int PathDetect::FloodArea(cv::Mat& watershedImage, cv::Point& startPoint, unsigned char id) const
{
const int floodX[4]={1,-1,0,0};
const int floodY[4]={0,0,1,-1};
cv::Point maxLoc(watershedImage.cols, watershedImage.rows);
std::vector<cv::Point> stack;
int pixelCount = 1;
stack.push_back(startPoint);
watershedImage.at<unsigned char>(startPoint) = id;
while (stack.size() > 0)
{
cv::Point currentLocation = stack.back();
stack.pop_back();
int x = currentLocation.x;
int y = currentLocation.y;
for (int i=0; i<4; ++i)
{
int possibleX = x+floodX[i];
int possibleY = y+floodY[i];
cv::Point newLoc(possibleX, possibleY);
if (ValidForFloodFill(newLoc, maxLoc) && watershedImage.at<unsigned char>(newLoc) == PATH)
{
stack.push_back(newLoc);
watershedImage.at<unsigned char>(newLoc) = id;
pixelCount += 1;
}
}
}
return pixelCount;
}
Ship::Ship( int Id )
{
Location newLoc( 0, 0 );
myLoc = newLoc;
myId = Id;
if (myId == PT_BOAT)
myLength = PT_LENGTH;
else if(myId == DESTROYER)
myLength = DESTROYER_LENGTH;
else if(myId == SUBMARINE)
myLength = SUBMARINE_LENGTH;
else if(myId == BATTLESHIP)
myLength = BATTLESHIP_LENGTH;
else if(myId == CARRIER)
myLength = CARRIER_LENGTH;
else
{
// Ideally we never get here, but better safe than sorry.
myLength = 1; // Note: This is an error code as no ship should have a length of 1
}
myParts = new int[myLength];
for (int i = 0; i < myLength; ++i)
myParts[i] = 0;
amISunk = 0;
facing = EAST;
}
void LocaleAliasTest::TestDateFormat() {
#if !UCONFIG_NO_FORMATTING
UErrorCode status = U_ZERO_ERROR;
for (int i=0; i<_LOCALE_NUMBER; i++) {
Locale oldLoc(_LOCALE_ALIAS[i][0]);
Locale newLoc(_LOCALE_ALIAS[i][1]);
if(!isLocaleAvailable(_LOCALE_ALIAS[i][1])){
logln(UnicodeString(newLoc.getName())+" is not available. Skipping!");
continue;
}
logln("\nold locale:%s new locale:%s",oldLoc.getName(),newLoc.getName());
DateFormat* df1 = DateFormat::createDateInstance(DateFormat::FULL, oldLoc);
DateFormat* df2 = DateFormat::createDateInstance(DateFormat::FULL, newLoc);
//Test function "getLocale"
const char* l1 = df1->getLocaleID(ULOC_VALID_LOCALE, status);
const char* l2 = df2->getLocaleID(ULOC_VALID_LOCALE, status);
if (strcmp(newLoc.getName(), l1)!=0) {
errln("CalendarTest: newLoc!=l1: newLoc= "+UnicodeString(newLoc.getName()) +" l1= "+UnicodeString(l1));
}
if (strcmp(l1, l2)!=0) {
errln("TestDateFormat: l1!=l2: l1= "+UnicodeString(l1) +" l2= "+UnicodeString(l2));
}
if(!(df1==df2)){
errln("TestDateFormat: c1!=c2. newLoc= "+UnicodeString(newLoc.getName()) +" oldLoc= "+UnicodeString(oldLoc.getName()));
}
logln("DateFormat(getLocale) old:%s new:%s",l1,l2);
delete df1;
delete df2;
}
#endif
}
void LocaleAliasTest::TestCollation() {
#if !UCONFIG_NO_COLLATION
UErrorCode status = U_ZERO_ERROR;
for (int i=0; i<_LOCALE_NUMBER; i++) {
Locale oldLoc(_LOCALE_ALIAS[i][0]);
Locale newLoc(_LOCALE_ALIAS[i][1]);
if(!isLocaleAvailable(_LOCALE_ALIAS[i][1])){
logln(UnicodeString(newLoc.getName())+" is not available. Skipping!");
continue;
}
logln("\nold locale:%s new locale:%s",oldLoc.getName(),newLoc.getName());
Collator* c1 = Collator::createInstance(oldLoc, status);
Collator* c2 = Collator::createInstance(newLoc, status);
Locale l1 = c1->getLocale(ULOC_VALID_LOCALE, status);
Locale l2 = c2->getLocale(ULOC_VALID_LOCALE, status);
if (strcmp(newLoc.getName(), l1.getName())!=0) {
errln("CalendarTest: newLoc!=l1: newLoc= "+UnicodeString(newLoc.getName()) +" l1= "+UnicodeString(l1.getName()));
}
if (strcmp(l1.getName(), l2.getName())!=0) {
errln("CollationTest: l1!=l2: l1= "+UnicodeString(l1.getName()) +" l2= "+UnicodeString(l2.getName()));
}
if(!(c1==c2)){
errln("CollationTest: c1!=c2. newLoc= "+UnicodeString(newLoc.getName()) +" oldLoc= "+UnicodeString(oldLoc.getName()));
}
logln("Collator(getLocale) old:%s new:%s", l1.getName(), l2.getName());
delete c1;
delete c2;
}
#endif
}
void LocaleAliasTest::TestCalendar() {
#if !UCONFIG_NO_FORMATTING
UErrorCode status = U_ZERO_ERROR;
for (int i=0; i<_LOCALE_NUMBER; i++) {
Locale oldLoc(_LOCALE_ALIAS[i][0]);
Locale newLoc(_LOCALE_ALIAS[i][1]);
if(!isLocaleAvailable(_LOCALE_ALIAS[i][1])){
logln(UnicodeString(newLoc.getName())+" is not available. Skipping!");
continue;
}
logln("\nold locale:%s new locale:%s",oldLoc.getName(),newLoc.getName());
Calendar* c1 = Calendar::createInstance(oldLoc, status);
Calendar* c2 = Calendar::createInstance(newLoc, status);
//Test function "getLocale(ULocale.VALID_LOCALE)"
const char* l1 = c1->getLocaleID(ULOC_VALID_LOCALE, status);
const char* l2 = c2->getLocaleID(ULOC_VALID_LOCALE, status);
if (strcmp(newLoc.getName(), l1)!=0) {
errln("CalendarTest: newLoc!=l1: newLoc= "+UnicodeString(newLoc.getName()) +" l1= "+UnicodeString(l1));
}
if (strcmp(l1, l2)!=0) {
errln("CalendarTest: l1!=l2: l1= "+UnicodeString(l1) +" l2= "+UnicodeString(l2));
}
if(!(c1==c2)){
errln("CalendarTest: c1!=c2. newLoc= "+UnicodeString(newLoc.getName()) +" oldLoc= "+UnicodeString(oldLoc.getName()));
}
logln("Calendar(getLocale) old:"+UnicodeString(l1)+" new:"+UnicodeString(l2));
delete c1;
delete c2;
}
#endif
}
void LocaleAliasTest::TestDisplayName() {
int32_t availableNum =0;
const Locale* available = Locale::getAvailableLocales(availableNum);
for (int i=0; i<_LOCALE_NUMBER; i++) {
Locale oldLoc(_LOCALE_ALIAS[i][0]);
Locale newLoc(_LOCALE_ALIAS[i][1]);
if(!isLocaleAvailable(_LOCALE_ALIAS[i][1])){
logln(UnicodeString(newLoc.getName())+" is not available. Skipping!");
continue;
}
for(int j=0; j<availableNum; j++){
UnicodeString dipLocName = UnicodeString(available[j].getName());
const UnicodeString oldCountry = oldLoc.getDisplayCountry(dipLocName);
const UnicodeString newCountry = newLoc.getDisplayCountry(dipLocName);
const UnicodeString oldLang = oldLoc.getDisplayLanguage(dipLocName);
const UnicodeString newLang = newLoc.getDisplayLanguage(dipLocName);
// is there display name for the current country ID
if(newCountry != newLoc.getCountry()){
if(oldCountry!=newCountry){
errln("getCountry() failed for "+ UnicodeString(oldLoc.getName()) +" oldCountry= "+ prettify(oldCountry) +" newCountry = "+prettify(newCountry)+ " in display locale "+ UnicodeString(available[j].getName()));
}
}
//there is a display name for the current lang ID
if(newLang != newLoc.getLanguage()){
if(oldLang != newLang){
errln("getLanguage() failed for " + UnicodeString(oldLoc.getName()) + " oldLang = "+ prettify(oldLang) +" newLang = "+prettify(newLang)+ " in display locale "+UnicodeString(available[j].getName()));
}
}
}
}
}
Player* newPlayer(char newName){
Player* p = malloc(sizeof(Player));
p->name = newName;
p->dir = dleft;
p->loc = newLoc(0,0);
return p;
}
// Constructors
Ship::Ship() // Default constructor will create a PT boat located at the top left of the screen facing to the right.
{
Location newLoc( 0, 0 );
myLoc = newLoc;
myId = PT_BOAT;
myLength = 2;
myParts = new int[2];
myParts[0] = 0;
myParts[1] = 0;
amISunk = 0;
facing = EAST; // I choose this so the ship can fit on the board with its current stats
}
void Board::turnSpace(Point loc)
{
int newX = loc.x() - 1;
int newY = loc.y() - 1;
Point newLoc(newX, newY);
if (!m_board[newX][newY].turned() && !m_board[newX][newY].flagged()){
m_board[newX][newY].turn();
if (!m_board[newX][newY].bomb() && !m_board[newX][newY].bombsNear())
{
reveal_around(newLoc);
}
}
}
void battleLocalWindow::printBoardText(Board* boardToPrint, QTextBrowser *textbox, bool showAll ){
QString str;
QString tempStr;
int val;
testOut.clear();
for (int i = 0; i < (boardToPrint->getBoardSize().getRow()+1); ++i) {
if(i==0)
testOut.append(" ");
else
testOut.append(str.setNum((i-1),10));
testOut.append(" ");
for (int j = 0; j < boardToPrint->getBoardSize().getColumn(); ++j){
if(i==0)
testOut.append(str.setNum(j,10));
else{
Location newLoc(i-1,j);
val = boardToPrint->getSpotValue(newLoc);
if(!showAll && (val==2)){
val = 1; //Opponent shouldn't know where ships are
}
if(val == 1){
tempStr = "E";
testOut.append(tempStr);
}
else if(val == 2){
tempStr = "S";
testOut.append(tempStr);
}
else if(val == 3){
tempStr = "0";
testOut.append(tempStr);
}
else if(val == 4){
tempStr = "X";
testOut.append(tempStr);
}
else{
//should not make it this far
}
//testOut.append(str.setNum(val,10)); <-used for numbers instead of letters.
}
testOut.append(" ");
}
testOut.append("\n");
}
textbox->clear();
textbox->setText(testOut);
}
// Overload the output operator
std::ostream& operator<< (std::ostream& out, Board& b)
{ // Output the board
for (int i = 0; i < b.getBoardSize().getRow(); ++i)
{
for (int j = 0; j < b.getBoardSize().getColumn(); ++j)
{
Location newLoc(i,j);
out << b.getSpotValue(newLoc) << " ";
}
out << "\n";
}
return out;
}
void LocaleAliasTest::TestUResourceBundle() {
UErrorCode status = U_ZERO_ERROR;
for (int i=0; i<_LOCALE_NUMBER; i++) {
Locale oldLoc(_LOCALE_ALIAS[i][0]);
Locale newLoc(_LOCALE_ALIAS[i][1]);
if(!isLocaleAvailable(_LOCALE_ALIAS[i][1])){
logln(UnicodeString(newLoc.getName())+" is not available. Skipping!");
continue;
}
logln("\nold locale:%s new locale:%s",oldLoc.getName(),newLoc.getName());
ResourceBundle* rb1 = NULL;
ResourceBundle* rb2 = NULL;
const char* testdatapath=loadTestData(status);
UnicodeString us1("NULL");
UnicodeString us2("NULL");
rb1 = new ResourceBundle(testdatapath, oldLoc, status);
if (U_FAILURE(U_ZERO_ERROR)) {
} else {
us1 = rb1->getStringEx("locale", status);
}
rb2 = new ResourceBundle(testdatapath, newLoc, status);
if (U_FAILURE(U_ZERO_ERROR)){
} else {
us2 = rb2->getStringEx("locale", status);
}
UnicodeString uNewLoc(newLoc.getName());
if (us1.compare(uNewLoc)!=0 || us1.compare(us2)!=0 || status!=U_ZERO_ERROR) {
}
log("UResourceBundle(getStringEx) old:");
log(us1);
log(" new:");
logln(us2);
if (rb1!=NULL) {
delete rb1;
}
if (rb2!=NULL) {
delete rb2;
}
}
}
bool cTextField::handleClick(location clickLoc) {
if(!haveFocus && parent && !parent->setFocus(this)) return true;
haveFocus = true;
redraw(); // This ensures the snippets array is populated.
std::string contents = getText();
bool hadSelection = selectionPoint != insertionPoint;
bool is_double = click_timer.getElapsedTime().asMilliseconds() < 500;
click_timer.restart();
bool is_shift = sf::Keyboard::isKeyPressed(sf::Keyboard::LShift) || sf::Keyboard::isKeyPressed(sf::Keyboard::RShift);
set_ip(clickLoc, is_shift ? &cTextField::selectionPoint : &cTextField::insertionPoint);
if(!is_shift) selectionPoint = insertionPoint;
if(is_double && !is_shift && !hadSelection) {
cKey key = {true, key_word_right, mod_none};
if(insertionPoint < contents.size() && contents[insertionPoint] != ' ')
handleInput(key);
key.k = key_word_left;
key.mod += mod_shift;
handleInput(key);
}
bool done = false;
sf::Event e;
int initial_ip = insertionPoint, initial_sp = selectionPoint;
while(!done) {
redraw();
if(!inWindow->pollEvent(e)) continue;
if(e.type == sf::Event::MouseButtonReleased){
done = true;
} else if(e.type == sf::Event::MouseMoved){
restore_cursor();
location newLoc(e.mouseMove.x, e.mouseMove.y);
set_ip(newLoc, &cTextField::selectionPoint);
if(is_double) {
if(selectionPoint > initial_ip) {
insertionPoint = initial_sp;
while(selectionPoint < contents.length() && contents[selectionPoint] != ' ')
selectionPoint++;
} else {
insertionPoint = initial_ip;
while(selectionPoint > 0 && contents[selectionPoint - 1] != ' ')
selectionPoint--;
}
}
}
}
redraw();
return true;
}
void UnitEmitter::recordSourceLocation(const Location* sLoc, Offset start) {
SourceLoc newLoc(*sLoc);
if (!m_sourceLocTab.empty()) {
if (m_sourceLocTab.back().second == newLoc) {
// Combine into the interval already at the back of the vector.
ASSERT(start >= m_sourceLocTab.back().first);
return;
}
ASSERT(m_sourceLocTab.back().first < start &&
"source location offsets must be added to UnitEmitter in "
"increasing order");
} else {
// First record added should be for bytecode offset zero.
ASSERT(start == 0);
}
m_sourceLocTab.push_back(std::make_pair(start, newLoc));
}
void LocaleAliasTest::TestULocale() {
for (int i=0; i<_LOCALE_NUMBER; i++) {
Locale oldLoc(_LOCALE_ALIAS[i][0]);
Locale newLoc(_LOCALE_ALIAS[i][1]);
if(!isLocaleAvailable(_LOCALE_ALIAS[i][1])){
logln(UnicodeString(newLoc.getName())+" is not available. Skipping!");
continue;
}
logln("\nold locale:%s new locale:%s",oldLoc.getName(),newLoc.getName());
UnicodeString name1, name2;
oldLoc.getDisplayName(name1);
newLoc.getDisplayName(name2);
if (name1!=name2) {
errln("DisplayNames are not equal. newLoc= "+UnicodeString(newLoc.getName()) +" oldLoc= "+UnicodeString(oldLoc.getName()));
}
log("ULocale(getDisplayName) old:");
log(name1);
log(" new:");
logln(name2);
}
}
void UnitEmitter::recordSourceLocation(const Location::Range& sLoc,
Offset start) {
// Some byte codes, such as for the implicit "return 0" at the end of a
// a source file do not have valid source locations. This check makes
// sure we don't record a (dummy) source location in this case.
if (start > 0 && sLoc.line0 == -1) return;
SourceLoc newLoc(sLoc);
if (!m_sourceLocTab.empty()) {
if (m_sourceLocTab.back().second == newLoc) {
// Combine into the interval already at the back of the vector.
assert(start >= m_sourceLocTab.back().first);
return;
}
assert(m_sourceLocTab.back().first < start &&
"source location offsets must be added to UnitEmitter in "
"increasing order");
} else {
// First record added should be for bytecode offset zero.
assert(start == 0);
}
m_sourceLocTab.push_back(std::make_pair(start, newLoc));
}
