
===========> Fe II input:
Reading atomic-data-hillier/atomic/FE/II/10sep16/fe2_osc
File specifies 2698 levels
File specifies 530827 transitions
Read 2698 levels
Read 530827 transitions
Reading atomic-data-hillier/atomic/FE/II/10sep16/fe2_col.dat
Temperatures available for effective collision strengths (units of 1.0e+04 K):
0.3, 0.5, 0.7, 1.0, 1.2, 1.5, 1.7, 2.0, 2.5, 3.0, 3.5, 4.5, 6.0, 8.0, 10.0
Selecting 5000.000 K
Read 10601 effective collision strengths 
Output 10601 effective collision strengths 
Reading atomic-data-hillier/atomic/FE/II/10sep16/phot_op.dat
Photoionisation target: 3d6_5De
58 levels with cross-section type 1: Seaton formula fit [sigma_o, alpha, beta]
313 levels with cross-section type 2: Hydrogenic split l (z states, n > 11) [n, l_start, l_end]
522 levels with cross-section type 8: Modified hydrogenic split l (cross-section zero until offset edge) [n,l_start,l_end,nu_o]
198 levels with cross-section type 20: Opacity Project: smoothed [number of data points]
3 levels with cross-section type 21: Opacity Project: scaled, smoothed [number of data poits]

===========> Fe II output:
Adding in 8193 extra transitions with only upsilon values
Writing to 'adata.txt'
Writing to 'transitiondata.txt'
Output 539020 transitions of which 6628 are forbidden and 10601 have collision strengths
Writing to 'phixsdata2.txt'
Downsampling cross sections assuming T=6000 Kelvin, nphixspoints=100, phixsnuincrement=0.03
