VetoPerf Report

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V1: V1:SQB2_LC_Y_corr_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V2: V1:SQB2_LC_Y_err_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V3: V1:SQB2_LC_Y_err_ground_corrected_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V4: V1:SQB2_LC_Z_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V5: V1:SQB2_LC_Z_corr_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V6: V1:SQB2_LC_Z_err_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V7: V1:SQB2_LC_Z_err_ground_corrected_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V8: V1:SQB2_LC_elapsed_time_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V9: V1:SQB2_PSD1_H_norm_clean_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V10: V1:SQB2_PSD1_V_norm_clean_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V11: V1:SQB2_PSD2_H_norm_clean_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V12: V1:SQB2_PSD2_V_norm_clean_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V13: V1:SQB2_PSD3_H_norm_clean_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V14: V1:SQB2_PSD3_V_norm_clean_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V15: V1:SQB2_SBE_CfgChange_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V16: V1:SQB2_SBE_elapsed_time_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V17: V1:SQB2_Tpro_elapsed_time_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V18: V1:SQB2_Tpro_processed_packets_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V19: V1:SQZ_AA_DITHER_ENBL_1kHz_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V20: V1:SQZ_B1_4MHz_mag_1kHz_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V21: V1:SQZ_B1_PD1_4MHz_I_50kHz_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V22: V1:SQZ_CC_Corr10kHz_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V23: V1:SQZ_CC_Ctrl_CfgChange_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V24: V1:SQZ_CC_Ctrl_elapsed_time_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V25: V1:SQZ_CC_Err_post10kHz_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V26: V1:SQZ_CC_Err_pre10kHz_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V27: V1:SQZ_CC_Err_select_F1_50kHz_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V28: V1:SQZ_CC_PLL_4MHz_raw_dFreq_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V29: V1:SQZ_CC_PLL_4MHz_raw_phi_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V30: V1:SQZ_CC_PLL_8MHz_raw_dFreq_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V31: V1:SQZ_CC_PLL_8MHz_raw_mag_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V32: V1:SQZ_CC_PLL_8MHz_raw_phi_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V33: V1:SQZ_CC_dither_I_1kHz_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V34: V1:SQZ_CC_dither_Q_1kHz_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V35: V1:SQZ_CC_dither_corr_1kHz_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V36: V1:SQZ_CC_dither_err_1kHz_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V37: V1:SQZ_CC_noise_CfgChange_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V38: V1:SQZ_CC_noise_elapsed_time_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V39: V1:SQZ_CC_noise_sensing_rtpc10kHz_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V40: V1:SQZ_CC_selectFilter_50kHz_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V41: V1:SQZ_CTRL_CfgChange_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V42: V1:SQZ_CTRL_elapsed_time_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V43: V1:SQZ_DDS_Demod_CfgChange_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V44: V1:SQZ_DDS_Demod_elapsed_time_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V45: V1:SQZ_FC_PD_I_50kHz_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V46: V1:SQZ_FMODERR_CMD_1kHz_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V47: V1:SQZ_FMODERR_CORR_1kHz_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V48: V1:SQZ_FMODERR_ENBL_1kHz_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V49: V1:SQZ_FMODERR_ENBL_CORR_1kHz_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V50: V1:SQZ_FMODERR_INPUT_1kHz_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V51: V1:SQZ_FMODERR_POST_1kHz_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V52: V1:SQZ_FMODERR_PRE_1kHz_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V53: V1:SQZ_Fast_Shutter_IN_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V54: V1:SQZ_GR_EOM_5MHz_raw_dFreq_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V55: V1:SQZ_GR_EOM_5MHz_raw_mag_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V56: V1:SQZ_GR_EOM_5MHz_raw_phi_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V57: V1:SQZ_Homodyne_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V58: V1:SQZ_IR_EOL_8MHz_raw_dFreq_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V59: V1:SQZ_IR_EOL_8MHz_raw_mag_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V60: V1:SQZ_IR_EOL_8MHz_raw_phi_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V61: V1:SQZ_IR_EOM_11MHz_raw_dFreq_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V62: V1:SQZ_IR_EOM_11MHz_raw_mag_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V63: V1:SQZ_IR_EOM_11MHz_raw_phi_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V64: V1:SQZ_IR_TRANSM_1kHz_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V65: V1:SQZ_IR_TRANSM_demod_I_1kHz_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V66: V1:SQZ_IR_TRANSM_demod_Q_1kHz_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V67: V1:SQZ_LOPhase_Error_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V68: V1:SQZ_LOPhase_HV_Monitor_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V69: V1:SQZ_LOPhase_Lock_Ctrl_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V70: V1:SQZ_LOPhase_Lock_Status_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V71: V1:SQZ_MC1064_Error_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V72: V1:SQZ_MC1064_HV_Monitor_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V73: V1:SQZ_MC1064_Heater_Monitor_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V74: V1:SQZ_MC1064_Lock_Ctrl_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V75: V1:SQZ_MC1064_PD_DC_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V76: V1:SQZ_MIRROR1_MAG_X_1kHz_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V77: V1:SQZ_MIRROR1_MAG_Y_1kHz_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V78: V1:SQZ_MIRROR1_QD_X_1kHz_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V79: V1:SQZ_MIRROR1_QD_Y_1kHz_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V80: V1:SQZ_MIRROR1_X_cmd_1kHz_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V81: V1:SQZ_MIRROR1_X_err_1kHz_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V82: V1:SQZ_MIRROR1_Y_cmd_1kHz_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V83: V1:SQZ_MIRROR1_Y_err_1kHz_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V84: V1:SQZ_MIRROR2_MAG_X_1kHz_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V85: V1:SQZ_MIRROR2_MAG_Y_1kHz_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V86: V1:SQZ_MIRROR2_QD_X_1kHz_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V87: V1:SQZ_MIRROR2_QD_Y_1kHz_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V88: V1:SQZ_MIRROR2_X_cmd_1kHz_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V89: V1:SQZ_MIRROR2_X_err_1kHz_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V90: V1:SQZ_MIRROR2_Y_cmd_1kHz_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V91: V1:SQZ_MIRROR2_Y_err_1kHz_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V92: V1:SQZ_MachZ_HV_Monitor_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V93: V1:SQZ_MachZ_Lock_Ctrl_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V94: V1:SQZ_MachZ_Lock_Status_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V95: V1:SQZ_MachZ_PD_DC_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V96: V1:SQZ_NOISE_TEST_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V97: V1:SQZ_NOISE_cmd_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V98: V1:SQZ_OPA_AC_sw_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V99: V1:SQZ_OPA_DC_sw_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

VetoPerf version:	3.2.0: documentation gitlab repository
VetoPerf run by:	unknown
VetoPerf processing time:	3 h, 49 min, 31 s
Processing Date:	Thu Feb 13 13:39:30 2025 (UTC)
Requested start:	1420288240 → Tue Jan 7 12:30:22 2025 (UTC)
Requested stop:	1421478029 → Tue Jan 21 07:00:11 2025 (UTC)
Requested livetime:	821616 sec → 9.509 days
Requested segments:	vp.insegments.txt
Summary text file:	vp.summary.txt

Number of raw triggers:	61913943
Number of raw clusters:	133638
Number of active clusters:	122170 (SNR > 5.000) 3933 (SNR > 8.000) 2303 (SNR > 10.000) 1250 (SNR > 20.000)

Number of vetoes:	100
Dead time:	Integrated time when the veto is active. We note d the fraction of the total livetime (821616 s) when the veto is active.
Efficiency (ε):	This is the fraction of V1:Hrec_hoft_16384Hz triggers which are vetoed.
ε/d:	This factor is larger than 1 when the veto rejects more triggers than a random veto.

VetoPerf analysis over V1:Hrec_hoft_16384Hz

Summary

Triggers (V1:Hrec_hoft_16384Hz - OMICRON)

Vetoes

V0: V1:SQB2_LC_Y_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]