void WidgetBase::setView (ViewNumber::Enum viewNumber,
const G3D::Vector2& clickedPoint)
{
G3D::Rect2D viewRect = GetViewRect (viewNumber);
if (viewRect.contains (clickedPoint))
GetSettingsPtr ()->SetViewNumber (viewNumber);
}
void Light_Manager::DrawWallShadow(sf::RenderTarget *App,sf::View *camera,float angle,Lumiere soleil)
{
angle-=90;
sf::Vector2f vect(cos(angle*M_PI/180) * (100-soleil.hauteur) * 0.02,
sin(angle*M_PI/180) * (100-soleil.hauteur) * 0.01);
for(int y = GetViewRect(*camera).top * 2 / SECTOR_SIZE + m_origin_sector.y - 1;
y < (GetViewRect(*camera).top * 2 + GetViewRect(*camera).height * 2) / SECTOR_SIZE + 1 + m_origin_sector.y;
++y)
if(y >= 0 && y < (int)m_sectors.size())
for(int x = GetViewRect(*camera).left / SECTOR_SIZE + m_origin_sector.x - 1;
x < (GetViewRect(*camera).left + GetViewRect(*camera).width) / SECTOR_SIZE + 1 + m_origin_sector.x;
++x)
if(x >= 0 && x < (int)m_sectors[y].size())
for (std::vector<int>::iterator IterWall=m_sectors[y][x].begin();
IterWall!=m_sectors[y][x].end();++IterWall)
{
m_wall[*IterWall].m_shadow[0] = sf::Vertex(sf::Vector2f(m_wall[*IterWall].pt2.x,m_wall[*IterWall].pt2.y*0.5),sf::Color(0,0,0,(int)(255)));
m_wall[*IterWall].m_shadow[1] = sf::Vertex(sf::Vector2f(m_wall[*IterWall].pt1.x,m_wall[*IterWall].pt1.y*0.5),sf::Color(0,0,0,(int)(255)));
m_wall[*IterWall].m_shadow[2] = sf::Vertex(sf::Vector2f(m_wall[*IterWall].pt1.x-m_wall[*IterWall].hauteur1 * vect.x,
m_wall[*IterWall].pt1.y*0.5+m_wall[*IterWall].hauteur1 * vect.y),sf::Color(0,0,0,(int)(255)));
m_wall[*IterWall].m_shadow[3] = sf::Vertex(sf::Vector2f(m_wall[*IterWall].pt2.x-m_wall[*IterWall].hauteur2 * vect.x,
m_wall[*IterWall].pt2.y*0.5+m_wall[*IterWall].hauteur2 * vect.y),sf::Color(0,0,0,(int)(255)));
App->draw(m_wall[*IterWall].m_shadow, 4, sf::Quads);
}
}
void WidgetBase::contextMenuEvent (QContextMenuEvent *event)
{
QMenu menu (m_widget);
ViewNumber::Enum viewNumber = GetViewNumber ();
const ViewSettings& vs = GetViewSettings (viewNumber);
size_t property = vs.GetBodyOrOtherScalar ();
QPoint contextMenuPosWindow = event->pos ();
if (vs.IsScalarShown () && property != OtherScalar::DMP_COLOR &&
! vs.IsScalarContext () &&
GetSettings ().GetColorMapScalarRectWithLabels (
viewNumber, GetViewRect ()).contains (
QtToOpenGl (contextMenuPosWindow, m_widget->height ())))
contextMenuEventColorMapScalar (&menu);
else if (vs.IsVelocityShown () &&
GetSettings ().GetColorMapVelocityRectWithLabels (
viewNumber, GetViewRect ()).contains (
QtToOpenGl (contextMenuPosWindow, m_widget->height ())))
contextMenuEventColorMapVelocity (&menu);
else
contextMenuEventView (&menu);
menu.exec (event->globalPos());
}
// On affiche toutes les lumières actives
void Light_Manager::Draw(sf::RenderTarget *App,sf::View *camera)
{
for (Iter=m_DynamicLight.begin();Iter!=m_DynamicLight.end();++Iter)
if (Iter->m_actif)
if (Iter->GetPosition().x + Iter->GetRadius() > GetViewRect(*camera).left
&& Iter->GetPosition().x - Iter->GetRadius() < GetViewRect(*camera).left + GetViewRect(*camera).width
&& Iter->GetPosition().y + Iter->GetRadius() > 2 * GetViewRect(*camera).top
&& Iter->GetPosition().y - Iter->GetRadius() < 2 * (GetViewRect(*camera).top + GetViewRect(*camera).height))
Iter->Draw(App);
for (Iter=m_StaticLight.begin();Iter!=m_StaticLight.end();++Iter)
if (Iter->m_actif)
if (Iter->GetPosition().x + Iter->GetRadius() > GetViewRect(*camera).left
&& Iter->GetPosition().x - Iter->GetRadius() < GetViewRect(*camera).left + GetViewRect(*camera).width
&& Iter->GetPosition().y + Iter->GetRadius() > 2 * GetViewRect(*camera).top
&& Iter->GetPosition().y - Iter->GetRadius() < 2 * (GetViewRect(*camera).top + GetViewRect(*camera).height))
Iter->Draw(App);
}
void CMainFrame::OnInitialUpdate()
{
// Set the styles for splitter panes
DWORD dwStyle = DS_NO_UNDOCK | DS_NO_CAPTION | DS_CLIENTEDGE;
SetDockStyle(dwStyle);
CRect rcView = GetViewRect();
// Add the bottom pane first. It is a child of the main pane.
m_pDockTree = static_cast<CDockTree*>(AddDockedChild(new CDockTree, dwStyle|DS_DOCKED_BOTTOM, rcView.Height()/2));
// Add the bottom right pane. It is a child of the bottom pane
m_pDockList = static_cast<CDockList*>(m_pDockTree->AddDockedChild(new CDockList, dwStyle|DS_DOCKED_RIGHT, rcView.Width()/2));
// Add the top right pane. It is a child of the main pane.
m_pDockText = static_cast<CDockText*>(AddDockedChild(new CDockText, dwStyle|DS_DOCKED_RIGHT, rcView.Width()/2));
}
// Updated version of the lens flare render.
void Render( Context * pcontext )
{
m_vec = Vector(0, 0, 1);
const Rect& rect = GetViewRect()->GetValue();
Point pointCenter = rect.Center();
float scale = rect.XSize() / 800.0f;
Point pointLight;
if( GetCamera()->TransformDirectionToImage( m_vec, pointLight ))
{
pointLight = rect.TransformNDCToImage(pointLight);
if( rect.Inside( pointLight ) )
{
pointLight = pointLight - pointCenter;
pcontext->SetBlendMode(BlendModeAdd);
pcontext->SetShadeMode(ShadeModeFlat);
pcontext->Translate(pointCenter);
int count = ArrayCount(g_lensFlareData);
for(int index = 0; index < count; index++)
{
pcontext->PushState();
pcontext->Translate(pointLight * g_lensFlareData[index].m_pos);
pcontext->Scale2(scale * g_lensFlareData[index].m_scale);
float angle = 0;
int indexSurface = g_lensFlareData[index].m_index;
if (indexSurface == 1)
{
pcontext->Rotate((pointLight.X() + pointLight.Y()) / 200.0f);
}
pcontext->DrawImage3D(m_psurfaces[indexSurface], g_lensFlareData[index].m_color, true);
pcontext->PopState();
}
}
}
}
void CBeatDetectView::OnDraw(CDC* pDC)
{
CBeatDetectDoc* pDoc = GetDocument();
ASSERT_VALID(pDoc);
RECT rcView;
GetViewRect( &rcView );
CList<CDataStream*,CDataStream*> lstStream;
HRESULT hr = CreateStreamsList( &lstStream );
if( S_OK == hr )
{
//////////////////
// Draw Time Ruler
RECT rcRuler = rcView;
rcRuler.bottom = rcRuler.top + RULER_HEIGHT;
rcView.top = rcRuler.bottom;
DrawTimeRuler( pDC, &rcRuler );
//////////////////
// Draw Data Streams
// Determine rects for drawing streams
INT32 nStreams = lstStream.GetCount();
INT32 nStreamHeight = rcView.bottom/nStreams;
RECT rcStream = rcView;
rcStream.bottom = rcStream.top + nStreamHeight;
POSITION pos = lstStream.GetHeadPosition();
while( pos != NULL )
{
CDataStream* pStrm = lstStream.GetNext(pos);
// Draw
DrawStream( pDC, pStrm, &rcStream );
// Offset stream rect
OffsetRect( &rcStream, 0, nStreamHeight );
}
}
//////////////////
}
void Render(Context* pcontext)
{
Rect rect = GetViewRect()->GetValue();
pcontext->Translate(rect.Center());
pcontext->Scale2(0.5f * rect.XSize());
pcontext->Begin3DLayer(GetCamera(), false);
#ifndef FixPermedia
pcontext->SetShadeMode(ShadeModeCopy);
#endif
pcontext->SetShadeMode(ShadeModeGlobalColor);
pcontext->SetGlobalColor( Color::White() );
pcontext->SetBlendMode( BlendModeAlphaStampThrough );
TList<PosterData, DefaultNoEquals>::Iterator iter(m_list);
while (!iter.End()) {
PosterData& data = iter.Value();
Point point;
if (pcontext->TransformDirectionToImage(data.m_vec, point)) {
pcontext->SetTexture(data.m_pimage->GetSurface());
pcontext->PushState();
pcontext->Multiply(data.m_mat);
#ifdef FixPermedia
Geo::GetWhiteEmissiveSquare()->Render(pcontext);
#else
Geo::GetSquare()->Render(pcontext);
#endif
pcontext->PopState();
}
iter.Next();
}
pcontext->End3DLayer();
}
void CBeatDetectView::OnSize
(
UINT nType,
int cx,
int cy
)
{
CScrollView::OnSize(nType, cx, cy);
//////////
// Make vertical dimension equal to client size...
SIZE szTotal;
RECT rcView;
GetViewRect(&rcView);
szTotal.cx = rcView.right;
RECT rcWnd;
GetClientRect(&rcWnd);
szTotal.cy = rcWnd.bottom-rcWnd.top;
SetScrollSizes(MM_TEXT, szTotal);
//////////
}
void Render(Context* pcontext)
{
int count = m_data.GetCount();
if (count > 0) {
Camera* pcamera = GetCamera();
float focus = pcamera->GetFocus();
const Rect& rect = GetViewRect()->GetValue();
float scale = focus * rect.XSize() / 2;
float xc = rect.Center().X();
float yc = rect.Center().Y();
const Orientation& orient = GetCamera()->GetOrientation();
VertexScreen* pvertex = pcontext->GetVertexScreenBuffer(count * 2);
WORD* pindex = pcontext->GetIndexBuffer(count * 2);
int index = 0;
int indexPoint = count * 2;
for(int indexSource = 0; indexSource < count; indexSource++) {
StarData& data = m_data.Get(indexSource);
Color& color = data.m_color;
Vector& direction = data.m_direction;
Point& pointOld = data.m_pointOld;
//
// orient the start based on the current camera
//
Vector vec = orient.TimesInverse(direction);
//
// fold up the stars for higher density
//
if (vec.z > 0) {
vec.SetX(-vec.X());
vec.SetY(-vec.Y());
vec.SetZ(-vec.Z());
}
//
// project the star onto the screen
//
float x = (float)(int)(scale * vec.X() + xc);
float y = (float)(int)(yc - scale * vec.Y());
float xold;
float yold;
if (data.m_bFirstFrame) {
xold = x;
yold = y;
data.m_bFirstFrame = false;
} else {
xold = pointOld.X();
yold = pointOld.Y();
}
if (rect.Inside(Point(x, y))) {
float dx = abs(x - xold);
float dy = abs(y - yold);
float length = dx + dy;
if (length <= 1.0f) {
//
// Draw a point
//
indexPoint--;
pvertex[indexPoint].x = x;
pvertex[indexPoint].y = y;
pvertex[indexPoint].z = 0;
pvertex[indexPoint].qw = (float)1.0f/10000.0f;
pvertex[indexPoint].color = MakeD3DCOLOR(color);
pvertex[indexPoint].specular = 0;
} else {
//
// Draw a line
//
if (length > 16.0f) {
float scale = 16.0f / length;
xold = x + (xold - x) * scale;
yold = y + (yold - y) * scale;
}
if (rect.Inside(Point(xold, yold))) {
float alpha = 1.0f - 0.1f * length;
if (alpha < 0.25f) {
alpha = 0.25f;
}
pvertex[index * 2].x = x;
pvertex[index * 2].y = y;
pvertex[index * 2].z = 0;
pvertex[index * 2].qw = (float)1.0f/10000.0f;
pvertex[index * 2].color = MakeD3DCOLOR(color * alpha);
pvertex[index * 2].specular = 0;
pvertex[index * 2 + 1].x = xold;
pvertex[index * 2 + 1].y = yold;
pvertex[index * 2 + 1].z = 0;
pvertex[index * 2 + 1].qw =(float)1.0f/10000.0f;
pvertex[index * 2 + 1].color = MakeD3DCOLOR(color * alpha);
pvertex[index * 2 + 1].specular = 0;
pindex[index * 2 ] = index * 2;
pindex[index * 2 + 1] = index * 2 + 1;
index += 1;
}
}
}
pointOld.SetX(x);
pointOld.SetY(y);
};
//
// Do the rendering
//
pcontext->SetShadeMode(ShadeModeFlat);
pcontext->DrawPoints(pvertex + indexPoint, count * 2 - indexPoint);
if (index != 0)
{
pcontext->SetBlendMode(BlendModeAdd);
pcontext->DrawLines(pvertex, index * 2, pindex, index * 2);
}
}
}
void CSynAoiDimObj::SetEyeSight( float fEyeSight )
{
if(fEyeSight < 0)
{
GenErr("AOI的EyeSight不允许设置小于0的值");
}
if (fabs(m_fEyeSight - fEyeSight) < 0.01)
{
return;
}
//第一次view rect加入quad tree
if (m_fEyeSight == 0 && !m_pViewRectNode)
{
m_fEyeSight = fEyeSight;
//设置aoi的view rect
SetViewRect(m_Pos, GetScene()->GetSceneBox());
static VecDimObject_t vecMyObject;
vecMyObject.clear();
QueryObserveeWithViewRect(vecMyObject);
UpdateSeeRelationForMyEnterObject(vecMyObject);
GetScene()->InsertViewRectToQuad(this);
return;
}
//如果eye sight为0，则把view rect从quad tree中删除
if (fEyeSight == 0 && m_pViewRectNode)
{
static VecDimObject_t vecMyObject;
vecMyObject.clear();
GetScene()->RemoveViewRectFrQuad(this);
QueryObserveeWithViewRect(vecMyObject);
UpdateSeeRelationForMyLeaveObject(vecMyObject,GetPosition());
m_fEyeSight = 0;
return;
}
if(fEyeSight > m_fEyeSight)
{
//如果新设置的eye sight大于以前的eye sight，那么我就会看见一些新的对象
static VecDimObject_t vecMyObjEnter;
vecMyObjEnter.clear();
float OldEyeSight = m_fEyeSight;
CFRect OldRect = GetViewRect();
m_fEyeSight = fEyeSight;
GetScene()->SetAoiViewRect(this);
//查找eye sight扩大之后，新能被我看见的对象
GetScene()->QueryObservee(this, vecMyObjEnter, m_rcViewRect, OldRect);
UpdateSeeRelationForMyStayObject(m_Pos, OldEyeSight, fEyeSight);
UpdateSeeRelationForMyEnterObject(vecMyObjEnter, fEyeSight);
}
else
{
static VecDimObject_t vecMyObjLeave;
vecMyObjLeave.clear();
float OldEyeSight = m_fEyeSight;
CFRect NewRect;
GetRadiusRect(NewRect, m_Pos, fEyeSight, GetScene()->GetSceneBox());
//查找eye sight缩小以后，我先前能看见但是现在不能看见的对象
GetScene()->QueryObservee(this, vecMyObjLeave, m_rcViewRect, NewRect);
m_fEyeSight = fEyeSight;
GetScene()->SetAoiViewRect(this);
UpdateSeeRelationForMyLeaveObject(vecMyObjLeave, m_Pos, OldEyeSight);
UpdateSeeRelationForMyStayObject(m_Pos, OldEyeSight, fEyeSight);
}
}
// Layout tabs (optional, e.g. if resizing window)
void wxTabView::LayoutTabs(void)
{
// Make a list of the tab controls, deleting the wxTabLayers.
wxList controls;
wxTabLayerList::compatibility_iterator layerNode = m_layers.GetFirst();
while (layerNode)
{
wxTabLayer *layer = (wxTabLayer *)layerNode->GetData();
wxList::compatibility_iterator tabNode = layer->GetFirst();
while (tabNode)
{
wxTabControl *tab = (wxTabControl *)tabNode->GetData();
controls.Append(tab);
wxList::compatibility_iterator next = tabNode->GetNext();
layer->Erase(tabNode);
tabNode = next;
}
wxTabLayerList::compatibility_iterator nextLayerNode = layerNode->GetNext();
delete layer;
m_layers.Erase(layerNode);
layerNode = nextLayerNode;
}
wxTabControl *lastTab = NULL;
wxTabLayer *currentLayer = new wxTabLayer;
m_layers.Append(currentLayer);
wxList::compatibility_iterator node = controls.GetFirst();
while (node)
{
wxTabControl *tabControl = (wxTabControl *)node->GetData();
if (lastTab)
{
// Start another layer (row).
// Tricky choice: can't just check if will be overlapping the edge, because
// this happens anyway for 2nd and subsequent rows.
// Should check this for 1st row, and then subsequent rows should not exceed 1st
// in length.
if (((currentLayer == m_layers.GetFirst()->GetData()) && ((lastTab->GetX() + 2*lastTab->GetWidth() + GetHorizontalTabSpacing())
> GetViewRect().width)) ||
((currentLayer != m_layers.GetFirst()->GetData()) && (currentLayer->GetCount() == ((wxTabLayer *)m_layers.GetFirst()->GetData())->GetCount())))
{
currentLayer = new wxTabLayer;
m_layers.Append(currentLayer);
lastTab = NULL;
}
}
int layer = m_layers.GetCount() - 1;
tabControl->SetRowPosition(currentLayer->GetCount());
tabControl->SetColPosition(layer);
// Top of new tab
int verticalOffset = (- GetTopMargin()) - ((layer+1)*GetTabHeight());
// Offset from view top-left
int horizontalOffset = 0;
if (!lastTab)
horizontalOffset = layer*GetHorizontalTabOffset();
else
horizontalOffset = lastTab->GetX() + GetTabWidth() + GetHorizontalTabSpacing();
tabControl->SetPosition(horizontalOffset, verticalOffset);
tabControl->SetSize(GetTabWidth(), GetTabHeight());
currentLayer->Append(tabControl);
lastTab = tabControl;
node = node->GetNext();
}
// Move the selected tab to the bottom
wxTabControl *control = FindTabControlForId(m_tabSelection);
if (control)
MoveSelectionTab(control);
}
bool RenderHandler::GetRootScreenRect(CefRefPtr<CefBrowser> browser,
CefRect& rect) {
return GetViewRect(browser, rect);
}
void CSynAoiDimObj::QueryObserveeWithViewRect(VecDimObject_t& vecObject)const
{
CFRect Rect = GetViewRect();
GetScene()->QueryObservee(vecObject,Rect);
}
void PixelInfoListCtrl::ResizeColumns()
{
wxSize sz = GetClientSize();
wxRect rc = GetViewRect();
SetColumnWidth( 1, sz.GetWidth() - GetColumnWidth( 0 ) - ( rc.GetHeight() > sz.GetHeight() ? 18 : 0 ) );
}
// Automatically positions tabs
// TODO: this should just add the tab to a list, and then
// a layout function (e.g. Realize) should be called when all tabs have been added.
// The view rect could easily change as the view window is resized.
wxTabControl *wxTabView::AddTab(int id, const wxString& label, wxTabControl *existingTab)
{
// First, find which layer we should be adding to.
wxTabLayerList::compatibility_iterator node = m_layers.GetLast();
if (!node)
{
wxTabLayer *newLayer = new wxTabLayer;
node = m_layers.Append(newLayer);
}
// Check if adding another tab control would go off the
// right-hand edge of the layer.
wxTabLayer *tabLayer = (wxTabLayer *)node->GetData();
wxList::compatibility_iterator lastTabNode = tabLayer->GetLast();
if (lastTabNode)
{
wxTabControl *lastTab = (wxTabControl *)lastTabNode->GetData();
// Start another layer (row).
// Tricky choice: can't just check if will be overlapping the edge, because
// this happens anyway for 2nd and subsequent rows.
// Should check this for 1st row, and then subsequent rows should not exceed 1st
// in length.
if (((tabLayer == m_layers.GetFirst()->GetData()) && ((lastTab->GetX() + 2*lastTab->GetWidth() + GetHorizontalTabSpacing())
> GetViewRect().width)) ||
((tabLayer != m_layers.GetFirst()->GetData()) && (tabLayer->GetCount() == ((wxTabLayer *)m_layers.GetFirst()->GetData())->GetCount())))
{
tabLayer = new wxTabLayer;
m_layers.Append(tabLayer);
lastTabNode = wxList::compatibility_iterator();
}
}
int layer = m_layers.GetCount() - 1;
wxTabControl *tabControl = existingTab;
if (!existingTab)
tabControl = OnCreateTabControl();
tabControl->SetRowPosition(tabLayer->GetCount());
tabControl->SetColPosition(layer);
wxTabControl *lastTab = NULL;
if (lastTabNode)
lastTab = (wxTabControl *)lastTabNode->GetData();
// Top of new tab
int verticalOffset = (- GetTopMargin()) - ((layer+1)*GetTabHeight());
// Offset from view top-left
int horizontalOffset = 0;
if (!lastTab)
horizontalOffset = layer*GetHorizontalTabOffset();
else
horizontalOffset = lastTab->GetX() + GetTabWidth() + GetHorizontalTabSpacing();
tabControl->SetPosition(horizontalOffset, verticalOffset);
tabControl->SetSize(GetTabWidth(), GetTabHeight());
tabControl->SetId(id);
tabControl->SetLabel(label);
tabControl->SetFont(* GetTabFont());
tabLayer->Append(tabControl);
m_noTabs ++;
return tabControl;
}
bool RenderHandler::GetViewRect(CefRefPtr<CefBrowser> browser, CefRect& rect) {
return GetViewRect(GetJNIBrowser(browser), rect);
}
// Draw all tabs
void wxTabView::Draw(wxDC& dc)
{
// Don't draw anything if there are no tabs.
if (GetNumberOfTabs() == 0)
return;
// Draw top margin area (beneath tabs and above view area)
if (GetTabStyle() & wxTAB_STYLE_COLOUR_INTERIOR)
{
dc.SetPen(*wxTRANSPARENT_PEN);
if(GetBackgroundBrush())
dc.SetBrush(*GetBackgroundBrush());
// Add 1 because the pen is transparent. Under Motif, may be different.
dc.DrawRectangle(
m_tabViewRect.x,
(m_tabViewRect.y - m_topMargin),
(m_tabViewRect.width + 1),
(m_topMargin + 1)
);
}
// Draw layers in reverse order
wxTabLayerList::compatibility_iterator node = m_layers.GetLast();
while (node)
{
wxTabLayer *layer = (wxTabLayer *)node->GetData();
wxList::compatibility_iterator node2 = layer->GetFirst();
while (node2)
{
wxTabControl *control = (wxTabControl *)node2->GetData();
control->OnDraw(dc, (!node2->GetNext()));
node2 = node2->GetNext();
}
node = node->GetPrevious();
}
#ifndef wxUSE_NEW_METHOD
if (GetTabStyle() & wxTAB_STYLE_DRAW_BOX)
{
dc.SetPen(* GetShadowPen());
// Draw bottom line
dc.DrawLine(
(GetViewRect().x + 1),
(GetViewRect().y + GetViewRect().height),
(GetViewRect().x + GetViewRect().width + 1),
(GetViewRect().y + GetViewRect().height)
);
// Draw right line
dc.DrawLine(
(GetViewRect().x + GetViewRect().width),
(GetViewRect().y - GetTopMargin() + 1),
(GetViewRect().x + GetViewRect().width),
(GetViewRect().y + GetViewRect().height)
);
dc.SetPen(* wxBLACK_PEN);
// Draw bottom line
dc.DrawLine(
(GetViewRect().x),
(GetViewRect().y + GetViewRect().height + 1),
#if defined(__WXMOTIF__)
(GetViewRect().x + GetViewRect().width + 1),
#else
(GetViewRect().x + GetViewRect().width + 2),
#endif
(GetViewRect().y + GetViewRect().height + 1)
);
// Draw right line
dc.DrawLine(
(GetViewRect().x + GetViewRect().width + 1),
(GetViewRect().y - GetTopMargin()),
(GetViewRect().x + GetViewRect().width + 1),
(GetViewRect().y + GetViewRect().height + 1)
);
}
#endif
}
void CMainFrame::OnDraw(CDC* pDC)
{
CRect rc = GetViewRect();
tString tsHello = LoadString(IDS_HELLO);
pDC->DrawText(tsHello.c_str(), tsHello.length(), rc, DT_SINGLELINE | DT_VCENTER | DT_CENTER);
}
