//////////////////////////////////////////////////////////////////////
// Transform a single rectangle
void CAGMatrix::Transform(RECT& Rect) const
{
if (IsSimple())
{
Transform((POINT&)Rect.left);
Transform((POINT&)Rect.right);
}
else
TransformBounds(Rect);
}
LRESULT RingStatusBar::RingdowProc(HWND hWnd,RINGPARAMS param)
{
switch(param.uMsg)
{
case SB_SIMPLE:
//for MenuHelp
if(m_pane && (m_pane->m_uStyle & SBPS_STRETCH))
{
//如果第一格是不定长，则为显示菜单帮助，此时需要检测是否屏蔽该消息
//该处理是为做出类似VC状态栏的效果，即前面显示帮助，后面显示状态格
if(param.wParam && param.lParam == 0)
return 0;//系统发送的消息，屏蔽
}
return CallWindowProc(m_DefProc,m_hWnd,SB_SIMPLE,param.wParam,0);
case SB_SETTEXTA:
case SB_SETTEXTW:
//Win2000内部是UNICODE版本，因此此处两个都要判断
if((param.wParam & 0xFF) == 0xFF)
{
//MenuHelp,系统发送的消息
//如果第一格是不定长，则为显示菜单帮助，此时需要在第一格显示菜单帮助，
//保持后面的状态格以做出类似VC状态栏的效果
if(m_pane && (m_pane->m_uStyle & SBPS_STRETCH) && !IsSimple())
{
if(CallWindowProc(m_DefProc,m_hWnd,param.uMsg,SBT_NOBORDERS,param.lParam))
{
InvalidateRect(m_hWnd,NULL,TRUE);
return TRUE;
}
else
return FALSE;
}
}
return CallWindowProc(m_DefProc,m_hWnd,param.uMsg,param.wParam,param.lParam);
case SB_SETPARTS:
if(CallWindowProc(m_DefProc,m_hWnd,SB_SETPARTS,param.wParam,param.lParam))
m_nPartCount = param.wParam;
return (BOOL)m_nPartCount;
case WM_COMMAND:
return SendMessage(m_parent->Handle(),param.uMsg,param.wParam,param.lParam);
case WM_SIZE:
UpdateAllParts();
InvalidateRect(m_hWnd,NULL,TRUE);
return 0;
case WM_NCDESTROY:
CallWindowProc(m_DefProc,m_hWnd,param.uMsg,param.wParam,param.lParam);
FreeAllPart();
OnNcDestroy();
return 0;
}
return DefaultProc(param);
}
BOOL CXaraFileEllipse::WriteEllipse(BaseCamelotFilter * pFilter, NodeRegularShape * pShape)
{
BOOL ok;
// need to determine whether this is a simple shape or not, i.e. is the corresponding matrix
// the identity matrix?
if (IsSimple(pShape))
{
ok = WriteEllipseSimple(pFilter, pShape);
}
else
{
ok = WriteEllipseComplex(pFilter, pShape);
}
return ok;
}
bool isSimple() const { return IsSimple( this->ref ); }
bool isExternalObject() const { return IsSimple( *this->obj_K ) && KindOfSimpleKey( *this->obj_K ) == EXTERNAL_KIND; }
bool isAtomicWRecordObject() const { return IsSimple( *this->obj_K ) && KindOfSimpleKey( *this->obj_K ) == ATOMIC_WRECORD_KIND; }
bool isWRecordObject() const { return IsSimple( *this->obj_K ) && KindOfSimpleKey( *this->obj_K ) == WRECORD_KIND; }
bool isMapObject() const { return IsSimple( *this->obj_K ) && KindOfSimpleKey( *this->obj_K ) == MAP_KIND; }
bool isPairObject() const { return IsSimple( *this->obj_K ) && KindOfSimpleKey( *this->obj_K ) == PAIR_KIND; }
bool isMixedObject() const { return IsSimple( *this->obj_K ) && KindOfSimpleKey( *this->obj_K ) == MIXED_KIND; }
bool isVectorObject() const { return IsSimple( *this->obj_K ) && KindOfSimpleKey( *this->obj_K ) == VECTOR_KIND; }
bool isStringObject() const { return IsSimple( *this->obj_K ) && KindOfSimpleKey( *this->obj_K ) == STRING_KIND; }
