///////////////////////////////////////////////////////////////////////////
//
//  Parameters for the EnergyFunctional fitter
//  The general function is: H = f(E) * f(r) * f(z), where:
//  H is a "segmentor parameter",
//  f(E) is a function of energy,
//  f(r) is a function of radius, the exact form of which is radius-dependent,
//  f(z) is a function of z.
//  This general function is inverted to give the energy.
//
///////////////////////////////////////////////////////////////////////////

{ 
type: "FIT_ENERGY_FUNCTIONAL", 
version: 1,
index: "labppo_scintillator", 
run_range: [0, 0], 
pass: 0, 
production: false, 
timestamp: "", 
comment: "", 

energyCoeffs: [-1.23668175813, 592.510757427, -2.0994382995, 7.18576243822, ], 
radiusCoeffsInternalLow: [1.0, 4.17407872853e-06, 4.28997372507e-09, ], 
internalMidRadiusCut: 3000.0, 
radiusCoeffsInternalMid: [1.44741693317, -0.000371876387345, 1.12436833021e-07, -1.0791931887e-11, ], 
internalHighRadiusCut: 5300.0, 
radiusCoeffsInternalHigh: [3.25991374364, -0.000319329257699, -1.87251403305e-08, ], 
externalLowRadiusCut: 6005.0, 
radiusCoeffsExternalLow: [-5.93840111777, 0.00226229046354, -1.77764928423e-07, ], 
externalHighRadiusCut: 7500.0, 
radiusCoeffsExternalHigh: [16.7065082248, -0.00369703620967, 2.14399189621e-07, ], 
lowZLimit: -8800.0, 
highZLimit: 6005.0, 
zCoeffs: [1.0, -5.56607978761e-06, -4.40305232733e-10, 4.61684104241e-14, ], 
}