MAG/PRP/M1 - FRSR data not collected during sunny conditions

During legs 03-07b of the MAGIC campaign there was a software bug that put the FRSR into 
standby during sunny conditions.  The FRSR went from low to high operation modes in a 
somewhat random manner. This was fixed 2012-12-07. 

When the FRSR was in High mode (sweeps) there was no observed degradation in the data. 
When in low mode, AOD cannot be computed.

• signal_narrowband_filter4_std
• sweeps_hemisp_broadband
• sweeps_hemisp_narrowband_filter6
• sweeps_hemisp_narrowband_filter5
• sweeps_hemisp_narrowband_filter4
• sweeps_hemisp_narrowband_filter3
• sweeps_hemisp_narrowband_filter2
• sweeps_hemisp_narrowband_filter1
• signal_narrowband_filter5_std
• signal_narrowband_filter3_std
• start_sweep_hemisp_narrowband_filter3
• start_sweep_hemisp_narrowband_filter4
• start_sweep_hemisp_narrowband_filter5
• start_sweep_hemisp_narrowband_filter6
• shadow_ratio_std
• signal_broadband_std
• start_sweep_hemisp_narrowband_filter1
• start_sweep_hemisp_narrowband_filter2
• signal_narrowband_filter6_std
• shadow_ratio_threshold
• signal_narrowband_filter2_std
• end_sweep_hemisp_narrowband_filter1
• end_sweep_hemisp_narrowband_filter5
• end_sweep_hemisp_narrowband_filter4
• end_sweep_hemisp_narrowband_filter3
• end_sweep_hemisp_narrowband_filter2
• signal_narrowband_filter1_std
• end_sweep_hemisp_narrowband_filter6
• signal_narrowband_filter2
• signal_narrowband_filter1
• signal_narrowband_filter4
• signal_narrowband_filter3
• signal_narrowband_filter6
• signal_broadband
• signal_narrowband_filter5
• start_sweep_hemisp_broadband
• shadow_ratio
• end_sweep_hemisp_broadband