public IntervalComputerOverlapsAndByThreshold(
bool overlaps,
IntervalDeltaExprForge thresholdExpr)
{
this.overlaps = overlaps;
this.thresholdExpr = thresholdExpr;
}
public ExprOptionalConstantForge(
IntervalDeltaExprForge forge,
long? optionalConstant)
{
Forge = forge;
OptionalConstant = optionalConstant;
}
public IntervalComputerDuringAndIncludesThresholdForge(
bool during,
IntervalDeltaExprForge threshold)
{
this.during = during;
this.threshold = threshold;
}
public IntervalComputerDuringAndIncludesMinMax(
bool during,
IntervalDeltaExprForge minEval,
IntervalDeltaExprForge maxEval)
{
this.during = during;
this.minEval = minEval;
this.maxEval = maxEval;
}
public IntervalComputerOverlapsAndByMinMaxForge(
bool overlaps,
IntervalDeltaExprForge minEval,
IntervalDeltaExprForge maxEval)
{
this.overlaps = overlaps;
this.minEval = minEval;
this.maxEval = maxEval;
}
public IntervalComputerDuringMinMaxStartEndForge(
bool during,
IntervalDeltaExprForge[] parameters)
{
this.during = during;
minStartEval = parameters[0];
maxStartEval = parameters[1];
minEndEval = parameters[2];
maxEndEval = parameters[3];
}
private static IntervalDeltaExprForge[] GetEvaluators(
IList<ExprNode> expressions,
TimeAbacus timeAbacus)
{
var parameters = new IntervalDeltaExprForge[expressions.Count - 1];
for (var i = 1; i < expressions.Count; i++) {
parameters[i - 1] = GetExprOrConstant(expressions[i], timeAbacus).Forge;
}
return parameters;
}
public IntervalComputerCoincidesWithDeltaExprForge(IntervalStartEndParameterPairForge pair)
{
start = pair.Start.Forge;
finish = pair.End.Forge;
}
public IntervalComputerStartsThresholdForge(IntervalDeltaExprForge thresholdExpr)
{
this.thresholdExpr = thresholdExpr;
}
public IntervalComputerFinishedByThresholdForge(IntervalDeltaExprForge thresholdExpr)
{
this.thresholdExpr = thresholdExpr;
}
