Tasks for February Test Run  
                               PRELIMINARY  
                            12 February 1997

                        5 days electrons at 2.4 GeV
                        6 days electrons + photons at 4.0 GeV

        Configuration for run:
                7 o'clock: DC (forward angles), TOF, FEC, CC
                1 o'clock: DC (forward to medium angles), TOF, FEC
                South clamshell: LAEC, readout only
                Solid targets (wires, C-12, CH2, for 
                              L = 2.10^34cm-2s-1 @ 100nA, )
                Tagger radiator ladder (and harp)
                Tagger electronics and cabling complete

                                                                        Shifts
                                                                        ______
        Day 1   Tune 2.4 GeV beam to Faraday cup                         1
                Beam steering:  optimize rates                           1
                Tune low current beam -- test stability                  0.5
                Scan beam halo using tagger harp, target scanner 
                    + beam counters                                      0.5

        Day 2   Accelerator test of Hall B running w/o witness beam      1
                Measure background rates from FC @ 100nA w/o target 
                Solid target in:
                Measure currents and rates vs. mini-torus                1 

        Day 3   Electron trigger:  (TOF.EC), (TOF.CC), (EC.CC): 
                Vary EC threshold for clean trigger                      0.5
                Check events with CLAS Event Display                     0.5
                Take data with EC o TOF, CC o TOF, EC o CC
                to measure efficiencies, prescale TOFs for uniform      
                rates?;  > 10^6 events/trigger                           2

        Day 4   CH-2 target, write data for off-line analysis:
                Several Level 1 triggers (see: RUN BOOK Info,            4 
                CALCOM-TR003), > 10^6 events/trigger type            
                
        Day 5   Torus off, mini-torus on:
                Minimum ionizing trigger in EC, TOF; 5.10^6 evts         1
                Torus off, mini-torus off, low luminosity (10^32)
                Straight tracks for testing DC positions; 
                > 10^6 events                                            1

        Day 6   Tagger magnet on, tune 4.0 GeV beam to dump              1
                Radiator in:
                Check DAQ from all tagger crates                         1
                Tagger HV and timing calibrations                        2

        Day 7   Continuation of tagger OR other contingencies            2

        Day 8   Tune 4 GeV beam to FC 
                Check beam steering               
                Tune and test low current beam stability 
                Beam halo scan                                           2

        Days 9-11
                Similar to Days 2-5                                      8
                Take data w/ random trigger at L=10^34cm-2s-1            1
                Contingencies                                            2




                                                                   
            Instrumentation and Goals for February Test Run:
            ===============================================
                             19 - Feb - 1997

        CLAS configuration:

            -> 1 sector completely instrumented/read out
                   -  drift chambers R1, R2, R3
                   -  Cherenkov counter
                   -  time-of-flight counters (forward region)
                   -  electromganetic calorimeters

            -> 2 additional sectors instrumented with 
                   -  time-of-flight detectors (forward region)
                   -  electromagnetic calorimeters

            -> 1 sector instrumented with large angle calorimeter

            -> detectors in "final" position

            -> solid targets, torus magnet, mini-torus


        Goals:

	1. Measure/optimize beam properties at two energies, 
           currents from few nA to 100nA


	2. Measure beam/target related background levels in all 
           detectors and optimize operational conditions 
           (target/current/mini torus) 


	3. Measure rates and event patterns (charged tracks, 
           electrons, neutral electromagnetic hits) in all 
           detector using various level 1 triggers 


	4. Measure/reconstruct drift chamber trajectories 
           in all 3 regions. 


	5. Collect sufficient amount of data for tuning 
           off-line calibration procedures
                     - electron detection efficiencies
                     - drift chamber efficiencies
                     - scintillator timing resolution
                     - calorimeter energy calibration
                     - drift chamber alignment
 

	6. Provide data to stimulate further reconstruction/
           analysis software developments


	7. Develop operational experience with a CLAS configuration 
           containing all major detector systems 


	8. Tune tagger detection system