system.object = NanodcalObject.mat
calculation.name = photocurrent
%Parameters of the calculation
calculation.photocurrent.photonPolarizationBasis =[0 1 0; 1 0 0]'
calculation.photocurrent.photonPolarizationAngleTheta = [0:90:00]
calculation.photocurrent.photonPolarizationAnglePhi = [0:45:00]
calculation.photocurrent.photonEnergyRange = [0.5 1.05]
calculation.photocurrent.photonEnergyInterval = 0.1
calculation.photocurrent.kSpaceGridNumber = [50 1 1]'
calculation.photocurrent.irradiatedAtoms = [1:84]
%calculation.photocurrent.partitionScheme = {{}, {}}
calculation.photocurrent.plot = true