void UiPropertyGrid::CreateGrid()
{
//Add object properties
m_component->GetPropertyList( m_propertyList );
SceneManager::PropertyList::PropIterator pIter( m_propertyList.GetProperties().begin() );
SceneManager::PropertyList::PropIterator pIterBeforeAdd( pIter );
for ( ; pIter != m_propertyList.GetProperties().end() ; pIter++)
{
AddElement( *pIter );
pIterBeforeAdd = pIter;
}
SceneManager::Object* object( dynamic_cast<SceneManager::Object*>(m_component) );
SceneManager::PointCloud* pointCloud (dynamic_cast<SceneManager::PointCloud*>(m_component));
if ( object && !pointCloud )
{
//Add Lighting properties
object->GetMaterial()->GetLightingPropertyList( m_propertyList );
pIter = ++pIterBeforeAdd;
for ( ; pIter != m_propertyList.GetProperties().end() ; pIter++)
{
AddElement( *pIter,UI_LIGHTING_TECH_GROUP );
pIterBeforeAdd = pIter;
}
//Add Effects properties
object->GetMaterial()->GetEffectPropertyList( m_propertyList );
pIter = ++pIterBeforeAdd;
for ( ; pIter != m_propertyList.GetProperties().end() ; pIter++)
{
AddElement( *pIter,UI_EFFECTS_GROUP );
pIterBeforeAdd = pIter;
}
}
}
void CFDE_TxtEdtParag::CalcLines() {
CFX_TxtBreak* pTxtBreak = m_pEngine->GetTextBreak();
CFDE_TxtEdtBuf* pTxtBuf = m_pEngine->GetTextBuf();
int32_t nCount = 0;
uint32_t dwBreakStatus = FX_TXTBREAK_None;
int32_t nEndIndex = m_nCharStart + m_nCharCount;
std::unique_ptr<IFX_CharIter> pIter(
new CFDE_TxtEdtBuf::Iterator(static_cast<CFDE_TxtEdtBuf*>(pTxtBuf)));
pIter->SetAt(m_nCharStart);
bool bReload = false;
do {
if (bReload) {
dwBreakStatus = pTxtBreak->EndBreak(FX_TXTBREAK_ParagraphBreak);
} else {
FX_WCHAR wAppend = pIter->GetChar();
dwBreakStatus = pTxtBreak->AppendChar(wAppend);
}
if (pIter->GetAt() + 1 == nEndIndex &&
dwBreakStatus < FX_TXTBREAK_LineBreak) {
dwBreakStatus = pTxtBreak->EndBreak(FX_TXTBREAK_ParagraphBreak);
}
if (dwBreakStatus > FX_TXTBREAK_PieceBreak) {
nCount++;
pTxtBreak->ClearBreakPieces();
}
if ((pIter->GetAt() + 1 == nEndIndex) &&
(dwBreakStatus == FX_TXTBREAK_LineBreak)) {
bReload = true;
pIter->Next(true);
}
} while (pIter->Next(false) && (pIter->GetAt() < nEndIndex));
pTxtBreak->EndBreak(FX_TXTBREAK_ParagraphBreak);
pTxtBreak->ClearBreakPieces();
m_nLineCount = nCount;
}
int32_t CFDE_TxtEdtPage::SelectWord(const CFX_PointF& fPoint, int32_t& nCount) {
if (m_nRefCount < 0) {
return -1;
}
CFDE_TxtEdtBuf* pBuf = m_pEditEngine->GetTextBuf();
FX_BOOL bBefore;
int32_t nIndex = GetCharIndex(fPoint, bBefore);
if (nIndex == m_pEditEngine->GetTextBufLength()) {
nIndex = m_pEditEngine->GetTextBufLength() - 1;
}
if (nIndex < 0) {
return -1;
}
std::unique_ptr<CFX_WordBreak> pIter(new CFX_WordBreak);
pIter->Attach(new CFDE_TxtEdtBufIter(pBuf));
pIter->SetAt(nIndex);
nCount = pIter->GetWordLength();
return pIter->GetWordPos();
}
void CFDE_TxtEdtEngine::RebuildParagraphs() {
RemoveAllParags();
FX_WCHAR wChar = L' ';
int32_t nParagStart = 0;
int32_t nIndex = 0;
std::unique_ptr<IFX_CharIter> pIter(new CFDE_TxtEdtBufIter(m_pTxtBuf.get()));
pIter->SetAt(0);
do {
wChar = pIter->GetChar();
nIndex = pIter->GetAt();
if (wChar == m_wLineEnd) {
CFDE_TxtEdtParag* pParag = new CFDE_TxtEdtParag(this);
pParag->SetStartIndex(nParagStart);
pParag->SetTextLength(nIndex - nParagStart + 1);
pParag->SetLineCount(-1);
m_ParagPtrArray.Add(pParag);
nParagStart = nIndex + 1;
}
} while (pIter->Next());
}
PatchMap<1>* Cartographer::buildAdjacencyMap(const UnitType *uType, const Vec2i &pos,
CardinalDir facing, Field f, int size) {
PF_TRACE();
const Vec2i mapPos = pos + (OrdinalOffsets[odNorthWest] * size);
const int sx = pos.x;
const int sy = pos.y;
Rectangle rect(mapPos.x, mapPos.y, uType->getSize() + 2 + size, uType->getSize() + 2 + size);
PatchMap<1> *pMap = new PatchMap<1>(rect, 0);
pMap->zeroMap();
PatchMap<1> tmpMap(rect, 0);
tmpMap.zeroMap();
// mark cells occupied by unitType at pos (on tmpMap)
Util::RectIterator rIter(pos, pos + Vec2i(uType->getSize() - 1));
while (rIter.more()) {
Vec2i gpos = rIter.next();
if (!uType->hasCellMap() || uType->getCellMapCell(gpos.x - sx, gpos.y - sy, facing)) {
tmpMap.setInfluence(gpos, 1);
}
}
// mark goal cells on result map
rIter = Util::RectIterator(mapPos, pos + Vec2i(uType->getSize()));
while (rIter.more()) {
Vec2i gpos = rIter.next();
if (tmpMap.getInfluence(gpos) || !masterMap->canOccupy(gpos, size, f)) {
continue; // building or obstacle
}
Util::PerimeterIterator pIter(gpos - Vec2i(1), gpos + Vec2i(size));
while (pIter.more()) {
if (tmpMap.getInfluence(pIter.next())) {
pMap->setInfluence(gpos, 1);
break;
}
}
}
return pMap;
}
void CFDE_TxtEdtParag::LoadParag() {
if (m_lpData) {
m_lpData[0]++;
return;
}
CFX_TxtBreak* pTxtBreak = m_pEngine->GetTextBreak();
CFDE_TxtEdtBuf* pTxtBuf = m_pEngine->GetTextBuf();
const FDE_TXTEDTPARAMS* pParam = m_pEngine->GetEditParams();
FX_WCHAR wcAlias = 0;
if (pParam->dwMode & FDE_TEXTEDITMODE_Password) {
wcAlias = m_pEngine->GetAliasChar();
}
std::unique_ptr<IFX_CharIter> pIter(new CFDE_TxtEdtBuf::Iterator(
static_cast<CFDE_TxtEdtBuf*>(pTxtBuf), wcAlias));
pIter->SetAt(m_nCharStart);
int32_t nEndIndex = m_nCharStart + m_nCharCount;
CFX_ArrayTemplate<int32_t> LineBaseArr;
bool bReload = false;
uint32_t dwBreakStatus = FX_TXTBREAK_None;
do {
if (bReload) {
dwBreakStatus = pTxtBreak->EndBreak(FX_TXTBREAK_ParagraphBreak);
} else {
FX_WCHAR wAppend = pIter->GetChar();
dwBreakStatus = pTxtBreak->AppendChar(wAppend);
}
if (pIter->GetAt() + 1 == nEndIndex &&
dwBreakStatus < FX_TXTBREAK_LineBreak) {
dwBreakStatus = pTxtBreak->EndBreak(FX_TXTBREAK_ParagraphBreak);
}
if (dwBreakStatus > FX_TXTBREAK_PieceBreak) {
int32_t nCount = pTxtBreak->CountBreakPieces();
int32_t nTotal = 0;
for (int32_t j = 0; j < nCount; j++) {
const CFX_TxtPiece* Piece = pTxtBreak->GetBreakPiece(j);
nTotal += Piece->GetLength();
}
LineBaseArr.Add(nTotal);
pTxtBreak->ClearBreakPieces();
}
if ((pIter->GetAt() + 1 == nEndIndex) &&
(dwBreakStatus == FX_TXTBREAK_LineBreak)) {
bReload = true;
pIter->Next(true);
}
} while (pIter->Next(false) && (pIter->GetAt() < nEndIndex));
pTxtBreak->EndBreak(FX_TXTBREAK_ParagraphBreak);
pTxtBreak->ClearBreakPieces();
int32_t nLineCount = LineBaseArr.GetSize();
m_nLineCount = nLineCount;
if (m_lpData) {
m_lpData = FX_Realloc(int32_t, m_lpData, nLineCount + 1);
} else {
m_lpData = FX_Alloc(int32_t, nLineCount + 1);
}
int32_t* pIntArr = m_lpData;
pIntArr[0] = 1;
m_nLineCount = nLineCount;
pIntArr++;
for (int32_t j = 0; j < nLineCount; j++, pIntArr++) {
*pIntArr = LineBaseArr[j];
}
LineBaseArr.RemoveAll();
}
int32_t CFDE_TxtEdtPage::LoadPage(const CFX_RectF* pClipBox,
IFX_Pause* pPause) {
if (m_nRefCount > 0) {
m_nRefCount++;
return m_nRefCount;
}
CFDE_TxtEdtBuf* pBuf = m_pEditEngine->GetTextBuf();
const FDE_TXTEDTPARAMS* pParams = m_pEditEngine->GetEditParams();
FX_WCHAR wcAlias = 0;
if (pParams->dwMode & FDE_TEXTEDITMODE_Password) {
wcAlias = m_pEditEngine->GetAliasChar();
}
m_pIter.reset(
new CFDE_TxtEdtBufIter(static_cast<CFDE_TxtEdtBuf*>(pBuf), wcAlias));
CFX_TxtBreak* pBreak = m_pEditEngine->GetTextBreak();
pBreak->EndBreak(FX_TXTBREAK_ParagraphBreak);
pBreak->ClearBreakPieces();
int32_t nPageLineCount = m_pEditEngine->GetPageLineCount();
int32_t nStartLine = nPageLineCount * m_nPageIndex;
int32_t nEndLine = std::min((nStartLine + nPageLineCount - 1),
(m_pEditEngine->GetLineCount() - 1));
int32_t nPageStart, nPageEnd, nTemp, nBgnParag, nStartLineInParag, nEndParag,
nEndLineInParag;
nBgnParag = m_pEditEngine->Line2Parag(0, 0, nStartLine, nStartLineInParag);
m_pBgnParag =
static_cast<CFDE_TxtEdtParag*>(m_pEditEngine->GetParag(nBgnParag));
m_pBgnParag->LoadParag();
m_pBgnParag->GetLineRange(nStartLine - nStartLineInParag, nPageStart, nTemp);
nEndParag = m_pEditEngine->Line2Parag(nBgnParag, nStartLineInParag, nEndLine,
nEndLineInParag);
m_pEndParag =
static_cast<CFDE_TxtEdtParag*>(m_pEditEngine->GetParag(nEndParag));
m_pEndParag->LoadParag();
m_pEndParag->GetLineRange(nEndLine - nEndLineInParag, nPageEnd, nTemp);
nPageEnd += (nTemp - 1);
FX_BOOL bVertial = pParams->dwLayoutStyles & FDE_TEXTEDITLAYOUT_DocVertical;
FX_BOOL bLineReserve =
pParams->dwLayoutStyles & FDE_TEXTEDITLAYOUT_LineReserve;
FX_FLOAT fLineStart =
bVertial
? (bLineReserve ? (pParams->fPlateWidth - pParams->fLineSpace) : 0.0f)
: 0.0f;
FX_FLOAT fLineStep =
(bVertial && bLineReserve) ? (-pParams->fLineSpace) : pParams->fLineSpace;
FX_FLOAT fLinePos = fLineStart;
if (!m_pTextSet)
m_pTextSet = new CFDE_TxtEdtTextSet(this);
m_PieceMassArr.RemoveAll(TRUE);
uint32_t dwBreakStatus = FX_TXTBREAK_None;
int32_t nPieceStart = 0;
delete[] m_pCharWidth;
m_pCharWidth = new int32_t[nPageEnd - nPageStart + 1];
pBreak->EndBreak(FX_TXTBREAK_ParagraphBreak);
pBreak->ClearBreakPieces();
m_nPageStart = nPageStart;
m_nCharCount = nPageEnd - nPageStart + 1;
FX_BOOL bReload = FALSE;
FX_FLOAT fDefCharWidth = 0;
std::unique_ptr<IFX_CharIter> pIter(m_pIter->Clone());
pIter->SetAt(nPageStart);
m_pIter->SetAt(nPageStart);
FX_BOOL bFirstPiece = TRUE;
do {
if (bReload) {
dwBreakStatus = pBreak->EndBreak(FX_TXTBREAK_ParagraphBreak);
} else {
FX_WCHAR wAppend = pIter->GetChar();
dwBreakStatus = pBreak->AppendChar(wAppend);
}
if (pIter->GetAt() == nPageEnd && dwBreakStatus < FX_TXTBREAK_LineBreak) {
dwBreakStatus = pBreak->EndBreak(FX_TXTBREAK_ParagraphBreak);
}
if (dwBreakStatus > FX_TXTBREAK_PieceBreak) {
int32_t nPieceCount = pBreak->CountBreakPieces();
for (int32_t j = 0; j < nPieceCount; j++) {
const CFX_TxtPiece* pPiece = pBreak->GetBreakPiece(j);
FDE_TEXTEDITPIECE TxtEdtPiece;
FXSYS_memset(&TxtEdtPiece, 0, sizeof(FDE_TEXTEDITPIECE));
TxtEdtPiece.nBidiLevel = pPiece->m_iBidiLevel;
TxtEdtPiece.nCount = pPiece->GetLength();
TxtEdtPiece.nStart = nPieceStart;
TxtEdtPiece.dwCharStyles = pPiece->m_dwCharStyles;
if (FX_IsOdd(pPiece->m_iBidiLevel)) {
TxtEdtPiece.dwCharStyles |= FX_TXTCHARSTYLE_OddBidiLevel;
}
FX_FLOAT fParaBreakWidth = 0.0f;
if (pPiece->m_dwStatus > FX_TXTBREAK_PieceBreak) {
FX_WCHAR wRtChar = pParams->wLineBreakChar;
if (TxtEdtPiece.nCount >= 2) {
FX_WCHAR wChar = pBuf->GetCharByIndex(
m_nPageStart + TxtEdtPiece.nStart + TxtEdtPiece.nCount - 1);
FX_WCHAR wCharPre = pBuf->GetCharByIndex(
m_nPageStart + TxtEdtPiece.nStart + TxtEdtPiece.nCount - 2);
if (wChar == wRtChar) {
fParaBreakWidth += fDefCharWidth;
}
if (wCharPre == wRtChar) {
fParaBreakWidth += fDefCharWidth;
}
} else if (TxtEdtPiece.nCount >= 1) {
FX_WCHAR wChar = pBuf->GetCharByIndex(
m_nPageStart + TxtEdtPiece.nStart + TxtEdtPiece.nCount - 1);
if (wChar == wRtChar) {
fParaBreakWidth += fDefCharWidth;
}
}
}
if (pParams->dwLayoutStyles & FDE_TEXTEDITLAYOUT_DocVertical) {
TxtEdtPiece.rtPiece.left = fLinePos;
TxtEdtPiece.rtPiece.top = (FX_FLOAT)pPiece->m_iStartPos / 20000.0f;
TxtEdtPiece.rtPiece.width = pParams->fLineSpace;
TxtEdtPiece.rtPiece.height =
(FX_FLOAT)pPiece->m_iWidth / 20000.0f + fParaBreakWidth;
} else {
TxtEdtPiece.rtPiece.left = (FX_FLOAT)pPiece->m_iStartPos / 20000.0f;
TxtEdtPiece.rtPiece.top = fLinePos;
TxtEdtPiece.rtPiece.width =
(FX_FLOAT)pPiece->m_iWidth / 20000.0f + fParaBreakWidth;
TxtEdtPiece.rtPiece.height = pParams->fLineSpace;
}
if (bFirstPiece) {
m_rtPageContents = TxtEdtPiece.rtPiece;
bFirstPiece = FALSE;
} else {
m_rtPageContents.Union(TxtEdtPiece.rtPiece);
}
nPieceStart += TxtEdtPiece.nCount;
m_PieceMassArr.Add(TxtEdtPiece);
for (int32_t k = 0; k < TxtEdtPiece.nCount; k++) {
CFX_Char* ptc = pPiece->GetCharPtr(k);
m_pCharWidth[TxtEdtPiece.nStart + k] = ptc->m_iCharWidth;
}
}
fLinePos += fLineStep;
pBreak->ClearBreakPieces();
}
if (pIter->GetAt() == nPageEnd && dwBreakStatus == FX_TXTBREAK_LineBreak) {
bReload = TRUE;
pIter->Next(TRUE);
}
} while (pIter->Next(FALSE) && (pIter->GetAt() <= nPageEnd));
if (m_rtPageContents.left != 0) {
FX_FLOAT fDelta = 0.0f;
if (m_rtPageContents.width < pParams->fPlateWidth) {
if (pParams->dwAlignment & FDE_TEXTEDITALIGN_Right) {
fDelta = pParams->fPlateWidth - m_rtPageContents.width;
} else if (pParams->dwAlignment & FDE_TEXTEDITALIGN_Center) {
if ((pParams->dwLayoutStyles & FDE_TEXTEDITLAYOUT_CombText) &&
m_nCharCount > 1) {
int32_t nCount = m_nCharCount - 1;
int32_t n = (m_pEditEngine->m_nLimit - nCount) / 2;
fDelta = (m_rtPageContents.width / nCount) * n;
} else {
fDelta = (pParams->fPlateWidth - m_rtPageContents.width) / 2;
}
}
}
FX_FLOAT fOffset = m_rtPageContents.left - fDelta;
int32_t nCount = m_PieceMassArr.GetSize();
for (int32_t i = 0; i < nCount; i++) {
FDE_TEXTEDITPIECE* pPiece = m_PieceMassArr.GetPtrAt(i);
pPiece->rtPiece.Offset(-fOffset, 0.0f);
}
m_rtPageContents.Offset(-fOffset, 0.0f);
}
if (m_pEditEngine->GetEditParams()->dwLayoutStyles &
FDE_TEXTEDITLAYOUT_LastLineHeight) {
m_rtPageContents.height -= pParams->fLineSpace - pParams->fFontSize;
int32_t nCount = m_PieceMassArr.GetSize();
FDE_TEXTEDITPIECE* pPiece = m_PieceMassArr.GetPtrAt(nCount - 1);
pPiece->rtPiece.height = pParams->fFontSize;
}
m_nRefCount = 1;
m_bLoaded = TRUE;
return 0;
}
//////////////////////////////////////////////////////////////////////////////////////////////////////
// Execute :
// Drives the DebugDb mode of tripwire, which will only be used for internal use.
//////////////////////////////////////////////////////////////////////////////////////////////////////
void cDbDebug::Execute( cFCODatabaseFileIter& dbIter, const TSTRING& dbFile )
{
cDebug d("cDebugDb::Execute");
cDbDebug DbDebug;
//
//A derived class with extra methods for obtaining blockfile information.
cDebugHierDb* db;
//
// Cast the database object that we have inherited from the "common" command line
// information to a cDebugHierDb. This will expose all the information that we
// need to debug the database.
//
db = static_cast<cDebugHierDb*>(&(dbIter.GetDb()));
try
{
cDebugHierDbIter pIter( db );
//
//First, map the state of the underlying quantyum database. Store this info. in
//the hierDbMap.
//
DbDebug.MapQuantumDatabase( *db );
//DbDebug.DisplayDbMap(); //TODO : get rid of these display calls.
//
// Uncomment ManipDb() to allow manipulation of the database
// This may be handy if one does not want to do a full update...
//DbDebug.ManipDb( dbIter );
// Next, traverse the hierarchical overlay and "tag" all entries in the map that
// we see:
ASSERT( pIter.AtRoot() );
//
// check to make sure we are at the root of the hierarchy, if so, map the root
// before calling the recursive traversal function.
//
util_MapHierRoot( DbDebug.GetHierDbMap() );
DbDebug.TraverseHierarchy( pIter /*, db*/ );
//DbDebug.DisplayDbMap(); //TODO: get rid of these display calls.
//
// Finally, iterate over the map and see if there is any data that the hierarchy
// does not account for:
//
DbDebug.CongruencyTest();
//
// Output the results
//
DbDebug.OutputResults();
}//try
catch( eError& e )
{
cErrorReporter::PrintErrorMsg( e );
}
}