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Table C.1

Optical LC fit parameters.

GRB Fil Fit ok T min T max t br,1 σ(tbr,1) t br,2 σ(tbr,2) t br,3 σ(tbr,3) α1 σ(α1)

050319 b 0 0 243.0 28491.0 –9.0 –9.0 –9.0 –9.0 –9.0 –9.0 7.040e-01 7.955e-02
050319 v 0 0 259.1 767337.7 –9.0 –9.0 –9.0 –9.0 –9.0 –9.0 6.618e-01 2.600e-02
050319 BJ 0 0 5203.9 57196.8 –9.0 –9.0 –9.0 –9.0 –9.0 –9.0 4.112e-01 4.117e-02
050319 VJ 0 0 6944.0 400550.4 –9.0 –9.0 –9.0 –9.0 –9.0 –9.0 6.905e-01 1.928e-02
050319 RC 2 1 40.3 994118.4 157243.4 19520.9 482.5 30.1 –9.0 –9.0 4.457e-01 1.429e-02
α 2 σ(α2) α 3 σ(α3) α 4 σ(α4) α 5 σ(α5) α 6 σ(α6)

–9.000e+00 –9.000e+00 –9.000e+00 –9.000e+00 –9.000e+00 –9.000e+00 –9.000e+00 –9.000e+00 –9.000e+00 –9.000e+00
–9.000e+00 –9.000e+00 –9.000e+00 –9.000e+00 –9.000e+00 –9.000e+00 –9.000e+00 –9.000e+00 –9.000e+00 –9.000e+00
–9.000e+00 –9.000e+00 –9.000e+00 –9.000e+00 –9.000e+00 –9.000e+00 –9.000e+00 –9.000e+00 –9.000e+00 –9.000e+00
–9.000e+00 –9.000e+00 –9.000e+00 –9.000e+00 –9.000e+00 –9.000e+00 –9.000e+00 –9.000e+00 –9.000e+00 –9.000e+00
1.559e+00 1.039e-01 2.520e+00 2.744e-01 1.240e-01 7.844e-02 –9.000e+00 –9.000e+00 –9.000e+00 –9.000e+00
s 1 s 2 s 3 N 1 σ(N1) N 2 σ(N2) N 3 σ(N3) χ 2 D.o.f. p_val

–9.0 –9.0 –9.0 1.107515e-02 6.496899e-03 –9.000000e+00 –9.000000e+00 –9.000000e+00 –9.000000e+00 8.40 7.00 2.985e-01
–9.0 –9.0 –9.0 1.747728e-02 3.708279e-03 –9.000000e+00 –9.000000e+00 –9.000000e+00 –9.000000e+00 37.76 19.00 6.367e-03
–9.0 –9.0 –9.0 8.883478e-04 3.640030e-04 –9.000000e+00 –9.000000e+00 –9.000000e+00 –9.000000e+00 18.59 10.00 4.578e-02
–9.0 –9.0 –9.0 2.510829e-02 4.822976e-03 –9.000000e+00 –9.000000e+00 –9.000000e+00 –9.000000e+00 85.86 18.00 7.473e-06
–0.5 –0.5 –9.0 1.446221e-05 1.248363e-06 2.000459e-04 0.000000e+00 –9.000000e+00 –9.000000e+00 203.49 64.00 –3.484e-07

Notes. GRB: GRB name. Fil: filter name. Fit: fitting function. 0: f(t) = N1t− α1; 1: f(t) = N1((t/tbr,1)− α1/s1 + (t/tbr,2)− α2/s1)s1; 2: f(t) = N1((t/tbr,1)− α1/s1 + (t/tbr,2)− α2/s1)s1 + N2((t/tbr,3)− α3/s2 + (t/tbr,4)− α4/s2)s2; 4: f(t) = N1((t/tbr,1)− α1/s1 + (t/tbr,2)− α2/s1)s1 + N2(t)− α3; 6: f(t) = N1((t/tbr,1)− α1/s1 + (t/tbr,2)− α2/s1)s1 + N2(t)− α3; 8: f(t) = N1((t/tbr,1)− α1/s1 + (t/tbr,2)− α2/s1)s1 + N2((t/tbr,3)− α3/s2 + (t/tbr,4)− α4/s2)s2 + N3((t/tbr,5)− α5/s3 + (t/tbr,6)− α6/s3)s3; 9: f(t) = N1((t/tbr,1)− α1/s1 + (t/tbr,2)− α2/s1)s1 + N2((t/tbr,3)− α3/s2 + (t/tbr,4)− α4/s2)s2 + N3(t)− α5. Ok: “1” denotes the data used for the comparison with the X-ray data and plotted in Figs. C.1C.4 (available at the CDS). Tmin (Tmax): initial (end) time of the observations in rest frame (s). tbr, σ(tbr): trigger times with relative errors (s). α, σ(α): slopes with relative errors. s: smoothness parameters. N, σN: normalization with relative error (mJy). χ2: chi-square. D.o.f.: degree of freedom. pval: p_value. A “–9” indicates that the LC does not show this phase and the value of that parameter is therefore absent. This table is available in its entirety in a machine-readable form at the CDS (table1c.dat, ReadMe). A portion is shown here for guidance.

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