void TextLinker::FindLinks() {
m_links.clear();
const std::vector<GG::Font::LineData>& line_data = GetLineData();
GG::Y y_posn(0); // y-coordinate of the top of the current line
Link link;
for (std::vector<GG::Font::LineData>::const_iterator it = line_data.begin();
it != line_data.end(); ++it)
{
const GG::Font::LineData& curr_line = *it;
for (unsigned int i = 0; i < curr_line.char_data.size(); ++i) {
for (unsigned int j = 0; j < curr_line.char_data[i].tags.size(); ++j) {
const boost::shared_ptr<GG::Font::FormattingTag>& tag = curr_line.char_data[i].tags[j];
if (tag->tag_name == VarText::PLANET_ID_TAG ||
tag->tag_name == VarText::SYSTEM_ID_TAG ||
tag->tag_name == VarText::SHIP_ID_TAG ||
tag->tag_name == VarText::FLEET_ID_TAG ||
tag->tag_name == VarText::BUILDING_ID_TAG ||
tag->tag_name == VarText::FIELD_ID_TAG ||
tag->tag_name == VarText::COMBAT_ID_TAG ||
tag->tag_name == VarText::EMPIRE_ID_TAG ||
tag->tag_name == VarText::DESIGN_ID_TAG ||
tag->tag_name == VarText::PREDEFINED_DESIGN_TAG ||
tag->tag_name == VarText::TECH_TAG ||
tag->tag_name == VarText::BUILDING_TYPE_TAG ||
tag->tag_name == VarText::SPECIAL_TAG ||
tag->tag_name == VarText::SHIP_HULL_TAG ||
tag->tag_name == VarText::SHIP_PART_TAG ||
tag->tag_name == VarText::SPECIES_TAG ||
tag->tag_name == VarText::FIELD_TYPE_TAG ||
tag->tag_name == VarText::METER_TYPE_TAG ||
tag->tag_name == TextLinker::ENCYCLOPEDIA_TAG ||
tag->tag_name == TextLinker::GRAPH_TAG)
{
link.type = tag->tag_name;
if (tag->close_tag) {
link.text_posn.second = Value(curr_line.char_data[i].string_index);
m_links.push_back(link);
link = Link();
} else {
link.data = tag->params[0];
link.text_posn.first = Value(curr_line.char_data[i].string_index);
for (unsigned int k = 0; k < curr_line.char_data[i].tags.size(); ++k) {
link.text_posn.first -= Value(curr_line.char_data[i].tags[k]->StringSize());
}
}
// Before decoration, the real positions are the same as the raw ones
link.real_text_posn = link.text_posn;
}
}
}
}
LocateLinks();
}
void CLogManager::GetLineData( LPTSTR lpszData, int nSize )
{
if (lpszData == NULL)
{
return;
}
char* pCh = lpszData;
std::string strLine = GetLineData();
for (int idx = 0; idx < nSize; idx++)
{
*pCh++ = strLine[idx];
}
}
// Generates training data for training a line recognizer, eg LSTM.
// Breaks the boxes into lines, normalizes them, converts to ImageData and
// appends them to the given training_data.
void Tesseract::TrainFromBoxes(const GenericVector<TBOX>& boxes,
const GenericVector<STRING>& texts,
BLOCK_LIST *block_list,
DocumentData* training_data) {
int box_count = boxes.size();
// Process all the text lines in this page, as defined by the boxes.
int end_box = 0;
// Don't let \t, which marks newlines in the box file, get into the line
// content, as that makes the line unusable in training.
while (end_box < texts.size() && texts[end_box] == "\t") ++end_box;
for (int start_box = end_box; start_box < box_count; start_box = end_box) {
// Find the textline of boxes starting at start and their bounding box.
TBOX line_box = boxes[start_box];
STRING line_str = texts[start_box];
for (end_box = start_box + 1; end_box < box_count && texts[end_box] != "\t";
++end_box) {
line_box += boxes[end_box];
line_str += texts[end_box];
}
// Find the most overlapping block.
BLOCK* best_block = NULL;
int best_overlap = 0;
BLOCK_IT b_it(block_list);
for (b_it.mark_cycle_pt(); !b_it.cycled_list(); b_it.forward()) {
BLOCK* block = b_it.data();
if (block->poly_block() != NULL && !block->poly_block()->IsText())
continue; // Not a text block.
TBOX block_box = block->bounding_box();
block_box.rotate(block->re_rotation());
if (block_box.major_overlap(line_box)) {
TBOX overlap_box = line_box.intersection(block_box);
if (overlap_box.area() > best_overlap) {
best_overlap = overlap_box.area();
best_block = block;
}
}
}
ImageData* imagedata = NULL;
if (best_block == NULL) {
tprintf("No block overlapping textline: %s\n", line_str.string());
} else {
imagedata = GetLineData(line_box, boxes, texts, start_box, end_box,
*best_block);
}
if (imagedata != NULL)
training_data->AddPageToDocument(imagedata);
// Don't let \t, which marks newlines in the box file, get into the line
// content, as that makes the line unusable in training.
while (end_box < texts.size() && texts[end_box] == "\t") ++end_box;
}
}
void TextLinker::LocateLinks() {
const std::vector<GG::Font::LineData>& line_data = GetLineData();
const boost::shared_ptr<GG::Font>& font = GetFont();
if (m_links.empty())
return;
GG::Y y_posn(0); // y-coordinate of the top of the current line
// We assume that links are stored in m_links in the order they appear in the text.
// We shall iterate through the text, updating the rectangles of a link whenever we know we are inside it
std::vector<Link>::iterator current_link = m_links.begin();
bool inside_link = false;
for (std::vector<GG::Font::LineData>::const_iterator it = line_data.begin();
it != line_data.end(); ++it, y_posn += font->Lineskip())
{
const GG::Font::LineData& curr_line = *it;
// if the last line ended without the current tag ending
if (inside_link)
current_link->rects.push_back(GG::Rect(GG::X0, y_posn, GG::X0, y_posn + font->Height()));
for (unsigned int i = 0; i < curr_line.char_data.size(); ++i) {
// The link text_posn is at the beginning of the tag, whereas
// char_data jumps over tags. That is why we cannot test for precise equality
if (!inside_link && curr_line.char_data[i].string_index >= current_link->real_text_posn.first &&
curr_line.char_data[i].string_index < current_link->real_text_posn.second)
{
inside_link = true;
// Clear out the old rectangles
current_link->rects.clear();
current_link->rects.push_back(GG::Rect(i ? curr_line.char_data[i - 1].extent : GG::X0,
y_posn, GG::X0, y_posn + font->Height()));
} else if (inside_link && curr_line.char_data[i].string_index >= current_link->real_text_posn.second) {
inside_link = false;
current_link->rects.back().lr.x = i ? curr_line.char_data[i - 1].extent : GG::X0;
++current_link;
if (current_link == m_links.end())
return;
}
}
// if a line is ending without the current tag ending
if (inside_link)
current_link->rects.back().lr.x = curr_line.char_data.empty() ? GG::X0 : curr_line.char_data.back().extent;
}
}
INDEX CPROC CheckSectorInRect( INDEX sector, PSECTORSELECTINFO psi )
{
PORTHOAREA rect = psi->rect;
INDEX pStart, pCur;
int priorend = TRUE;
_POINT p;
//GETWORLD( psi->iWorld );
pCur = pStart = GetFirstWall( psi->iWorld, sector, &priorend );
do
{
PFLATLAND_MYLINESEG line;
GetLineData( psi->iWorld, GetWallLine( psi->iWorld, pCur ), &line );
if( priorend )
{
addscaled( p, line->r.o, line->r.n, line->dTo );
}
else
{
addscaled( p, line->r.o, line->r.n, line->dFrom );
}
//Log7( "Checking (%g,%g) vs (%g,%g)-(%g,%g)",
if( p[0] < (rect->x) ||
p[0] > (rect->x + rect->w) ||
p[1] < (rect->y) ||
p[1] > (rect->y + rect->h) )
{
pCur = INVALID_INDEX;
break;
}
pCur = GetNextWall( psi->iWorld
, pCur, &priorend );
}while( pCur != pStart );
if( pCur == pStart )
{
if( psi->ppsectors )
psi->ppsectors[psi->nsectors++] = sector;
else
psi->nsectors++;
}
return 0;
}
/**
* @brief 強調表示文字列の検索
* @param pBeforeBetween 前の行の持ち越し色分け
* @param plsWords 強調表示文字列リスト
* @return 変更に変化があった場合trueが返る
*/
bool CFootyLine::SearchEmphasis(TakeOver *pBeforeBetween, LsWords *plsWords)
{
if (!plsWords)return false;
// 宣言
WordPt pNowWord; //!< 現在走査中の強調表示文字列
TakeOver::iterator pNowBefore; //!< 前データセット用
const wchar_t *pNowChar = GetLineData(); //!< 現在走査中の文字列
size_t nStringLen = GetLineLength(); //!< 文字列の長さ
CStaticStack<WordPt,sizeof(int)*8> cEmpStack; //!< 現在色つけしているスタック
EmpPos stInsert; //!< 挿入する構造体
// 初期化
TakeOver vecBetweenBackup;
vecBetweenBackup = m_vecLineBetweenAfter;
m_vecColorInfo.clear();
m_vecLineBetweenAfter.clear();
// 前からのデータをセットする
if (pBeforeBetween){ // データが存在するときのみ
stInsert.m_nPosition = 0;
stInsert.m_bIsStart = true;
for (pNowBefore=pBeforeBetween->begin();pNowBefore!=pBeforeBetween->end();pNowBefore++){
(*pNowBefore)->m_bDuplix = true; // 重複チェック
stInsert.m_Color = (*pNowBefore)->GetColor(); // コマンドをリストへ
m_vecColorInfo.push_back(stInsert);
cEmpStack.push(*pNowBefore);
}
}
// 小文字化
std::wstring strLower = GetLineData();
const wchar_t *pNowLower = strLower.c_str();
CEmphasisWord::SetLower(&strLower[0], nStringLen);
// 検索していく
for (size_t i=0;i<nStringLen;i++,pNowChar++,pNowLower++)
{
bool bWordSkipped = false;
// 文字列を走査していく
for (pNowWord=plsWords->begin();pNowWord!=plsWords->end();pNowWord++)
{
// この文字が無効であるかチェックする
if (pNowWord->m_bDuplix)continue; // 重複チェック
if (i != 0)
{
if (pNowWord->IsOnlyHead())continue; // 先頭に限る
if (!pNowWord->CheckIndependence(pNowChar-1,false)) // 独立性チェック(前)
continue;
}
if (cEmpStack.size() == 0)
{
if (!pNowWord->IsPermitted(0))continue;
}
else
{
if (!pNowWord->IsPermitted(cEmpStack.top()->GetLevel()))continue;
}
if (nStringLen - i < pNowWord->GetLen1()) // 文字の長さは十分か？
{
continue;
}
if (nStringLen - i != pNowWord->GetLen1())
{
if (!pNowWord->CheckIndependence
(pNowChar+pNowWord->GetLen1(),true)) // 独立性チェック(後)
continue;
}
// 文字が一致するかチェック
if (!MATCH_STR(pNowWord->GetString1(),pNowWord->GetLen1()))
continue;
// 開始コマンドを挿入する
stInsert.m_nPosition = i;
stInsert.m_Color = pNowWord->GetColor();
stInsert.m_bIsStart = true;
m_vecColorInfo.push_back(stInsert);
// インデックス番号を先へ移動させる
i += pNowWord->GetLen1() - 1;
pNowChar += pNowWord->GetLen1() - 1;
pNowLower+= pNowWord->GetLen1() - 1;
bWordSkipped = true;
// 強調表示情報によって場合分け
if (pNowWord->GetType() == EMP_WORD){
// 単語の時は、それの終了コマンドを挿入する
stInsert.m_nPosition = i + 1;
stInsert.m_bIsStart = false;
m_vecColorInfo.push_back(stInsert);
}
else{
// スタックを積む
pNowWord->m_bDuplix = true;
cEmpStack.push(pNowWord);
}
// 次の文字のループへ移動する
goto To_NextLoop;
}
//終了をチェック
if (cEmpStack.size()){
pNowWord = cEmpStack.top();
// 二個目の単語当たりをチェック
if ((pNowWord->GetType() == EMP_MULTI_BETWEEN || pNowWord->GetType() == EMP_LINE_BETWEEN) &&
nStringLen - i >= pNowWord->GetLen2()){
if (MATCH_STR(pNowWord->GetString2(),pNowWord->GetLen2())){
// インデックス番号を先へ移動させる
i += pNowWord->GetLen2() - 1;
pNowChar += pNowWord->GetLen2() - 1;
pNowLower += pNowWord->GetLen2() - 1;
bWordSkipped = true;
// 終了コマンドを挿入する
stInsert.m_nPosition = i + 1;
stInsert.m_bIsStart = false;
m_vecColorInfo.push_back(stInsert);
// スタックを排除
pNowWord->m_bDuplix = false;
cEmpStack.pop();
}
}
}
// 次のループへ
To_NextLoop:;
// サロゲートペアの１文字目で、強調表示が見つからなかったときはさらに一つ進めておく
if (!bWordSkipped && IsSurrogateLead(*pNowChar)){
pNowChar++;i++;
}
}
// 次のベクトルへ
for (;cEmpStack.size();){
if (cEmpStack.top()->GetType() == EMP_MULTI_BETWEEN)
m_vecLineBetweenAfter.push_back(cEmpStack.top());
cEmpStack.top()->m_bDuplix = false;
cEmpStack.pop();
}
m_bEmphasisChached = true;
return !(vecBetweenBackup == m_vecLineBetweenAfter);
}
uintptr_t CPROC DrawSectorLines( INDEX pSector, uintptr_t unused )
{
_POINT o, n;
POBJECT object = CreateObject();
INDEX iWorld = DrawThis.iWorld;
INDEX pStart, pCur;
int count=0;
int priorend = unused;
DrawThis.object = object;
// origin at z +1
scale( o, VectorConst_Y, 10.0 );//SetPoint( o, VectorConst_Z );
// direction z+1
SetPoint( n, VectorConst_Y );
AddPlane( object, o, n, 0 );
Invert( n );
Invert( o );
AddPlane( object, o, n, 0 );
//DrawSpaceLines( display->pImage, pSector->spacenode );
lprintf( WIDE("Adding Sector %d"), pSector );
pCur = pStart = GetFirstWall( iWorld, pSector, &priorend );
do
{
_POINT tmp;
LOGICAL d = IsSectorClockwise( iWorld, pSector );
//GETWORLD( display->pWorld );
INDEX iLine;
PFLATLAND_MYLINESEG Line;
//VECTOR p1, p2;
iLine = GetWallLine( iWorld, pCur );
GetLineData( iWorld, iLine, &Line );
// stop infinite looping... may be badly linked...
count++;
if( count > 20 )
{
xlprintf(LOG_ALWAYS)( WIDE("Conservative limit of 20 lines on a wall has been reached!") );
DebugBreak();
break;
}
{
_POINT o, n, r;
//int d;
o[0] = Line->r.o[0];
o[1] = Line->r.o[2];
o[2] = Line->r.o[1];
tmp[0] = Line->r.n[0];
tmp[1] = Line->r.n[2];
tmp[2] = Line->r.n[1];
if( priorend )
{
lprintf( WIDE("prior end causes reversal...") );
Invert( tmp );
}
if( d )
{
lprintf( WIDE("Sector clockwise..>") );
Invert( tmp );
}
//SetPoint( o, Line->r.o );
crossproduct( n, VectorConst_Y, tmp );
/*
if( priorend )
{
d = 1;
Invert( n );
}
else
{
d = 1;
}
*/
lprintf( WIDE("Adding plane to object... ") );
PrintVector( o );
PrintVector( n );
AddPlane( DrawThis.object, o, n, (GetMatedWall( iWorld, pCur )==INVALID_INDEX)?0:2 );
}
pCur = GetNextWall(l.world
, pCur, &priorend );
}while( pCur != pStart );
if( IntersectObjectPlanes( object ) )
{
// destroy these planes, and add new ones.
//priorend = FALSE;
//DestroyObject( &object );
}
// oh - add lines first one way and then the other... interesting
// to test both directions of priorend!
if( !unused )
DrawSectorLines( pSector, 1 );
PutIn( object, DrawThis.root );
{
PFLATLAND_TEXTURE texture;
INDEX iTexture = GetSectorTexture( l.world, pSector );
GetTextureData( l.world, iTexture, &texture );
SetObjectColor( object, texture->data.color /*BASE_COLOR_BLUE*/ );
}
return 0; // continue drawing... non zero breaks loop...
}