External Input: trappedParticleSpectrum

The trapped particle spectra (optional)

Input	Value
Model name	trep ae8ap8 trapped-spectrum-ud irene | jorem-trapped
Quantity	energy_flux_spectrum

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External Input: solarParticleSpectrum

Input	Value
Model name	creme-86-sep creme-96-sep esp-psychic-total-fluence sapphire-1-in-n-event-fluence sapphire-worst-event-fluence sapphire-total-fluence | sep-spectrum-ud
Quantity	energy_fluence_spectrum

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External Input: gcrSpectrum

Input	Value
Model name	iso_15390 creme-86-gcr creme-96-gcr | nymmik-96-gcr
Quantity	energy_flux_spectrum

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Input group: mc-scream / multiplicity: one

Input	Description	Valid values	Default	Quantity
energyBiasing	Use energy biasing	0=no 1=yes	0	number

solar cell details

Input	Description	Valid values	Default	Quantity
solarCellType	Material junction material	gallium_arsenide=GaAs azur_3g28=AZUR 3G28 azur_gaget=AZUR GAGET spectrolab_utj=Spectrolab UTJ emcore_atj=EMCORE ATJ emcore_btj=EMCORE BTJ azur_3g30=AZUR 3G30	azur_3g30	number

coverglass

Input	Description	Valid values	Default	Quantity
coverglassThicknessUnit	Units of the solar cell thickness value	um=um mm=mm mils=mils	um	number
coverglassThickness	Thickness of the solar cell cover glass	min: 0 note: Positive values	100	thickness
coverglassDensity	Density of the solar cell cover glass	min: 0 note: Positive values	2.32	thickness

particle selection

Input	Description	Valid values	Default	Quantity
includeTrappedProtons	Include trapped protons	0=no 1=yes	0	number
includeTrappedElectrons	Include trapped electrons	0=no 1=yes	0	number
includeSolarProtons	Include solar protons	0=no 1=yes	0	number
interpolationType	Interpolation type	Lin=Linear Log=Power law Exp=Exponential Spline=Cubic spline	Lin	number

Source particle definition

Input	Description	Valid values	Default	Quantity
numberPrimaryParticles	Number of primary particles		10000	number

Input	Description	Valid values	Default	Quantity
trajectoryDuration	Trajectory duration	min: 0 note: Positive values	1	duration