bool wxDatabaseConfig::GetFirstGroup(wxString& str, long& lIndex) const
{
m_self->m_groups.clear();
m_self->GetChildren(m_self->m_entry, &m_self->m_groups, NULL);
lIndex = 0;
return m_groups.size() == 0 ? false : GetNextGroup(str, lIndex);
}
void HorizontalSwapper::ProcessRow(int rowIdx)
{
RowIdx = rowIdx;
nextColumnIdx = -1;
if (Direction == HorizontalSearchDirection_RANDOM)
Direction = ((double)rand()) / RAND_MAX >= 0.5
? HorizontalSearchDirection_LEFTTORIGHT
: HorizontalSearchDirection_RIGHTTOLEFT;
while (GetNextGroup())
{
SaveCellsPositionAsBest();
double best_diff = 0.0;
//exhaustive search of best permutation for group
for (unsigned int i = 0; i < nTotalPermutations; ++i)
{
//TODO: fix problem with terminals
PlaceCellsOnTheLeft();
double diff2 = Utils::CalculateHPWLDiff(m_Grid.Design(), m_ConsideredGroupOfCells, m_GroupSize, false);
if (checker->CheckCriteria(m_ConsideredGroupOfCells, m_GroupSize, best_diff))
{
best_diff = diff2;
SaveCurrentPositionAsBest();
}
if (nEmptySites > 0)
{
ImplementEquidistantPermutation();
double diff1 = Utils::CalculateHPWLDiff(m_Grid.Design(), m_ConsideredGroupOfCells, m_GroupSize, false);
if (checker->CheckCriteria(m_ConsideredGroupOfCells, m_GroupSize, best_diff))
{
best_diff = diff1;
SaveCurrentPositionAsBest();
}
PlaceCellsOnTheRight();
double diff3 = Utils::CalculateHPWLDiff(m_Grid.Design(), m_ConsideredGroupOfCells, m_GroupSize, false);
if (checker->CheckCriteria(m_ConsideredGroupOfCells, m_GroupSize, best_diff))
{
best_diff = diff3;
SaveCurrentPositionAsBest();
}
}
MakeNextPermutation();
}
//put cells to the best position found (probably initial position)
for (unsigned int j = 0; j < m_GroupSize; ++j)
m_Grid.PutCellIntoSite(m_ConsideredGroupOfCells[j], BestPositions[j]);
if (best_diff < 0.0) //if better permutation was found, update wire length
{
Utils::CalculateHPWLDiff(m_Grid.Design(), m_ConsideredGroupOfCells, m_GroupSize, true);
}
}
}
int GetSpecificGroup( FILE* f, int groupNo)
{
int nextGroup;
int retVal = GetNextGroup(f, &nextGroup);
if (0 == retVal)
{
retVal = nextGroup == groupNo ? 0 : ERR_FORMAT;
}
return retVal;
}
bool wxRegConfig::GetFirstGroup(wxString& str, long& lIndex) const
{
lIndex = 0;
return GetNextGroup(str, lIndex);
}
