1. November 2013 Review Talks Morning Plenary Talk – CLAS12 Software Overview and Progress (20 + 10) Current Status with Emphasis on Past Year’s Progress: Timelines and Milestones Useability of the Software Software Project Management Summary and Response to Previous Review Afternoon Break-Out Sessions – Simulation, Event Visualization and Reconstruction (~ 30 + 15) Advances since last review: » Simulations » Event Reconstruction & Calibration » Event displays Timeline – Use of CLARA for CLAS Data Distribution (~ 15 + 5) CLAS12 data management Enhanced utilization Utilization of IT resources of collaborating Universities – Software Utilization (~ 15 + 5) Software tasks, users, projects Tools Physics Analysis

2. February 2015 Review Talks Morning Plenary Talk – CLAS12 Software Overview and Progress (30 mins) Current Status with Emphasis on Past Year’s Progress – Tools, event builder, … Timelines and Milestones – Plans for 2015/2016 Software Project Management – Release mechanism, manpower Summary and Response to Previous Review Afternoon Talks – Online/Offline Tools (30 mins) Common Tools: » I/O » Geometry » Plotting Release Path from raw data to publication – Workflow – Digitization status, acceptance correction, … – Reconstruction & analysis tools readiness – Software Utilization (~ 15 + 5) Reconstruction validation and beta-testing Calibration monitoring suite Getting ready for Physics Analysis

3. 1. overview of software to be used and status e.g. GEANT-4 for simulation,... 2. overview of databases used and how e.g. geometry, calibration,... 3. overview of computing requirements + spreadsheets showing all bottoms-up calculations and assumed running days for next 2-3 years level of detail: core-seconds per event for a specific (named) core, e.g. Haswell 2.7 GHz 4. overview of computing model showing flow of data from detector to Phys Rev Letter (simulation, calibration, reconstruction,...) including how physicists will work, what software tools / applications you plan to use