/*!
\fn Processor::CalculateEverythingFor(int rank)
*/
void Processor::CalculateEverythingFor(int rank, int persistence)
{
double real_alpha;
if(alcx->MaximumRank!=0)
{
alcx->BuildComplex(rank,vertexList);
real_alpha = alcx->AlphaThresholdSqr(rank);
if(rank!=0)
{
alcx->Adjust(real_alpha,vertexList);
}
if(rank != 0 && rank != alcx->MaximumRank)
{
pocket->FindPockets(alcx->delcx,alcx->sortedTet);
pocket->MeasurePockets(alcx->delcx,vertexList);
//pocket->PocketProperties (alcx->delcx,vertexList,rank);
std::vector<std::vector<int> > pockets = pocket->GetPockets();
mouth->FindMouths(pockets,alcx->delcx);
mouth->MeasureMouths(alcx->delcx,vertexList);
volume->MeasureVolume(alcx->delcx,vertexList,totVol,totSurf,0);
//volume->MeasureVolume(alcx,vertexList,totVol,totSurf,0);
MapPocketsToMouths();
FillTables();
pspin->setRange(1,pockets.size());
}
}
}
static void CreatDrillTable(const CString& type, const CString& func, const AcDbObjectId& objId)
{
AcStringArray fields,datas;
if(!GetFieldsDatas(type,func,objId,fields,datas)) return;
int rows = fields.length() + 1;
if(rows <= 0) return;
//写表头
MyWord->CreateTable(rows,2);
MyWord->SetTableText(1,1,_T("参数"),10,0);
MyWord->SetTableText(1,2,_T("数值"));
for (int k = 0; k < fields.length(); k++)
{
FillTables(k,type,fields[k].kACharPtr(),datas[k].kACharPtr());
}
}
/*!
\fn Processor::CalculateVolumes(int rank)
*/
void Processor::CalculateVolumes(int rank, int persistence)
{
//double real_alpha;
if(alcx->MaximumRank!=0)
{
if(rank != 0 && rank != alcx->MaximumRank)
{
pocket->MeasurePockets(alcx->delcx,vertexList);
//pocket->PocketProperties (alcx->delcx,vertexList,rank);
mouth->MeasureMouths(alcx->delcx,vertexList);
volume->MeasureVolume(alcx->delcx,vertexList,totVol,totSurf,0);
//volume->MeasureVolume (alcx,vertexList,totVol,totSurf,0,rank);
//volume->FindVolume (alcx,vertexList,totVol,totSurf,0,rank);
//alcx->FindProperties (vertexList,totVol,totSurf,rank);
FillTables();
}
}
}
SynthLibInit::SynthLibInit()
{
FillTables();
}
GCodeInterpreter::GCodeInterpreter(void): output(0), workingPlane(XY), lastMovementFunction(-1)
{
FillTables();
for(char u = 'A'; u != 'Z'+1; u++)
lastValue[u] = 0;
}
AudioLibInit::AudioLibInit()
{
FillTables();
}