VetoPerf analysis over V1:Hrec_hoft_16384Hz

Summary

Triggers (V1:Hrec_hoft_16384Hz - OMICRON)

Vetoes

V1:Hrec_hoft_16384Hz: 122170 clusters V0 → V1:SIB2_B2_PD2_56MHz_Q_0, vetoed clusters: 226 (0.185 %) V1 → V1:SIB2_B2_PD2_DC_0, vetoed clusters: 223 (0.183 %) V2 → V1:SIB2_B2_PD2_6MHz_I_0, vetoed clusters: 215 (0.176 %) V3 → V1:SIB2_B2_PD2_6MHz_Q_0, vetoed clusters: 214 (0.175 %) V4 → V1:SIB2_B2_PD2_Audio_ool_0, vetoed clusters: 206 (0.169 %) V5 → V1:SIB2_B2_PD2_Blended_0, vetoed clusters: 205 (0.168 %) V6 → V1:SIB2_B2_PD2_Audio_0, vetoed clusters: 204 (0.167 %) V7 → V1:SIB2_B2_PD3_Blended_0, vetoed clusters: 199 (0.163 %) V8 → V1:SIB2_B2_PD3_Audio_0, vetoed clusters: 198 (0.162 %) V9 → V1:SIB2_B2_PD3_Audio_ool_0, vetoed clusters: 197 (0.161 %)

V0: V1:SIB2_B2_PD2_56MHz_Q_0 (ε = 0.185%, ε/d = 689.203) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 394 Veto dead-time: 170.712 s (0.021 %) Number of vetoed clusters: 226 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 226/122170 (0.185%) 206/3933 (5.238%) 196/2303 (8.511%) 179/1250 (14.320%) Number of used veto segments: 224 (56.853%) 206 (52.284%) 196 (49.746%) 179 (45.431%) 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:SIB2_B2_PD2_DC_0 (ε = 0.183%, ε/d = 526.429) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 415 Veto dead-time: 211.011 s (0.026 %) Number of vetoed clusters: 223 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 223/122170 (0.183%) 193/3933 (4.907%) 182/2303 (7.903%) 169/1250 (13.520%) Number of used veto segments: 216 (52.048%) 192 (46.265%) 181 (43.614%) 168 (40.482%) 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:SIB2_B2_PD2_6MHz_I_0 (ε = 0.176%, ε/d = 853.231) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 383 Veto dead-time: 138.664 s (0.017 %) Number of vetoed clusters: 215 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 215/122170 (0.176%) 193/3933 (4.907%) 191/2303 (8.294%) 180/1250 (14.400%) Number of used veto segments: 207 (54.047%) 193 (50.392%) 191 (49.869%) 180 (46.997%) 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:SIB2_B2_PD2_6MHz_Q_0 (ε = 0.175%, ε/d = 778.004) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 370 Veto dead-time: 140.244 s (0.017 %) Number of vetoed clusters: 214 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 214/122170 (0.175%) 191/3933 (4.856%) 182/2303 (7.903%) 166/1250 (13.280%) Number of used veto segments: 211 (57.027%) 191 (51.622%) 182 (49.189%) 166 (44.865%) 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:SIB2_B2_PD2_Audio_ool_0 (ε = 0.169%, ε/d = 549.581) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 402 Veto dead-time: 185.378 s (0.023 %) Number of vetoed clusters: 206 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 206/122170 (0.169%) 170/3933 (4.322%) 166/2303 (7.208%) 155/1250 (12.400%) Number of used veto segments: 199 (49.502%) 169 (42.040%) 165 (41.045%) 154 (38.308%) 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:SIB2_B2_PD2_Blended_0 (ε = 0.168%, ε/d = 549.744) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 381 Veto dead-time: 184.128 s (0.022 %) Number of vetoed clusters: 205 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 205/122170 (0.168%) 169/3933 (4.297%) 165/2303 (7.165%) 154/1250 (12.320%) Number of used veto segments: 198 (51.969%) 168 (44.094%) 164 (43.045%) 153 (40.157%) 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:SIB2_B2_PD2_Audio_0 (ε = 0.167%, ε/d = 551.662) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 380 Veto dead-time: 182.296 s (0.022 %) Number of vetoed clusters: 204 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 204/122170 (0.167%) 168/3933 (4.272%) 164/2303 (7.121%) 153/1250 (12.240%) Number of used veto segments: 197 (51.842%) 167 (43.947%) 163 (42.895%) 152 (40.000%) 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

V7: V1:SIB2_B2_PD3_Blended_0 (ε = 0.163%, ε/d = 545.602) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 404 Veto dead-time: 185.525 s (0.023 %) Number of vetoed clusters: 199 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 199/122170 (0.163%) 169/3933 (4.297%) 165/2303 (7.165%) 154/1250 (12.320%) Number of used veto segments: 194 (48.020%) 168 (41.584%) 164 (40.594%) 153 (37.871%) 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:SIB2_B2_PD3_Audio_0 (ε = 0.162%, ε/d = 547.858) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 397 Veto dead-time: 184.762 s (0.022 %) Number of vetoed clusters: 198 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 198/122170 (0.162%) 169/3933 (4.297%) 165/2303 (7.165%) 154/1250 (12.320%) Number of used veto segments: 193 (48.615%) 168 (42.317%) 164 (41.310%) 153 (38.539%) 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:SIB2_B2_PD3_Audio_ool_0 (ε = 0.161%, ε/d = 553.178) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 377 Veto dead-time: 185.361 s (0.023 %) Number of vetoed clusters: 197 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 197/122170 (0.161%) 171/3933 (4.348%) 167/2303 (7.251%) 156/1250 (12.480%) Number of used veto segments: 192 (50.928%) 170 (45.093%) 166 (44.032%) 155 (41.114%) 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:SIB2_B2_PD3_6MHz_I_0 (ε = 0.156%, ε/d = 816.736) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 337 Veto dead-time: 130.374 s (0.016 %) Number of vetoed clusters: 190 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 190/122170 (0.156%) 177/3933 (4.500%) 172/2303 (7.469%) 162/1250 (12.960%) Number of used veto segments: 188 (55.786%) 177 (52.522%) 172 (51.039%) 162 (48.071%) 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

V11: V1:SIB2_B2_QD1_Sum_0 (ε = 0.151%, ε/d = 742.366) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 384 Veto dead-time: 154.945 s (0.019 %) Number of vetoed clusters: 185 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 185/122170 (0.151%) 181/3933 (4.602%) 181/2303 (7.859%) 175/1250 (14.000%) Number of used veto segments: 185 (48.177%) 181 (47.135%) 181 (47.135%) 175 (45.573%) 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:SIB2_B2_PD3_DC_0 (ε = 0.147%, ε/d = 716.340) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 356 Veto dead-time: 146.811 s (0.018 %) Number of vetoed clusters: 179 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 179/122170 (0.147%) 177/3933 (4.500%) 173/2303 (7.512%) 160/1250 (12.800%) Number of used veto segments: 178 (50.000%) 176 (49.438%) 172 (48.315%) 159 (44.663%) 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:SIB2_B2_PD3_56MHz_Q_0 (ε = 0.123%, ε/d = 1350.080) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 280 Veto dead-time: 66.699 s (0.008 %) Number of vetoed clusters: 150 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 150/122170 (0.123%) 143/3933 (3.636%) 143/2303 (6.209%) 137/1250 (10.960%) Number of used veto segments: 150 (53.571%) 143 (51.071%) 143 (51.071%) 137 (48.929%) 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:SIB2_B2_PD2_56MHz_I_0 (ε = 0.110%, ε/d = 311.687) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 265 Veto dead-time: 179.250 s (0.022 %) Number of vetoed clusters: 134 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 134/122170 (0.110%) 100/3933 (2.543%) 92/2303 (3.995%) 85/1250 (6.800%) Number of used veto segments: 132 (49.811%) 100 (37.736%) 92 (34.717%) 85 (32.075%) 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:SIB2_B2_PD2_50MHz_mag_0 (ε = 0.095%, ε/d = 1737.228) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 214 Veto dead-time: 43.511 s (0.005 %) Number of vetoed clusters: 116 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 116/122170 (0.095%) 116/3933 (2.949%) 116/2303 (5.037%) 115/1250 (9.200%) Number of used veto segments: 116 (54.206%) 116 (54.206%) 116 (54.206%) 115 (53.738%) 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:SIB2_B2_PD3_56MHz_I_0 (ε = 0.092%, ε/d = 987.091) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 223 Veto dead-time: 73.914 s (0.009 %) Number of vetoed clusters: 113 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 113/122170 (0.092%) 112/3933 (2.848%) 111/2303 (4.820%) 111/1250 (8.880%) Number of used veto segments: 113 (50.673%) 112 (50.224%) 111 (49.776%) 111 (49.776%) 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:SIB2_B2_QD1_6MHz_SUM_Q_0 (ε = 0.085%, ε/d = 581.915) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 206 Veto dead-time: 94.881 s (0.012 %) Number of vetoed clusters: 104 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 104/122170 (0.085%) 92/3933 (2.339%) 88/2303 (3.821%) 84/1250 (6.720%) Number of used veto segments: 101 (49.029%) 92 (44.660%) 88 (42.718%) 84 (40.777%) 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:SIB2_B2_QD1_V_0 (ε = 0.080%, ε/d = 1336.993) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 210 Veto dead-time: 48.179 s (0.006 %) Number of vetoed clusters: 98 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 98/122170 (0.080%) 98/3933 (2.492%) 98/2303 (4.255%) 98/1250 (7.840%) Number of used veto segments: 98 (46.667%) 98 (46.667%) 98 (46.667%) 98 (46.667%) 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:SIB2_B2_QD1_6MHz_H_Q_0 (ε = 0.072%, ε/d = 1057.356) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 159 Veto dead-time: 54.704 s (0.007 %) Number of vetoed clusters: 88 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 88/122170 (0.072%) 88/3933 (2.237%) 88/2303 (3.821%) 88/1250 (7.040%) Number of used veto segments: 88 (55.346%) 88 (55.346%) 88 (55.346%) 88 (55.346%) 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:SIB2_B2_PD3_12MHz_mag_0 (ε = 0.069%, ε/d = 1103.269) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 149 Veto dead-time: 49.449 s (0.006 %) Number of vetoed clusters: 84 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 84/122170 (0.069%) 83/3933 (2.110%) 83/2303 (3.604%) 83/1250 (6.640%) Number of used veto segments: 84 (56.376%) 83 (55.705%) 83 (55.705%) 83 (55.705%) 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:SIB2_B2_QD1_56MHz_SUM_Q_0 (ε = 0.059%, ε/d = 881.027) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 132 Veto dead-time: 53.716 s (0.007 %) Number of vetoed clusters: 72 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 72/122170 (0.059%) 72/3933 (1.831%) 72/2303 (3.126%) 72/1250 (5.760%) Number of used veto segments: 72 (54.545%) 72 (54.545%) 72 (54.545%) 72 (54.545%) 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:SIB2_B2_QD1_H_norm_0 (ε = 0.055%, ε/d = 1112.282) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 127 Veto dead-time: 38.411 s (0.005 %) 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%) 65/3933 (1.653%) 65/2303 (2.822%) 65/1250 (5.200%) Number of used veto segments: 67 (52.756%) 65 (51.181%) 65 (51.181%) 65 (51.181%) 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:SIB2_B2_QD1_6MHz_H_I_0 (ε = 0.052%, ε/d = 928.589) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 125 Veto dead-time: 45.302 s (0.006 %) 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%) 64/3933 (1.627%) 64/2303 (2.779%) 64/1250 (5.120%) Number of used veto segments: 64 (51.200%) 64 (51.200%) 64 (51.200%) 64 (51.200%) 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:SIB2_B2_QD1_6MHz_SUM_I_0 (ε = 0.049%, ε/d = 450.977) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 106 Veto dead-time: 62.672 s (0.008 %) 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%) 51/3933 (1.297%) 46/2303 (1.997%) 43/1250 (3.440%) Number of used veto segments: 57 (53.774%) 51 (48.113%) 46 (43.396%) 43 (40.566%) 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:SIB2_B2_QD1_H_0 (ε = 0.049%, ε/d = 996.374) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 106 Veto dead-time: 39.581 s (0.005 %) 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%) 60/3933 (1.526%) 60/2303 (2.605%) 60/1250 (4.800%) Number of used veto segments: 60 (56.604%) 60 (56.604%) 60 (56.604%) 60 (56.604%) 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:SIB2_B2_QD1_56MHz_H_Q_0 (ε = 0.046%, ε/d = 829.193) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 100 Veto dead-time: 44.391 s (0.005 %) Number of vetoed clusters: 56 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 56/122170 (0.046%) 56/3933 (1.424%) 56/2303 (2.432%) 56/1250 (4.480%) Number of used veto segments: 56 (56.000%) 56 (56.000%) 56 (56.000%) 56 (56.000%) 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

V27: V1:SIB2_B2_QD1_56MHz_SUM_I_0 (ε = 0.045%, ε/d = 583.481) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 111 Veto dead-time: 58.578 s (0.007 %) Number of vetoed clusters: 55 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 55/122170 (0.045%) 53/3933 (1.348%) 52/2303 (2.258%) 52/1250 (4.160%) Number of used veto segments: 55 (49.550%) 53 (47.748%) 52 (46.847%) 52 (46.847%) 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:SIB2_B2_QD1_V_norm_0 (ε = 0.043%, ε/d = 1575.991) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 97 Veto dead-time: 22.105 s (0.003 %) Number of vetoed clusters: 53 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 53/122170 (0.043%) 53/3933 (1.348%) 53/2303 (2.301%) 53/1250 (4.240%) Number of used veto segments: 53 (54.639%) 53 (54.639%) 53 (54.639%) 53 (54.639%) 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:SIB2_B2_PD2_8MHz_I_0 (ε = 0.039%, ε/d = 534.183) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 94 Veto dead-time: 54.140 s (0.007 %) 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%) 45/3933 (1.144%) 44/2303 (1.911%) 44/1250 (3.520%) Number of used veto segments: 48 (51.064%) 45 (47.872%) 44 (46.809%) 44 (46.809%) 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:SIB2_B2_QD1_8MHz_SUM_I_0 (ε = 0.037%, ε/d = 473.562) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 102 Veto dead-time: 62.459 s (0.008 %) 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%) 45/3933 (1.144%) 45/2303 (1.954%) 45/1250 (3.600%) Number of used veto segments: 45 (44.118%) 45 (44.118%) 45 (44.118%) 45 (44.118%) 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:SIB2_B2_PD3_8MHz_I_0 (ε = 0.035%, ε/d = 508.579) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 91 Veto dead-time: 54.281 s (0.007 %) 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 (47.253%) 42 (46.154%) 42 (46.154%) 42 (46.154%) 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:SIB2_B2_PD2_IBias_0 (ε = 0.034%, ε/d = 788.135) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 69 Veto dead-time: 33.359 s (0.004 %) Number of vetoed clusters: 41 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 41/122170 (0.034%) 40/3933 (1.017%) 40/2303 (1.737%) 40/1250 (3.200%) Number of used veto segments: 41 (59.420%) 40 (57.971%) 40 (57.971%) 40 (57.971%) 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:SIB2_B2_QD1_56MHz_H_I_0 (ε = 0.029%, ε/d = 643.233) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 64 Veto dead-time: 34.743 s (0.004 %) 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%) 34/3933 (0.864%) 34/2303 (1.476%) 34/1250 (2.720%) Number of used veto segments: 35 (54.688%) 34 (53.125%) 34 (53.125%) 34 (53.125%) 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:SIB2_B2_PD3_6MHz_Q_0 (ε = 0.028%, ε/d = 307.056) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 59 Veto dead-time: 34.250 s (0.004 %) 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%) 24/3933 (0.610%) 20/2303 (0.868%) 16/1250 (1.280%) Number of used veto segments: 34 (57.627%) 24 (40.678%) 20 (33.898%) 16 (27.119%) 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:SIB2_B2_PD3_8MHz_Q_0 (ε = 0.028%, ε/d = 683.002) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 64 Veto dead-time: 31.758 s (0.004 %) 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%) 33/3933 (0.839%) 33/2303 (1.433%) 33/1250 (2.640%) Number of used veto segments: 34 (53.125%) 33 (51.562%) 33 (51.562%) 33 (51.562%) 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:SIB2_B2_QD1_56MHz_V_I_0 (ε = 0.028%, ε/d = 720.910) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 64 Veto dead-time: 30.088 s (0.004 %) 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%) 33/3933 (0.839%) 33/2303 (1.433%) 33/1250 (2.640%) Number of used veto segments: 34 (53.125%) 33 (51.562%) 33 (51.562%) 33 (51.562%) 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:SIB2_B2_PD2_8MHz_Q_0 (ε = 0.026%, ε/d = 2284.834) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 57 Veto dead-time: 8.918 s (0.001 %) Number of vetoed clusters: 32 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 32/122170 (0.026%) 31/3933 (0.788%) 31/2303 (1.346%) 31/1250 (2.480%) Number of used veto segments: 32 (56.140%) 31 (54.386%) 31 (54.386%) 31 (54.386%) 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:SIB2_B2_PD2_50MHz_phi_0 (ε = 0.026%, ε/d = 24884.350) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 49 Veto dead-time: 0.845 s (0.000 %) Number of vetoed clusters: 32 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 32/122170 (0.026%) 32/3933 (0.814%) 32/2303 (1.389%) 32/1250 (2.560%) Number of used veto segments: 32 (65.306%) 32 (65.306%) 32 (65.306%) 32 (65.306%) 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:SIB2_B2_PD3_112MHz_mag_0 (ε = 0.023%, ε/d = 2221.345) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 46 Veto dead-time: 8.285 s (0.001 %) 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%) 28/3933 (0.712%) 28/2303 (1.216%) 28/1250 (2.240%) Number of used veto segments: 28 (60.870%) 28 (60.870%) 28 (60.870%) 28 (60.870%) 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:SIB2_B2_PD3_18MHz_I_0 (ε = 0.022%, ε/d = 2387.392) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 43 Veto dead-time: 7.434 s (0.001 %) Number of vetoed clusters: 27 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 27/122170 (0.022%) 27/3933 (0.686%) 27/2303 (1.172%) 27/1250 (2.160%) Number of used veto segments: 27 (62.791%) 27 (62.791%) 27 (62.791%) 27 (62.791%) 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:SIB2_B2_QD1_56MHz_V_Q_0 (ε = 0.022%, ε/d = 718.086) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 38 Veto dead-time: 23.799 s (0.003 %) Number of vetoed clusters: 27 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 27/122170 (0.022%) 26/3933 (0.661%) 26/2303 (1.129%) 26/1250 (2.080%) Number of used veto segments: 27 (71.053%) 26 (68.421%) 26 (68.421%) 26 (68.421%) 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:SIB2_B2_QD1_6MHz_V_Q_0 (ε = 0.013%, ε/d = 580.374) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 25 Veto dead-time: 15.855 s (0.002 %) 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%) 14/3933 (0.356%) 14/2303 (0.608%) 14/1250 (1.120%) Number of used veto segments: 16 (64.000%) 14 (56.000%) 14 (56.000%) 14 (56.000%) 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

V43: V1:SIB2_B2_PD3_112MHz_phi_0 (ε = 0.011%, ε/d = 16349.591) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 17 Veto dead-time: 0.482 s (0.000 %) 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%) 12/3933 (0.305%) 12/2303 (0.521%) 12/1250 (0.960%) Number of used veto segments: 13 (76.471%) 12 (70.588%) 12 (70.588%) 12 (70.588%) 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:SIB2_B2_QD1_6MHz_V_I_0 (ε = 0.009%, ε/d = 829.273) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 17 Veto dead-time: 8.719 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 (64.706%) 11 (64.706%) 11 (64.706%) 11 (64.706%) 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:SIB2_B2_PD2_4MHz_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

V46: V1:SIB2_B2_PD2_VBias_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:SIB2_B2_PD3_12MHz_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

V48: V1:SIB2_B2_PD3_18MHz_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

V49: V1:SIB2_B2_PD3_IBias_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:SIB2_B2_PD3_VBias_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:SIB2_B2_QD1_14MHz_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

V52: V1:SIB2_B2_QD1_14MHz_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

V53: V1:SIB2_B2_QD1_14MHz_SUM_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

V54: V1:SIB2_B2_QD1_14MHz_SUM_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:SIB2_B2_QD1_14MHz_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

V56: V1:SIB2_B2_QD1_14MHz_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

V57: V1:SIB2_B2_QD1_16MHz_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

V58: V1:SIB2_B2_QD1_16MHz_Sum_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:SIB2_B2_QD1_16MHz_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

V60: V1:SIB2_B2_QD1_18MHz_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

V61: V1:SIB2_B2_QD1_18MHz_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

V62: V1:SIB2_B2_QD1_18MHz_SUM_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

V63: V1:SIB2_B2_QD1_18MHz_SUM_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

V64: V1:SIB2_B2_QD1_18MHz_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

V65: V1:SIB2_B2_QD1_18MHz_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

V66: V1:SIB2_B2_QD1_2f_centering_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:SIB2_B2_QD1_48MHz_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

V68: V1:SIB2_B2_QD1_48MHz_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

V69: V1:SIB2_B2_QD1_48MHz_SUM_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

V70: V1:SIB2_B2_QD1_48MHz_SUM_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

V71: V1:SIB2_B2_QD1_48MHz_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

V72: V1:SIB2_B2_QD1_48MHz_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

V73: V1:SIB2_B2_QD1_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

V74: V1:SIB2_B2_QD1_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

V75: V1:SIB2_B2_QD1_8MHz_SUM_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

V76: V1:SIB2_B2_QD1_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

V77: V1:SIB2_B2_QD1_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

V78: V1:SIB2_B2_QD1_GALVO_H_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

V79: V1:SIB2_B2_QD1_GALVO_H_CORR_notsafe_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:SIB2_B2_QD1_GALVO_V_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

V81: V1:SIB2_B2_QD1_GALVO_V_CORR_notsafe_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:SIB2_B2_QD2_14MHz_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

V83: V1:SIB2_B2_QD2_14MHz_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

V84: V1:SIB2_B2_QD2_14MHz_SUM_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

V85: V1:SIB2_B2_QD2_14MHz_SUM_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

V86: V1:SIB2_B2_QD2_14MHz_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

V87: V1:SIB2_B2_QD2_14MHz_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

V88: V1:SIB2_B2_QD2_16MHz_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

V89: V1:SIB2_B2_QD2_16MHz_H_norm_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:SIB2_B2_QD2_16MHz_Sum_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]