| | 6 | * Initial distribution derived from smearing Phi from EPOCH simulations: /vols/ccap/data/LhARA/EPOCH_init.root |
| | 7 | ||= Variable =||= Units =||= Detail =|| |
| | 8 | || KE || MeV || Sampled kinetic energy from EPOCH simulations scaled to 15 MeV. || |
| | 9 | || Theta || rad || Sampled angle theta from EPOCH simulations. || |
| | 10 | || Phi || rad || Sampled angle phi by fitting Gaussian to Theta distribution and sampling resulting Gaussian. || |
| | 11 | || x || m || x-position generated using initial Twiss value in CCAP-v4.0 code (assumed Gaussian distribution). || |
| | 12 | || y || m || y-position generated using initial Twiss value in CCAP-v4.0 code (assumed Gaussian distribution). || |
| | 13 | || z || m || z-position taken to be zero. || |
| | 14 | || px || MeV/c || x-momentum calculated from Theta and pz. || |
| | 15 | || py || MeV/c || y-momentum calculated from Phi and pz. || |
| | 16 | || pz || MeV/c || z-momentum sampled from EPOCH simulation scaled. || |
| | 17 | || GBx || || Normalised px as per GPT definition. || |
| | 18 | || GBy || || Normalised py as per GPT definition. || |
| | 19 | || GBz || || Normalised pz as per GPT definition. || |
| | 20 | || T || s || Time taken to be zero. || |
