StrArray<2> NumFlyWeight::GetData()
{
StrArray<2> ret;
ret.Data(m_strValue);
ret.Data(m_strUnit,1);
return ret;
}
void CFourQuadrantDBManager::GetFourQuadrantDB(CalcTable<2> &DBTable, TCHAR *buffer, ueifStream &file)
{
int i = 0;
file.getline(buffer, 50);
file.getline(buffer, 50);
while (file.getline(buffer, 50))
{
CString strFront;
CString strBack;
CString strSource = buffer;
StrArray<2> strArray;
if (strTableDBEnd.Compare(strSource) == 0)
{
i;
break;
}
else
{
SlipeString(strFront, strBack, buffer);
strArray.Data(strFront, 0);
strArray.Data(strBack, 1);
DBTable.AddItem(strArray);
i++;
}
}
}
ErrorStatus::FileError CalcOrificeFace::Save(CalcOrifice &Data,StrArray<5> &Model)
{
Data.Model(Model.nData(0));
Data.InFlowCD(Model.fData(1));
Data.OutFlowCD(Model.fData(2));
Data.Area(TransStd(Model.Data(3),Model.Data(4)));
return ErrorStatus::eFileOK;
}
void CFourQuadrantDBManager::GetSqecSpeed(CalcTable<2> &speedTable, ueifStream &file, TCHAR *buffer)
{
StrArray<2> strArray;
file.getline(buffer, 50);
strArray.Data(buffer, 0);
file.getline(buffer, 50);
file.getline(buffer, 50);
strArray.Data(buffer, 1);
speedTable.AddItem(strArray);
}
/*!
Reads parameters from global user's arguments
*/
void HuMoments::Params::ReadFromUserArguments()
{
StrArray options;
options.push_back("I1");
options.push_back("I2");
options.push_back("I3");
options.push_back("I1I2");
options.push_back("I1I3");
g_userArgs.ReadArg("HuMomentsComp", "method", options,
"Contour comparison method", 0, &methodId);
}
// vyrobit vektor int a naplnit
int main(int argc, _TCHAR* argv[])
{
StrArray sa;
string str;
for (int i=0;i<4;++i) {
cin >> str;
sa.push_back(str);
}
cout << endl;
string rem = "ddd";
StrArray::iterator new_end = remove ( sa.begin(), sa.end(), rem);
sa.erase(new_end,sa.end());
for (StrArray::iterator it = sa.begin(); it != sa.end(); ++it) {
cout << *it << " "; cout << endl;
}
/* while (!ia.empty()) {
cout << ia.back() << " ";
ia.pop_back();
}
cout << endl;*/
cout << endl;
string x;
cin >> x;
return 0;
}
void CInputToFile::SetDAtaToFile(CalcTable<2> &DBTable)
{
CString strBuffer;
ofstream ofFile(m_strFilePath);
GetFilePath();
StrArray<2> temp;
IteratorPtr<StrArray<2> > DBPtr(DBTable.CreatIterator());
for(DBPtr->Fist();!DBPtr->IsDone();DBPtr->Next())
{
temp = DBPtr->CurrentItem();
strBuffer = temp.Data(0);
ofFile<<strBuffer<<_T(",");
strBuffer = temp.Data(1);
ofFile<<strBuffer<<endl;
}
}
int main() {
char s[10000];
while(true) {
cin.getline(s,10000);
cout << s << endl;
if(s[0]=='E' && s[1]=='N' && s[2]=='D') break;
ar.clear();
ar.split(s,' ');
parse();
}
return 0;
}
void PCFPipesMgr::InitNetLink(AcGePoint3d &Pt,EndList &end,int nID)
{
PCFPipe *pPipe = NULL;
StrArray<1> item;
IteratorPtr<PCFPipe> PipeitPtr(CreateIt());
for(PipeitPtr->Fist();!PipeitPtr->IsDone();PipeitPtr->Next())
{
pPipe = &PipeitPtr->CurrentItem();
ASSERT(pPipe != NULL);
if(IsEqual(pPipe->StartPt(),Pt))
{
pPipe->InJun(nID);
item.Data(-pPipe->GetKey(),0);
end.AddItem(item);
}
if(IsEqual(pPipe->EndPt(),Pt))
{
pPipe->OutJun(nID);
item.Data(pPipe->GetKey(),0);
end.AddItem(item);
}
}
}
void Pipe::SectionInfo(StrArray<8> &array,double dTime)
{
array.Data(GetKey(),0);
array.Data(float(Len()),1);
array.Data(float(WaveSpeed()),2);
array.Data(float(CalcSection(dTime)),3);
int nNum = 0;
double dError = 0;
double dWave = 0;
CalcSection(nNum,dError,dTime);
dWave = (Len()/nNum) / dTime;
array.Data(nNum,4);
array.Data(float(dError),5);
array.Data(float(dWave),6);
}
void NumFlyWeight::SetData(const StrArray<2> &ref)
{
m_strValue = ref.Data();
m_strUnit = ref.Data(1);
}
int main ()
{
//StrArray h (QSE_NULL, 100);
StrArray h (QSE_NULL, 15);
char buf[20];
for (int i = 0; i < 20; i++)
{
sprintf (buf, "hello %d", i);
PosStr x (buf);
h.insert (0, x);
}
#if 0
printf ("%s\n", h.get(3).getBuffer());
h.remove (3, 5);
printf ("%s\n", h.get(3).getBuffer());
h.remove (3, 5);
printf ("%s\n", h.get(3).getBuffer());
#endif
printf ("--------------------\n");
for (qse_size_t i = 0; i < h.getSize(); i++)
{
printf ("[%s] at [%lu]\n", h[i].getBuffer(), (unsigned long int)h.getIndex(h[i]));
}
printf ("--------------------\n");
StrArray h2 (h);
StrArray h3;
h3 = h2;
h.clear (true);
printf ("--------------------\n");
printf ("%d\n", (int)h.getSize());
printf ("--------------------\n");
for (qse_size_t i = 0; i < h2.getSize(); i++)
{
printf ("[%s] at [%lu]\n", h2[i].getBuffer(), (unsigned long int)h2.getIndex(h2[i]));
}
printf ("--------------------\n");
h3.insert (21, "this is a large string");
printf ("%d %d\n", (int)h2.getSize(), (int)h3.getSize());
printf ("--------------------\n");
h3.insert (21, "mystery!");
for (qse_size_t i = 0; i < h3.getSize(); i++)
{
printf ("[%s] at [%lu]\n", h3[i].getBuffer(), (unsigned long int)h3.getIndex(h3[i]));
}
printf ("--------------------\n");
h3.setCapacity (6);
h3.insert (6, "good?");
h3.rotate (StrArray::ROTATE_RIGHT, h3.getSize() / 2);
printf ("[%s] [%s]\n", h3.getValueAt(5).getBuffer(), h3.getValueAt(6).getBuffer());
printf ("%d\n", (int)h3.getSize());
printf ("--------------------\n");
h3.insert (1, "bad?");
for (qse_size_t i = 0; i < h3.getSize(); i++)
{
printf ("[%s] at [%lu]\n", h3[i].getBuffer(), (unsigned long int)h3.getIndex(h3[i]));
}
printf ("--------------------\n");
QSE::Array<int> a;
a.insert (0, 10);
a.insert (0, 20);
a.insert (0, 30);
const int& t = a[2u];
printf ("%lu\n", (unsigned long int)a.getIndex(t));
return 0;
}
