Warning, /JETSCAPE/config/jetscape_user_pbpb_grid.xml is written in an unsupported language. File is not indexed.
0001 <?xml version="1.0"?>
0002
0003 <jetscape>
0004
0005 <nEvents> 5 </nEvents>
0006 <setReuseHydro> true </setReuseHydro>
0007 <nReuseHydro> 10 </nReuseHydro>
0008
0009 <JetScapeWriterAscii> on </JetScapeWriterAscii>
0010 <outputFilename>test_out</outputFilename>
0011 <vlevel> 0 </vlevel>
0012 <nEvents_printout> 1 </nEvents_printout>
0013
0014 <Random>
0015 <seed>0</seed>
0016 </Random>
0017 <!-- Inital State Module -->
0018 <IS>
0019 <!-- initial_profile_path /wsu/home/groups/maj-shen/JETSCAPEDataFile/HydroProfiles/5020GeV_0-10 initial_profile_path -->
0020 <initial_profile_path>../examples/test_hydro_files</initial_profile_path>
0021 </IS>
0022
0023 <!-- Hard Process -->
0024 <Hard>
0025 <PythiaGun>
0026 <FSR_on>0</FSR_on>
0027 <pTHatMin>500</pTHatMin>
0028 <pTHatMax>550</pTHatMax>
0029 <eCM>5020</eCM>
0030 <!-- You can add any number of additional lines to initialize pythia here -->
0031 <!-- Note that if the tag exists it cannot be empty (tinyxml produces a segfault) -->
0032 <!-- EPS09 Avg Nuclear PDF for nucleon in Pb nucleus -->
0033 <LinesToRead>
0034 HardQCD:all = on
0035 PDF:useHardNPDFA=on
0036 PDF:useHardNPDFB=on
0037 PDF:nPDFSetA=1
0038 PDF:nPDFSetB=1
0039 PDF:nPDFBeamA = 100822080
0040 PDF:nPDFBeamB = 100822080
0041 </LinesToRead>
0042 </PythiaGun>
0043 </Hard>
0044
0045 <!--Preequilibrium Dynamics Module -->
0046 <Preequilibrium>
0047 <NullPreDynamics> </NullPreDynamics>
0048 </Preequilibrium>
0049
0050 <!-- Hydro Module -->
0051 <Hydro>
0052 <hydro_from_file>
0053 <name>Hydro from file </name>
0054 <read_in_multiple_hydro>1</read_in_multiple_hydro>
0055 <!-- hydro_files_folder /wsu/home/groups/maj-shen/JETSCAPEDataFile/HydroProfiles/5020GeV_0-10 hydro_files_folder -->
0056 <hydro_files_folder>../examples/test_hydro_files</hydro_files_folder>
0057 </hydro_from_file>
0058 </Hydro>
0059
0060 <!--Eloss Modules -->
0061 <Eloss>
0062
0063 <deltaT>0.1</deltaT>
0064 <formTime> -0.1</formTime>
0065 <maxT>150</maxT>
0066 <tStart> 0.6 </tStart> <!-- Start time of jet quenching, proper time, fm/c -->
0067 <mutex>ON</mutex>
0068
0069 <Matter>
0070 <name>Matter</name>
0071 <useHybridHad>0</useHybridHad>
0072 <matter_on> 1 </matter_on>
0073 <Q0> 2.0 </Q0>
0074 <T0> 0.16 </T0>
0075 <vir_factor> 0.25 </vir_factor>
0076 <in_vac> 0 </in_vac>
0077 <recoil_on> 1 </recoil_on>
0078 <broadening_on> 0 </broadening_on>
0079 <brick_med> 0 </brick_med> <!-- Set brick_med to 1 while using Brick Hydro module-->
0080 <brick_length> 5.0 </brick_length>
0081 <hydro_Tc> 0.16 </hydro_Tc>
0082 <!-- Pick a qhat formula -->
0083 <!-- Type=0 : HTL Formula with both alpha_s fixed -->
0084 <!-- Type=1 : HTL Formula with one running alpha_s and one fixed alpha_s -->
0085 <!-- Type=2 : Constant q-hat; qhat=qhat0 -->
0086 <!-- Type=3 : qhat=qhat0*T^3 -->
0087 <!-- Type=4 : qhat=qhat0*s; s=entropy density -->
0088 <!-- Type=5 : HTL q-hat with Virtuality dependent function 1/(1+A*pow(ln(Q2),2) + B*pow(ln(Q2),4)) -->
0089 <!-- Type=6 : HTL q-hat with Virtuality dependent function int e^{-Cx}/(1+A*pow(ln(Q2),1) + B*pow(ln(Q2),2)) -->
0090 <!-- Type=7 : HTL q-hat with Virtuality dependent function int x^{C}(1-x)^{D}/(1+A*pow(ln(Q2),1) + B*pow(ln(Q2),2))-->
0091 <QhatParametrizationType> 5 </QhatParametrizationType>
0092 <qhat0> -2.0 </qhat0> <!-- If Type=0, 1, 5,6,7 set qhat0 as negative since alphas will be used-->
0093 <alphas> 0.3 </alphas>
0094 <qhatA> 10.0 </qhatA> <!-- Always positive, Used only if QhatParametrizationType=5,6,7 -->
0095 <qhatB> 100.0 </qhatB> <!-- Always positive, Used only if QhatParametrizationType=5,6,7 -->
0096 <qhatC> 0.2 </qhatC> <!-- (0,100) for Type=6, and (-10,100) for Type=7, Used only if QhatParametrizationType=6,7 -->
0097 <qhatD> 5.0 </qhatD> <!-- (-10,100), Used only if QhatParametrizationType=7 -->
0098 </Matter>
0099
0100 <Lbt>
0101 <name> Lbt </name>
0102 <Q0> 2.0 </Q0>
0103 <in_vac> 0 </in_vac>
0104 <only_leading> 0 </only_leading>
0105 <hydro_Tc> 0.16 </hydro_Tc>
0106 <alphas> 0.3 </alphas>
0107 <run_alphas>1</run_alphas> <!-- 0 for fixed alpha_s and 1 for running alpha_s -->
0108 </Lbt>
0109 </Eloss>
0110
0111 <!-- Jet Hadronization Module -->
0112 <JetHadronization>
0113 <name>colorless</name>
0114 <take_recoil>1</take_recoil>
0115 <eCMforHadronization>2510</eCMforHadronization>
0116 <LinesToRead>
0117 111:mayDecay = off
0118 </LinesToRead>
0119 </JetHadronization>
0120
0121 </jetscape>