== S1: chain |x_i|<=60 (121 sites, dim 58564), fibre |r|<=48, packet cos^4 on |P-0.0|<=0.5 (delta P=0.1059), centre label 0, lambda<=3014 step 36.75 (alias margin 0.049, window half width 0.0063), eps=5.0e-07, 350.7 s
   level: E_b=1.99176939 E_b'=+6.678e-24 E_b''=+1.417680e-02 <s3>=0.997050,0.997050 gap>=8.272e-03 dist to bands>=8.231e-03 inside band: False
   checks: |<V1>-<V2>|<=5.6e-18, FD(E_b') 1.1e-07, FD(E_b'') 5.1e-07, fibre tail 1.7e-09, packet norm 0.9999999999, residual 3.4e-07, norm drift 1.1e-13, edge weight 3.0e-09
   common gradient g1=g2  slope v1 -2.78700118e-02 v2 -2.78700118e-02 | (13.7) -2.78700921e-02 | rel dev -2.9e-06 -2.9e-06 | half windows 3.1e-05 | two-point +6.0e-05 +6.0e-05 | rest sup 2.26e-02 2.26e-02 (linear part at end 8.40e+01)
                          separation: slope +6.9604e-13 (half windows +1.3884e-12 -6.9118e-12) | (13.10) <beta>_g +3.0454e-15 | max |sep| 1.589e-08 | sup |sep - lambda<beta>| 1.590e-08
   g1 only (g2=0)         slope v1 -1.39353211e-02 v2 -1.39347558e-02 | (13.7) -1.39350460e-02 | rel dev +2.0e-05 -2.1e-05 | half windows 1.2e-02 | two-point +1.0e-03 -9.1e-04 | rest sup 8.34e-01 8.35e-01 (linear part at end 4.20e+01)
                          separation: slope -3.8829e-04 (half windows -3.9188e-02 -1.9538e-02) | (13.10) <beta>_g +1.5227e-15 | max |sep| 2.700e+02 | sup |sep - lambda<beta>| 2.700e+02
   plain gradient         slope v1 -2.79507795e-02 v2 -2.79507795e-02 | (13.7) -2.79508614e-02 | rel dev -2.9e-06 -2.9e-06 | half windows 2.6e-05 | two-point -6.5e-05 -6.5e-05 | rest sup 1.90e-02 1.90e-02 (linear part at end 8.42e+01)
                          separation: slope -2.4351e-12 (half windows +4.1522e-12 +2.2034e-12) | (13.10) <beta>_g +3.0650e-15 | max |sep| 2.717e-08 | sup |sep - lambda<beta>| 2.716e-08
   closed form common   (13.13) -2.828427e-02 | level at P0 -2.826995e-02 (rel -5.06e-04) | (11.12) packet average -2.788673e-02 vs evolution -2.787001e-02 (rel -5.99e-04); u=1.000, (tau/M)^2=0.040,0.040
   closed form g1 only  (13.13) -1.414214e-02 | level at P0 -1.413498e-02 (rel -5.06e-04) | (11.12) packet average -1.394336e-02 vs evolution -1.393532e-02 (rel -5.77e-04); u=1.000, (tau/M)^2=0.040,0.040
   closed form plain    (13.13) -2.828427e-02 | level at P0 -2.835360e-02 (rel +2.45e-03) | (11.12) packet average -2.788673e-02 vs evolution -2.795078e-02 (rel +2.30e-03); u=1.000, (tau/M)^2=0.040,0.040
== S2: chain |x_i|<=60 (121 sites, dim 58564), fibre |r|<=48, packet cos^4 on |P-0.0|<=0.5 (delta P=0.1059), centre label 0, lambda<=3014 step 36.75 (alias margin 0.036, window half width 0.0063), eps=5.0e-07, 368.5 s
   level: E_b=2.24061401 E_b'=-3.186e-19 E_b''=+1.003067e-02 <s3>=0.996335,0.998096 gap>=9.420e-03 dist to bands>=9.386e-03 inside band: False
   checks: |<V1>-<V2>|<=1.4e-16, FD(E_b') 8.4e-08, FD(E_b'') 3.7e-07, fibre tail 5.4e-11, packet norm 0.9999999999, residual 2.9e-07, norm drift 5.1e-13, edge weight 8.1e-10
   common gradient g1=g2  slope v1 -2.21483159e-02 v2 -2.21483554e-02 | (13.7) -2.21484349e-02 | rel dev -5.4e-06 -3.6e-06 | half windows 2.1e-04 | two-point -1.8e-04 +7.9e-05 | rest sup 1.75e-01 1.00e-01 (linear part at end 6.67e+01)
                          separation: slope -3.0080e-05 (half windows -3.5656e-03 +1.1616e-03) | (13.10) <beta>_g +2.8527e-15 | max |sep| 3.897e+01 | sup |sep - lambda<beta>| 3.897e+01
   g1 only (g2=0)         slope v1 -9.83399042e-03 v2 -9.83419302e-03 | (13.7) -9.83412054e-03 | rel dev -1.3e-05 +7.4e-06 | half windows 2.3e-03 | two-point -1.1e-03 +5.9e-04 | rest sup 8.43e-01 5.44e-01 (linear part at end 2.96e+01)
                          separation: slope -1.5424e-04 (half windows -1.8305e-02 +5.9488e-03) | (13.10) <beta>_g +1.2645e-15 | max |sep| 2.007e+02 | sup |sep - lambda<beta>| 2.007e+02
   plain gradient         slope v1 -1.97396066e-02 v2 -1.97396783e-02 | (13.7) -1.97397357e-02 | rel dev -6.5e-06 -2.9e-06 | half windows 4.2e-04 | two-point -8.1e-05 +1.0e-04 | rest sup 3.10e-01 1.90e-01 (linear part at end 5.95e+01)
                          separation: slope -5.4601e-05 (half windows -6.4826e-03 +2.1087e-03) | (13.10) <beta>_g +2.5482e-15 | max |sep| 7.109e+01 | sup |sep - lambda<beta>| 7.109e+01
   closed form common   (13.13) -2.250429e-02 | level at P0 -2.250836e-02 (rel +1.81e-04) | (11.12) packet average -2.214559e-02 vs evolution -2.214832e-02 (rel +1.23e-04); u=1.214, (tau/M)^2=0.040,0.021
   closed form g1 only  (13.13) -1.000191e-02 | level at P0 -9.993907e-03 (rel -8.00e-04) | (11.12) packet average -9.842483e-03 vs evolution -9.833990e-03 (rel -8.63e-04); u=1.214, (tau/M)^2=0.040,0.021
   closed form plain    (13.13) -2.000381e-02 | level at P0 -2.006134e-02 (rel +2.88e-03) | (11.12) packet average -1.968497e-02 vs evolution -1.973961e-02 (rel +2.78e-03); u=1.214, (tau/M)^2=0.040,0.021
== S3: chain |x_i|<=60 (121 sites, dim 58564), fibre |r|<=48, packet cos^4 on |P-0.0|<=0.5 (delta P=0.1059), centre label 0, lambda<=3008 step 32.0 (alias margin 0.040, window half width 0.0063), eps=5.0e-07, 357.2 s
   level: E_b=1.94601228 E_b'=-3.354e-20 E_b''=-1.103845e-02 <s3>=0.984327,0.986002 gap>=1.033e-02 dist to bands>=1.029e-02 inside band: False
   checks: |<V1>-<V2>|<=1.5e-16, FD(E_b') 9.1e-08, FD(E_b'') 4.1e-07, fibre tail 1.9e-11, packet norm 0.9999999999, residual 2.9e-07, norm drift 1.7e-13, edge weight 1.0e-09
   common gradient g1=g2  slope v1 +2.03366779e-02 v2 +2.03366466e-02 | (13.7) +2.03367203e-02 | rel dev -2.1e-06 -3.6e-06 | half windows 2.2e-04 | two-point +7.4e-05 -4.6e-05 | rest sup 1.95e-01 1.56e-01 (linear part at end 6.12e+01)
                          separation: slope +2.3910e-05 (half windows +1.6482e-03 -2.0806e-04) | (13.10) <beta>_g +2.2199e-15 | max |sep| 4.354e+01 | sup |sep - lambda<beta>| 4.354e+01
   g1 only (g2=0)         slope v1 +1.06950117e-02 v2 +1.06948982e-02 | (13.7) +1.06949565e-02 | rel dev +5.2e-06 -5.5e-06 | half windows 1.5e-03 | two-point +6.7e-04 -5.8e-04 | rest sup 6.65e-01 5.44e-01 (linear part at end 3.22e+01)
                          separation: slope +8.6585e-05 (half windows +5.9659e-03 -7.5495e-04) | (13.10) <beta>_g +1.1676e-15 | max |sep| 1.574e+02 | sup |sep - lambda<beta>| 1.574e+02
   plain gradient         slope v1 +2.17315005e-02 v2 +2.17314776e-02 | (13.7) +2.17315531e-02 | rel dev -2.4e-06 -3.5e-06 | half windows 1.5e-04 | two-point +6.9e-05 -6.3e-05 | rest sup 1.45e-01 1.03e-01 (linear part at end 6.54e+01)
                          separation: slope +1.7507e-05 (half windows +1.2057e-03 -1.5206e-04) | (13.10) <beta>_g +2.3552e-15 | max |sep| 3.183e+01 | sup |sep - lambda<beta>| 3.183e+01
   closed form common   (13.13) +2.145035e-02 | level at P0 +2.066098e-02 (rel -3.68e-02) | (11.12) packet average +2.111232e-02 vs evolution +2.033668e-02 (rel -3.67e-02); u=1.220, (tau/M)^2=0.040,0.036
   closed form g1 only  (13.13) +1.128966e-02 | level at P0 +1.086544e-02 (rel -3.76e-02) | (11.12) packet average +1.111175e-02 vs evolution +1.069501e-02 (rel -3.75e-02); u=1.220, (tau/M)^2=0.040,0.036
   closed form plain    (13.13) +2.257932e-02 | level at P0 +2.207690e-02 (rel -2.23e-02) | (11.12) packet average +2.222350e-02 vs evolution +2.173150e-02 (rel -2.21e-02); u=1.220, (tau/M)^2=0.040,0.036
== S4: chain |x_i|<=60 (121 sites, dim 58564), fibre |r|<=48, packet cos^4 on |P-0.0|<=0.5 (delta P=0.1059), centre label 0, lambda<=200 step 1.0 (alias margin 1.716, window half width 0.0942), eps=2.0e-06, 222.5 s
   level: E_b=1.71210419 E_b'=-2.020e-17 E_b''=+1.539205e-01 <s3>=0.768512,0.881314 gap>=4.887e-01 dist to bands>=4.879e-01 inside band: False
   checks: |<V1>-<V2>|<=6.5e-16, FD(E_b') 1.5e-06, FD(E_b'') 7.7e-06, fibre tail 1.2e-14, packet norm 0.9999999999, residual 1.8e-06, norm drift 1.5e-14, edge weight 8.6e-10
   common gradient g1=g2  slope v1 -2.75262112e-01 v2 -2.75262112e-01 | (13.7) -2.75262183e-01 | rel dev -2.6e-07 -2.6e-07 | half windows 7.0e-07 | two-point +1.5e-03 -9.4e-04 | rest sup 5.77e-01 5.65e-01 (linear part at end 5.51e+01)
                          separation: slope -7.3986e-08 (half windows -2.3618e-06 -1.0784e-07) | (13.10) <beta>_g +1.1255e-17 | max |sep| 1.211e+00 | sup |sep - lambda<beta>| 1.211e+00
   g1 only (g2=0)         slope v1 -1.15854383e-01 v2 -1.15854384e-01 | (13.7) -1.15854388e-01 | rel dev -4.7e-08 -3.8e-08 | half windows 1.1e-06 | two-point +3.9e-03 +6.8e-04 | rest sup 6.94e-01 2.59e-01 (linear part at end 2.32e+01)
                          separation: slope -1.8394e-07 (half windows -5.9357e-06 -2.3784e-07) | (13.10) <beta>_g +5.0628e-18 | max |sep| 2.411e+00 | sup |sep - lambda<beta>| 2.411e+00
   plain gradient         slope v1 -3.01229645e-01 v2 -3.01229646e-01 | (13.7) -3.01229766e-01 | rel dev -4.0e-07 -4.0e-07 | half windows 9.3e-07 | two-point -1.5e-03 +4.7e-04 | rest sup 6.75e-01 2.78e-01 (linear part at end 6.02e+01)
                          separation: slope -7.3840e-08 (half windows -2.4097e-06 -8.0318e-08) | (13.10) <beta>_g +1.0811e-17 | max |sep| 9.639e-01 | sup |sep - lambda<beta>| 9.639e-01
== S5: chain |x_i|<=60 (121 sites, dim 58564), fibre |r|<=48, packet cos^4 on |P-0.2|<=0.4 (delta P=0.0847), centre label -12, lambda<=400 step 1.0 (alias margin 1.427, window half width 0.0471), eps=2.0e-06, 362.2 s
   level: E_b=2.00101648 E_b'=+5.016e-02 E_b''=+2.405046e-01 <s3>=0.896692,0.925514 gap>=7.444e-02 dist to bands>=2.040e-01 inside band: False
   checks: |<V1>-<V2>|<=1.2e-15, FD(E_b') 1.7e-06, FD(E_b'') 6.8e-06, fibre tail 2.1e-10, packet norm 0.9999999973, residual 5.2e-06, norm drift 8.1e-14, edge weight 3.2e-06
   common gradient g1=g2  slope v1 -4.81459652e-01 v2 -4.81467652e-01 | (13.7) -4.81456283e-01 | rel dev +7.0e-06 +2.4e-05 | half windows 5.4e-03 | two-point -3.9e-03 -2.1e-03 | rest sup 2.10e+00 3.11e+00 (linear part at end 1.93e+02)
                          separation: slope -8.6620e-02 (half windows -1.1118e-01 -7.2999e-02) | (13.10) <beta>_g -8.6508e-02 | max |sep| 4.690e+01 | sup |sep - lambda<beta>| 1.495e+01
   g1 only (g2=0)         slope v1 -2.14925383e-01 v2 -2.14928547e-01 | (13.7) -2.14923838e-01 | rel dev +7.2e-06 +2.2e-05 | half windows 5.4e-03 | two-point -3.5e-03 -1.7e-03 | rest sup 1.94e+00 1.42e+00 (linear part at end 8.60e+01)
                          separation: slope -2.8194e-02 (half windows -3.9456e-02 -2.2817e-02) | (13.10) <beta>_g -2.8133e-02 | max |sep| 2.319e+01 | sup |sep - lambda<beta>| 1.483e+01
   plain gradient         slope v1 -4.75406552e-01 v2 -4.75417030e-01 | (13.7) -4.75402144e-01 | rel dev +9.3e-06 +3.1e-05 | half windows 6.0e-03 | two-point +1.1e-03 +3.7e-03 | rest sup 8.27e-01 9.60e-01 (linear part at end 1.90e+02)
                          separation: slope -7.4571e-02 (half windows -1.0636e-01 -5.5695e-02) | (13.10) <beta>_g -7.4440e-02 | max |sep| 4.637e+01 | sup |sep - lambda<beta>| 1.927e+01
== S1_L45: chain |x_i|<=45 (91 sites, dim 33124), fibre |r|<=48, packet cos^4 on |P-0.0|<=0.5 (delta P=0.1059), centre label 0, lambda<=3014 step 36.75 (alias margin 0.049, window half width 0.0063), eps=5.0e-07, 123.5 s
   level: E_b=1.99176939 E_b'=+6.678e-24 E_b''=+1.417680e-02 <s3>=0.997050,0.997050 gap>=8.272e-03 dist to bands>=8.231e-03 inside band: False
   checks: |<V1>-<V2>|<=5.6e-18, FD(E_b') 1.1e-07, FD(E_b'') 5.1e-07, fibre tail 1.7e-09, packet norm 0.9999999988, residual 7.0e-07, norm drift 2.4e-14, edge weight 3.0e-07
   g1 only (g2=0)         slope v1 -1.39353174e-02 v2 -1.39347522e-02 | (13.7) -1.39350460e-02 | rel dev +1.9e-05 -2.1e-05 | half windows 1.2e-02 | two-point +1.0e-03 -9.1e-04 | rest sup 8.34e-01 8.35e-01 (linear part at end 4.20e+01)
                          separation: slope -3.8828e-04 (half windows -3.9188e-02 -1.9538e-02) | (13.10) <beta>_g +1.5227e-15 | max |sep| 2.700e+02 | sup |sep - lambda<beta>| 2.700e+02
== S1_eps2: chain |x_i|<=60 (121 sites, dim 58564), fibre |r|<=48, packet cos^4 on |P-0.0|<=0.5 (delta P=0.1059), centre label 0, lambda<=3014 step 36.75 (alias margin 0.049, window half width 0.0063), eps=1.0e-06, 206.6 s
   level: E_b=1.99176939 E_b'=+6.678e-24 E_b''=+1.417680e-02 <s3>=0.997050,0.997050 gap>=8.272e-03 dist to bands>=8.231e-03 inside band: False
   checks: |<V1>-<V2>|<=5.6e-18, FD(E_b') 1.1e-07, FD(E_b'') 5.1e-07, fibre tail 1.7e-09, packet norm 0.9999999999, residual 3.4e-07, norm drift 9.6e-14, edge weight 3.1e-09
   g1 only (g2=0)         slope v1 -1.39352885e-02 v2 -1.39347235e-02 | (13.7) -1.39350460e-02 | rel dev +1.7e-05 -2.3e-05 | half windows 1.2e-02 | two-point +1.0e-03 -9.1e-04 | rest sup 8.34e-01 8.35e-01 (linear part at end 4.20e+01)
                          separation: slope -3.8798e-04 (half windows -3.9187e-02 -1.9536e-02) | (13.10) <beta>_g +1.5227e-15 | max |sep| 2.700e+02 | sup |sep - lambda<beta>| 2.700e+02
== S1_Pc035: chain |x_i|<=60 (121 sites, dim 58564), fibre |r|<=48, packet cos^4 on |P-0.0|<=0.35 (delta P=0.0741), centre label 0, lambda<=3014 step 36.75 (alias margin 0.052, window half width 0.0063), eps=5.0e-07, 207.2 s
   level: E_b=1.99176939 E_b'=+6.678e-24 E_b''=+1.417680e-02 <s3>=0.997050,0.997050 gap>=8.272e-03 dist to bands>=8.231e-03 inside band: False
   checks: |<V1>-<V2>|<=5.2e-18, FD(E_b') 3.7e-08, FD(E_b'') 2.4e-07, fibre tail 1.7e-09, packet norm 0.9999999983, residual 1.7e-06, norm drift 2.8e-13, edge weight 1.8e-08
   g1 only (g2=0)         slope v1 -1.40374166e-02 v2 -1.40368376e-02 | (13.7) -1.40371355e-02 | rel dev +2.0e-05 -2.1e-05 | half windows 1.2e-02 | two-point +1.0e-03 -8.8e-04 | rest sup 8.37e-01 8.41e-01 (linear part at end 4.23e+01)
                          separation: slope -3.9129e-04 (half windows -3.9477e-02 -1.9888e-02) | (13.10) <beta>_g -1.4341e-15 | max |sep| 2.720e+02 | sup |sep - lambda<beta>| 2.720e+02
== S1_dlam: chain |x_i|<=60 (121 sites, dim 58564), fibre |r|<=48, packet cos^4 on |P-0.0|<=0.5 (delta P=0.1059), centre label 0, lambda<=3003 step 21.0 (alias margin 0.091, window half width 0.0063), eps=5.0e-07, 234.5 s
   level: E_b=1.99176939 E_b'=+6.678e-24 E_b''=+1.417680e-02 <s3>=0.997050,0.997050 gap>=8.272e-03 dist to bands>=8.231e-03 inside band: False
   checks: |<V1>-<V2>|<=5.6e-18, FD(E_b') 1.1e-07, FD(E_b'') 5.1e-07, fibre tail 1.7e-09, packet norm 0.9999999999, residual 3.4e-07, norm drift 1.3e-13, edge weight 3.0e-09
   g1 only (g2=0)         slope v1 -1.39353260e-02 v2 -1.39347463e-02 | (13.7) -1.39350460e-02 | rel dev +2.0e-05 -2.2e-05 | half windows 1.3e-02 | two-point +8.3e-04 -9.3e-04 | rest sup 8.50e-01 8.39e-01 (linear part at end 4.18e+01)
                          separation: slope -3.8979e-04 (half windows -3.9284e-02 -1.9855e-02) | (13.10) <beta>_g +1.5227e-15 | max |sep| 2.696e+02 | sup |sep - lambda<beta>| 2.696e+02
== S4_L45: chain |x_i|<=45 (91 sites, dim 33124), fibre |r|<=48, packet cos^4 on |P-0.0|<=0.5 (delta P=0.1059), centre label 0, lambda<=200 step 1.0 (alias margin 1.716, window half width 0.0942), eps=2.0e-06, 84.3 s
   level: E_b=1.71210419 E_b'=-2.020e-17 E_b''=+1.539205e-01 <s3>=0.768512,0.881314 gap>=4.887e-01 dist to bands>=4.879e-01 inside band: False
   checks: |<V1>-<V2>|<=6.5e-16, FD(E_b') 1.5e-06, FD(E_b'') 7.7e-06, fibre tail 1.2e-14, packet norm 0.9999999988, residual 5.3e-06, norm drift 9.1e-14, edge weight 4.9e-08
   g1 only (g2=0)         slope v1 -1.15854376e-01 v2 -1.15854377e-01 | (13.7) -1.15854388e-01 | rel dev -1.0e-07 -9.2e-08 | half windows 1.3e-06 | two-point +3.9e-03 +6.5e-04 | rest sup 6.94e-01 2.59e-01 (linear part at end 2.32e+01)
                          separation: slope -1.8301e-07 (half windows -5.9357e-06 -2.3421e-07) | (13.10) <beta>_g +5.0628e-18 | max |sep| 2.411e+00 | sup |sep - lambda<beta>| 2.411e+00
== S5_L75: chain |x_i|<=75 (151 sites, dim 91204), fibre |r|<=48, packet cos^4 on |P-0.2|<=0.4 (delta P=0.0847), centre label -12, lambda<=400 step 1.0 (alias margin 1.427, window half width 0.0471), eps=2.0e-06, 297.3 s
   level: E_b=2.00101648 E_b'=+5.016e-02 E_b''=+2.405046e-01 <s3>=0.896692,0.925514 gap>=7.444e-02 dist to bands>=2.040e-01 inside band: False
   checks: |<V1>-<V2>|<=1.2e-15, FD(E_b') 1.7e-06, FD(E_b'') 6.8e-06, fibre tail 2.1e-10, packet norm 0.9999999998, residual 1.1e-06, norm drift 1.4e-13, edge weight 4.2e-08
   g1 only (g2=0)         slope v1 -2.14925708e-01 v2 -2.14928869e-01 | (13.7) -2.14923838e-01 | rel dev +8.7e-06 +2.3e-05 | half windows 5.5e-03 | two-point -3.4e-03 -1.8e-03 | rest sup 1.94e+00 1.42e+00 (linear part at end 8.60e+01)
                          separation: slope -2.8194e-02 (half windows -3.9456e-02 -2.2817e-02) | (13.10) <beta>_g -2.8133e-02 | max |sep| 2.320e+01 | sup |sep - lambda<beta>| 1.483e+01
== S5_long: chain |x_i|<=75 (151 sites, dim 91204), fibre |r|<=48, packet cos^4 on |P-0.2|<=0.4 (delta P=0.0847), centre label -15, lambda<=600 step 1.0 (alias margin 1.427, window half width 0.0314), eps=2.0e-06, 369.2 s
   level: E_b=2.00101648 E_b'=+5.016e-02 E_b''=+2.405046e-01 <s3>=0.896692,0.925514 gap>=7.444e-02 dist to bands>=2.040e-01 inside band: False
   checks: |<V1>-<V2>|<=1.2e-15, FD(E_b') 1.7e-06, FD(E_b'') 6.8e-06, fibre tail 2.1e-10, packet norm 0.9999999997, residual 4.1e-06, norm drift 1.1e-13, edge weight 8.7e-06
   g1 only (g2=0)         slope v1 -2.14923024e-01 v2 -2.14922278e-01 | (13.7) -2.14923838e-01 | rel dev -3.8e-06 -7.3e-06 | half windows 3.0e-04 | two-point -4.3e-03 -6.4e-03 | rest sup 2.31e+00 1.65e+00 (linear part at end 1.29e+02)
                          separation: slope -2.8139e-02 (half windows -2.8900e-02 -2.7635e-02) | (13.10) <beta>_g -2.8133e-02 | max |sep| 2.828e+01 | sup |sep - lambda<beta>| 1.561e+01
== convergence (configuration g1 only): relative change of the slopes against the base run
   S1_L45     {'L': 45}              slope change v1 -2.6e-07 v2 -2.6e-07 | rel dev from (13.7): variant +1.9e-05 -2.1e-05, base +2.0e-05 -2.1e-05 | separation slope: variant -3.8828e-04, base -3.8829e-04
   S1_eps2    {'eps': 1e-06}         slope change v1 -2.3e-06 v2 -2.3e-06 | rel dev from (13.7): variant +1.7e-05 -2.3e-05, base +2.0e-05 -2.1e-05 | separation slope: variant -3.8798e-04, base -3.8829e-04
   S1_Pc035   {'Pc': 0.35}           slope change v1 +7.3e-03 v2 +7.3e-03 | rel dev from (13.7): variant +2.0e-05 -2.1e-05, base +2.0e-05 -2.1e-05 | separation slope: variant -3.9129e-04, base -3.8829e-04
   S1_dlam    {'dlam': (20.0, 28.0)} slope change v1 +3.5e-07 v2 -6.8e-07 | rel dev from (13.7): variant +2.0e-05 -2.2e-05, base +2.0e-05 -2.1e-05 | separation slope: variant -3.8979e-04, base -3.8829e-04
   S4_L45     {'L': 45}              slope change v1 -5.4e-08 v2 -5.4e-08 | rel dev from (13.7): variant -1.0e-07 -9.2e-08, base -4.7e-08 -3.8e-08 | separation slope: variant -1.8301e-07, base -1.8394e-07
   S5_L75     {'L': 75}              slope change v1 +1.5e-06 v2 +1.5e-06 | rel dev from (13.7): variant +8.7e-06 +2.3e-05, base +7.2e-06 +2.2e-05 | separation slope: variant -2.8194e-02, base -2.8194e-02
   S5_long    {'L': 75, 'lam_max': 600.0, 'xc': -15} slope change v1 -1.1e-05 v2 -2.9e-05 | rel dev from (13.7): variant -3.8e-06 -7.3e-06, base +7.2e-06 +2.2e-05 | separation slope: variant -2.8139e-02, base -2.8194e-02
== fibre range: change of the coefficients (13.8), (13.10) at P0 against |r|<=64
   S1 |r|<=32: tail of psi 1.9e-06, alpha rel change 1.1e-11, beta abs change 1.8e-17
   S1 |r|<=48: tail of psi 1.7e-09, alpha rel change 9.4e-14, beta abs change 2.7e-17
   S2 |r|<=32: tail of psi 1.9e-07, alpha rel change 1.8e-13, beta abs change 2.1e-17
   S2 |r|<=48: tail of psi 5.4e-11, alpha rel change 1.1e-14, beta abs change 6.6e-17
   S3 |r|<=32: tail of psi 7.4e-08, alpha rel change 1.4e-13, beta abs change 3.0e-17
   S3 |r|<=48: tail of psi 1.9e-11, alpha rel change 6.1e-14, beta abs change 4.2e-18
   S4 |r|<=32: tail of psi 7.3e-10, alpha rel change 1.1e-14, beta abs change 3.2e-17
   S4 |r|<=48: tail of psi 1.2e-14, alpha rel change 9.1e-15, beta abs change 1.1e-16
   S5 |r|<=32: tail of psi 3.6e-07, alpha rel change 1.8e-13, beta abs change 3.7e-12
   S5 |r|<=48: tail of psi 1.4e-10, alpha rel change 4.0e-15, beta abs change 7.6e-16
== scaling of the deviation from (13.13): tau -> s tau, w -> s^2 w (numerical level at P0=0, fibre |r|<=64)
   S1 s=1.0   tau/M=0.200,0.200 u=1.000 rel dev of coefficients (g1, g2, plain): -5.063e-04 -5.063e-04 +2.451e-03
   S1 s=0.5   tau/M=0.100,0.100 u=1.000 rel dev of coefficients (g1, g2, plain): -1.121e-04 -1.121e-04 +6.220e-04
   S1 s=0.25  tau/M=0.050,0.050 u=1.000 rel dev of coefficients (g1, g2, plain): -2.711e-05 -2.711e-05 +1.561e-04
   S2 s=1.0   tau/M=0.200,0.144 u=1.214 rel dev of coefficients (g1, g2, plain): -7.998e-04 +9.658e-04 +2.876e-03
   S2 s=0.5   tau/M=0.100,0.072 u=1.214 rel dev of coefficients (g1, g2, plain): -1.851e-04 +2.540e-04 +7.272e-04
   S2 s=0.25  tau/M=0.050,0.036 u=1.214 rel dev of coefficients (g1, g2, plain): -4.536e-05 +6.428e-05 +1.823e-04
   S3 s=1.0   tau/M=0.200,0.189 u=1.220 rel dev of coefficients (g1, g2, plain): -3.758e-02 -3.594e-02 -2.225e-02
   S3 s=0.5   tau/M=0.100,0.094 u=1.220 rel dev of coefficients (g1, g2, plain): -9.687e-03 -9.254e-03 -5.668e-03
   S3 s=0.25  tau/M=0.050,0.047 u=1.220 rel dev of coefficients (g1, g2, plain): -2.441e-03 -2.331e-03 -1.424e-03
== clock ratio Gamma_i = dE_b(0)/dM_i and its derivative in the data, T_ij = M_j dGamma_i/dM_j, against (11.20), (13.22): tau -> s tau, w -> s^2 w (numerical level at P0=0, fibre |r|<=64)
   S1 s=1.0   tau/M=0.200,0.200 u=1.000 1-Gamma_i rel dev +7.241e-03 +7.241e-03 | T_11 +4.116978e-03 T_12 -1.777954e-03 T_21 -1.777954e-03 T_22 +4.116978e-03 | rel dev from (13.22) +6.572e-03 +5.763e-03 +5.763e-03 +6.572e-03 | abs dev +2.69e-05 -1.02e-05 -1.02e-05 +2.69e-05
                          rho_i - g_i, (13.21) against (13.18), rel dev (common, g1 only, g2 only): part 1 +1.017e-02 +9.550e-03 +8.739e-03 | part 2 +1.017e-02 +8.739e-03 +9.550e-03 | symmetric difference in M_j against the resolvent 8.5e-09 | fibre |r|<=48 against 64 2.6e-13
   S1 s=0.5   tau/M=0.100,0.100 u=1.000 1-Gamma_i rel dev +1.812e-03 +1.812e-03 | T_11 +1.024220e-03 T_12 -4.425802e-04 T_21 -4.425802e-04 T_22 +1.024220e-03 | rel dev from (13.22) +1.658e-03 +1.445e-03 +1.445e-03 +1.658e-03 | abs dev +1.70e-06 -6.38e-07 -6.38e-07 +1.70e-06
                          rho_i - g_i, (13.21) against (13.18), rel dev (common, g1 only, g2 only): part 1 +2.556e-03 +2.394e-03 +2.180e-03 | part 2 +2.556e-03 +2.180e-03 +2.394e-03 | symmetric difference in M_j against the resolvent 1.2e-08 | fibre |r|<=48 against 64 5.5e-13
   S1 s=0.25  tau/M=0.050,0.050 u=1.000 1-Gamma_i rel dev +4.530e-04 +4.530e-04 | T_11 +2.557373e-04 T_12 -1.105254e-04 T_21 -1.105254e-04 T_22 +2.557373e-04 | rel dev from (13.22) +4.155e-04 +3.614e-04 +3.614e-04 +4.155e-04 | abs dev +1.06e-07 -3.99e-08 -3.99e-08 +1.06e-07
                          rho_i - g_i, (13.21) against (13.18), rel dev (common, g1 only, g2 only): part 1 +6.399e-04 +5.988e-04 +5.447e-04 | part 2 +6.399e-04 +5.447e-04 +5.988e-04 | symmetric difference in M_j against the resolvent 3.6e-08 | fibre |r|<=48 against 64 2.5e-12
   S2 s=1.0   tau/M=0.200,0.144 u=1.214 1-Gamma_i rel dev +6.614e-03 +9.006e-03 | T_11 +5.010141e-03 T_12 -1.499704e-03 T_21 -1.199764e-03 T_22 +3.035993e-03 | rel dev from (13.22) +5.397e-03 +6.995e-03 +6.995e-03 +1.109e-02 | abs dev +2.69e-05 -1.04e-05 -8.33e-06 +3.33e-05
                          rho_i - g_i, (13.21) against (13.18), rel dev (common, g1 only, g2 only): part 1 +8.412e-03 +9.095e-03 +1.070e-02 | part 2 +1.572e-02 +8.917e-03 +1.302e-02 | symmetric difference in M_j against the resolvent 1.6e-08 | fibre |r|<=48 against 64 7.5e-13
   S2 s=0.5   tau/M=0.100,0.072 u=1.214 1-Gamma_i rel dev +1.655e-03 +2.243e-03 | T_11 +1.247511e-03 T_12 -3.729741e-04 T_21 -2.983792e-04 T_22 +7.527511e-04 | rel dev from (13.22) +1.364e-03 +1.752e-03 +1.752e-03 +2.766e-03 | abs dev +1.70e-06 -6.52e-07 -5.22e-07 +2.08e-06
                          rho_i - g_i, (13.21) against (13.18), rel dev (common, g1 only, g2 only): part 1 +2.112e-03 +2.278e-03 +2.666e-03 | part 2 +3.908e-03 +2.226e-03 +3.241e-03 | symmetric difference in M_j against the resolvent 5.1e-08 | fibre |r|<=48 against 64 6.0e-13
   S2 s=0.25  tau/M=0.050,0.036 u=1.214 1-Gamma_i rel dev +4.138e-04 +5.604e-04 | T_11 +3.115593e-04 T_12 -9.312121e-05 T_21 -7.449697e-05 T_22 +1.877983e-04 | rel dev from (13.22) +3.419e-04 +4.383e-04 +4.383e-04 +6.912e-04 | abs dev +1.06e-07 -4.08e-08 -3.26e-08 +1.30e-07
                          rho_i - g_i, (13.21) against (13.18), rel dev (common, g1 only, g2 only): part 1 +5.286e-04 +5.697e-04 +6.661e-04 | part 2 +9.758e-04 +5.564e-04 +8.094e-04 | symmetric difference in M_j against the resolvent 7.1e-08 | fibre |r|<=48 against 64 4.8e-12
   S3 s=1.0   tau/M=0.200,0.189 u=1.220 1-Gamma_i rel dev -4.071e-02 -3.950e-02 | T_11 +3.236098e-02 T_12 +1.643041e-03 T_21 +1.825601e-03 T_22 +2.861149e-02 | rel dev from (13.22) -6.955e-02 -2.696e-02 -2.696e-02 -6.659e-02 | abs dev -2.42e-03 -4.55e-05 -5.06e-05 -2.04e-03
                          rho_i - g_i, (13.21) against (13.18), rel dev (common, g1 only, g2 only): part 1 -5.273e-02 -5.473e-02 -1.147e-02 | part 2 -5.102e-02 -1.315e-02 -5.334e-02 | symmetric difference in M_j against the resolvent 2.0e-08 | fibre |r|<=48 against 64 1.1e-13
   S3 s=0.5   tau/M=0.100,0.094 u=1.220 1-Gamma_i rel dev -1.049e-02 -1.016e-02 | T_11 +8.536987e-03 T_12 +4.192139e-04 T_21 +4.657932e-04 T_22 +7.530158e-03 | rel dev from (13.22) -1.817e-02 -6.933e-03 -6.933e-03 -1.736e-02 | abs dev -1.58e-04 -2.93e-06 -3.25e-06 -1.33e-04
                          rho_i - g_i, (13.21) against (13.18), rel dev (common, g1 only, g2 only): part 1 -1.366e-02 -1.418e-02 -2.903e-03 | part 2 -1.320e-02 -3.339e-03 -1.380e-02 | symmetric difference in M_j against the resolvent 2.2e-08 | fibre |r|<=48 against 64 8.1e-13
   S3 s=0.25  tau/M=0.050,0.047 u=1.220 1-Gamma_i rel dev -2.643e-03 -2.560e-03 | T_11 +2.163755e-03 T_12 +1.053509e-04 T_21 +1.170566e-04 T_22 +1.907393e-03 | rel dev from (13.22) -4.594e-03 -1.746e-03 -1.746e-03 -4.387e-03 | abs dev -9.99e-06 -1.84e-07 -2.05e-07 -8.40e-06
                          rho_i - g_i, (13.21) against (13.18), rel dev (common, g1 only, g2 only): part 1 -3.447e-03 -3.579e-03 -7.286e-04 | part 2 -3.329e-03 -8.386e-04 -3.481e-03 | symmetric difference in M_j against the resolvent 4.2e-08 | fibre |r|<=48 against 64 4.3e-12
== other order of the limits (Step 5.3): d<sigma_3^(i)>_P/dP, d<K>_P/dP and f_i = Re F_{i,Lambda}(P) for the windows [0, Lambda], per unit gradient (numerical level, fibre |r|<=96; changes against |r|<=64)
   S1 P=0.0  E_b'=+1.622880e-20 gap 8.254e-03 dist to bands 8.231e-03 inside band: False | d<s3>/dP +4.743385e-19 -1.246832e-18 | leading order from (11.12) -0.000000e+00 -0.000000e+00 | d<K>/dP common -7.724940e-19 g1 only +4.743385e-19 | (13.6) abs dev 2.7e-18 | symmetric difference in P abs dev 1.7e-18 | |r|<=64 against 96: d<s3>/dP 2.2e-18, f 3.6e-17
                          f_i common   Lambda=5: f_1 +2.500441e-17 f_2 -2.368982e-17 | Lambda=10: f_1 +5.235341e-17 f_2 -5.067629e-17 | Lambda=20: f_1 +9.484059e-17 f_2 -9.025983e-17
                          f_i g1 only  Lambda=5: f_1 +1.111307e-17 f_2 -1.192792e-17 | Lambda=10: f_1 +2.156885e-17 f_2 -2.535678e-17 | Lambda=20: f_1 +3.987153e-17 f_2 -5.533497e-17
   S1 P=0.2  E_b'=+2.787495e-03 gap 8.357e-03 dist to bands 8.348e-03 inside band: False | d<s3>/dP -2.101506e-03 -2.101506e-03 | leading order from (11.12) -2.099885e-03 -2.099885e-03 | d<K>/dP common -4.203011e-03 g1 only -2.101506e-03 | (13.6) abs dev 2.9e-17 | symmetric difference in P abs dev 2.2e-13 | |r|<=64 against 96: d<s3>/dP 7.8e-17, f 1.5e-16
                          f_i common   Lambda=5: f_1 +2.556160e-03 f_2 +2.556160e-03 | Lambda=10: f_1 +8.476831e-04 f_2 +8.476831e-04 | Lambda=20: f_1 +2.421435e-03 f_2 +2.421435e-03
                          f_i g1 only  Lambda=5: f_1 +2.551134e-03 f_2 +5.026191e-06 | Lambda=10: f_1 +8.243607e-04 f_2 +2.332240e-05 | Lambda=20: f_1 +2.331810e-03 f_2 +8.962494e-05
   S2 P=0.0  E_b'=+7.001012e-20 gap 9.405e-03 dist to bands 9.386e-03 inside band: False | d<s3>/dP +1.893174e-19 -1.231586e-19 | leading order from (11.12) -0.000000e+00 -0.000000e+00 | d<K>/dP common +3.536912e-20 g1 only +1.893174e-19 | (13.6) abs dev 1.0e-19 | symmetric difference in P abs dev 3.1e-19 | |r|<=64 against 96: d<s3>/dP 5.0e-19, f 4.3e-16
                          f_i common   Lambda=5: f_1 +8.882792e-18 f_2 -3.188961e-17 | Lambda=10: f_1 +2.530548e-17 f_2 -4.431778e-17 | Lambda=20: f_1 +9.472226e-18 f_2 -9.124934e-17
                          f_i g1 only  Lambda=5: f_1 -3.521432e-18 f_2 -8.401853e-18 | Lambda=10: f_1 +2.337345e-17 f_2 +1.818821e-18 | Lambda=20: f_1 -5.347580e-18 f_2 -5.592341e-18
   S2 P=0.2  E_b'=+1.967891e-03 gap 9.509e-03 dist to bands 9.501e-03 inside band: False | d<s3>/dP -1.489668e-03 -1.332555e-03 | leading order from (11.12) -1.488631e-03 -1.328612e-03 | d<K>/dP common -3.155362e-03 g1 only -1.489668e-03 | (13.6) abs dev 1.5e-16 | symmetric difference in P abs dev 9.0e-12 | |r|<=64 against 96: d<s3>/dP 1.7e-16, f 5.8e-16
                          f_i common   Lambda=5: f_1 +1.800514e-03 f_2 +5.635486e-06 | Lambda=10: f_1 +6.061171e-04 f_2 +2.426129e-05 | Lambda=20: f_1 +1.722972e-03 f_2 +9.666734e-05
                          f_i g1 only  Lambda=5: f_1 +1.796676e-03 f_2 +3.746826e-06 | Lambda=10: f_1 +5.893425e-04 f_2 +1.666130e-05 | Lambda=20: f_1 +1.656913e-03 f_2 +6.555673e-05
   S3 P=0.0  E_b'=-5.572527e-20 gap 1.031e-02 dist to bands 1.029e-02 inside band: False | d<s3>/dP +1.279541e-19 -1.780332e-19 | leading order from (11.12) +0.000000e+00 +0.000000e+00 | d<K>/dP common -3.227579e-20 g1 only +1.279541e-19 | (13.6) abs dev 9.5e-20 | symmetric difference in P abs dev 1.7e-19 | |r|<=64 against 96: d<s3>/dP 7.0e-20, f 5.4e-17
                          f_i common   Lambda=5: f_1 -4.646274e-17 f_2 +3.697469e-17 | Lambda=10: f_1 -8.050759e-17 f_2 +6.928136e-17 | Lambda=20: f_1 -1.513519e-16 f_2 +1.409803e-16
                          f_i g1 only  Lambda=5: f_1 -1.855558e-17 f_2 +2.417477e-17 | Lambda=10: f_1 -4.938903e-17 f_2 +2.803243e-17 | Lambda=20: f_1 -7.579718e-17 f_2 +6.582171e-17
   S3 P=0.2  E_b'=-2.166630e-03 gap 1.044e-02 dist to bands 1.042e-02 inside band: False | d<s3>/dP +1.656606e-03 +1.945895e-03 | leading order from (11.12) +1.731668e-03 +2.033991e-03 | d<K>/dP common +3.407911e-03 g1 only +1.656606e-03 | (13.6) abs dev 1.7e-16 | symmetric difference in P abs dev 1.0e-11 | |r|<=64 against 96: d<s3>/dP 1.4e-17, f 2.4e-16
                          f_i common   Lambda=5: f_1 -1.803497e-03 f_2 -2.071415e-03 | Lambda=10: f_1 -1.040826e-03 f_2 -1.545052e-04 | Lambda=20: f_1 -2.196446e-03 f_2 -5.852403e-04
                          f_i g1 only  Lambda=5: f_1 -1.798404e-03 f_2 -5.145762e-06 | Lambda=10: f_1 -1.018591e-03 f_2 -2.216892e-05 | Lambda=20: f_1 -2.109923e-03 f_2 -8.637356e-05
   S4 P=0.0  E_b'=+2.850665e-17 gap 4.883e-01 dist to bands 4.879e-01 inside band: False | d<s3>/dP +2.370494e-17 -5.816220e-18 | d<K>/dP common +1.672548e-17 g1 only +2.370494e-17 | (13.6) abs dev 5.3e-17 | symmetric difference in P abs dev 1.1e-17 | |r|<=64 against 96: d<s3>/dP 3.5e-17, f 1.6e-15
                          f_i common   Lambda=5: f_1 +8.663541e-17 f_2 -2.374172e-17 | Lambda=10: f_1 -3.171902e-16 f_2 -1.455102e-16 | Lambda=20: f_1 +1.414619e-15 f_2 -7.318586e-16
                          f_i g1 only  Lambda=5: f_1 +1.597223e-17 f_2 -8.807931e-17 | Lambda=10: f_1 -3.539973e-16 f_2 +4.138728e-17 | Lambda=20: f_1 +1.134676e-15 f_2 -2.074143e-16
   S4 P=0.2  E_b'=+2.999623e-02 gap 4.920e-01 dist to bands 4.918e-01 inside band: False | d<s3>/dP -2.397833e-02 -2.300145e-02 | d<K>/dP common -5.158007e-02 g1 only -2.397833e-02 | (13.6) abs dev 1.1e-16 | symmetric difference in P abs dev 1.7e-10 | |r|<=64 against 96: d<s3>/dP 1.4e-16, f 1.5e-15
                          f_i common   Lambda=5: f_1 +7.004686e-02 f_2 +4.778681e-02 | Lambda=10: f_1 +3.126625e-03 f_2 -1.889792e-03 | Lambda=20: f_1 +3.147125e-02 f_2 -3.561915e-02
                          f_i g1 only  Lambda=5: f_1 +4.338467e-02 f_2 +1.597516e-02 | Lambda=10: f_1 +3.454884e-03 f_2 +1.478966e-02 | Lambda=20: f_1 +2.103920e-02 f_2 -2.228818e-03
   S5 P=0.0  E_b'=-1.170449e-04 gap 7.445e-02 dist to bands 2.040e-01 inside band: False | d<s3>/dP -2.571495e-05 +3.012537e-04 | d<K>/dP common +3.357895e-04 g1 only -2.571495e-05 | (13.6) abs dev 2.7e-16 | symmetric difference in P abs dev 2.4e-12 | |r|<=64 against 96: d<s3>/dP 2.0e-16, f 1.0e-15
                          f_i common   Lambda=5: f_1 +6.127794e-03 f_2 +1.273197e-02 | Lambda=10: f_1 +1.717838e-03 f_2 +4.221817e-02 | Lambda=20: f_1 +3.556962e-04 f_2 -9.320966e-02
                          f_i g1 only  Lambda=5: f_1 +7.784976e-03 f_2 +3.430463e-03 | Lambda=10: f_1 -7.898672e-03 f_2 +1.415525e-02 | Lambda=20: f_1 -5.183665e-03 f_2 -1.387237e-02
   S5 P=0.2  E_b'=+5.015569e-02 gap 7.573e-02 dist to bands 2.059e-01 inside band: False | d<s3>/dP -3.277265e-02 -3.887610e-02 | d<K>/dP common -7.942397e-02 g1 only -3.277265e-02 | (13.6) abs dev 1.7e-16 | symmetric difference in P abs dev 1.9e-10 | |r|<=64 against 96: d<s3>/dP 1.6e-16, f 2.4e-15
                          f_i common   Lambda=5: f_1 +7.065473e-02 f_2 +2.827414e-02 | Lambda=10: f_1 +2.337343e-02 f_2 +1.113954e-01 | Lambda=20: f_1 +1.198083e-02 f_2 -6.281217e-02
                          f_i g1 only  Lambda=5: f_1 +4.820649e-02 f_2 +1.840201e-02 | Lambda=10: f_1 -1.932053e-02 f_2 +3.799413e-02 | Lambda=20: f_1 -1.425763e-02 f_2 -2.852367e-03
== second derivative at lambda = 0 of c_i(lambda; P) = Re <V_i psi| R exp(-i (H - E_b) lambda) |K psi> (Step 5.3, (13.29), (13.30)), per unit gradient (numerical level, fibre |r|<=96; changes against |r|<=64)
   S1 P=0.1  part 1 with g1 only -2.811827e-03, part 2 with g2 only -2.811827e-03 | part 1 with g2 only -1.76e-18, part 2 with g1 only +3.79e-19 | double commutator abs dev 2.2e-18 | (13.29) for a binding that commutes with K -2.811827e-03 -2.811827e-03 (abs dev +2.6e-18 +2.2e-18) | (13.30) -2.816636e-03 -2.816636e-03 (rel dev -1.707e-03 -1.707e-03) | |r|<=64 against 96: 2.0e-17
   S1 P=0.2  part 1 with g1 only -5.552015e-03, part 2 with g2 only -5.552015e-03 | part 1 with g2 only +1.06e-17, part 2 with g1 only +1.54e-17 | double commutator abs dev 1.5e-17 | (13.29) for a binding that commutes with K -5.552015e-03 -5.552015e-03 (abs dev +0.0e+00 -5.2e-18) | (13.30) -5.562366e-03 -5.562366e-03 (rel dev -1.861e-03 -1.861e-03) | |r|<=64 against 96: 4.3e-17
   S2 P=0.1  part 1 with g1 only -1.987960e-03, part 2 with g2 only -3.108879e-03 | part 1 with g2 only +1.87e-18, part 2 with g1 only +3.68e-18 | double commutator abs dev 1.5e-17 | (13.29) for a binding that commutes with K -1.987960e-03 -3.108879e-03 (abs dev +4.3e-18 +6.1e-18) | (13.30) -1.990905e-03 -3.110789e-03 (rel dev -1.479e-03 -6.139e-04) | |r|<=64 against 96: 2.7e-16
   S2 P=0.2  part 1 with g1 only -3.918745e-03, part 2 with g2 only -6.128363e-03 | part 1 with g2 only -3.56e-18, part 2 with g1 only +2.27e-18 | double commutator abs dev 1.9e-17 | (13.29) for a binding that commutes with K -3.918745e-03 -6.128363e-03 (abs dev +3.1e-17 -4.3e-18) | (13.30) -3.924935e-03 -6.132711e-03 (rel dev -1.577e-03 -7.090e-04) | |r|<=64 against 96: 1.8e-16
   S3 P=0.1  part 1 with g1 only +2.208063e-03, part 2 with g2 only +1.789490e-03 | part 1 with g2 only +8.95e-19, part 2 with g1 only +4.55e-18 | double commutator abs dev 4.6e-18 | (13.29) for a binding that commutes with K +2.208063e-03 +1.789490e-03 (abs dev -4.3e-18 +1.1e-18) | (13.30) +2.247359e-03 +1.820361e-03 (rel dev -1.749e-02 -1.696e-02) | |r|<=64 against 96: 1.5e-16
   S3 P=0.2  part 1 with g1 only +4.354297e-03, part 2 with g2 only +3.528877e-03 | part 1 with g2 only +3.76e-18, part 2 with g1 only +4.41e-18 | double commutator abs dev 1.4e-17 | (13.29) for a binding that commutes with K +4.354297e-03 +3.528877e-03 (abs dev -1.2e-17 +4.3e-18) | (13.30) +4.431248e-03 +3.589311e-03 (rel dev -1.737e-02 -1.684e-02) | |r|<=64 against 96: 4.7e-16
   S4 P=0.1  part 1 with g1 only -2.660877e-02, part 2 with g2 only -3.918639e-02 | part 1 with g2 only +3.64e-16, part 2 with g1 only +8.33e-17 | double commutator abs dev 3.7e-16 | (13.29) for a binding that commutes with K -2.660877e-02 -3.918639e-02 (abs dev +1.7e-16 -2.0e-16) | |r|<=64 against 96: 5.6e-16
   S4 P=0.2  part 1 with g1 only -5.216475e-02, part 2 with g2 only -7.683019e-02 | part 1 with g2 only -3.47e-18, part 2 with g1 only +7.63e-17 | double commutator abs dev 2.6e-16 | (13.29) for a binding that commutes with K -5.216475e-02 -7.683019e-02 (abs dev -1.1e-16 +8.3e-17) | |r|<=64 against 96: 3.1e-16
   S5 P=0.1  part 1 with g1 only -4.607152e-02, part 2 with g2 only -6.751468e-02 | part 1 with g2 only +4.09e-04, part 2 with g1 only -5.31e-04 | double commutator abs dev 2.9e-16 | (13.29) for a binding that commutes with K -4.552282e-02 -5.751605e-02 (abs dev -5.5e-04 -1.0e-02) | |r|<=64 against 96: 3.3e-16
   S5 P=0.2  part 1 with g1 only -9.094493e-02, part 2 with g2 only -1.329232e-01 | part 1 with g2 only +4.02e-04, part 2 with g1 only -1.29e-03 | double commutator abs dev 4.3e-16 | (13.29) for a binding that commutes with K -8.953282e-02 -1.130641e-01 (abs dev -1.4e-03 -2.0e-02) | |r|<=64 against 96: 3.8e-16
total run time 418.0 s