VetoPerf analysis over V1:Hrec_hoft_16384Hz

Summary

Triggers (V1:Hrec_hoft_16384Hz - OMICRON)

Vetoes

V1:Hrec_hoft_16384Hz: 122170 clusters V0 → V1:ASC_B2_QD2_Sum_0, vetoed clusters: 182 (0.149 %) V1 → V1:ASC_B4_QD1_Sum_0, vetoed clusters: 78 (0.064 %) V2 → V1:ASC_B2_QD2_6MHz_V_I_0, vetoed clusters: 67 (0.055 %) V3 → V1:ASC_B4_QD2_Sum_0, vetoed clusters: 64 (0.052 %) V4 → V1:ASC_B2_QD2_V_0, vetoed clusters: 60 (0.049 %) V5 → V1:ASC_BS_B4_6MHz_TX_HF_0, vetoed clusters: 54 (0.044 %) V6 → V1:ASC_B4_QD2_6MHz_H_I_0, vetoed clusters: 50 (0.041 %) V7 → V1:ASC_B4_QD2_56MHz_V_Q_0, vetoed clusters: 48 (0.039 %) V8 → V1:ASC_B7_QD2_Sum_0, vetoed clusters: 47 (0.038 %) V9 → V1:ASC_B5_QD2_Sum_0, vetoed clusters: 47 (0.038 %)

V0: V1:ASC_B2_QD2_Sum_0 (ε = 0.149%, ε/d = 759.390) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 321 Veto dead-time: 149.741 s (0.018 %) Number of vetoed clusters: 182 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 182/122170 (0.149%) 179/3933 (4.551%) 179/2303 (7.772%) 173/1250 (13.840%) Number of used veto segments: 182 (56.698%) 179 (55.763%) 179 (55.763%) 173 (53.894%) Plots: → SNR distribution before and after veto → Time-frequency trigger distribution: before/after veto → SNR-time trigger distribution: before/after veto → SNR-frequency trigger distribution: before/after veto

V1: V1:ASC_B4_QD1_Sum_0 (ε = 0.064%, ε/d = 529.403) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 164 Veto dead-time: 86.910 s (0.011 %) Number of vetoed clusters: 78 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 78/122170 (0.064%) 71/3933 (1.805%) 71/2303 (3.083%) 70/1250 (5.600%) Number of used veto segments: 78 (47.561%) 71 (43.293%) 71 (43.293%) 70 (42.683%) Plots: → SNR distribution before and after veto → Time-frequency trigger distribution: before/after veto → SNR-time trigger distribution: before/after veto → SNR-frequency trigger distribution: before/after veto

V2: V1:ASC_B2_QD2_6MHz_V_I_0 (ε = 0.055%, ε/d = 596.202) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 141 Veto dead-time: 66.148 s (0.008 %) Number of vetoed clusters: 67 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 67/122170 (0.055%) 60/3933 (1.526%) 60/2303 (2.605%) 60/1250 (4.800%) Number of used veto segments: 66 (46.809%) 60 (42.553%) 60 (42.553%) 60 (42.553%) Plots: → SNR distribution before and after veto → Time-frequency trigger distribution: before/after veto → SNR-time trigger distribution: before/after veto → SNR-frequency trigger distribution: before/after veto

V3: V1:ASC_B4_QD2_Sum_0 (ε = 0.052%, ε/d = 424.218) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 115 Veto dead-time: 91.416 s (0.011 %) Number of vetoed clusters: 64 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 64/122170 (0.052%) 59/3933 (1.500%) 59/2303 (2.562%) 59/1250 (4.720%) Number of used veto segments: 62 (53.913%) 59 (51.304%) 59 (51.304%) 59 (51.304%) Plots: → SNR distribution before and after veto → Time-frequency trigger distribution: before/after veto → SNR-time trigger distribution: before/after veto → SNR-frequency trigger distribution: before/after veto

V4: V1:ASC_B2_QD2_V_0 (ε = 0.049%, ε/d = 746.304) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 132 Veto dead-time: 50.202 s (0.006 %) Number of vetoed clusters: 60 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 60/122170 (0.049%) 57/3933 (1.449%) 57/2303 (2.475%) 57/1250 (4.560%) Number of used veto segments: 60 (45.455%) 57 (43.182%) 57 (43.182%) 57 (43.182%) Plots: → SNR distribution before and after veto → Time-frequency trigger distribution: before/after veto → SNR-time trigger distribution: before/after veto → SNR-frequency trigger distribution: before/after veto

V5: V1:ASC_BS_B4_6MHz_TX_HF_0 (ε = 0.044%, ε/d = 579.079) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 103 Veto dead-time: 59.023 s (0.007 %) Number of vetoed clusters: 54 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 54/122170 (0.044%) 52/3933 (1.322%) 52/2303 (2.258%) 52/1250 (4.160%) Number of used veto segments: 54 (52.427%) 52 (50.485%) 52 (50.485%) 52 (50.485%) Plots: → SNR distribution before and after veto → Time-frequency trigger distribution: before/after veto → SNR-time trigger distribution: before/after veto → SNR-frequency trigger distribution: before/after veto

V6: V1:ASC_B4_QD2_6MHz_H_I_0 (ε = 0.041%, ε/d = 431.250) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 107 Veto dead-time: 64.015 s (0.008 %) Number of vetoed clusters: 50 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 50/122170 (0.041%) 43/3933 (1.093%) 43/2303 (1.867%) 42/1250 (3.360%) Number of used veto segments: 48 (44.860%) 43 (40.187%) 43 (40.187%) 42 (39.252%) Plots: → SNR distribution before and after veto → Time-frequency trigger distribution: before/after veto → SNR-time trigger distribution: before/after veto → SNR-frequency trigger distribution: before/after veto

V7: V1:ASC_B4_QD2_56MHz_V_Q_0 (ε = 0.039%, ε/d = 454.153) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 89 Veto dead-time: 50.655 s (0.006 %) Number of vetoed clusters: 48 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 48/122170 (0.039%) 35/3933 (0.890%) 35/2303 (1.520%) 35/1250 (2.800%) Number of used veto segments: 46 (51.685%) 35 (39.326%) 35 (39.326%) 35 (39.326%) Plots: → SNR distribution before and after veto → Time-frequency trigger distribution: before/after veto → SNR-time trigger distribution: before/after veto → SNR-frequency trigger distribution: before/after veto

V8: V1:ASC_B7_QD2_Sum_0 (ε = 0.038%, ε/d = 107.359) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 67 Veto dead-time: 66.461 s (0.008 %) Number of vetoed clusters: 47 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 47/122170 (0.038%) 23/3933 (0.585%) 20/2303 (0.868%) 9/1250 (0.720%) Number of used veto segments: 41 (61.194%) 23 (34.328%) 20 (29.851%) 9 (13.433%) Plots: → SNR distribution before and after veto → Time-frequency trigger distribution: before/after veto → SNR-time trigger distribution: before/after veto → SNR-frequency trigger distribution: before/after veto

V9: V1:ASC_B5_QD2_Sum_0 (ε = 0.038%, ε/d = 809.258) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 98 Veto dead-time: 34.925 s (0.004 %) Number of vetoed clusters: 47 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 47/122170 (0.038%) 43/3933 (1.093%) 43/2303 (1.867%) 43/1250 (3.440%) Number of used veto segments: 47 (47.959%) 43 (43.878%) 43 (43.878%) 43 (43.878%) Plots: → SNR distribution before and after veto → Time-frequency trigger distribution: before/after veto → SNR-time trigger distribution: before/after veto → SNR-frequency trigger distribution: before/after veto

V10: V1:ASC_B5_QD1_Sum_0 (ε = 0.038%, ε/d = 787.068) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 84 Veto dead-time: 34.240 s (0.004 %) Number of vetoed clusters: 46 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 46/122170 (0.038%) 41/3933 (1.042%) 41/2303 (1.780%) 41/1250 (3.280%) Number of used veto segments: 45 (53.571%) 41 (48.810%) 41 (48.810%) 41 (48.810%) Plots: → SNR distribution before and after veto → Time-frequency trigger distribution: before/after veto → SNR-time trigger distribution: before/after veto → SNR-frequency trigger distribution: before/after veto

V11: V1:ASC_B4_QD1_56MHz_V_I_0 (ε = 0.038%, ε/d = 365.046) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 82 Veto dead-time: 68.422 s (0.008 %) Number of vetoed clusters: 46 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 46/122170 (0.038%) 39/3933 (0.992%) 38/2303 (1.650%) 38/1250 (3.040%) Number of used veto segments: 46 (56.098%) 39 (47.561%) 38 (46.341%) 38 (46.341%) Plots: → SNR distribution before and after veto → Time-frequency trigger distribution: before/after veto → SNR-time trigger distribution: before/after veto → SNR-frequency trigger distribution: before/after veto

V12: V1:ASC_BS_B4_6MHz_TY_HF_0 (ε = 0.037%, ε/d = 441.863) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 82 Veto dead-time: 53.552 s (0.007 %) Number of vetoed clusters: 45 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 45/122170 (0.037%) 37/3933 (0.941%) 36/2303 (1.563%) 36/1250 (2.880%) Number of used veto segments: 44 (53.659%) 37 (45.122%) 36 (43.902%) 36 (43.902%) Plots: → SNR distribution before and after veto → Time-frequency trigger distribution: before/after veto → SNR-time trigger distribution: before/after veto → SNR-frequency trigger distribution: before/after veto

V13: V1:ASC_B4_QD1_6MHz_V_I_0 (ε = 0.035%, ε/d = 585.612) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 87 Veto dead-time: 46.019 s (0.006 %) Number of vetoed clusters: 43 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 43/122170 (0.035%) 41/3933 (1.042%) 41/2303 (1.780%) 41/1250 (3.280%) Number of used veto segments: 43 (49.425%) 41 (47.126%) 41 (47.126%) 41 (47.126%) Plots: → SNR distribution before and after veto → Time-frequency trigger distribution: before/after veto → SNR-time trigger distribution: before/after veto → SNR-frequency trigger distribution: before/after veto

V14: V1:ASC_B4_QD2_56MHz_H_I_0 (ε = 0.035%, ε/d = 756.691) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 93 Veto dead-time: 36.483 s (0.004 %) Number of vetoed clusters: 43 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 43/122170 (0.035%) 42/3933 (1.068%) 42/2303 (1.824%) 42/1250 (3.360%) Number of used veto segments: 43 (46.237%) 42 (45.161%) 42 (45.161%) 42 (45.161%) Plots: → SNR distribution before and after veto → Time-frequency trigger distribution: before/after veto → SNR-time trigger distribution: before/after veto → SNR-frequency trigger distribution: before/after veto

V15: V1:ASC_B4_QD1_56MHz_H_Q_0 (ε = 0.034%, ε/d = 774.461) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 88 Veto dead-time: 32.251 s (0.004 %) Number of vetoed clusters: 42 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 42/122170 (0.034%) 39/3933 (0.992%) 39/2303 (1.693%) 38/1250 (3.040%) Number of used veto segments: 42 (47.727%) 39 (44.318%) 39 (44.318%) 38 (43.182%) Plots: → SNR distribution before and after veto → Time-frequency trigger distribution: before/after veto → SNR-time trigger distribution: before/after veto → SNR-frequency trigger distribution: before/after veto

V16: V1:ASC_BS_B1p_TY_HF_0 (ε = 0.032%, ε/d = 1071.551) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 70 Veto dead-time: 19.629 s (0.002 %) Number of vetoed clusters: 39 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 39/122170 (0.032%) 32/3933 (0.814%) 32/2303 (1.389%) 32/1250 (2.560%) Number of used veto segments: 38 (54.286%) 32 (45.714%) 32 (45.714%) 32 (45.714%) Plots: → SNR distribution before and after veto → Time-frequency trigger distribution: before/after veto → SNR-time trigger distribution: before/after veto → SNR-frequency trigger distribution: before/after veto

V17: V1:ASC_B5_QD2_56MHz_V_I_0 (ε = 0.032%, ε/d = 562.844) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 77 Veto dead-time: 42.041 s (0.005 %) Number of vetoed clusters: 39 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 39/122170 (0.032%) 36/3933 (0.915%) 36/2303 (1.563%) 36/1250 (2.880%) Number of used veto segments: 39 (50.649%) 36 (46.753%) 36 (46.753%) 36 (46.753%) Plots: → SNR distribution before and after veto → Time-frequency trigger distribution: before/after veto → SNR-time trigger distribution: before/after veto → SNR-frequency trigger distribution: before/after veto

V18: V1:ASC_B4_QD2_6MHz_V_Q_0 (ε = 0.031%, ε/d = 557.522) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 81 Veto dead-time: 37.727 s (0.005 %) Number of vetoed clusters: 38 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 38/122170 (0.031%) 35/3933 (0.890%) 34/2303 (1.476%) 32/1250 (2.560%) Number of used veto segments: 37 (45.679%) 35 (43.210%) 34 (41.975%) 32 (39.506%) Plots: → SNR distribution before and after veto → Time-frequency trigger distribution: before/after veto → SNR-time trigger distribution: before/after veto → SNR-frequency trigger distribution: before/after veto

V19: V1:ASC_B2_QD2_H_0 (ε = 0.030%, ε/d = 364.125) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 67 Veto dead-time: 55.959 s (0.007 %) Number of vetoed clusters: 37 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 37/122170 (0.030%) 31/3933 (0.788%) 31/2303 (1.346%) 31/1250 (2.480%) Number of used veto segments: 36 (53.731%) 31 (46.269%) 31 (46.269%) 31 (46.269%) Plots: → SNR distribution before and after veto → Time-frequency trigger distribution: before/after veto → SNR-time trigger distribution: before/after veto → SNR-frequency trigger distribution: before/after veto

V20: V1:ASC_B7_QD1_Sum_0 (ε = 0.029%, ε/d = 160.436) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 46 Veto dead-time: 42.250 s (0.005 %) Number of vetoed clusters: 36 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 36/122170 (0.029%) 22/3933 (0.559%) 19/2303 (0.825%) 10/1250 (0.800%) Number of used veto segments: 31 (67.391%) 22 (47.826%) 19 (41.304%) 10 (21.739%) Plots: → SNR distribution before and after veto → Time-frequency trigger distribution: before/after veto → SNR-time trigger distribution: before/after veto → SNR-frequency trigger distribution: before/after veto

V21: V1:ASC_B4_QD2_H_0 (ε = 0.029%, ε/d = 424.294) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 75 Veto dead-time: 48.023 s (0.006 %) Number of vetoed clusters: 36 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 36/122170 (0.029%) 31/3933 (0.788%) 31/2303 (1.346%) 31/1250 (2.480%) Number of used veto segments: 36 (48.000%) 31 (41.333%) 31 (41.333%) 31 (41.333%) Plots: → SNR distribution before and after veto → Time-frequency trigger distribution: before/after veto → SNR-time trigger distribution: before/after veto → SNR-frequency trigger distribution: before/after veto

V22: V1:ASC_B4_QD1_6MHz_H_I_0 (ε = 0.029%, ε/d = 417.591) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 57 Veto dead-time: 44.072 s (0.005 %) Number of vetoed clusters: 35 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 35/122170 (0.029%) 28/3933 (0.712%) 28/2303 (1.216%) 28/1250 (2.240%) Number of used veto segments: 34 (59.649%) 28 (49.123%) 28 (49.123%) 28 (49.123%) Plots: → SNR distribution before and after veto → Time-frequency trigger distribution: before/after veto → SNR-time trigger distribution: before/after veto → SNR-frequency trigger distribution: before/after veto

V23: V1:ASC_B5_QD1_56MHz_V_I_0 (ε = 0.029%, ε/d = 1160.461) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 68 Veto dead-time: 15.859 s (0.002 %) Number of vetoed clusters: 35 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 35/122170 (0.029%) 28/3933 (0.712%) 28/2303 (1.216%) 28/1250 (2.240%) Number of used veto segments: 34 (50.000%) 28 (41.176%) 28 (41.176%) 28 (41.176%) Plots: → SNR distribution before and after veto → Time-frequency trigger distribution: before/after veto → SNR-time trigger distribution: before/after veto → SNR-frequency trigger distribution: before/after veto

V24: V1:ASC_B4_QD2_6MHz_V_I_0 (ε = 0.029%, ε/d = 566.719) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 70 Veto dead-time: 40.594 s (0.005 %) Number of vetoed clusters: 35 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 35/122170 (0.029%) 35/3933 (0.890%) 35/2303 (1.520%) 35/1250 (2.800%) Number of used veto segments: 35 (50.000%) 35 (50.000%) 35 (50.000%) 35 (50.000%) Plots: → SNR distribution before and after veto → Time-frequency trigger distribution: before/after veto → SNR-time trigger distribution: before/after veto → SNR-frequency trigger distribution: before/after veto

V25: V1:ASC_B7_QD2_H_0 (ε = 0.028%, ε/d = 151.682) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 44 Veto dead-time: 39.984 s (0.005 %) Number of vetoed clusters: 34 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 34/122170 (0.028%) 20/3933 (0.509%) 17/2303 (0.738%) 8/1250 (0.640%) Number of used veto segments: 29 (65.909%) 20 (45.455%) 17 (38.636%) 8 (18.182%) Plots: → SNR distribution before and after veto → Time-frequency trigger distribution: before/after veto → SNR-time trigger distribution: before/after veto → SNR-frequency trigger distribution: before/after veto

V26: V1:ASC_B7_QD1_H_0 (ε = 0.027%, ε/d = 139.582) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 49 Veto dead-time: 40.895 s (0.005 %) Number of vetoed clusters: 33 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 33/122170 (0.027%) 19/3933 (0.483%) 16/2303 (0.695%) 7/1250 (0.560%) Number of used veto segments: 28 (57.143%) 19 (38.776%) 16 (32.653%) 7 (14.286%) Plots: → SNR distribution before and after veto → Time-frequency trigger distribution: before/after veto → SNR-time trigger distribution: before/after veto → SNR-frequency trigger distribution: before/after veto

V27: V1:ASC_B4_QD2_6MHz_H_Q_0 (ε = 0.025%, ε/d = 1223.616) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 56 Veto dead-time: 16.652 s (0.002 %) Number of vetoed clusters: 31 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 31/122170 (0.025%) 31/3933 (0.788%) 31/2303 (1.346%) 31/1250 (2.480%) Number of used veto segments: 31 (55.357%) 31 (55.357%) 31 (55.357%) 31 (55.357%) Plots: → SNR distribution before and after veto → Time-frequency trigger distribution: before/after veto → SNR-time trigger distribution: before/after veto → SNR-frequency trigger distribution: before/after veto

V28: V1:ASC_B4_QD2_56MHz_H_Q_0 (ε = 0.025%, ε/d = 1235.553) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 49 Veto dead-time: 15.959 s (0.002 %) Number of vetoed clusters: 30 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 30/122170 (0.025%) 30/3933 (0.763%) 30/2303 (1.303%) 30/1250 (2.400%) Number of used veto segments: 30 (61.224%) 30 (61.224%) 30 (61.224%) 30 (61.224%) Plots: → SNR distribution before and after veto → Time-frequency trigger distribution: before/after veto → SNR-time trigger distribution: before/after veto → SNR-frequency trigger distribution: before/after veto

V29: V1:ASC_B4_QD1_56MHz_V_Q_0 (ε = 0.023%, ε/d = 533.904) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 60 Veto dead-time: 32.009 s (0.004 %) Number of vetoed clusters: 28 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 28/122170 (0.023%) 26/3933 (0.661%) 26/2303 (1.129%) 26/1250 (2.080%) Number of used veto segments: 28 (46.667%) 26 (43.333%) 26 (43.333%) 26 (43.333%) Plots: → SNR distribution before and after veto → Time-frequency trigger distribution: before/after veto → SNR-time trigger distribution: before/after veto → SNR-frequency trigger distribution: before/after veto

V30: V1:ASC_B2_QD2_6MHz_H_I_0 (ε = 0.020%, ε/d = 493.431) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 36 Veto dead-time: 23.978 s (0.003 %) Number of vetoed clusters: 25 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 25/122170 (0.020%) 18/3933 (0.458%) 18/2303 (0.782%) 18/1250 (1.440%) Number of used veto segments: 23 (63.889%) 18 (50.000%) 18 (50.000%) 18 (50.000%) Plots: → SNR distribution before and after veto → Time-frequency trigger distribution: before/after veto → SNR-time trigger distribution: before/after veto → SNR-frequency trigger distribution: before/after veto

V31: V1:ASC_B4_QD1_56MHz_H_I_0 (ε = 0.020%, ε/d = 1249.313) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 51 Veto dead-time: 12.627 s (0.002 %) Number of vetoed clusters: 25 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 25/122170 (0.020%) 25/3933 (0.636%) 24/2303 (1.042%) 24/1250 (1.920%) Number of used veto segments: 25 (49.020%) 25 (49.020%) 24 (47.059%) 24 (47.059%) Plots: → SNR distribution before and after veto → Time-frequency trigger distribution: before/after veto → SNR-time trigger distribution: before/after veto → SNR-frequency trigger distribution: before/after veto

V32: V1:ASC_B5_QD2_56MHz_V_Q_0 (ε = 0.019%, ε/d = 6249.672) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 56 Veto dead-time: 2.419 s (0.000 %) Number of vetoed clusters: 23 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 23/122170 (0.019%) 23/3933 (0.585%) 23/2303 (0.999%) 23/1250 (1.840%) Number of used veto segments: 23 (41.071%) 23 (41.071%) 23 (41.071%) 23 (41.071%) Plots: → SNR distribution before and after veto → Time-frequency trigger distribution: before/after veto → SNR-time trigger distribution: before/after veto → SNR-frequency trigger distribution: before/after veto

V33: V1:ASC_B5_QD1_56MHz_V_Q_0 (ε = 0.016%, ε/d = 692.794) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 39 Veto dead-time: 18.026 s (0.002 %) Number of vetoed clusters: 20 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 20/122170 (0.016%) 19/3933 (0.483%) 19/2303 (0.825%) 19/1250 (1.520%) Number of used veto segments: 20 (51.282%) 19 (48.718%) 19 (48.718%) 19 (48.718%) Plots: → SNR distribution before and after veto → Time-frequency trigger distribution: before/after veto → SNR-time trigger distribution: before/after veto → SNR-frequency trigger distribution: before/after veto

V34: V1:ASC_B7B8_QD1_SUM_V_0 (ε = 0.015%, ε/d = 89.190) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 24 Veto dead-time: 24.000 s (0.003 %) Number of vetoed clusters: 18 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 18/122170 (0.015%) 9/3933 (0.229%) 6/2303 (0.261%) 0/1250 (0.000%) Number of used veto segments: 18 (75.000%) 9 (37.500%) 6 (25.000%) 0 (0.000%) Plots: → SNR distribution before and after veto → Time-frequency trigger distribution: before/after veto → SNR-time trigger distribution: before/after veto → SNR-frequency trigger distribution: before/after veto

V35: V1:ASC_B5_QD1_V_0 (ε = 0.015%, ε/d = 599.691) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 29 Veto dead-time: 15.345 s (0.002 %) Number of vetoed clusters: 18 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 18/122170 (0.015%) 14/3933 (0.356%) 14/2303 (0.608%) 14/1250 (1.120%) Number of used veto segments: 18 (62.069%) 14 (48.276%) 14 (48.276%) 14 (48.276%) Plots: → SNR distribution before and after veto → Time-frequency trigger distribution: before/after veto → SNR-time trigger distribution: before/after veto → SNR-frequency trigger distribution: before/after veto

V36: V1:ASC_B7_QD1_V_0 (ε = 0.014%, ε/d = 148.843) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 24 Veto dead-time: 23.969 s (0.003 %) Number of vetoed clusters: 17 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 17/122170 (0.014%) 11/3933 (0.280%) 10/2303 (0.434%) 5/1250 (0.400%) Number of used veto segments: 16 (66.667%) 11 (45.833%) 10 (41.667%) 5 (20.833%) Plots: → SNR distribution before and after veto → Time-frequency trigger distribution: before/after veto → SNR-time trigger distribution: before/after veto → SNR-frequency trigger distribution: before/after veto

V37: V1:ASC_BS_DOF_TY_CORR_0 (ε = 0.014%, ε/d = 985.373) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 29 Veto dead-time: 11.340 s (0.001 %) Number of vetoed clusters: 17 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 17/122170 (0.014%) 17/3933 (0.432%) 17/2303 (0.738%) 17/1250 (1.360%) Number of used veto segments: 17 (58.621%) 17 (58.621%) 17 (58.621%) 17 (58.621%) Plots: → SNR distribution before and after veto → Time-frequency trigger distribution: before/after veto → SNR-time trigger distribution: before/after veto → SNR-frequency trigger distribution: before/after veto

V38: V1:ASC_B7B8_QD1_SUM_H_0 (ε = 0.013%, ε/d = 181.770) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 31 Veto dead-time: 25.312 s (0.003 %) Number of vetoed clusters: 16 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 16/122170 (0.013%) 13/3933 (0.331%) 12/2303 (0.521%) 7/1250 (0.560%) Number of used veto segments: 16 (51.613%) 13 (41.935%) 12 (38.710%) 7 (22.581%) Plots: → SNR distribution before and after veto → Time-frequency trigger distribution: before/after veto → SNR-time trigger distribution: before/after veto → SNR-frequency trigger distribution: before/after veto

V39: V1:ASC_B4_QD2_56MHz_V_I_0 (ε = 0.012%, ε/d = 1495.484) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 26 Veto dead-time: 6.593 s (0.001 %) Number of vetoed clusters: 15 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 15/122170 (0.012%) 15/3933 (0.381%) 15/2303 (0.651%) 15/1250 (1.200%) Number of used veto segments: 15 (57.692%) 15 (57.692%) 15 (57.692%) 15 (57.692%) Plots: → SNR distribution before and after veto → Time-frequency trigger distribution: before/after veto → SNR-time trigger distribution: before/after veto → SNR-frequency trigger distribution: before/after veto

V40: V1:ASC_B8_QD2_Sum_0 (ε = 0.012%, ε/d = 470.545) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 33 Veto dead-time: 13.969 s (0.002 %) Number of vetoed clusters: 15 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 15/122170 (0.012%) 12/3933 (0.305%) 11/2303 (0.478%) 10/1250 (0.800%) Number of used veto segments: 14 (42.424%) 12 (36.364%) 11 (33.333%) 10 (30.303%) Plots: → SNR distribution before and after veto → Time-frequency trigger distribution: before/after veto → SNR-time trigger distribution: before/after veto → SNR-frequency trigger distribution: before/after veto

V41: V1:ASC_B8_QD1_Sum_0 (ε = 0.011%, ε/d = 309.884) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 29 Veto dead-time: 16.969 s (0.002 %) Number of vetoed clusters: 14 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 14/122170 (0.011%) 10/3933 (0.254%) 9/2303 (0.391%) 8/1250 (0.640%) Number of used veto segments: 13 (44.828%) 10 (34.483%) 9 (31.034%) 8 (27.586%) Plots: → SNR distribution before and after veto → Time-frequency trigger distribution: before/after veto → SNR-time trigger distribution: before/after veto → SNR-frequency trigger distribution: before/after veto

V42: V1:ASC_B5_QD2_56MHz_H_I_0 (ε = 0.011%, ε/d = 1117.124) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 32 Veto dead-time: 7.061 s (0.001 %) Number of vetoed clusters: 14 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 14/122170 (0.011%) 12/3933 (0.305%) 12/2303 (0.521%) 12/1250 (0.960%) Number of used veto segments: 14 (43.750%) 12 (37.500%) 12 (37.500%) 12 (37.500%) Plots: → SNR distribution before and after veto → Time-frequency trigger distribution: before/after veto → SNR-time trigger distribution: before/after veto → SNR-frequency trigger distribution: before/after veto

V43: V1:ASC_BS_B1p_TX_HF_0 (ε = 0.011%, ε/d = 493.130) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 25 Veto dead-time: 11.996 s (0.001 %) Number of vetoed clusters: 13 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 13/122170 (0.011%) 9/3933 (0.229%) 9/2303 (0.391%) 9/1250 (0.720%) Number of used veto segments: 12 (48.000%) 9 (36.000%) 9 (36.000%) 9 (36.000%) Plots: → SNR distribution before and after veto → Time-frequency trigger distribution: before/after veto → SNR-time trigger distribution: before/after veto → SNR-frequency trigger distribution: before/after veto

V44: V1:ASC_B4_QD2_V_0 (ε = 0.011%, ε/d = 981.369) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 24 Veto dead-time: 8.707 s (0.001 %) Number of vetoed clusters: 13 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 13/122170 (0.011%) 13/3933 (0.331%) 13/2303 (0.564%) 13/1250 (1.040%) Number of used veto segments: 13 (54.167%) 13 (54.167%) 13 (54.167%) 13 (54.167%) Plots: → SNR distribution before and after veto → Time-frequency trigger distribution: before/after veto → SNR-time trigger distribution: before/after veto → SNR-frequency trigger distribution: before/after veto

V45: V1:ASC_B4_QD1_6MHz_V_Q_0 (ε = 0.011%, ε/d = 1357.833) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 33 Veto dead-time: 6.293 s (0.001 %) Number of vetoed clusters: 13 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 13/122170 (0.011%) 13/3933 (0.331%) 13/2303 (0.564%) 13/1250 (1.040%) Number of used veto segments: 13 (39.394%) 13 (39.394%) 13 (39.394%) 13 (39.394%) Plots: → SNR distribution before and after veto → Time-frequency trigger distribution: before/after veto → SNR-time trigger distribution: before/after veto → SNR-frequency trigger distribution: before/after veto

V46: V1:ASC_B7_QD2_V_0 (ε = 0.010%, ε/d = 166.661) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 26 Veto dead-time: 21.406 s (0.003 %) Number of vetoed clusters: 12 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 12/122170 (0.010%) 11/3933 (0.280%) 10/2303 (0.434%) 5/1250 (0.400%) Number of used veto segments: 12 (46.154%) 11 (42.308%) 10 (38.462%) 5 (19.231%) Plots: → SNR distribution before and after veto → Time-frequency trigger distribution: before/after veto → SNR-time trigger distribution: before/after veto → SNR-frequency trigger distribution: before/after veto

V47: V1:ASC_BS_BL_B4_6MHz_TX_0 (ε = 0.009%, ε/d = 728.930) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 27 Veto dead-time: 9.919 s (0.001 %) Number of vetoed clusters: 11 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 11/122170 (0.009%) 11/3933 (0.280%) 11/2303 (0.478%) 11/1250 (0.880%) Number of used veto segments: 11 (40.741%) 11 (40.741%) 11 (40.741%) 11 (40.741%) Plots: → SNR distribution before and after veto → Time-frequency trigger distribution: before/after veto → SNR-time trigger distribution: before/after veto → SNR-frequency trigger distribution: before/after veto

V48: V1:ASC_BS_DOF_TX_CORR_0 (ε = 0.009%, ε/d = 732.464) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 25 Veto dead-time: 9.871 s (0.001 %) Number of vetoed clusters: 11 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 11/122170 (0.009%) 11/3933 (0.280%) 11/2303 (0.478%) 11/1250 (0.880%) Number of used veto segments: 11 (44.000%) 11 (44.000%) 11 (44.000%) 11 (44.000%) Plots: → SNR distribution before and after veto → Time-frequency trigger distribution: before/after veto → SNR-time trigger distribution: before/after veto → SNR-frequency trigger distribution: before/after veto

V49: V1:ASC_BS_TX_0 (ε = 0.009%, ε/d = 732.464) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 25 Veto dead-time: 9.871 s (0.001 %) Number of vetoed clusters: 11 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 11/122170 (0.009%) 11/3933 (0.280%) 11/2303 (0.478%) 11/1250 (0.880%) Number of used veto segments: 11 (44.000%) 11 (44.000%) 11 (44.000%) 11 (44.000%) Plots: → SNR distribution before and after veto → Time-frequency trigger distribution: before/after veto → SNR-time trigger distribution: before/after veto → SNR-frequency trigger distribution: before/after veto

V50: V1:ASC_BS_TX_CORR_0 (ε = 0.009%, ε/d = 732.464) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 25 Veto dead-time: 9.871 s (0.001 %) Number of vetoed clusters: 11 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 11/122170 (0.009%) 11/3933 (0.280%) 11/2303 (0.478%) 11/1250 (0.880%) Number of used veto segments: 11 (44.000%) 11 (44.000%) 11 (44.000%) 11 (44.000%) Plots: → SNR distribution before and after veto → Time-frequency trigger distribution: before/after veto → SNR-time trigger distribution: before/after veto → SNR-frequency trigger distribution: before/after veto

V51: V1:ASC_BS_TX_ERR_0 (ε = 0.009%, ε/d = 732.464) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 25 Veto dead-time: 9.871 s (0.001 %) Number of vetoed clusters: 11 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 11/122170 (0.009%) 11/3933 (0.280%) 11/2303 (0.478%) 11/1250 (0.880%) Number of used veto segments: 11 (44.000%) 11 (44.000%) 11 (44.000%) 11 (44.000%) Plots: → SNR distribution before and after veto → Time-frequency trigger distribution: before/after veto → SNR-time trigger distribution: before/after veto → SNR-frequency trigger distribution: before/after veto

V52: V1:ASC_BS_TX_IN_0 (ε = 0.009%, ε/d = 732.464) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 25 Veto dead-time: 9.871 s (0.001 %) Number of vetoed clusters: 11 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 11/122170 (0.009%) 11/3933 (0.280%) 11/2303 (0.478%) 11/1250 (0.880%) Number of used veto segments: 11 (44.000%) 11 (44.000%) 11 (44.000%) 11 (44.000%) Plots: → SNR distribution before and after veto → Time-frequency trigger distribution: before/after veto → SNR-time trigger distribution: before/after veto → SNR-frequency trigger distribution: before/after veto

V53: V1:ASC_B8_QD2_V_0 (ε = 0.008%, ε/d = 2828.011) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 23 Veto dead-time: 2.324 s (0.000 %) Number of vetoed clusters: 10 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 10/122170 (0.008%) 10/3933 (0.254%) 10/2303 (0.434%) 10/1250 (0.800%) Number of used veto segments: 10 (43.478%) 10 (43.478%) 10 (43.478%) 10 (43.478%) Plots: → SNR distribution before and after veto → Time-frequency trigger distribution: before/after veto → SNR-time trigger distribution: before/after veto → SNR-frequency trigger distribution: before/after veto

V54: V1:ASC_B2_QD2_6MHz_H_Q_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:ASC_B2_QD2_6MHz_V_Q_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:ASC_B2_QD2_8MHz_H_I_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:ASC_B2_QD2_8MHz_H_Q_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:ASC_B2_QD2_8MHz_V_I_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:ASC_B2_QD2_8MHz_V_Q_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:ASC_B4_QD1_6MHz_H_Q_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:ASC_B4_QD1_6MHz_H_scale_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:ASC_B4_QD1_6MHz_V_scale_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:ASC_B4_QD1_H_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:ASC_B4_QD1_H_scale_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:ASC_B4_QD1_V_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:ASC_B4_QD1_V_scale_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:ASC_B4_QD2_6MHz_H_scale_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:ASC_B4_QD2_6MHz_V_scale_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:ASC_B4_QD2_H_scale_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:ASC_B4_QD2_V_scale_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:ASC_B4_QD_6MHz_H_select_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:ASC_B4_QD_6MHz_V_select_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:ASC_B4_QD_H_select_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:ASC_B4_QD_V_select_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:ASC_B5_QD1_56MHz_H_I_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:ASC_B5_QD1_56MHz_H_Q_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:ASC_B5_QD1_H_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:ASC_B5_QD2_56MHz_H_Q_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:ASC_B5_QD2_H_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:ASC_B5_QD2_V_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:ASC_B7_QD1_H_scale_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:ASC_B7_QD1_V_scale_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:ASC_B7_QD2_H_scale_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:ASC_B7_QD2_V_scale_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:ASC_B7_QD_H_select_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:ASC_B7_QD_V_select_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:ASC_B8_QD1_H_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:ASC_B8_QD1_V_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:ASC_B8_QD2_H_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]