UINT BitPack1Bit::GetAdjustedRows()
{
if (m_orientation == 0 || m_orientation == 1) {
return (m_img_height >> 3) + (GetYOffset()?1:0);
}
else {
return m_img_height;
void ScheduleViewEx::OnDraw(CDC* pDC)
{
Periods& periods = static_cast<CScheduleApp*>(AfxGetApp())->m_periods;
Period& period = periods.GetCurrentPeriod();
CTime startDay = period.m_dateRange.GetStartDate();
startDay = startDay + CTimeSpan(xDelta*GetXOffset(),0,0,0);
CTime stopDay = startDay + CTimeSpan(xDelta,0,0,0);
Truncate(startDay,period.m_dateRange.GetStartDate(),
period.m_dateRange.GetEndDate());
Truncate(stopDay,period.m_dateRange.GetStartDate(),
period.m_dateRange.GetEndDate());
int startNurse = yDelta * GetYOffset();
int stopNurse = startNurse + yDelta;
CString outputText = ViewOutput(startDay,stopDay,
startNurse,stopNurse);
CFont tmpcourierFont;
if (pDC->m_bPrinting)
tmpcourierFont.CreatePointFont(printFontSize,_T("Lucida Console"));
else
tmpcourierFont.CreatePointFont(viewFontSize,_T("Lucida Console"));
LOGFONT logFont;
tmpcourierFont.GetLogFont(&logFont);
logFont.lfUnderline = 1;
CFont courierFont;
courierFont.CreateFontIndirect(&logFont);
CFont * oldFont;
oldFont = pDC->SelectObject(&courierFont);
pDC->DrawText(outputText,CRect(250,-250,250,-250),DT_NOCLIP);
if (!pDC->m_bPrinting)
{
CRect rcOut(0,0,0,0);
VERIFY(pDC->DrawText(outputText,&rcOut,DT_NOCLIP | DT_CALCRECT));
CSize newSize(rcOut.right*1.1,(rcOut.bottom*-1)*1.1);
if (newSize != m_oldSize)
{
SetScrollSizes(MM_HIENGLISH,newSize);
m_oldSize = newSize;
}
}
CFont * tmpFont = pDC->SelectObject(oldFont);
ASSERT(tmpFont = &courierFont);
}
void CViewport::Render()
{
CGraphicsContext *graphics=mProgram->CheckGraphicsMode();
if (graphics->GetType()==CGraphicsContext::kBlastGraphicsContext)
{
CCanvas *fromCanvas=graphics->mCanvasManager.GetCanvas(mCanvas);
if ((mUpdateAll) || (((CBLCanvas*)fromCanvas)->GetDrawBuffer()->GetUsedBlitRects()))
{
CCanvas *toCanvas=graphics->mCanvasManager.GetCanvas(0);
toCanvas->Copy(fromCanvas,GetViewportRect(),mBounds.left,mBounds.top);
((CBLCanvas*)fromCanvas)->GetDrawBuffer()->ClearBlitList();
mUpdateAll=false;
}
}
else
{
CGraphicsContextGL *glGraphics=(CGraphicsContextGL*)graphics;
CGLCanvas *fromCanvas=(CGLCanvas*)graphics->mCanvasManager.GetCanvas(mCanvas);
float screenWidth=glGraphics->GetWidth()/2.0f;
float screenHeight=glGraphics->GetHeight()/2.0f;
float across=(mBounds.left/screenWidth)-1.0f;
float down=-((mBounds.bottom/screenHeight)-1.0f);
glPixelStorei(GL_UNPACK_ROW_LENGTH,fromCanvas->GetWidth());
glPixelStorei(GL_UNPACK_SKIP_ROWS,fromCanvas->GetHeight()-GetHeight()-GetYOffset());
glPixelStorei(GL_UNPACK_SKIP_PIXELS,GetXOffset());
glRasterPos2f(across,down);
glDrawPixels(GetWidth(),GetHeight(),GL_RGB,GL_UNSIGNED_BYTE,fromCanvas->GetPixels());
glRasterPos2f(0,0);
glPixelStorei(GL_UNPACK_SKIP_PIXELS,0);
glPixelStorei(GL_UNPACK_SKIP_ROWS,0);
glPixelStorei(GL_UNPACK_ROW_LENGTH,0);
RenderSprites();
}
}
void CCamera::Update( float fElapsedTime )
{
int width( int( theCamera->GetWidth( )-theCamera->GetXOffset( ) ) );
int height( int( theCamera->GetHeight( )-theCamera->GetYOffset( ) ) );
RECT rCamera;
rCamera.left = LONG( GetXOffset() );
rCamera.right = LONG( rCamera.left + GetWidth() );
rCamera.top = LONG( GetYOffset() );
rCamera.bottom = LONG( rCamera.top + GetHeight() );
CBase* pCurPlayer;
RECT rPlayer;
if( !((CPlayer*)thePlayer)->GetFainted() || thePlayer2 == NULL )
{
pCurPlayer = thePlayer;
rPlayer = thePlayer->GetCollisionRect( fElapsedTime );
}
else if( thePlayer2 )
{
pCurPlayer = thePlayer2;
rPlayer = thePlayer2->GetCollisionRect( fElapsedTime );
}
int CenterOfScreenX( int( theCamera->GetXOffset( ) + width / 2 ) );
int CenterOfScreenY( int( theCamera->GetYOffset( ) + height / 2 ) );
RECT rHook, r;
int x = thePlayer->GetWidth( );
rHook.left = CenterOfScreenX - ( thePlayer->GetWidth( ) << 1 );
rHook.top = CenterOfScreenY - ( thePlayer->GetHeight( ) );
rHook.right = CenterOfScreenX + ( thePlayer->GetWidth( ) << 1 );
rHook.bottom = CenterOfScreenY + ( thePlayer->GetHeight( ) );
if( !IntersectRect( &r, &rPlayer, &rCamera ) )
{
theCamera->SetCameraXOffset( pCurPlayer->GetPosX( ) - width / 2 );
theCamera->SetCameraYOffset( pCurPlayer->GetPosY( ) - height / 2 );
}
if (IntersectRect( &r, &rHook, &rPlayer ) )
{
theCamera->SetVelocityX( theCamera->GetVelocityX( ) * 0.95f );
theCamera->SetVelocityY( theCamera->GetVelocityY( ) * 0.95f );
}
{
if( rPlayer.left < rHook.left && pCurPlayer->GetVelX() < -110)
theCamera->SetVelocityX( pCurPlayer->GetVelX());
else if( rPlayer.left < rHook.left )
theCamera->SetVelocityX( -100 );
else if( rPlayer.right > rHook.right && pCurPlayer->GetVelX() > 110)
theCamera->SetVelocityX( pCurPlayer->GetVelX() );
else if( rPlayer.right > rHook.right )
theCamera->SetVelocityX( 100 );
if( rPlayer.top < rHook.top )
theCamera->SetVelocityY( -100 );
else if( rPlayer.bottom > rHook.bottom && pCurPlayer->GetVelY() > 200)
theCamera->SetVelocityY( pCurPlayer->GetVelY() );
else if(rPlayer.bottom > rHook.bottom)
theCamera->SetVelocityY( 200 );
}
theCamera->SetCameraXOffset( theCamera->GetXOffset( ) + theCamera->GetVelocityX( ) * fElapsedTime );
theCamera->SetCameraYOffset( theCamera->GetYOffset( ) + theCamera->GetVelocityY( ) * fElapsedTime );
}
