SDTSAttrRecord *SDTSAttrReader::GetNextAttrRecord()
{
DDFRecord *poRawRecord;
DDFField *poATTRField;
SDTSModId oModId;
SDTSAttrRecord *poAttrRecord;
poATTRField = GetNextRecord( &oModId, &poRawRecord, TRUE );
if( poATTRField == NULL )
return NULL;
poAttrRecord = new SDTSAttrRecord();
poAttrRecord->poWholeRecord = poRawRecord;
poAttrRecord->poATTR = poATTRField;
memcpy( &(poAttrRecord->oModId), &oModId, sizeof(SDTSModId) );
return poAttrRecord;
}
void
GAddressBookMgr::AddAddressBook
(
const JCharacter* name,
JTree* tree
)
{
if (!JFileExists(name))
{
return;
}
JDirEntry* dirEntry = new JDirEntry(name);
assert(dirEntry != NULL);
JTreeNode* jbase = tree->GetRoot();
JNamedTreeNode* base = dynamic_cast<JNamedTreeNode*>(jbase);
assert(base != NULL);
GAddressBookTreeNode* book = new
GAddressBookTreeNode(dirEntry, base, dirEntry->GetName());
assert(book != NULL);
std::ifstream is(name);
while (is.good())
{
JString line = JReadLine(is);
GAddressBookEntry* entry = new GAddressBookEntry();
assert( entry != NULL );
JString name;
if (GetNextRecord(line, name, is))
{
GetNextRecord(line, entry->fullname, is);
if (GetNextRecord(line, entry->address, is))
{
GetNextRecord(line, entry->fcc, is);
GetNextRecord(line, entry->comment, is);
itsAddresses->SetElement(name, entry, JPtrArrayT::kDelete);
GAddressEntryTreeNode* aEntry =
new GAddressEntryTreeNode(book, entry->fullname);
assert(aEntry != NULL);
GAddressItemTreeNode* item =
new GAddressItemTreeNode(GAddressItemTreeNode::kName,
aEntry, name, kJFalse);
assert(item != NULL);
JString address = entry->address;
if (address.BeginsWith("(") && address.GetLength() > 2)
{
address = address.GetSubstring(2, address.GetLength() - 1);
JPtrArray<JString> list(JPtrArrayT::kForgetAll);
GParseNameList(address, list);
const JSize count = list.GetElementCount();
for (JSize i = count; i >= 1; i--)
{
item =
new GAddressItemTreeNode(GAddressItemTreeNode::kEMail,
aEntry, *(list.NthElement(i)), kJFalse);
assert(item != NULL);
}
list.DeleteAll();
}
else
{
item =
new GAddressItemTreeNode(GAddressItemTreeNode::kEMail,
aEntry, address, kJFalse);
}
if (!entry->comment.IsEmpty())
{
item =
new GAddressItemTreeNode(GAddressItemTreeNode::kComment,
aEntry, entry->comment, kJFalse);
assert(item != NULL);
}
if (!entry->fcc.IsEmpty())
{
item =
new GAddressItemTreeNode(GAddressItemTreeNode::kFcc,
aEntry, entry->fcc, kJFalse);
assert(item != NULL);
}
book->InsertSorted(aEntry);
continue;
}
}
delete entry;
}
}
bool DjikstraTripModel::SetProgress(float & fTime, short iSpeed, unsigned int & iNextRecord)
{
if (m_iCurrentRecord == (unsigned)-1 || m_iCRShapePoint == (unsigned)-1)
return false;
// find distance to next shape point
MapRecord * pRecord = g_pMapDB->GetRecord(m_iCurrentRecord);
float fRemaining = 0.f, fPart = 0.f, fDistance = (fTime * iSpeed) / SECSPERHOUR;
if ((signed)m_iCRShapePoint < pRecord->nShapePoints - 1)
{
Coords c0 = pRecord->pShapePoints[m_iCRShapePoint], c1 = pRecord->pShapePoints[m_iCRShapePoint + 1];
fPart = Distance(c0, c1);
if (m_listPathRecords.empty() && m_iCRShapePoint == m_iEndShapePoint)
{
if (m_bForwards)
fRemaining = fPart * (m_fEndProgress - m_fCRProgress);
else
fRemaining = fPart * (m_fCRProgress - m_fEndProgress);
}
else
{
if (m_bForwards)
fRemaining = fPart * (1 - m_fCRProgress);
else
fRemaining = fPart * m_fCRProgress;
}
}
if (fDistance < fRemaining && fPart > 0.f)
{
// we're still on the same part of the record
if (m_bForwards)
m_fCRProgress += fDistance / fPart;
else
m_fCRProgress -= fDistance / fPart;
fTime = 0.f;
}
else
{
// we've passed the end of this shape point
if (iSpeed > 0)
fTime -= (fRemaining * SECSPERHOUR) / iSpeed;
else
fTime = 0.f;
if (m_bForwards) {
if ((signed)m_iCRShapePoint < (m_listPathRecords.empty() ? (signed)m_iEndShapePoint : (pRecord->nShapePoints - 1)))
{
m_iCRShapePoint++;
m_fCRProgress = 0.f;
// return SetProgress(fTime, iSpeed, iNextRecord);
return true;
}
else
{
// check to see if we're stopped for a traffic light
if (!g_pMapDB->UseTrafficLights() || CanCarGoThrough(g_pMapDB->GetVertex(pRecord->pVertices[pRecord->nVertices - 1]), m_iCurrentRecord))
{
// go to next record and return with the unused time
iNextRecord = GetNextRecord(pRecord->pVertices[pRecord->nVertices - 1], m_iCurrentRecord);
if (iNextRecord != (unsigned)-1)
{
m_iCurrentRecord = iNextRecord;
if (g_pMapDB->GetRecord(m_iCurrentRecord)->pVertices[0] == pRecord->pVertices[pRecord->nVertices - 1]) {
m_bForwards = true;
m_iCRShapePoint = 0;
m_fCRProgress = 0.f;
} else {
m_bForwards = false;
m_iCRShapePoint = g_pMapDB->GetRecord(m_iCurrentRecord)->nShapePoints - 1;
m_fCRProgress = 0.f;
}
return true;
}
}
else
{
// we're stopped here!
fTime = 0.f;
m_fCRProgress = 1.f;
}
}
} else {
if (m_iCRShapePoint > (m_listPathRecords.empty() ? m_iEndShapePoint : 0))
{
m_iCRShapePoint--;
m_fCRProgress = 1.f;
// return SetProgress(fTime, iSpeed, iNextRecord);
return true;
}
else
{
// check to see if we're stopped for a traffic light
if (!g_pMapDB->UseTrafficLights() || CanCarGoThrough(g_pMapDB->GetVertex(pRecord->pVertices[0]), m_iCurrentRecord))
{
// go to next record
iNextRecord = GetNextRecord(pRecord->pVertices[0], m_iCurrentRecord);
if (iNextRecord != (unsigned)-1)
{
m_iCurrentRecord = iNextRecord;
if (g_pMapDB->GetRecord(m_iCurrentRecord)->pVertices[0] == pRecord->pVertices[0]) {
m_bForwards = true;
m_iCRShapePoint = 0;
m_fCRProgress = 0.f;
} else {
m_bForwards = false;
m_iCRShapePoint = g_pMapDB->GetRecord(m_iCurrentRecord)->nShapePoints - 1;
m_fCRProgress = 0.f;
}
return true;
}
}
else
{
// we're stopped here!
fTime = 0.f;
m_fCRProgress = 0.f;
}
}
}
}
return false;
}
