Releases: JETSCAPE/X-SCAPE
X-SCAPE 1.1.4
X-SCAPE is the second project of the JETSCAPE collaboration, and represents a major upgrade of the JETSCAPE framework. X-SCAPE, similar to JETSCAPE, is a modular task based framework. Unlike JETSCAPE, it is not limited to A-A or p-p collisions from top RHIC to LHC energies.
Additional details about new X-SCAPE modules are provided here.
Installation instructions are provided here.
X-SCAPE 1.1.4 brings the features from the JETSCAPE 3.6.5 release to X-SCAPE.
X-SCAPE 1.1.3
X-SCAPE is the second project of the JETSCAPE collaboration, and represents a major upgrade of the JETSCAPE framework. X-SCAPE, similar to JETSCAPE, is a modular task based framework. Unlike JETSCAPE, it is not limited to A-A or p-p collisions from top RHIC to LHC energies.
Additional details about new X-SCAPE modules are provided here.
Installation instructions are provided here.
X-SCAPE 1.1.3 brings the features from the JETSCAPE 3.6.4 release to X-SCAPE.
- fixes music wrapper bug. (#22)
- fixes vir_factor in PythiaGun. (#23)
- implements Qn Vector Writer Class. (#24)
- uses the SMASH PDG code class to identify charged particles instead of an external charged table. (#27)
- adds iSS parameters to JETSCAPE XML file and updates the framework wrapper so that important parameters can be passed via XML to iSS. (#25)
- adds new parameters to liquefier. (#26)
- implements new XML file structure for tunes. (#28)
- adds extra dummy iteration when reading event headers. (#31)
X-SCAPE 1.1.2
X-SCAPE is the second project of the JETSCAPE collaboration, and represents a major upgrade of the JETSCAPE framework. X-SCAPE, similar to JETSCAPE, is a modular task based framework. Unlike JETSCAPE, it is not limited to A-A or p-p collisions from top RHIC to LHC energies.
Additional details about new X-SCAPE modules are provided here.
Installation instructions are provided here.
X-SCAPE 1.1.2 brings the features from the JETSCAPE 3.6.2 release to X-SCAPE.
X-SCAPE 1.1.1
X-SCAPE is the second project of the JETSCAPE collaboration, and represents a major upgrade of the JETSCAPE framework. X-SCAPE, similar to JETSCAPE, is a modular task based framework. Unlike JETSCAPE, it is not limited to A-A or p-p collisions from top RHIC to LHC energies.
Additional details about new X-SCAPE modules are provided here.
Installation instructions are provided here.
X-SCAPE 1.1.1 brings the features from the JETSCAPE 3.6.1 release to X-SCAPE.
- implements modifications so that X-SCAPE 1.1.1 can reproduce SIMS results. (5dc4ffe)
- sets the CheckOrForceHadron warning to a higher verbosity level. (92d7c0e)
- applies minor parameter fixes (5ffb633, #9, JETSCAPE Issue 173)
- updates external repo get scripts to use set commit hashes (7977eea)
- modifies TRENTo's CMakeLists file so that X-SCAPE can build in Debug mode. (5e8d1de)
- modifies how the Debug flag is set in the XML files. (82ab69c, JETSCAPE Issue 170)
- removes unused include for omp. (f1ea687)
- updates Matter to use the framework generated random seed. (#10, JETSCAPE Issue 129)
- includes FourVector updates from JETSCAPE-COMP. (#11)
- fixes pT-broadening bug (#12, JETSCAPE Issue 128)
- updates the code base to read in hydro evolution from IPGlasma. (#13)
X-SCAPE 1.1
X-SCAPE is the second project of the JETSCAPE collaboration, and represents a major upgrade of the JETSCAPE framework. X-SCAPE, similar to JETSCAPE, is a modular task based framework. Unlike JETSCAPE, it is not limited to A-A or p-p collisions from top RHIC to LHC energies.
Additional details about new X-SCAPE modules are provided here.
Installation instructions are provided here.
X-SCAPE 1.1 brings the features from the JETSCAPE 3.6 release to X-SCAPE.
Selected Commits
- introduces a consistent definition of hbarC and its inverse. In the pythia initial state modules, the pseudorapidity is used consistently. (d46f3d3)
- implements Fragmentation hadrons in the afterburner (in combination with hybrid hadronization, which gives position information) + new SMASH 3.0 (003dd24, 6ec2109)
- implements a new version of hybrid hadronization with the following:
- Improved handling of junctions + dijunctions. (003dd24, 6ec2109)
- Partons and hadrons are put to the mass shell. (003dd24, 6ec2109)
- Hadronizes positive and negative partons separately and used thermal partons from the positive hadronization are added to the negative partons + scaling of negative hadron energy -> energy conservation per event. (003dd24, 6ec2109)
- Better determination of hadron positions along strings and junction legs. (003dd24, 6ec2109)
- Complete handling of medium systems (thermal parton sampling in brick, 2+1D, 3+1D case). (003dd24, 6ec2109)
- e+e- gun: includes per default pythia processes for higher energies, sampling of virtualities before partons are given to Matter for momentum conservation. (003dd24, 6ec2109)
- uses a specialized MUSIC version for JETSCAPE (more than 2x boost in speed). (01ea3eb)
- adds a user xml to run Trento + MUSIC + iSS. (01ea3eb)
- updates parameter names in the MUSIC wrapper. (01ea3eb)
- passes parameter to MUSIC and iSS modules to control the amount of screen output. (7331f6f)
- changes the warning in fluid evolution history to verbose(4). (5856e2c)
- fixes the bug in the Matter logic and closes JETSCAPE/JETSCAPE#157. It introduces the vir_factor in the case of a negative parameter such that the parameter allows for a user handling of the maximum virtuality in this case. (420cb25)
- fixes the sigmaGen and sigmaErr reader and closes JETSCAPE/JETSCAPE#155. (420cb25)
- uses C++17 to compile the code and the outdated flag is removed from all config files. (420cb25)
- PythiaGun xml parameters are moved to the init function and a new parameter is introduced to handle the low momentum cutoff in the initial state. (420cb25)
X-SCAPE 1.0
X-SCAPE is the second project of the JETSCAPE collaboration, and represents a major upgrade of the JETSCAPE framework. X-SCAPE, similar to JETSCAPE, is a modular task based framework. Unlike JETSCAPE, it is not limited to A-A or p-p collisions from top RHIC to LHC energies.
Additional details about new X-SCAPE modules are provided here.
Installation instructions are provided here.
Selected Commits
- This implements the possibility to set a parameter in the xml file to write only the final state hadrons from the afterburner (now hadron status 27) or the hadrons before the afterburner evolution. This allows for a comparison of the afterburner effects.
Additionally the Kaon-L and Kaon-S states from pythia (HybridHadronization) are converted to K0 and Anti-K0 hadrons, which are known states in the afterburner. (ea22f79) - Recursive refactoring of Exec, Init, Clear, and Finish functions. (f48d661)
- Synchronizing proton duplication change from JETSCAPE-3.5.3. (febff21)
- Synchronizes remaining changes from JETSCAPE-3.5.2 to include in X-SCAPE. These changes include fixing the unit for liquefier source deposited to MUSIC, fixing a typo in Martini interpolation, and providing ROOT HepMc Writer xml integration. (568be55)
- Includes the latest version of 3D Glauber and ISR together with a PythiaIsrMusic which will run MUSIC together and the ISR in one example file. (4c81992)
- Instead of checking for light quarks in set_t and t, light quart masses is set to 0 in the constructor. (1bf1250)
- Bug fixes and documentation enhancements. (759c176, f650a0e)
X-SCAPE v0.9.1
The X-ion collisions with a Statistically and Computationally Advanced Program Envelope (X-SCAPE) is the enhanced (and 2nd) project of the JETSCAPE collaboration which extends the framework to include small systems created in p-A and p-p collisions, lower energy heavy-ion collisions and electron-Ion collisions. The new framework allows for novel functionality such as the ability of the main simulation clock to go backwards and forwards, to deal systematically with initial state and final state evolution. It allows for multiple bulk event generators to run concurrently while exchanging information via a new Bulk Dynamics Manager. The X-SCAPE framework can be run using the new functionality or in JETSCAPE mode allowing for full backwards compatibility. New modules can also run in a hybrid fashion, choosing to use or not use the new clock functionality. More documentation of the new X-SCAPE framework capabilities will be provided in the near future. For now, test examples showcasing the new X-SCAPE framework functionalities can be found in the ./examples/custom_examples/ directory (for example in PythiaBDMTes.cc and PythiaBrickTest.cc).