void
LoadPattern::applyLoad(double pseudoTime)
{
// first determine the load factor
if (theSeries != 0 && isConstant != 0) {
loadFactor = theSeries->getFactor(pseudoTime);
loadFactor *= scaleFactor;
}
NodalLoad *nodLoad;
NodalLoadIter &theNodalIter = this->getNodalLoads();
while ((nodLoad = theNodalIter()) != 0)
nodLoad->applyLoad(loadFactor);
ElementalLoad *eleLoad;
ElementalLoadIter &theElementalIter = this->getElementalLoads();
while ((eleLoad = theElementalIter()) != 0)
eleLoad->applyLoad(loadFactor);
SP_Constraint *sp;
SP_ConstraintIter &theIter = this->getSPs();
while ((sp = theIter()) != 0)
sp->applyConstraint(loadFactor);
}
void
FireLoadPattern::applyLoad(double time)
{
// first determine the load factor
if (theSeries1 != 0 && isConstant != 0) {
loadFactors(0) = theSeries1->getFactor(time);
loadFactors(1) = theSeries2->getFactor(time);
loadFactors(2) = theSeries3->getFactor(time);
loadFactors(3) = theSeries4->getFactor(time);
loadFactors(4) = theSeries5->getFactor(time);
loadFactors(5) = theSeries6->getFactor(time);
loadFactors(6) = theSeries7->getFactor(time);
loadFactors(7) = theSeries8->getFactor(time);
loadFactors(8) = theSeries9->getFactor(time);
}
//this is a fire load pattern so we always need multiple timeseries
ElementalLoad *eleLoad;
ElementalLoadIter &theElementalIter = this->getElementalLoads();
while ((eleLoad = theElementalIter()) != 0)
eleLoad->applyLoad(loadFactors);
}