private int minimumLength(TimeUnitsType periodUnit)
{
switch (periodUnit)
{
case TimeUnitsType.Day:
case TimeUnitsType.Week:
case TimeUnitsType.Month:
return(1);
}
return(0);
}
private int maximumLength(TimeUnitsType periodUnit)
{
switch (periodUnit)
{
case TimeUnitsType.Day:
return(365);
case TimeUnitsType.Week:
return(52);
case TimeUnitsType.Month:
return(12);
}
return(0);
}
private DateTimeOffset GetCalculatedDate(DateTimeOffset date, TimeUnitsType timeUnitsType, int timeLength)
{
switch (timeUnitsType)
{
case TimeUnitsType.Day:
return(date.AddDays(timeLength));
case TimeUnitsType.Week:
return(date.AddDays(timeLength * 7));
case TimeUnitsType.Month:
return(date.AddMonths(timeLength));
}
return(date);
}
public OutComp(OutComp comp)
: base(comp)
{
phase = comp.phase;
retention = comp.retention;
average = comp.average;
retention0 = comp.retention0;
retentionTime = comp.retentionTime;
drawPosition = comp.drawPosition;
sigma = comp.sigma;
width = comp.width;
hwidth = comp.hwidth;
swidth = comp.swidth;
height = comp.height;
purity = comp.purity;
recovery = comp.recovery;
totm = comp.totm;
totmup = comp.totmup;
totmlp = comp.totmlp;
willElute = comp.willElute;
eluted = comp.eluted;
outCol = comp.outCol;
intIt = comp.intIt;
intItSet = comp.intItSet;
units = comp.units;
volUnits = comp.volUnits;
timeUnits = comp.timeUnits;
massUnits = comp.massUnits;
filterSigma = comp.filterSigma;
}
public TimeUnit(TimeUnitsType timeUnits, int length)
{
Unit = timeUnits;
Length = length;
}
public void reset()
{
comps = new List <Comp>();
profile = ProfileType.CCC;
model = ModelType.Probabilistic;
runMode = RunModeType.UpperPhase;
eeMode = EEModeType.None;
vc = 100;
uf = 0.5f;
lf = 1 - uf;
fu = 1;
fl = 0;
column = 100;
probUnits = 10000;
densitySteps = 200;
mixSpeed = 1;
efficiency = 1;
ka = 0.01f;
doMaxIt = false;
maxIt = 10;
autoFilter = true;
vdeadUnits = QuantityType.Volume;
vdeadInEnabled = false;
vdeadOutEnabled = false;
vdeadInjectEnabled = false;
vdeadIn = 0;
vdeadOut = 0;
vdeadInject = 0;
injectMode = InjectModeType.Instant;
injectPhase = PhaseType.Upper;
injectPos = 0;
injectVolume = 1;
injectFeedUnits = QuantityType.Volume;
injectFeed = 0;
intMode = IntModeType.Time;
intStartPhase = PhaseType.Upper;
intUpSwitch = 0;
intLpSwitch = 0;
intUpComp = -1;
intLpComp = -1;
intMaxIt = 10;
intFinalElute = true;
ptransMode = false;
ptransu = 1;
ptransl = 1;
kDefinition = KdefType.U_L;
viewUnits = QuantityType.Volume;
volUnits = VolUnitsType.ml;
massUnits = MassUnitsType.mg;
timeUnits = TimeUnitsType.min;
advancedMode = false;
}
