AT.translate.dose.into.DSB.distribution: AT.translate.dose.into.DSB.distribution
In libamtrack: Computational Routines for Proton and Ion Radiotherapy

Converts a local dose into a DSB distribution assuming Poissonian rule for creation.

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AT.translate.dose.into.DSB.distribution(f.d.Gy, f.dd.Gy, f,
 enhancement.factor, DSB.per.Gy.per.domain, 
	domains.per.nucleus, write.output)

`f.d.Gy`	bin midpoints for f (array of size n.bins.f).
`f.dd.Gy`	bin widths for f (array of size n.bins.f).
`f`	dose frequency (array of size n.bins.f).
`enhancement.factor`	dose enhancement factor (array of size n.bins.f).
`DSB.per.Gy.per.domain`	number of DSBs per domain per Gy.
`domains.per.nucleus`	number of domains in nucleus.
`write.output`	if true, a log file will be written ("dose.to.DSBs.log") containing the DBS distribution.

`total.pDSBs`	probability sum of DSB probability (quality check, has to be ~1)
`total.nDSBs`	number of DSBs in nucleus
`number.of.iDSBs`	number of isolated DSBs in nucleus
`number.of.cDSBs`	number of complex DSBs in nucleus
`avg.number.of.DSBs.in.cDSBs`	average number of DSBs in complex DSBs