file>
0129          <!-- flag whether read in viscous information -->
0130          <!-- (only works for VISHNew evo files)... -->
0131          <load_viscous_info>False</load_viscous_info>
0132          <!-- MUSIC hydro evolution filename (plain binary format)... -->
0133          <!-- the associated input file specifies the grid information -->
0134          <MUSIC_input_file>test/test_hydro_files/MUSIC_input</MUSIC_input_file>
0135          <MUSIC_file>test/test_hydro_files/MUSIC_evo.dat</MUSIC_file>
0136          <!-- transition temperature between QGP and Hadron Resonance Gas -->
0137          <T_c>0.154</T_c>
0138          <!-- read in hydro evo file every Ntau step -->
0139          <!-- (only works for MUSIC evo files)... -->
0140          <read_hydro_every_ntau>1</read_hydro_every_ntau>
0141      </hydro_from_file>
0142 
0143      <!-- MUSIC ... -->
0144      <MUSIC>
0145          <name>MUSIC</name>
0146          <MUSIC_input_file>music_input</MUSIC_input_file>
0147          <Perform_CooperFrye_Feezeout>1</Perform_CooperFrye_Feezeout>
0148      </MUSIC>
0149 
0150    </Hydro>
0151 
0152 </jetscape>