void VSP_LOOP::SizeEdgeList(int NumberOfEdges)
{
// Delete any old list
if ( NumberOfEdges_ != 0 ) {
delete [] EdgeList_;
delete [] EdgeIsUpwind_;
delete [] EdgeDirection_;
delete [] EdgeUpwindWeight_;
}
// Allocate space for list
NumberOfEdges_ = NumberOfEdges;
EdgeList_ = new int[NumberOfEdges_ + 1];
EdgeIsUpwind_ = new int[NumberOfEdges_ + 1];
EdgeDirection_ = new int[NumberOfEdges_ + 1];
EdgeUpwindWeight_ = new double[NumberOfEdges_ + 1];
zero_int_array(EdgeList_, NumberOfEdges_);
zero_int_array(EdgeIsUpwind_, NumberOfEdges_);
zero_int_array(EdgeDirection_, NumberOfEdges_);
zero_double_array(EdgeUpwindWeight_, NumberOfEdges_);
}
void VORTEX_SHEET::SetupVortexSheets(void)
{
int i;
// Closed vortex sheet (likely a nacelle... )
if ( IsPeriodic_ ) {
SetupCircularVortexSheets();
}
// Open - planar-ish - vortex sheet
else {
SetupPlanarVortexSheets();
}
// Size gamma list
for ( i = 0 ; i <= NumberOfTrailingVortices_ + 1 ; i++ ) {
// Trailing and starting gammas
TrailingGamma_[i] = new double[NumberOfSubVortices() + 2];
StartingGamma_[i] = new double[NumberOfSubVortices() + 2];
zero_double_array(TrailingGamma_[i], NumberOfSubVortices() + 1);
zero_double_array(StartingGamma_[i], NumberOfSubVortices() + 1);
}
}
