Fiber harp data with lattice and input configured as per commissioning run

harp/configuration2/ contains all of the input and output data
harp/configuration2/list.dat includes all subdirectory runs compiled for harp plots

Basic parameters of simulation - Configuration "2"

(100 k muons) X 9 runs - injected through backleg iron, inflector, kicker into ring.
Create phase space with parameters as per config 1
Muon decay = F
No Scattering of injected beam in inflector ends and quad 1
Scattering in fibers = T
Quad voltage 17kV no ramp
Field errors (see input.dat)
beginning[beta_a] = 37.4 ! measured Joe Bradley and Diktys July 2017
beginning[beta_b] = 2.16
beginning[alpha_a] = 9.57
beginning[alpha_b] = 2.06
beginning[eta_x] = 0.5 !Diktys's guess
epsx = 22.7
epsy=16.6
kicker_field = 150.3e-4 256.3e-4 208.8e-4 ! Kick strength (Tesla) for 989 kick 1.27m kickers (28.5,48.6,39.6 kV)
kicker delay 0ns

Lattice and initialization details are here

Output

The file FiberHarp-010.00ns.dat holds first and second moments and FFT of moments in 10 ns bins - 5 central fibers
The file FiberHarp-001.25ns.dat holds first and second moments and FFT of moments in 1.25 ns bins - 5 central fibers
The file FiberHarp-001.25ns.dat_central_fib holds first and second moments and FFT of moments in 1.25 ns bins - central fiber
The file FiberHarp-150.00ns.dat holds first and second moments and FFT of moments in 150 ns bins - 5 central fibers

list.dat all files used to generate FiberHarp-150.00ns.dat

Fiber Harp Data Configuration 2
Fast Rotation and position - 10 ns time bin - 5 central fibers
Harp 1 - Hits	Harp 1 - Vertical Position
Harp 2 - Hits	Harp 2 - Horizontal Position
Harp 3 - Hits	Harp 3 - Vertical Position
Harp 4 - Hits	Harp 4 - Horizontal Position

Position and width - 150 ns time bin - 5 central fibers
Harp 1 - Vertical Position	Harp 1 - Vertical width
Harp 2 - Horizontal Position	Harp 2 - Horizontal width
Harp 3 - Vertical Position	Harp 3 - Vertical width
Harp 4 - Horizontal Position	Harp 4 - Horizontal width