---

Input group: general / multiplicity: one

Input	Description	Valid values	Default	Quantity
geometryConfiguration	Geometry configuration	slab=Slab cylinder=Cylinder	slab	number
observationStepStart	Observation step start		10	number
observationStepEnd	Observation step end		144010	number
observationStepStep	Observation step step		3600	number

---

Input group: environment / multiplicity: one

Input	Description	Valid values	Default	Quantity
particleSpecies	Particle species		e-	text
energyUnits	Energy units		MeV	text
fluxUnits	Flux units		particles/cm2/s	text
directionDistribution	Direction distribution	normal=Normal iso=ISO	normal	number
particleEnergies	Flux data		[]	energy
fluxData	Flux data		[[]]	text

---

Input group: layers / multiplicity: many

Input	Description	Valid values	Default	Quantity
name	Layer name		3600	number
thickness	Layer thickness		1	number
material	Layer material	G4_MYLAR=G4_MYLAR G4_Al=G4_Al	G4_MYLAR	number
temperature	Layer temperature		300	temperature
type	Layer type	D=Dielectric G=Ground F=Floating metal	D	number
repeat	Layer repeat number		D	number

---

Input group: dielectrics / multiplicity: many

Input	Description	Valid values	Default	Quantity
material	Dielectric name		1	number
permitivity	Permitivity		4.7	number
darkConductivity	Dark conductivity		1.48e-18	number
kp	kp		9.84e-14	number
delta	delta		1.77	number
ea	ea		0.42	number

---

Input group: input_spectra / multiplicity: many

Input	Description	Valid values	Default	Quantity
resultName	Spectrum result name		spectrum	text
toFlux	Agregation period (if fluence values are specified)		spectrum	duration

Layer definition

Input	Description	Valid values	Default	Quantity
spectrum	Thickness of layer		1.0	energy_flux_spectrum