// take a sample of this liquid to be used to make the solution up to
// a particular total volume
func SampleForTotalVolume(l wtype.Liquid, v wunit.Volume) *wtype.LHComponent {
ret := wtype.NewLHComponent()
ret.CName = l.Name()
ret.Tvol = v.RawValue()
ret.Vunit = v.Unit().PrefixedSymbol()
ret.LContainer = l.Container().(*wtype.LHWell)
ret.CName = l.Name()
ret.Extra = l.GetExtra()
ret.Smax = l.GetSmax()
ret.Visc = l.GetVisc()
return ret
}
func (lhc *LHComponent) Sample(v wunit.Volume) Liquid {
// need to jig around with units a bit here
// Should probably just make Vunit, Cunit etc. wunits anyway
meas := wunit.ConcreteMeasurement{lhc.Vol, wunit.ParsePrefixedUnit(lhc.Vunit)}
// we need some logic potentially
if v.SIValue() > meas.SIValue() {
wutil.Error(errors.New(fmt.Sprintf("LHComponent ID: %s Not enough volume for sample", lhc.ID)))
} else if v.SIValue() == meas.SIValue() {
return lhc
}
smp := CopyLHComponent(lhc)
// need a convention here
smp.Vol = v.RawValue()
smp.Vunit = v.Unit().PrefixedSymbol()
meas.Subtract(&v.ConcreteMeasurement)
lhc.Vol = meas.RawValue()
return smp
}
