Software Deliverables and Support for GlueX. The CMU group has historically provided support for the GlueX Fast Monte Carlo, (HDFast). The group will continue to provide this support and assis- tance to groups wanting to run the code. The CMU group will work to develop and test tools for Partial Wave Analysis that will be generally applicable to understanding and GlueX data. Of particular interest to the CMU group is a systematically correct way of removing or handling baryon resonances in the GlueX data. A large portion of this work will be working with unpolarized photoproduction data from the JLab CLAS experiment. These efforts will involve the study of both the Baryon and the Meson systems with primary goal of developing better tools and techniques to analyze the two systems together.
Software Deliverables and Support for GlueX. The FIU group will carry out monte carlo studies for the detector response and develop the algorithms to determine track counts and track positions. We will also provide the necessary software for calibration and optimization of the detector.
Software Deliverables and Support for GlueX. Members of the FSU group have contributed to the development for the GlueX Fast Monte Carlo, (HDFast). The group will continue to provide maintenance, support, and continued development of the Fast Monte Carlo system. The FSU group will work to develop and test tools for Partial Wave Analysis that will be generally applicable to understanding and GlueX data. Of particular interest to the FSU group is a systematically correct way of removing or handling baryon resonances in the GlueX data. A large portion of this work will be working with unpolarized photoproduction data from the JLab CLAS experiment. These efforts will involve the study of both the Baryon and the Meson systems with primary goal of developing better tools and techniques to analyze the two systems together.
Software Deliverables and Support for GlueX. The IHEP group has been involved in Monte Carlo studies of TOF counters needed to optimize the detector design. The IHEP group continues to work on optimization of the TDC design. We will also provide the necessary software for calibration of the TOF counters and particle identification.
Software Deliverables and Support for GlueX. In support of the GlueX collaboration during the R&D phase, the UConn group will provide a web-based simulation service that enables users to run simulations on the UConn cluster and browse Monte Carlo results without having to learn how to build and run the simulation software. The site will also offer the possibility for users who want to run customized versions of the event generators or HDGEANT to upload their own code and run simulations on the cluster. A common database of simulations will be maintained there, and an interface provided for browsing and interactive analysis of simulation results. In addition, the following software developments will be delivered to the GlueX collaboration and supported by the UConn group, in the context of the Software Working Group.
Software Deliverables and Support for GlueX. The UofR group will provide support and will contribute to several aspects of software for GlueX. A communications and meta-queuing manager web-based portal, MC simulations of physics processes to understand the response of the detector and its connection to the PWA will be the main contributions of the UofR.
