void RgnPixelDrawer::RectToImpl(int to_x, int to_y)
{
Rect rct(curX, curY, to_x, to_y);
DrwFunctor drw_fnr = bb::bind(&RgnPixelDrawer::RectToImplRect, this, _1);
DrawWithFunctor(rct, drw_fnr);
}
static OSStatus qt_mac_get_rgn_rect(UInt16 msg, RgnHandle, const Rect *rect, void *reg)
{
if(msg == kQDRegionToRectsMsgParse) {
QRect rct(rect->left, rect->top, (rect->right - rect->left), (rect->bottom - rect->top));
if(!rct.isEmpty())
*((QRegion *)reg) += rct;
}
return noErr;
}
void CKSPlugInGUIPane::SetWidth(tuint32 uiNew)
{
mpPane->SetSize(ge::SSize(uiNew, 124));
GetWindow()->SetSize(ge::SSize(uiNew, 124));
mpToolbar->SetWidth(uiNew);
ge::SRect rct(ge::SPos(0, 0), ge::SSize(uiNew, 124));
mpPane->Redraw(rct);
}
DLLEXP void set_pixel(int x,int y,DWORD clr)
{
g_memdc.SetPixel(x,y,clr);
g_buf_clr[y*g_scn_width+x]=clr;
if (g_pdlg_show!=NULL)
{
CRect rct(x,y,x+1,y+1);
g_pdlg_show->InvalidateRect(&rct);
}
}
void graph::print_paths(vector<vector<adj*>> & paths)
{
int i(1);
for( vector<adj*> & path : paths )
{
cout << i << " :" << endl;//These can be sorted by total cost,number of reactions, change in H,S,G etc. USING A TREE.
int j(1);
for(adj * step : path )
{
cout << " "<< j << ". ";
if( step->parent->plus )
{
vector<adj>::iterator rct(step->parent->adjs.begin());
for(; rct != step->parent->adjs.end()-1; rct++ )
cout << rct->toself->name << " + ";
cout << rct->toself->name;
}
else
cout << step->parent->name;
cout << " --> ";//Used catalyst can be reported here: a good way to do that : A + B --Cat--> C + D
if( step->toself->plus )
{
vector<adj>::iterator rct(step->toself->adjs.begin());
for(; rct != step->toself->adjs.end()-1; rct++ )
cout << rct->toself->name << " + ";
cout << rct->toself->name;
}
else
cout << step->toself->name;
cout << " Change in Enthalpy: " << step->H; //many other things such as change in S,G, cost etc. can be reported here.
cout << endl;
j++;
}
i++;
cout << endl; // The total change in H,S,G total cost etc. can be reported here.
}
}
void CoverSvc::AddRect(const DRect& user_rct)
{
DRect drct(CR::UserToDevice(cont, user_rct));
Rect rct( (int)std::floor(drct.lft), (int)std::floor(drct.top),
(int)std::ceil(drct.rgt), (int)std::ceil(drct.btm) );
// на всякий случай увеличим
rct = EnlargeRect(rct, Point(1, 1));
// :TODO: переделать используя ReDivide()
trkLay.queue_draw_area(rct.lft, rct.top, rct.Width(), rct.Height());
}
void CVST2KSPIGUI::MakeWindow(void* p)
{
if (mpVSTEffect == NULL) {
mpVSTEffect = dynamic_cast<CVST2KSPIPlugIn*>(GetPlugIn())->GetEffect();
}
try {
PreCreate();
// Create the window
mpWindow = ge::IWindow::Create();
// Tell the window what context it's in
mpWindow->SetContext(mpContext);
#ifdef WIN32
mhWndParent = (HWND)p;
mpVSTEffect->dispatcher(mpVSTEffect, effEditOpen, 0, 0, p, 0.0);
#endif
#ifdef _Mac
/*void**/ mhWndParent = p;
mpVSTEffect->dispatcher(mpVSTEffect, effEditOpen, 0, 0, p, 0.0);
#endif
tuint32 iSizeX;
tuint32 iSizeY;
GetSize(&iSizeX, &iSizeY);
ge::SRect rct(0, 0, iSizeX, iSizeY);
// mpWindow->MakeWindow(mhWndParent, &rct, false);
Initialize();
// Make the window visible
// mpWindow->ShowWindow();
// mpWindow->InstallKeyboardHook();
// mpWindow->AcquireKeyboardInput();
mbWindowMade = true;
}
catch(IException* pException) {
const tchar* psz = pException->GetFullDescription();
// DoMsgBox(psz);
pException->Destroy();
}
catch(...) {
// DoMsgBox("Unknown Exception");
}
}
void DrawGrabFrame(RGBA::Drawer& drw, const Rect& plc_rct)
{
Rect rct(plc_rct);
rct.lft -= 1; // рисуем вокруг
rct.top -= 1;
const int frame_space = 1; // отступ от объекта
rct.lft -= frame_space;
rct.top -= frame_space;
rct.btm += frame_space;
rct.rgt += frame_space;
const int frame_clr = 0x50ff7bff; // - зеленые цвета с одним оттенком = 135
const int square_clr = 0x1da93fff; //
drw.SetForegroundColor(frame_clr);
// 1 рамка
drw.MoveTo(rct.lft, rct.top);
drw.FrameRectTo(rct.rgt, rct.btm);
// 2 "ручки"-прямоугольники
Point sz = rct.Size();
int dot_tbl[9][2] =
{
{0, 0}, {sz.x/2, 0}, {sz.x, 0},
{0, sz.y/2}, {sz.x/2, sz.y/2}, {sz.x, sz.y/2},
{0, sz.y}, {sz.x/2, sz.y}, {sz.x, sz.y}
};
for( int x=0; x<3; x++ )
for( int y=0; y<3; y++ )
{
if( x == 1 && y == 1 ) // середину не рисуем
continue;
int c_x = rct.lft + dot_tbl[x+y*3][0];
int c_y = rct.top + dot_tbl[x+y*3][1];
const int E_SZ = 2; // половина стороны квадратика
drw.SetForegroundColor(frame_clr);
drw.MoveTo(c_x-E_SZ, c_y-E_SZ);
// прибавляем 1 чтобы рисовалось симметрично
drw.RectTo(c_x+E_SZ+1, c_y+E_SZ+1);
const int I_SZ = 1;
drw.SetForegroundColor(square_clr);
drw.MoveTo(c_x-I_SZ, c_y-I_SZ);
drw.RectTo(c_x+I_SZ+1, c_y+I_SZ+1);
}
}
void Scene::renderGameStatistics()
{
// Show intro
if( m_fTimer < 3.0f )
{
scene->renderFont( 255, 0, 255, 0, 3.0f, GAME_WIDTH / 2.0f, 30.0f, HGETEXT_CENTER, "-=SURVIVAL=-" );
}
// Show statistics
std::string atp( "attempts: " );
atp += std::to_string( attempts );
renderFont( 255, 128, 128, 128, 1.0f, GAME_WIDTH - 140.0f, 10.0f, HGETEXT_LEFT, atp );
std::string str( "health: ");
int health = static_cast<int>( objects->getTank( )->getHealth( ) * 100 );
str += std::to_string( health );
renderFont( 255, 128, 128, 128, 1.0f, GAME_WIDTH - 140.0f, 40.0f, HGETEXT_LEFT, str );
std::string timer( "timer: ");
timer += std::to_string( static_cast<int>(SURVIVAL_TIME) - static_cast<int>(m_fTimer) );
timer += "s";
renderFont( 255, 128, 128, 128, 1.0f, GAME_WIDTH - 140.0f, 70.0f, HGETEXT_LEFT, timer );
std::string bst( "beasts: ") ;
bst += std::to_string( objects->getDeadBeastQuantity( ) );
renderFont( 255, 128, 128, 128, 1.0f, 10.0f, 10.0f, HGETEXT_LEFT, bst );
std::string dmn( "daemons: ");
dmn += std::to_string( objects->getDeadDaemonQuantity( ) );
renderFont( 255, 128, 128, 128, 1.0f, 10.0f, 40.0f, HGETEXT_LEFT, dmn );
std::string rpt( "reptiles: ");
rpt += std::to_string( objects->getDeadReptileQuantity( ) );
renderFont( 255, 128, 128, 128, 1.0f, 10.0f, 70.0f, HGETEXT_LEFT, rpt );
std::string blt( "bullets: ");
blt += std::to_string( Weapon::getBulletsQuantity( ) );
renderFont( 255, 128, 128, 128, 1.0f, 10.0f, GAME_HEIGHT - 90.0f, HGETEXT_LEFT, blt );
std::string shl( "shells: ");
shl += std::to_string( Weapon::getShellsQuantity( ) );
renderFont( 255, 128, 128, 128, 1.0f, 10.0f, GAME_HEIGHT - 60.0f, HGETEXT_LEFT, shl );
std::string rct( "rockets: ");
rct += std::to_string( Weapon::getRocketsQuantity( ) );
renderFont( 255, 128, 128, 128, 1.0f, 10.0f, GAME_HEIGHT - 30.0f, HGETEXT_LEFT, rct );
}
int main(){
// For testing use 1:1 LUT
std::vector<double> eGammaECalScaleFactors(32, 1.0);
std::vector<double> eGammaHCalScaleFactors(32, 1.0);
std::vector<double> jetMETECalScaleFactors(32, 1.0);
std::vector<double> jetMETHCalScaleFactors(32, 1.0);
std::vector<double> c,d,e,f,g,h;
L1RCTParameters* rctParameters =
new L1RCTParameters(1.0, // eGammaLSB
1.0, // jetMETLSB
3.0, // eMinForFGCut
40.0, // eMaxForFGCut
0.5, // hOeCut
1.0, // eMinForHoECut
50.0, // eMaxForHoECut
1.0, // hMinForHoECut
2.0, // eActivityCut
3.0, // hActivityCut
3, // eicIsolationThreshold
3, // jscQuietThresholdBarrel
3, // jscQuietThresholdEndcap
false, // noiseVetoHB
false, // noiseVetoHEplus
false, // noiseVetoHEminus
false, // use Lindsey
eGammaECalScaleFactors,
eGammaHCalScaleFactors,
jetMETECalScaleFactors,
jetMETHCalScaleFactors,
c,
d,
e,
f,
g,
h
);
L1RCTLookupTables* lut = new L1RCTLookupTables();
lut->setRCTParameters(rctParameters); // transcoder and etScale are not used
L1RCT rct(lut);
rct.randomInput();
//rct.print();
rct.processEvent();
rct.printJSC();
}
void CRectangle::NormalizeData()
{
CPoint ptLT;
CPoint ptRB;
ptLT.x = (int)m_ptary[0].X;
ptLT.y = (int)m_ptary[0].Y;
ptRB.x = (int)m_ptary[1].X;
ptRB.y = (int)m_ptary[1].Y;
CRect rct(ptLT,ptRB);
rct.NormalizeRect();
if(RS_SQUARE == m_nRStyle)
{
float fWidth = (float)min(rct.Width(),rct.Height());
float fleft = 0,ftop = 0;
if(m_ptary[0].X <= m_ptary[1].X)
{
fleft = m_ptary[0].X;
}
else
{
fleft = m_ptary[0].X - fWidth;
}
if(m_ptary[0].Y <= m_ptary[1].Y)
{
ftop = m_ptary[0].Y;
}
else
{
ftop = m_ptary[0].Y - fWidth;
}
m_ptary[0].X = fleft;
m_ptary[0].Y = ftop;
m_ptary[1].X = m_ptary[0].X + fWidth;
m_ptary[1].Y = m_ptary[0].Y + fWidth;
}
else
{
m_ptary[0].X = (float)rct.left;
m_ptary[0].Y = (float)rct.top;
m_ptary[1].X = (float)rct.right;
m_ptary[1].Y = (float)rct.bottom;
}
}
void CTipWnd::AddString(LPCTSTR ss, COLORREF col /*= -1*/, CPoint * ppt /*= NULL*/, UINT fmt /*= 0*/)
#endif
{
ASSERT(col_.size() == str_.size());
ASSERT(fmt_.size() == str_.size());
ASSERT(rct_.size() == str_.size());
str_.push_back(StringType(ss));
col_.push_back(col == -1 ? m_text_colour : col);
fmt_.push_back(fmt == 0 ? m_fmt : fmt);
CRect rct(0,0,0,0);
// Work out how big the text is
CClientDC dc(this);
CFont *pOldFont = (CFont*)dc.SelectStockObject(m_stock_font);
ASSERT(pOldFont != NULL);
#if _MSC_VER >= 1300
::DrawTextW(dc.m_hDC, (LPCWSTR)str_.back(), str_.back().GetLength(), &rct, DT_CALCRECT | fmt_.back());
#else
dc.DrawText(str_.back(), &rct, DT_CALCRECT | fmt_.back());
#endif
dc.SelectObject(pOldFont);
// Work out where to put the text
if (ppt != NULL)
rct.MoveToXY(*ppt); // move to the specified posn
else if (!rct_.empty())
rct.MoveToY(rct_all_.Height()); // put underneath the last one
rct_.push_back(rct);
::UnionRect(&rct, &rct_all_, &rct_.back());
rct_all_ = rct;
// Resize the window to accommodate the new string
rct.InflateRect(m_margins+CSize(1,1));
SetWindowPos(NULL, 0, 0, rct.Width(), rct.Height(), SWP_NOZORDER | SWP_NOMOVE | SWP_NOACTIVATE);
Invalidate();
ASSERT(col_.size() == str_.size());
ASSERT(fmt_.size() == str_.size());
ASSERT(rct_.size() == str_.size());
}
//���������������������������������������������������������������������������
// WinMain
//���������������������������������������������������������������������������
int APIENTRY WinMain (HINSTANCE hInstance,
HINSTANCE hPrevInstance,
LPSTR lpCmdLine,
int nCmdShow)
{
ushort width = 640;
ushort height = 480;
int bpp = 16;
screen_type scrndevice = SCREEN_DIB;
dword scrnflags = 0;
float gamma = 1.0f;
BOOL use_dinput = FALSE;
char palname[256];
strcpy(palname,"DEFAULT.PAL");
//��� Process INI
{
XFParseINI ini;
if (!ini.open("VIEWER.INI",XF_OPEN_READ))
{
char buff[256];
//��� Screen parameters
if (!ini.section("Screen"))
{
if (!ini.read("FullScreen",buff))
{
strlwr(buff);
if (strstr(buff,"yes"))
scrnflags |= VNGO_SET_RESOLUTION;
}
if (!ini.read("Device",buff))
{
strlwr(buff);
if (strstr(buff,"ddraw"))
scrndevice = SCREEN_DDRAW;
else if (strstr(buff,"d3d"))
scrndevice = SCREEN_D3D;
else
scrndevice = SCREEN_DIB;
}
if (!ini.read("Resolution",buff))
{
strlwr(buff);
if (strstr(buff,"320x240x8"))
{
width = 320;
height = 240;
bpp = 8;
}
else if (strstr(buff,"640x480x8"))
{
width = 640;
height = 480;
bpp = 8;
}
else if (strstr(buff,"640x480x15"))
{
width = 640;
height = 480;
bpp = 15;
}
else if (strstr(buff,"640x480x16"))
{
width = 640;
height = 480;
bpp = 16;
}
}
if (!ini.read("Palette",buff))
strncpy(palname,buff,sizeof(palname));
if (!ini.read("Gamma",buff))
{
gamma = float(atof(buff));
if (gamma < 0.5f)
gamma = 0.5f;
else if (gamma > 2.0f)
gamma = 2.0f;
}
}
//��� Startup parameters
if (!ini.section("Startup"))
{
if (!ini.read("DirectInput",buff))
{
strlwr(buff);
if (strstr(buff,"yes"))
use_dinput = TRUE;
}
}
}
}
//��� Initialize Windows
//��� If we are already running, this routine will reactivate the older
//��� application and return failure.
if (!InitApplication (hInstance, nCmdShow, width, height))
return 1;
//��� Initializes MythOS
//��� Initialize the MythOS system
MythOS = new MythosSystem (MYTHOS_MEM_SIZE);
if (!MythOS)
return 1;
//��� Create the devices
if (use_dinput)
{
Devs = new MaxDevicesDirectX (hWndClient);
if (!Devs)
return 1;
if (!Devs->is_mouse_present() || !Devs->is_keyboard_present())
{
delete Devs;
Devs = new MaxDevicesWin32 (hWndClient);
}
}
else
Devs = new MaxDevicesWin32 (hWndClient);
if (!Devs)
return 1;
//��� Finish MythOS initialization
if (MythOS->init (MYTHOS_ESCHER_ARENA_SIZE, MYTHOS_ESCHER_SORT_SIZE, 0))
return 1;
MythOS->Vangogh.set_gamma(gamma);
//��� Install Fonts
if (gberg_install_font("ARIAL-15.IFF", 0))
return 1;
//��� Setup palette and screen manager
for(;;)
{
if (Palette)
{
delete Palette;
Palette = 0;
}
if (Screen)
{
delete Screen;
Screen = 0;
}
//��� Create palette
switch (bpp)
{
case 8:
Palette = new VngoPal8;
break;
case 15:
Palette = new VngoPal15;
break;
case 16:
Palette = new VngoPal16;
break;
}
if (!Palette
|| Palette->init(0,palname))
return 1;
//��� Create screen manager
switch (scrndevice)
{
case SCREEN_DIB:
Screen = new VngoDIB(hWndClient);
break;
case SCREEN_DDRAW:
Screen = new VngoDirectDraw(hWndClient);
break;
case SCREEN_D3D:
Screen = new VngoDirect3D(hWndClient);
scrnflags |= VNGO_3DDEVICE | VNGO_ALLOC_ZBUFFER;
break;
}
if (!Screen
|| Screen->get_initstate())
return 1;
VNGError err = Screen->set_mode (width, height, (bpp == 8) ? 8 : 16,
Palette, scrnflags);
if (err == VNGO_NO_ERROR)
break;
else if (err == VNGO_NEEDS_PAL8)
bpp = 8;
else if (err == VNGO_NEEDS_PAL15)
bpp = 15;
else if (err == VNGO_NEEDS_PAL16)
bpp = 16;
else
return 1;
}
//��� Create viewport
switch (scrndevice)
{
case SCREEN_DIB:
if (bpp == 8)
{
Vport = new VngoVportDB8(width,height,
((VngoDIB*)Screen)->gmap,0,Palette,
VNGO_ZBUFFER_DEV);
}
else
{
Vport = new VngoVportDB16(width,height,
((VngoDIB*)Screen)->gmap,0,Palette,
VNGO_ZBUFFER_DEV);
}
break;
case SCREEN_DDRAW:
if (bpp == 8)
{
Vport = new VngoVportDD8(((VngoDirectDraw*)Screen)->SurfaceManager,
0, Palette,
VNGO_ZBUFFER_DEV);
}
else
{
Vport = new VngoVportDD16(((VngoDirectDraw*)Screen)->SurfaceManager,
0, Palette,
VNGO_ZBUFFER_DEV);
}
break;
case SCREEN_D3D:
{
VngoRect rct(0,0,width,height);
Vport = new VngoVportD3D(rct, Palette,
VNGO_ZBUFFER_DEV, Screen);
}
break;
}
if (!Vport)
return 1;
gberg_color(Palette->get_index(VngoColor24bit(255,255,255)),
VNGO_TRANSPARENT);
//��� Create viewer application instance
Viewer *view = new Viewer;
if (!view
|| !view->create())
return 1;
//��� Main Loop
while (PumpWindows())
{
Devs->update();
view->process_events();
view->render();
Screen->flip();
}
//��� Destroy viewer application
delete view;
//����������������������������������������������������������� Termination
if (Vport)
{
delete Vport;
Vport=0;
}
if (Palette)
{
delete Palette;
Palette=0;
}
if (Screen)
{
delete Screen;
Screen=0;
}
if (Devs)
{
delete Devs;
Devs=0;
}
if (MythOS)
{
delete MythOS;
MythOS=0;
}
return 0;
}
int CBirchCtrl::DrawNodesRecursive( CDC* pDC, HTREENODE pNode, int y,
CPen* linesPen, CPen* marksPen, CRect rFrame )
{
if (!m_birch)
return 0;
if (!pNode->bVisible)
return (y-1);
CRect rNode;
// The node's location and dimensions on screen
rNode.left = m_iIndent*pNode->iNodeLevel+3;
rNode.top = y;
rNode.right = rFrame.right - m_iPadding;
rNode.bottom = y + m_iLineHeight;
pNode->rNode.CopyRect( rNode ); // Record the rectangle
if (pNode->pParent==m_birch->GetTopNode())
{
CRect rct(0,rNode.top+1,rFrame.right,rNode.bottom-1);
themeData.DrawThemedRect(pDC,&rct,TRUE);
pDC->FillSolidRect(rct.left,rct.top-1,rct.Width(),1,GetSysColor(COLOR_3DFACE));
pDC->FillSolidRect(rct.left,rct.bottom,rct.Width(),1,GetSysColor(COLOR_3DSHADOW));
}
int iJointX = pNode->rNode.left - m_iIndent - 6;
int iJointY = pNode->rNode.top + ( m_iLineHeight / 2 );
int iDispY = iJointY - pNode->pParent->rNode.top - ( m_iLineHeight / 2 );
if( rNode.bottom > 0 && rNode.top < rFrame.bottom )
{
COLORREF cr = ( pNode->bUseDefaultTextColor )? m_crDefaultTextColor:pNode->crText;
COLORREF crOldText = pDC->SetTextColor( cr );
size_t bmps_cnt = pNode->item_bitmaps.size();
int buf_len = 1;
if (bmps_cnt>0)
{
for (size_t jj=0;jj<bmps_cnt;jj++)
{
int bw = pNode->item_bitmaps[jj]->GetWidth();
int bh = pNode->item_bitmaps[jj]->GetHeight();
CRect destR(pNode->rNode.left+buf_len,
pNode->rNode.top+m_iLineHeight/2-bh/2,
pNode->rNode.left+buf_len+bw,
pNode->rNode.top+m_iLineHeight/2+bh/2);
CRect srcR(0, 0, bw,bh);
//pDC->Rectangle(destR);
pNode->item_bitmaps[jj]->Draw(pDC,&destR,&srcR);
buf_len += bw+1;
//CTreeCtrl::CreateDragImage()
}
}
pDC->DrawText( pNode->csLabel, CRect(rNode.left+buf_len+2,rNode.top,
rNode.right,rNode.bottom), DT_LEFT | DT_SINGLELINE | DT_VCENTER );
pDC->SetTextColor( crOldText );
// draw lines START
// If the parent is not the top node, throw a connecting line to it
if( pNode->pParent != m_birch->GetTopNode() )
{
// How far up from the joint is the parent?
// Use 1 pixel wide rectangles to draw lines
pDC->SelectObject(linesPen);
pDC->MoveTo(iJointX, iJointY);
pDC->LineTo(iJointX+m_iIndent, iJointY);
//if (pNode==pNode->pParent->pLastChild)
{
pDC->MoveTo(iJointX, iJointY);
pDC->LineTo(iJointX, iJointY-iDispY+5);
}
}
pDC->SelectObject(marksPen);
// Put a solid dot to mark a node
if (pNode->pFirstChild != NULL)
{
pDC->Rectangle(iJointX + m_iIndent - 4, iJointY - 4, iJointX + m_iIndent +5, iJointY +5);
pDC->MoveTo(iJointX + m_iIndent - 2, iJointY);
pDC->LineTo(iJointX + m_iIndent + 3, iJointY);
if (!pNode->bOpen)
{
pDC->MoveTo(iJointX + m_iIndent, iJointY - 2);
pDC->LineTo(iJointX + m_iIndent, iJointY + 3);
}
}
// Hollow out the dot if the node has no childs
else
{
pDC->Ellipse(iJointX + m_iIndent - 1, iJointY - 1, iJointX + m_iIndent +2, iJointY +2);
}
// draw lines END
}
else
{
pDC->SelectObject(linesPen);
if( pNode->pParent != m_birch->GetTopNode()/* && pNode==pNode->pParent->pLastChild*/)
{
pDC->MoveTo(iJointX, iJointY);
pDC->LineTo(iJointX, iJointY-iDispY+5);
}
}
// If there are no child or siblings, then this branch is done
if( pNode->pFirstChild == NULL)
return pNode->rNode.bottom;//pNode->rNode.Height();
// If the node is open AND it has childs, then draw those
int iLastNodePos=pNode->rNode.bottom;
if( pNode->bOpen)
{
HTREENODE curTreeNode = pNode->pFirstChild ;
while (curTreeNode)
{
iLastNodePos = DrawNodesRecursive( pDC, curTreeNode,
iLastNodePos+1,
linesPen, marksPen,
rFrame );
curTreeNode = curTreeNode->pNextSibling;
}
}
return iLastNodePos;
}
void Tracker::track(int nsamples, double dynamicp)
{
Mat frame;
Mat hsvFrame;
bool finishInnerLoop = false;
Particles pf(nsamples, dynamicp);
bool wasInit = false;
namedWindow("fr", CV_WINDOW_KEEPRATIO);
createTrackbar("kapa", "fr", &(pf.measure_param), 1000, NULL);
setMouseCallback("fr", wrappedOnMouse, (void*)this);
do{
(*capture) >> frame;
if(!frame.empty()){
if(wasInit){
cvtColor(frame, hsvFrame , CV_RGB2HSV);
pf.resample();
pf.predict();
pf.measure(hsvFrame);
pf.new_state(hsvFrame);
for(int i=0 ; i<pf.pnum ; i++) {
circle(frame, Point(pf.particles[i].pos_x, pf.particles[i].pos_y), 5,
Scalar(0,0,255));
circle(frame, Point((int)pf.mean_pos_x, (int)pf.mean_pos_y), 5,
Scalar(255,0,0), -1);
// rectangle(frame, Point(pf.particles[i].pos_x + (pf.width>>1), pf.particles[i].pos_y + (pf.height>>1)),
// Point(pf.particles[i].pos_x - (pf.width>>1), pf.particles[i].pos_y - (pf.height>>1)),
// Scalar(0,255,0));
}
}
imshow("fr", frame);
finishInnerLoop = false;
switch(waitKey(2) & 255){
case 't': // zastaveni prehravani a moznost oznacit objekt mysi
filling = false;
filled = false;
while(!finishInnerLoop){
Mat frameCopy = frame.clone();
// vykresleni obdelniku, pokud tahnu mysi
if(filling)
rectangle(frameCopy, Point(px1, py1), Point(px2, py2), Scalar(255), 2);
if(filled){
filling = false;
filled = false;
}
imshow("fr", frameCopy);
switch(waitKey(2) & 255){
case 't':
case ' ':
finishInnerLoop = true;
Rect rct(Point(px1,py1), Point(px2,py2));
if(rct.width <= 0 || rct.height <= 0)
break;
cvtColor(frame, hsvFrame , CV_RGB2HSV);
pf.init_samples(hsvFrame, rct);
wasInit = true;
break;
}
}
break;
}
writer->write(frame);
}
} while( !frame.empty() );
}
void CRectangle::NormalizeData()
{
CPoint ptLT, ptRB;
ptLT.x = (int)m_ptary[0].X;
ptLT.y = (int)m_ptary[0].Y;
ptRB.x = (int)m_ptary[1].X;
ptRB.y = (int)m_ptary[1].Y;
CRect rct(ptLT,ptRB);
rct.NormalizeRect();
CPoint ptCenter = rct.CenterPoint();
if((rct.Width() < 5 || rct.Height() < 5)
&& RS_SQUARE == m_nRStyle)
{
m_ptary[0].X = (float)(ptCenter.x - 20);
m_ptary[0].Y = (float)(ptCenter.y - 20);
m_ptary[1].X = (float)(ptCenter.x + 20);
m_ptary[1].Y = (float)(ptCenter.y + 20);
return;
}
else if(rct.Width() < 5 || rct.Height() < 5)
{
m_ptary[0].X = (float)(ptCenter.x - 20);
m_ptary[0].Y = (float)(ptCenter.y - 30);
m_ptary[1].X = (float)(ptCenter.x + 20);
m_ptary[1].Y = (float)(ptCenter.y + 30);
return;
}
if(RS_SQUARE == m_nRStyle)
{
float fleft = 0, ftop = 0;
float fWidth = (float)min(rct.Width(),rct.Height());
if(m_ptary[0].X <= m_ptary[1].X)
{
fleft = m_ptary[0].X;
}
else
{
fleft = m_ptary[0].X - fWidth;
}
if(m_ptary[0].Y <= m_ptary[1].Y)
{
ftop = m_ptary[0].Y;
}
else
{
ftop = m_ptary[0].Y - fWidth;
}
m_ptary[0].X = fleft;
m_ptary[0].Y = ftop;
m_ptary[1].X = m_ptary[0].X + fWidth;
m_ptary[1].Y = m_ptary[0].Y + fWidth;
}
else
{
m_ptary[0].X = (float)rct.left;
m_ptary[0].Y = (float)rct.top;
m_ptary[1].X = (float)rct.right;
m_ptary[1].Y = (float)rct.bottom;
}
}