void wxGridCellChoiceEditor::BeginEdit(int row, int col, wxGrid* grid)
{
wxASSERT_MSG(m_control,
wxT("The wxGridCellEditor must be created first!"));
wxGridCellEditorEvtHandler* evtHandler = NULL;
if (m_control)
evtHandler = wxDynamicCast(m_control->GetEventHandler(), wxGridCellEditorEvtHandler);
// Don't immediately end if we get a kill focus event within BeginEdit
if (evtHandler)
evtHandler->SetInSetFocus(true);
m_value = grid->GetTable()->GetValue(row, col);
Reset(); // this updates combo box to correspond to m_value
Combo()->SetFocus();
if (evtHandler)
{
// When dropping down the menu, a kill focus event
// happens after this point, so we can't reset the flag yet.
#if !defined(__WXGTK20__)
evtHandler->SetInSetFocus(false);
#endif
}
}
void wxGridCellChoiceEditor::Reset()
{
if (m_allowOthers)
{
Combo()->SetValue(m_value);
Combo()->SetInsertionPointEnd();
}
else // the combobox is read-only
{
// find the right position, or default to the first if not found
int pos = Combo()->FindString(m_value);
if (pos == wxNOT_FOUND)
pos = 0;
Combo()->SetSelection(pos);
}
}
void SetSize(const wxRect& rectOrig) override
{
wxRect rect(rectOrig);
wxRect r = Combo()->GetRect();
// Center the combo box in or over the cell
rect.y -= (r.GetHeight() - rect.GetHeight()) / 2;
rect.height = r.GetHeight();
wxGridCellChoiceEditor::SetSize(rect);
}
void init(){
grabber.init(pa("-i"));
bool c_arg = pa("-c");
gui << Draw().handle("draw").label("input image")
<< Image().handle("cropped").label("cropped")
<< ( VBox().maxSize(c_arg ? 0 : 12,99).minSize(c_arg ? 0 : 12,1)
<< Button("save as ..").handle("saveAs")
<< Button("overwrite input").handle("overwrite")
<< Combo("0,90,180,270").handle("rot").label("rotation")
<< CheckBox("rectangular",!pa("-r")).handle("rect")
<< Button("Batch crop...").handle("batch")
<< ( HBox().label("rectification size")
<< Spinner(1,4096,640).handle("s1")
<< Label(":")
<< Spinner(1,4096,480).handle("s2")
)
<< (HBox()
<< Fps().handle("fps")
<< CamCfg()
)
)
<< Show();
if(!c_arg){
gui["batch"].registerCallback(batch_crop);
}
const ImgBase *image = grabber.grab();
if(!c_arg){
mouse_1 = new Mouse1(image->getSize());
gui["draw"].install(mouse_1);
}
mouse_2 = new Mouse2(image->getSize());
gui["draw"].install(mouse_2);
DrawHandle draw = gui["draw"];
draw->setImageInfoIndicatorEnabled(false);
if(!c_arg){
gui["rect"].registerCallback(rectangular_changed);
rectangular_changed();
if(*pa("-i",0) != "file" || FileList(*pa("-i",1)).size() != 1){
gui["overwrite"].disable();
}else{
gui["overwrite"].registerCallback(overwrite);
}
gui["saveAs"].registerCallback(save_as);
}
}
bool wxGridCellEnumEditor::EndEdit(int row, int col, wxGrid* grid)
{
int pos = Combo()->GetSelection();
bool changed = (pos != m_startint);
if (changed)
{
if (grid->GetTable()->CanSetValueAs(row, col, wxGRID_VALUE_NUMBER))
grid->GetTable()->SetValueAsLong(row, col, pos);
else
grid->GetTable()->SetValue(row, col,wxString::Format(wxT("%i"),pos));
}
return changed;
}
// Fix for Bug 1389
// July 2016: ANSWER-ME: Does this need reporting upstream to wxWidgets?
virtual void StartingKey(wxKeyEvent& event) override
{
// Lifted from wxGridCellTextEditor and adapted to combo.
// [Below is comment from wxWidgets code]
// Since this is now happening in the EVT_CHAR event EmulateKeyPress is no
// longer an appropriate way to get the character into the text control.
// Do it ourselves instead. We know that if we get this far that we have
// a valid character, so not a whole lot of testing needs to be done.
//The only difference to wxGridCellTextEditor.
//wxTextCtrl* tc = (wxTextCtrl *)m_control;
wxComboBox * tc = Combo();
int ch;
bool isPrintable;
#if wxUSE_UNICODE
ch = event.GetUnicodeKey();
if ( ch != WXK_NONE )
isPrintable = true;
else
#endif // wxUSE_UNICODE
{
ch = event.GetKeyCode();
isPrintable = ch >= WXK_SPACE && ch < WXK_START;
}
switch (ch)
{
case WXK_DELETE:
// Delete the initial character when starting to edit with DELETE.
tc->Remove(0, 1);
break;
case WXK_BACK:
// Delete the last character when starting to edit with BACKSPACE.
{
const long pos = tc->GetLastPosition();
tc->Remove(pos - 1, pos);
}
break;
default:
if ( isPrintable )
tc->WriteText(static_cast<wxChar>(ch));
break;
}
}
void wxGridCellChoiceEditor::BeginEdit(int row, int col, wxGrid* grid)
{
wxASSERT_MSG(m_control,
wxT("The wxGridCellEditor must be created first!"));
wxGridCellEditorEvtHandler* evtHandler = NULL;
if (m_control)
evtHandler = wxDynamicCast(m_control->GetEventHandler(), wxGridCellEditorEvtHandler);
// Don't immediately end if we get a kill focus event within BeginEdit
if (evtHandler)
evtHandler->SetInSetFocus(true);
m_value = grid->GetTable()->GetValue(row, col);
Reset(); // this updates combo box to correspond to m_value
Combo()->SetFocus();
#ifdef __WXOSX_COCOA__
// This is a work around for the combobox being simply dismissed when a
// choice is made in it under OS X. The bug is almost certainly due to a
// problem in focus events generation logic but it's not obvious to fix and
// for now this at least allows to use wxGrid.
Combo()->Popup();
#endif
if (evtHandler)
{
// When dropping down the menu, a kill focus event
// happens after this point, so we can't reset the flag yet.
#if !defined(__WXGTK20__)
evtHandler->SetInSetFocus(false);
#endif
}
}
bool wxFastComboEditor::EndEdit(int row, int col,
wxGrid* grid)
{
wxString value = Combo()->GetValue();
bool changed = value != grid->GetCellValue(row, col);
if ( changed )
grid->SetCellValue(row, col, value);
/* m_startValue = wxEmptyString;
if (m_allowOthers)
Combo()->SetValue(m_startValue);
else
Combo()->SetSelection(0);
*/
return changed;
}
bool wxGridCellEnumEditor::EndEdit(int WXUNUSED(row),
int WXUNUSED(col),
const wxGrid* WXUNUSED(grid),
const wxString& WXUNUSED(oldval),
wxString *newval)
{
long idx = Combo()->GetSelection();
if ( idx == m_index )
return false;
m_index = idx;
if ( newval )
newval->Printf("%ld", m_index);
return true;
}
bool wxGridCellChoiceEditor::EndEdit(int WXUNUSED(row),
int WXUNUSED(col),
const wxGrid* WXUNUSED(grid),
const wxString& WXUNUSED(oldval),
wxString *newval)
{
const wxString value = Combo()->GetValue();
if ( value == m_value )
return false;
m_value = value;
if ( newval )
*newval = value;
return true;
}
void init(){
int masksize = 10;
int thresh = 2;
float gamma = 0;
if(pa("-config")){
ConfigFile f(*pa("-config"));
masksize = f["config.masksize"];
thresh = f["config.threshold"];
gamma = f["config.gammaslope"];
}
gui << Draw().minSize(16,12).handle("orig").label("original image")
<< Image().minSize(16,12).handle("prev").label("preview image")
<< ( VBox().label("controls")
<< Slider(2,200,masksize).label("mask size").out("masksize").minSize(15,2).handle("a")
<< FSlider(-30,40,thresh).label("threshold").out("threshold").minSize(15,2).handle("b")
<< FSlider(0,15,gamma).label("gamma slope").out("gamma").minSize(15,2).handle("c")
<< Button("next image").handle("next")
<< Button("stopped","running").out("loop").handle("d")
<< Button("no clip","clip to roi").out("clipToROI").handle("e")
<< Button("save params").handle("save")
<< Combo("region mean,tiledNN,tiledLIN").handle("algorithm").label("algorithm")
<< ( HBox()
<< Label("..ms").handle("time").label("apply time").minSize(2,3)
<< Fps(10).handle("fps").minSize(4,3).label("fps")
)
)
<< Show();
grabber.init(pa("-i"));
if(grabber.getType() != "file"){
grabber.useDesired<Size>(pa("-s"));
if(!pa("-color")){
grabber.useDesired(formatGray);
}else{
grabber.useDesired(formatRGB);
}
grabber.useDesired(depth8u);
}
gui.registerCallback(step,"a,b,c,d,e,next,algorithm");
gui["orig"].install(new MouseHandler(mouse));
step();
}
void CGameDlg::DrawTipLine(Vertex asvPath[MAX_SAVED_VERTEX_NUM],int nVexnum)
{
CClientDC dc(this);
CPen penLine(PS_SOLID,2,RGB(0,255,0));
CPen* pOldPen = dc.SelectObject(&penLine);
for(int i = 0 ; i<nVexnum-1; i++)
{
dc.MoveTo(m_ptGameTop.x + asvPath[i].col*m_sizeElem.cx + m_sizeElem.cx/2,
m_ptGameTop.y+asvPath[i].row*m_sizeElem.cy+m_sizeElem.cy/2);
dc.LineTo(m_ptGameTop.x + asvPath[i+1].col*m_sizeElem.cx+m_sizeElem.cx/2,
m_ptGameTop.y+asvPath[i+1].row*m_sizeElem.cy+m_sizeElem.cy/2);
}
Combo();
dc.SelectObject(pOldPen);
}
void Hotkey::BuildHotkey(std::string const& context, json::Object const& hotkeys) {
for (auto const& command : hotkeys) {
const json::Array& command_hotkeys = command.second;
for (auto const& hotkey : command_hotkeys) {
std::vector<std::string> keys;
try {
const json::Array& arr_mod = hotkey["modifiers"];
keys.reserve(arr_mod.size() + 1);
copy(arr_mod.begin(), arr_mod.end(), back_inserter(keys));
keys.push_back(hotkey["key"]);
}
catch (json::Exception const& e) {
LOG_E("agi/hotkey/load") << "Failed loading hotkey for command '" << command.first << "': " << e.what();
}
ComboInsert(Combo(context, command.first, keys));
}
}
}
// return the value in the text control
wxString wxGridCellChoiceEditor::GetValue() const
{
return Combo()->GetValue();
}
void Scene::setbg_3(){
QString load;
if(difficulty==4)
load=":/pics/pics/bg_oni.png";
else if(difficulty==3)
load=":/pics/pics/bg_hard.png";
else if(difficulty==2)
load=":/pics/pics/bg_normal.png";
else
load=":/pics/pics/bg_easy.png";
QImage bg;
bg.load(load);
bg = bg.scaled(770,400);
this->setBackgroundBrush(bg);
text1->setText(title[s]);
text1->setPos(488,9);
addItem(text1);
Map.setSongPlay(title[s]);
track = new QMediaPlayer(this);
track->setMedia(QUrl::fromLocalFile(QDir::toNativeSeparators(Map.trackPath)));
VOL=(Map.map["SONGVOL"]-Map.map["SEVOL"])>0?(Map.map["SONGVOL"]-Map.map["SEVOL"]+50):70;
track->setVolume(VOL);
BPM=Map.map["BPM"];
Map.getMap(title[s],Map.star[difficulty-1]);
Map.convert(setRandom);
if(setRandom==true){
QPixmap ran;
ran.load(":/pics/pics/optionicon_random.png");
randomTag = new QGraphicsPixmapItem;
randomTag->setPos(199,83);
randomTag->setPixmap(ran);
addItem(randomTag);
}
if(setAuto==true){
QPixmap au;
au.load(":/pics/pics/optionicon_auto.png");
autoTag = new QGraphicsPixmapItem;
autoTag->setPos(394,72);
autoTag->setPixmap(au);
addItem(autoTag);
}
if(set30secMode==true){
QPixmap ctd;
ctd.load(":/pics/pics/optionicon_demo.png");
countdownTag = new QGraphicsPixmapItem;
countdownTag->setPos(294,72);
countdownTag->setPixmap(ctd);
addItem(countdownTag);
countdown = new QTimer(this);
QObject::connect(countdown , SIGNAL(timeout()) , this , SLOT(secondsLeft()));
}
songMap=Map.songMap;
foreach (QString i, songMap) {
qDebug()<<i<<endl;
}
RD = new QTimer(this);
LD = new QTimer(this);
RK = new QTimer(this);
LK = new QTimer(this);
rdp = new QGraphicsPixmapItem;ldp = new QGraphicsPixmapItem;
rkp = new QGraphicsPixmapItem;lkp = new QGraphicsPixmapItem;
QPixmap res;
res.load(":/pics/pics/rd.png");
rdp->setPixmap(res);rdp->setPos(147,123);
res.load(":/pics/pics/ld.png");
ldp->setPixmap(res);ldp->setPos(106,123);
res.load(":/pics/pics/rk.png");
rkp->setPixmap(res);rkp->setPos(147,124);
res.load(":/pics/pics/lk.png");
lkp->setPixmap(res);lkp->setPos(105,124);
for(int i=0;i<4;i++){
add[i]=false;
}
QObject::connect(this , SIGNAL(PlayRdong()) , this , SLOT(playRdong()));
QObject::connect(this , SIGNAL(PlayLdong()) , this , SLOT(playLdong()));
QObject::connect(this , SIGNAL(PlayRka()) , this , SLOT(playRka()));
QObject::connect(this , SIGNAL(PlayLka()) , this , SLOT(playLka()));
QObject::connect(RD , SIGNAL(timeout()) , this , SLOT(playRdong()));
QObject::connect(LD , SIGNAL(timeout()) , this , SLOT(playLdong()));
QObject::connect(RK , SIGNAL(timeout()) , this , SLOT(playRka()));
QObject::connect(LK , SIGNAL(timeout()) , this , SLOT(playLka()));
AniTimer1 = new QTimer(this);
QObject::connect(AniTimer1 , SIGNAL(timeout()) , this , SLOT(moveJudgement()));
QObject::connect(AniTimer1 , SIGNAL(timeout()) , this , SLOT(FlySoul()));
QObject::connect(AniTimer1 , SIGNAL(timeout()) , this , SLOT(MidSoul()));
QObject::connect(AniTimer1 , SIGNAL(timeout()) , this , SLOT(WalkSoul()));
QObject::connect(this , SIGNAL(Great()) , this , SLOT(GenGreat()));
QObject::connect(this , SIGNAL(Good()) , this , SLOT(GenGood()));
QObject::connect(this , SIGNAL(Miss()) , this , SLOT(GenMiss()));
QObject::connect(this , SIGNAL(Combo()) , this , SLOT(ShowCombo()));
QObject::connect(this , SIGNAL(Score()) , this , SLOT(ShowScore()));
QObject::connect(this , SIGNAL(Jump()) , this , SLOT(donJump()));
QObject::connect(this , SIGNAL(SoulF()) , this , SLOT(GenFlySoul()));
QObject::connect(this , SIGNAL(SoulM()) , this , SLOT(GenMidSoul()));
QObject::connect(this , SIGNAL(SoulW()) , this , SLOT(GenWalkSoul()));
ex1.load(":/pics/pics/explosion_s4.png");
AniTimer2 = new QTimer(this);
QObject::connect(AniTimer2 , SIGNAL(timeout()) , this , SLOT(RemoveExplode()));
QObject::connect(this , SIGNAL(Explode()) , this , SLOT(GenExplode()));
AniTimer3 = new QTimer(this);
QObject::connect(AniTimer3 , SIGNAL(timeout()) , this , SLOT(Jumper()));
jumper = new QGraphicsPixmapItem;
jumper->setPos(0,0);
addItem(jumper);
AniTimer4 = new QTimer(this);
QObject::connect(AniTimer4 , SIGNAL(timeout()) , this , SLOT(Dance()));
loadDancerPic();
createDanceItem();
great=0;good=0;miss=0;
combo=0;maxcombo=0;soul=0,score=0;
secLeft=30;jumpPicNum=1;
msec=60000/BPM/4+2;
test=60000/BPM/16;
waitfor=109*test/2+Map.map["OFFSET"]*1000;
for(int i=0;i<10;i++){
numberPic[i].load(":/pics/pics/number_"+QString::number(i)+".png");
}
for(int i=0;i<10;i++){
ctdnumberPic[i].load(":/pics/pics/number_"+QString::number(i)+".png");
}
for(int i=0;i<10;i++){
scorenumberPic[i].load(":/pics/pics/scorenumber_"+QString::number(i)+".png");
}
for(int i=50;i<1000;i+=100){
QSound *so;
QString c;
c=QString::number(i);
so = new QSound(":/sound/sound/voice_"+c+"combo.wav");
comTrack.push_back(so);
if(i==50)i+=50;
}
for(int i=0;i<3;i++){
jumpPic[i].load(":/pics/pics/playerchar_normal"+QString::number(i+1)+".png");
jumpPic[i] = jumpPic[i].scaled(jumpPic[i].width()*1.48,jumpPic[i].height()*1.48);
}
//Etimer = new QElapsedTimer;
//Etimer->start();
timer = new QTimer(this);
QObject::connect(timer , SIGNAL(timeout()) , this , SLOT(stopWait()));
timer1 = new QTimer(this);
timer2 = new QTimer(this);
timer3 = new QTimer(this);
cout<<"msec: "<<msec<<endl;
cout<<"waitfor: "<<waitfor<<endl;
QObject::connect(timer2 , SIGNAL(timeout()) , this , SLOT(Generate()));
if(setAuto==false)
QObject::connect(timer1 , SIGNAL(timeout()) , this , SLOT(Move()));
else
QObject::connect(timer1 , SIGNAL(timeout()) , this , SLOT(Auto()));
QObject::connect(timer3 , SIGNAL(timeout()) , this , SLOT(startWave()));
if(waitfor<0){
track->play();
timer->start(-waitfor);
waitfor=0;
}
else
timer->start(0);
}
void wxFastComboEditor::Reset()
{
Combo()->SetValue(m_startValue);
Combo()->SetInsertionPointEnd();
}
wxString wxFastComboEditor::GetValue() const
{
return Combo()->GetValue();
}
int PRSolution3::RAIM2Compute(const CommonTime& Tr,
vector<SatID>& Satellite,
const vector<double>& Pseudorange,
const XvtStore<SatID>& Eph,
TropModel *pTropModel)
throw(Exception)
{
try
{
int iret,N,Nreject,MinSV;
size_t i, j;
vector<bool> UseSat, UseSave;
vector<int> GoodIndexes;
// Use these to save the 'best' solution within the loop.
int BestNIter=0;
double BestRMS=0.0, BestSL=0.0, BestConv=0.0;
Vector<double> BestSol(3,0.0);
vector<bool> BestUse;
BestRMS = -1.0; // this marks the 'Best' set as unused.
Matrix<double> BestCovariance;
// ----------------------------------------------------------------
// initialize
Valid = false;
bool hasGlonass = false;
bool hasOther = false;
Vector<int> satSystems(Satellite.size());
//Check if we have a mixed system
for ( i = 0; i < Satellite.size(); ++i)
{
satSystems[i] = ((Satellite[i].system == SatID::systemGlonass) ? (1) : (0) );
if (satSystems[i] == 1) hasGlonass = true;
else hasOther = true;
}
// Save the input solution
// (for use in rejection when ResidualCriterion is false).
if (!hasGlonass && Solution.size() != 4)
{
Solution.resize(4);
}
else if (hasGlonass && hasOther && Solution.size() != 5)
{
Solution.resize(5);
}
Solution = 0.0;
// ----------------------------------------------------------------
// fill the SVP matrix, and use it for every solution
// NB this routine can set Satellite[.]=negative when no ephemeris
i = PrepareAutonomousSolution(Tr, Satellite, Pseudorange, Eph, SVP,
Debug?pDebugStream:0);
if(Debug && pDebugStream) {
*pDebugStream << "In RAIMCompute after PAS(): Satellites:";
for(j=0; j<Satellite.size(); j++) {
RinexSatID rs(::abs(Satellite[j].id), Satellite[j].system);
*pDebugStream << " " << (Satellite[j].id < 0 ? "-":"") << rs;
}
*pDebugStream << endl;
*pDebugStream << " SVP matrix("
<< SVP.rows() << "," << SVP.cols() << ")" << endl;
*pDebugStream << fixed << setw(16) << setprecision(3) << SVP << endl;
}
if (i) return i; // return is 0 (ok) or -4 (no ephemeris)
// count how many good satellites we have
// Initialize UseSat based on Satellite, and build GoodIndexes.
// UseSat is used to mark good sats (true) and those to ignore (false).
// UseSave saves the original so it can be reused for each solution.
// Let GoodIndexes be all the indexes of Satellites that are good:
// UseSat[GoodIndexes[.]] == true by definition
for (N=0,i=0; i<Satellite.size(); i++)
{
if (Satellite[i].id > 0)
{
N++;
UseSat.push_back(true);
GoodIndexes.push_back(i);
}
else
{
UseSat.push_back(false);
}
}
UseSave = UseSat;
// don't even try if there are not 4 good satellites
if (!hasGlonass && N < 4)
return -3;
else if (hasGlonass && hasOther && N < 5)
return -3;
// minimum number of sats needed for algorithm
MinSV = 5; // this would be RAIM
// ( not really RAIM || not RAIM at all - just one solution)
if (!ResidualCriterion || NSatsReject==0)
MinSV=4;
// how many satellites can RAIM reject, if we have to?
// default is -1, meaning as many as possible
Nreject = NSatsReject;
if (Nreject == -1 || Nreject > N-MinSV)
Nreject=N-MinSV;
// ----------------------------------------------------------------
// now compute the solution, first with all the data. If this fails,
// reject 1 satellite at a time and try again, then 2, etc.
// Slopes for each satellite are computed (cf. the RAIM algorithm)
Vector<double> Slopes(Pseudorange.size());
// Residuals stores the post-fit data residuals.
Vector<double> Residuals(Satellite.size(),0.0);
// compute all the Combinations of N satellites taken 4 at a time
Combinations Combo(N,N-4);
// compute a solution for each combination of marked satellites
do{
// Mark the satellites for this combination
UseSat = UseSave;
for (i = 0; i < GoodIndexes.size(); i++)
{
if (Combo.isSelected(i))
UseSat[i]=false;
}
// ----------------------------------------------------------------
// Compute a solution given the data; ignore ranges for marked
// satellites. Fill Vector 'Slopes' with slopes for each unmarked
// satellite.
// Return 0 ok
// -1 failed to converge
// -2 singular problem
// -3 not enough good data
NIterations = MaxNIterations; // pass limits in
Convergence = ConvergenceLimit;
iret = AutonomousPRSolution(Tr, UseSat, SVP, pTropModel, Algebraic,
NIterations, Convergence, Solution, Covariance, Residuals, Slopes,
pDebugStream, ((hasGlonass && hasOther)?(&satSystems):(NULL)) );
// ----------------------------------------------------------------
// Compute RMS residual...
// and in the usual case
RMSResidual = RMS(Residuals);
// ... and find the maximum slope
MaxSlope = 0.0;
if (iret == 0)
{
for (i=0; i<UseSat.size(); i++)
{
if (UseSat[i] && Slopes(i)>MaxSlope)
MaxSlope=Slopes[i];
}
}
// ----------------------------------------------------------------
// print solution with diagnostic information
if (Debug && pDebugStream)
{
GPSWeekSecond weeksec(Tr);
*pDebugStream << "RPS " << setw(2) << "4"
<< " " << setw(4) << weeksec.week
<< " " << fixed << setw(10) << setprecision(3) << weeksec.sow
<< " " << setw(2) << N-4 << setprecision(6)
<< " " << setw(16) << Solution(0)
<< " " << setw(16) << Solution(1)
<< " " << setw(16) << Solution(2)
<< " " << setw(14) << Solution(3);
if (hasGlonass && hasOther)
*pDebugStream << " " << setw(16) << Solution(4);
*pDebugStream << " " << setw(12) << RMSResidual
<< " " << fixed << setw(5) << setprecision(1) << MaxSlope
<< " " << NIterations
<< " " << scientific << setw(8) << setprecision(2)<< Convergence;
// print the SatID for good sats
for (i=0; i<UseSat.size(); i++)
{
if (UseSat[i])
*pDebugStream << " " << setw(3)<< Satellite[i].id;
else
*pDebugStream << " " << setw(3) << -::abs(Satellite[i].id);
}
// also print the return value
*pDebugStream << " (" << iret << ")" << endl;
}// end debug print
// ----------------------------------------------------------------
// deal with the results of AutonomousPRSolution()
if (iret)
{ // failure for this combination
RMSResidual = 0.0;
Solution = 0.0;
}
else
{ // success
// save 'best' solution for later
if (BestRMS < 0.0 || RMSResidual < BestRMS)
{
BestRMS = RMSResidual;
BestSol = Solution;
BestUse = UseSat;
BestSL = MaxSlope;
BestConv = Convergence;
BestNIter = NIterations;
}
// assign to the combo
ComboSolution.push_back(Solution);
ComboSolSat.push_back(UseSat);
// quit immediately?
if ((ReturnAtOnce) && RMSResidual < RMSLimit)
break;
}
// get the next Combinations and repeat
} while(Combo.Next() != -1);
/*
// end of the stage
if (BestRMS > 0.0 && BestRMS < RMSLimit)
{ // success
iret=0;
}
*/
// ----------------------------------------------------------------
// copy out the best solution and return
Convergence = BestConv;
NIterations = BestNIter;
RMSResidual = BestRMS;
Solution = BestSol;
MaxSlope = BestSL;
Covariance =BestCovariance;
for (Nsvs=0,i=0; i<BestUse.size(); i++)
{
if (!BestUse[i])
Satellite[i].id = -::abs(Satellite[i].id);
else
Nsvs++;
}
// FIXME should this be removed? I don't even know what slope is.
if (iret==0 && BestSL > SlopeLimit)
iret=1;
if (iret==0 && BestSL > SlopeLimit/2.0 && Nsvs == 5)
iret=1;
if (iret>=0 && BestRMS >= RMSLimit)
iret=2;
if (iret==0)
Valid=true;
return iret;
}
catch(Exception& e)
{
GPSTK_RETHROW(e);
}
} // end PRSolution2::RAIMCompute()
void startGame()
{
g_game->resetLevel( g_levelNdx );
g_state = STATE_PLAYING;
if (musicOn) {
//Mix_HaltMusic();
Mix_PlayMusic( music_ingame, -1 );
}
#if 0
// add some combos.. TODO.. make dependant on level
Combo c;
// debugging combos
c = Combo( 10 );
c.addGroup( PUMPKIN, 3 );
c.m_name = "Three Pumpkins";
c.m_desc = "Three matching items";
g_game->addCombo( c );
c = Combo( 20 );
c.addGroup( PUMPKIN, 4 );
c.m_name = "Four Pumpkins";
c.m_desc = "Four matching items";
g_game->addCombo( c );
c = Combo( 30 );
c.addGroup( PUMPKIN, 2 );
c.addGroup( SKULL, 2 );
c.addGroup( FISH_HEAD, 1 );
c.m_name = "Mixed Bag";
g_game->addCombo( c );
c = Combo( 40 );
c.addGroup( PUMPKIN, 1 );
c.addGroup( PUMPKIN+1, 1 );
c.addGroup( PUMPKIN+2, 1 );
c.addGroup( PUMPKIN+3, 1 );
c.addGroup( SKULL, 1 );
c.m_name = "One of each";
g_game->addCombo( c );
// real combos
c = Combo( 10 );
c.addGroup( ANY_ITEM, 3 );
c.m_name = "Three of a kind";
c.m_desc = "Three matching items";
g_game->addCombo( c );
c = Combo( 20 );
c.addGroup( ANY_ITEM, 4 );
c.m_name = "Four of a kind";
c.m_desc = "Four matching items";
g_game->addCombo( c );
c = Combo( 60 );
c.addGroup( ANY_ITEM, 5 );
c.m_name = "Jumbo Pie";
c.m_desc = "Five matching items";
g_game->addCombo( c );
c = Combo( 30 );
c.addGroup( ANY_ITEM, 3 );
c.addGroup( ANY_ITEM, 2 );
c.m_name = "Full House";
c.m_desc = "A pair and three matching items";
g_game->addCombo( c );
c = Combo( 15 );
c.addGroup( ANY_PUMPKIN, 2 );
c.addGroup( SKULL, 1 );
c.m_name = "Pumpkin Surprise";
c.m_desc = "Pair of Pumpkins and a Skull";
g_game->addCombo( c );
c = Combo( 15 );
c.addGroup( ANY_PUMPKIN, 2 );
c.addGroup( ANY_PUMPKIN, 2 );
c.m_name = "Pumpkin Medly";
c.m_desc = "Two pairs of pumpkins";
g_game->addCombo( c );
c = Combo( 50 );
c.addGroup( PUMPKIN, 1 );
c.addGroup( PUMPKIN_ORANGE, 1 );
c.addGroup( PUMPKIN_YELLOW, 1 );
c.addGroup( PUMPKIN_RED, 1 );
c.m_name = "Pumpkin Supreme";
c.m_desc = "One of each pumpkin";
g_game->addCombo( c );
c = Combo( 75 );
c.addGroup( ANY_PUMPKIN, 4 );
c.addGroup( FISH_HEAD, 1 );
c.m_name = "Stargazy Pie";
c.m_desc = "Four Pumpkins and a Fishhead";
g_game->addCombo( c );
#endif
}
void GameState::loadLevels( const std::string &filename )
{
FILE *fp = fopen( filename.c_str(), "rt" );
if (!fp) {
printf ("Can't open level file %s!! This is bad...\n",
filename.c_str() );
return;
}
Combo c;
char line[1000], cmd[100];
while (!feof(fp)) {
fgets( line, 1000, fp );
// skip comments and blank lines
if ((line[0]=='\n') || (line[0]=='#')) continue;
sscanf( line, "%s", cmd );
// remove newlines
if (line[strlen(line)-1] == '\n') {
line[strlen(line)-1]=0;
}
if (!strcmp(cmd, "combo")) {
char cname[100], secret[10], comboData[20];
int cval;
c = Combo();
sscanf( line, "%*s %s %d %s %s", cname, &cval, secret, comboData );
c.m_desc = cname;
c.m_value = cval;
if (!strcmp(secret, "yes")) {
c.m_secret = true;
} else {
c.m_secret = false;
}
for (char *ch = comboData; *ch; ch +=2 ) {
int type, num;
switch (*ch) {
case 'A': type = ANY_ITEM; break;
case 'P': type = ANY_PUMPKIN; break;
case 'a': type = PUMPKIN; break;
case 'b': type = PUMPKIN_ORANGE; break;
case 'c': type = PUMPKIN_YELLOW; break;
case 'd': type = PUMPKIN_RED; break;
case 'S': type = SKULL; break;
case 'F': type = FISH_HEAD; break;
case 'B': type = BLACKBIRD; break;
default:
printf( "Unknown combo code %c. Using 'P' instead.\n", *ch );
break;
}
num = ((*(ch+1)) - '1') + 1;
c.addGroup( type, num );
//printf("Adding combogroup %s %d - %d %d\n", c.m_desc.c_str(),
// c.m_value, type, num );
}
c.m_name = std::string( strchr( line, ':' )+1 );
m_allCombos.push_back( c );
} else if (!strcmp(cmd, "level")) {
Level l;
char group[100], combos[2000];
int rate;
sscanf( line, "%*s %s %d %s", group, &rate, combos );
l = Level();
l.m_group = group;
l.m_prodrate = rate;
// read the title
fgets( line, 1000, fp );
if (line[strlen(line)-1] == '\n') {
line[strlen(line)-1]=0;
}
l.m_title = line;
// read the description
while (!feof(fp)) {
fgets( line, 1000, fp );
if (line[0]=='\n') break;
l.m_desc.append( line );
}
// add the combos
char *tok = strtok( combos, "," );
while( tok ) {
for (int i = 0; i < m_allCombos.size(); i++) {
if (!strcmp( m_allCombos[i].m_desc.c_str(), tok)) {
l.m_combos.push_back( m_allCombos[i] );
break;
}
}
tok = strtok( NULL, "," );
}
// yay
m_levels.push_back( l );
}
}
}
bool GameLogic_match::matchColors(int pos,bool ishelp){
m_match_ignore_pos.clear();
m_match_clear_pos.clear();
m_match_new_gem_type.clear();
int color = m_gems[pos]->getColor();
matchColor(pos);
bool hasBombs = false;
if (m_match_clear_pos.size()>0) {
if (!ishelp) {
Combo();
}
hasBombs = true;
}
if (m_match_new_gem_type.size()>1) {
vector<NewSpcialGemInfos*>::iterator it;
for ( it= m_match_new_gem_type.begin();it<m_match_new_gem_type.end();it++) {
NewSpcialGemInfos* infos = *it;
if (infos->gem_area_count==0) {
m_match_new_gem_type.erase(it);
it--;
}
}
}
for (unsigned int i=0; i<m_match_clear_pos.size();i++) {
if (ishelp) {
m_gems[m_match_clear_pos[i]]->showHelpAnim();
}else{
Bomb(m_match_clear_pos[i]);
}
}
// if (m_match_clear_pos.size()>0) {
// CCLOG("clear_count %ld",m_match_clear_pos.size());
// }
//
// for (int i=0; i<m_match_new_gem_type.size(); i++) {
// cout<<"gem_v_count "<<m_match_new_gem_type[i]->gem_v_count
// <<" gem_h_count "<<m_match_new_gem_type[i]->gem_h_count
// <<" gem_area_count "<<m_match_new_gem_type[i]->gem_area_count
// <<" gem_magic_count "<<m_match_new_gem_type[i]->gem_magic_count
// <<" pos "<<m_match_new_gem_type[i]->pos;
// }
// return hasBombs;
if (ishelp) {
return hasBombs;
}
for (unsigned int i=0; i< m_match_new_gem_type.size(); i++) {
NewSpcialGemInfos* infos = m_match_new_gem_type[i];
if (!m_gems[infos->pos]->isEmpty()) {
continue;
}
if (!m_blocks[infos->pos]->canInsertGem()) {
continue;
}
for (int j=0; j<infos->gem_area_count; j++) {
int _p;
if (m_gems[infos->pos]->isEmpty()) {
_p = infos->pos;
}else{
_p = getEmptyPosRound(infos->pos);
}
if (_p!=-1) {
m_gems[_p]->create(GEM_AREA*10+color);
showSeaHurt(200, _p);
if (G::g_game_mode == GAMEMODE_SEA) {
G::G_Add_Achievement_Complete(35);
}
achieve_count->combine_count++;
}
}
for (int j=0; j<infos->gem_magic_count; j++) {
int _p;
if (m_gems[infos->pos]->isEmpty()) {
_p = infos->pos;
}else{
_p = getEmptyPosRound(infos->pos);
}
if (_p!=-1) {
m_gems[_p]->create(GEM_MAGIC*10+GEM_COLOR_NOCOLOR);
G::G_Add_Achievement_Complete(8);
achieve_count->create_magic_count++;
achieve_count->combine_count++;
showSeaHurt(200, _p);
if (G::g_game_mode == GAMEMODE_SEA) {
G::G_Add_Achievement_Complete(35);
}
}
}
for (int j=0; j<infos->gem_h_count; j++) {
int _p;
if (m_gems[infos->pos]->isEmpty()) {
_p = infos->pos;
}else{
_p = getEmptyPosRound(infos->pos);
}
if (_p!=-1) {
m_gems[_p]->create(GEM_H*10+color);
showSeaHurt(200, _p);
if (G::g_game_mode == GAMEMODE_SEA) {
G::G_Add_Achievement_Complete(35);
}
achieve_count->combine_count++;
}
}
for (int j=0; j<infos->gem_v_count; j++) {
int _p;
if (m_gems[infos->pos]->isEmpty()) {
_p = infos->pos;
}else{
_p = getEmptyPosRound(infos->pos);
}
if (_p!=-1) {
m_gems[_p]->create(GEM_V*10+color);
showSeaHurt(200, _p);
if (G::g_game_mode == GAMEMODE_SEA) {
G::G_Add_Achievement_Complete(35);
}
achieve_count->combine_count++;
}
}
}
m_match_ignore_pos.clear();
m_match_clear_pos.clear();
m_match_new_gem_type.clear();
return hasBombs;
}
void CGameDlg::OnLButtonUp(UINT nFlags, CPoint point)
{
if(point.y<m_ptGameTop.y || point.x<m_ptGameTop.x || !m_bPlaying || m_bPause)
{
CDialogEx::OnLButtonUp(nFlags, point);
}
else{
if(!m_GameC.IsWin())
{
int nRow = (point.y-m_ptGameTop.y)/m_sizeElem.cy;
int nCol = (point.x-m_ptGameTop.x)/m_sizeElem.cx;
if( m_GameC.GetElement(nRow,nCol)!=BLANK && nRow < SetRow && nCol < SetCol)
{
if(m_bFirstPoint) //the First Point
{
m_bFirstPoint = false;
DrawTipFrame(nRow,nCol);
m_GameC.SetFirstPoint(nRow,nCol);
if(!mute)
m_nSound.Select();
}
else //the Second Point
{
m_bFirstPoint = true;
DrawTipFrame(nRow,nCol);
m_GameC.SetSecPoint(nRow,nCol);
Vertex avPath[MAX_SAVED_VERTEX_NUM];
if(!mute)
m_nSound.Select();
if(m_GameC.Link(avPath,vex))
{
DrawTipLine(avPath,vex);
if(!mute)
m_nSound.Erase();
Score+=10;
ShowScore();
if(!m_combo)
{
m_combo_check1 = m_GameProgress.GetPos();
m_combo = true;
}
else if(m_combo)
{
m_combo_check2 = m_GameProgress.GetPos();
m_combo = false;
}
int firsttime,lasttime;
(m_combo_check1 > m_combo_check2)? (firsttime = m_combo_check1, lasttime = m_combo_check2) : (firsttime = m_combo_check2, lasttime = m_combo_check1);
if(firsttime - lasttime < 3)
{
Output_combo = true;
TotalCombo += 1;
ComboScore += 5;
Score +=ComboScore;
ShowScore();
}
else
{
ComboScore = 0;
}
}
UpdateMap();
if(Output_combo)
{
Combo();
Output_combo = false;
}
Sleep(200);
InvalidateRect(m_rtGameRect,FALSE);
}
}
}
else
{
if(!mute){
m_nSound.Stop();
m_nSound.Win();
}
m_bPlaying = false;
int Lefttime = m_GameProgress.GetPos() ;
TimeBonus = (double)Score*((double)Lefttime/300);
CGameResult result;
result.TotalScore = Score+TimeBonus;
result.TotalCombo = TotalCombo;
result.TimeBonus = TimeBonus;
result.DoModal();
}
}
}
void init(){
// scene.getLight(0).setOn(false);
scene.getLight(0).setDiffuse(GeomColor(255,255,255,50));
SceneLight &l = scene.getLight(1);
static Camera cam(Vec(0,0,600,1),
Vec(0,0,-1,1),
Vec(0,-1,0,1));
cam.setResolution(Size(1024,1024));
scene.setGravity(Vec(0,0,-1000));
l.setShadowCam(new Camera(cam));
l.setShadowEnabled(true);
l.setAnchorToWorld();
l.setPosition(Vec(0,0,600,1));
l.setOn(true);
l.setSpecularEnabled(true);
l.setDiffuseEnabled(true);
l.setSpecular(GeomColor(0,100,255,255));
l.setDiffuse(GeomColor(255,100,0,30));
scene.setPropertyValue("shadows.use improved shading",true);
scene.setPropertyValue("shadows.resolution",2048);
scene.setPropertyValue("shadows.bias",10);
//static const int W=20,H=13,DIM=W*H;
static const int W=pa("-paper-dim",0), H=pa("-paper-dim",1);
static Img8u frontFace = load<icl8u>(*pa("-ff"));
static Img8u backFace = load<icl8u>(*pa("-bf"));
const Size s(210,297);
const Vec corners[4] = {
Vec(-s.width/2, -s.height/2, 150,1),
Vec(s.width/2, -s.height/2, 150,1),
Vec(s.width/2, s.height/2, 150,1),
Vec(-s.width/2, s.height/2, 150,1),
};
paper = new ManipulatablePaper(&scene,&scene,W,H,corners,true,&frontFace,&backFace);
//scene.removeObject(paper);
//paper->addShadow(-74.5);
if(pa("-o")){
std::vector<Camera> cams;
for(int i=0;i<3;++i){
cams.push_back(Camera(*pa("-c",i)));
}
capturer = new SceneMultiCamCapturer(scene, cams);
// Scene::enableSharedOffscreenRendering();
scene.setDrawCamerasEnabled(false);
}
gui << Draw3D(Size::VGA).minSize(32,24).handle("draw")
<< (VBox().maxSize(12,100).minSize(12,1)
<< ( HBox()
<< Fps(10).handle("fps")
<< Button("add clutter").handle("add")
)
<< ( HBox()
<< Button("stopped","running",true).out("run")
<< Button("paper ...").handle("props")
)
<< ( HBox()
<< CheckBox("show cubes").out("showCubes")
<< CheckBox("show texture",false).out("showTexture")
<< CheckBox("show links",false).out("showLinks")
)
<< FSlider(0,1,0.5).out("vertexMoveFactor").label("manual force")
<< FSlider(1,100,10).out("attractorStreangth").label("attractor force")
<< FSlider(0.0001,0.9999,0.9).handle("globalStiffness").label("global paper stiffness")
<< ( HBox()
<< Button("reset paper").handle("resetPaper")
<< Combo("1,5,10,25,!200,300,500").handle("maxFPS").label("max FPS")
)
<< FSlider(0.1,20,2).handle("cm").label("collision margin")
<< ( HBox()
<< Button("memorize").handle("mem")
<< CheckBox("soften with mouse",true).handle("soften")
<< Button("test").handle("pct")
)
)
<< Show();
propGUI << Prop("paper").minSize(16,1).maxSize(16,100) << Create();
gui["pct"].registerCallback(paper_coords_test);
gui["props"].registerCallback(utils::function((GUI&)propGUI,&GUI::switchVisibility));
gui["resetPaper"].registerCallback(reset_paper);
gui["globalStiffness"].registerCallback(change_global_stiffness);
scene.PhysicsWorld::addObject(&ground);
scene.Scene::addObject(&groundVis);
DrawHandle3D draw = gui["draw"];
draw->install(paper->createMouseHandler(0));
draw->install(&foldLine);
draw->link(scene.getGLCallback(0));
foldLine.cb = utils::function(fold_line_cb);
}