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FCC / Tau23Mu_pythia / xmldoc / pipi-Froggatt.dat
@Marcin Chrzaszcz Marcin Chrzaszcz on 18 Mar 2018 5 KB started fuckign pytia simulation
# Pion-pion partial-wave data, analysis of Froggatt and Petersen
#  Nucl. Phys. B129 (1977) 89-110
# Notation for column headers is L,2I

set eType   Wcm
set eUnit   GeV
set input   eta,delta
set dUnit   deg
set norm    1

# Elastic region
Wcm   0,0         0,4         1,2         2,0         2,4        3,2
0.30  1.00 7.1    1.00 -0.6   1.00 0.1    1.00 0.0    1.00 0.0   1.00  0.0
0.32  1.00 10.7   1.00 -1.2   1.00 0.4    1.00 0.0    1.00 0.0   1.00  0.0
0.34  1.00 14.0   1.00 -1.8   1.00 0.7    1.00 0.0    1.00 0.0   1.00  0.0
0.36  1.00 17.1   1.00 -2.4   1.00 1.0    1.00 0.0    1.00 0.0   1.00  0.0
0.38  1.00 20.2   1.00 -3.1   1.00 1.5    1.00 0.0    1.00 0.0   1.00  0.0
0.40  1.00 23.3   1.00 -3.7   1.00 2.0    1.00 0.0    1.00 0.0   1.00  0.0
0.42  1.00 26.4   1.00 -4.3   1.00 2.5    1.00 0.0    1.00 0.0   1.00  0.0
0.44  1.00 29.6   1.00 -5.0   1.00 3.2    1.00 0.0    1.00 0.0   1.00  0.0
0.46  1.00 32.7   1.00 -5.6   1.00 4.0    1.00 0.0    1.00 0.0   1.00  0.0
0.48  1.00 35.8   1.00 -6.2   1.00 4.9    1.00 0.0    1.00 0.0   1.00  0.0
0.50  1.00 39.0   1.00 -6.8   1.00 5.9    1.00 0.0    1.00 0.0   1.00  0.0
0.52  1.00 42.1   1.00 -7.4   1.00 7.1    1.00 0.0    1.00 0.0   1.00  0.0
0.54  1.00 45.1   1.00 -8.0   1.00 8.5    1.00 0.0    1.00 0.0   1.00  0.0
0.56  1.00 48.2   1.00 -8.6   1.00 10.1   1.00 0.0    1.00 0.0   1.00  0.0
0.58  1.00 51.2   1.00 -9.1   1.00 12.1   1.00 0.0    1.00 0.0   1.00  0.0
0.60  1.00 54.1   1.00 -9.6   1.00 14.4   1.00 0.0    1.00 0.0   1.00  0.0
0.62  1.00 57.0   1.00 -10.1  1.00 17.3   1.00 0.0    1.00 0.0   1.00  0.0
0.64  1.00 59.9   1.00 -10.6  1.00 20.9   1.00 0.0    1.00 0.0   1.00  0.0
0.66  1.00 62.7   1.00 -11.1  1.00 25.4   1.00 0.0    1.00 0.0   1.00  0.0
0.68  1.00 65.5   1.00 -11.5  1.00 31.2   1.00 0.0    1.00 0.0   1.00  0.0
0.70  1.00 68.3   1.00 -12.0  1.00 38.7   1.00 0.0    1.00 0.0   1.00  0.0
0.72  1.00 71.1   1.00 -12.4  1.00 48.4   1.00 0.0    1.00 0.0   1.00  0.0
0.74  1.00 73.9   1.00 -12.8  1.00 60.6   1.00 0.0    1.00 0.0   1.00  0.0
0.76  1.00 76.7   1.00 -13.2  1.00 74.9   1.00 0.0    1.00 0.0   1.00  0.0
0.78  1.00 79.6   1.00 -13.6  1.00 90.0   1.00 0.0    1.00 0.0   1.00  0.0
0.80  1.00 82.5   1.00 -13.9  1.00 103.8  1.00 0.0    1.00 0.0   1.00  0.0
0.82  1.00 85.6   1.00 -14.3  1.00 115.3  1.00 0.0    1.00 0.0   1.00  0.0
0.84  1.00 88.8   1.00 -14.6  1.00 124.3  1.00 0.0    1.00 0.0   1.00  0.0
0.86  1.00 92.4   1.00 -14.9  1.00 131.3  1.00 0.0    1.00 0.0   1.00  0.0
0.88  1.00 96.3   1.00 -15.2  1.00 136.7  1.00 0.0    1.00 0.0   1.00  0.0
0.90  1.00 100.8  1.00 -15.5  1.00 141.0  1.00 0.0    1.00 0.0   1.00  0.0
0.92  1.00 106.3  1.00 -15.8  1.00 144.5  1.00 0.0    1.00 0.0   1.00  0.0
0.94  1.00 113.6  1.00 -16.1  1.00 147.3  1.00 0.0    1.00 0.0   1.00  0.0
0.96  1.00 124,5  1.00 -16.4  1.00 149.7  1.00 0.0    1.00 0.0   1.00  0.0
0.98  1.00 146.9  1.00 -16.6  1.00 151.8  1.00 0.0    1.00 0.0   1.00  0.0
# Inelastic region
1.01  0.24 35.9   1.00 -17.4  0.90 156.4  0.88 15.1   1.00 -1.7  1.00  0.1
1.03  0.20 45.3   1.00 -17.6  0.85 158.2  0.85 16.9   1.00 -1.8  1.00  0.1
1.05  0.27 59.9   1.00 -17.8  0.90 159.8  0.94 17.5   1.00 -1.9  1.00  0.2
1.07  0.57 80.0   1.00 -18.0  0.85 160.6  0.88 18.4   1.00 -1.9  0.99  0.3
1.09  0.53 68.2   1.00 -18.3  0.88 163.0  0.93 22.1   1.00 -2.0  0.99  0.4
1.11  0.65 72.1   0.99 -18.5  0.88 164.4  0.93 26.4   1.00 -2.1  0.99  0.4
1.13  0.65 74.2   0.99 -18.7  0.85 167.1  0.91 29.7   1.00 -2.2  0.98  0.3
1.15  0.59 80.0   0.98 -19.0  0.83 168.5  0.88 31.7   1.00 -2.3  0.98  0.5
1.17  0.61 79.9   0.98 -19.2  0.84 169.4  0.87 38.7   1.00 -2.4  0.97  0.2
1.19  0.60 84.6   0.97 -19.5  0.83 169.0  0.82 43.5   1.00 -2.5  0.98  0.5
1.21  0.58 83.3   0.97 -19.8  0.81 169.3  0.80 53.6   1.00 -2.6  0.97  0.1
1.23  0.60 86.7   0.96 -20.0  0.84 168.8  0.74 62.3   0.99 -2.7  0.98  0.4
1.25  0.69 88.9   0.95 -20.3  0.85 168.9  0.74 75.0   0.99 -2.8  0.98  0.4
1.27  0.68 92.5   0.95 -20.6  0.89 170.7  0.70 87.7   0.99 -2.8  0.99  0.3
1.29  0.82 99.7   0.94 -20.9  0.90 171.1  0.59 101.2  0.99 -2.9  1.00  0.6
1.31  0.78 104.2  0.93 -21.1  0.81 174.5  0.72 112.8  0.99 -3.0  1.01  0.4
1.33  0.71 109.0  0.92 -21.4  0.74 176.7  0.75 122.2  0.99 -3.1  1.02  0.4
1.35  0.73 113.2  0.91 -21.7  0.69 0.6    0.71 132.7  0.98 -3.2  1.04  0.4
1.37  0.62 121.7  0.90 -22.0  0.69 3.1    0.77 137.6  0.98 -3.3  1.05  1.0
1.39  0.57 126.2  0.89 -22.3  0.65 4.9    0.80 143.1  0.98 -3.4  1.04  1.2
1.41  0.53 133.1  0.88 -22.6  0.60 5.6    0.81 147.1  0.98 -3.5  1.04  1.6
1.43  0.51 137.8  0.87 -22.9  0.53 5.8    0.82 150.3  0.98 -3.5  1.04  2.4
1.45  0.48 145.1  0.86 -23.3  0.49 5.7    0.81 153.8  0.97 -3.6  1.03  2.7
1.47  0.51 154.6  0.85 -23.6  0.48 5.0    0.82 157.7  0.97 -3.7  1.04  3.6
1.49  0.54 160.4  0.84 -23.9  0.44 4.2    0.82 159.8  0.97 -3.8  1.03  4.4
1.51  0.59 166.1  0.83 -24.2  0.41 3.1    0.82 161.7  0.97 -3.9  1.02  5.4
1.53  0.61 170.2  0.82 -24.5  0.37 0.6    0.80 163.6  0.96 -3.9  1.00  6.2
1.55  0.63 174.4  0.81 -24.9  0.33 177.7  0.77 165.2  0.96 -4.0  0.97  7.2
1.57  0.67 177.0  0.79 -25.2  0.27 176.9  0.69 167.6  0.96 -4.1  0.91  7.5
1.59  0.77 3.0    0.78 -25.5  0.29 169.3  0.79 168.4  0.96 -4.2  0.93  9.6
1.61  0.80 7.5    0.77 -25.8  0.30 162.9  0.77 169.9  0.95 -4.3  0.89  10.6
1.63  0.85 12.1   0.76 -26.2  0.33 157.7  0.76 171.8  0.95 -4.3  0.83  11.9
1.65  0.88 17.1   0.75 -26.5  0.40 154.2  0.77 173.2  0.95 -4.4  0.76  12.8
1.67  0.87 21.8   0.74 -26.9  0.49 153.2  0.74 175.4  0.95 -4.5  0.69  12.5
1.69  0.83 26.4   0.73 -27.2  0.59 154.3  0.75 177.3  0.94 -4.6  0.62  11.1
1.71  0.72 31.4   0.71 -27.6  0.68 155.9  0.61 178.6  0.94 -4.6  0.56  8.4
1.73  0.59 35.3   0.70 -27.9  0.75 158.4  0.59 179.0  0.94 -4.7  0.54  4.6
1.75  0.43 35.5   0.69 -28.3  0.80 161.5  0.55 179.2  0.93 -4.8  0.56  1.2
1.77  0.30 30.7   0.68 -28.6  0.82 164.2  0.51 178.3  0.93 -4.8  0.60 -0.8
1.79  0.21 21.6   0.67 -29.0  0.84 166.8  0.52 179.2  0.93 -4.9  0.65 -1.9