/*
*--------------------------------------------------------------------------------
* 成员函数名 :OnMouseMove
* 功能描述 :当鼠标在窗体移动消息
* 输入参数描述 :
* UINT nType ： 按键类型
* CPoint point ：当前鼠标坐标点的位置
* 返回变量说明 :
* 算法描述 :以矩形区中心点坐标为基点进行旋转
* 附加说明 :主要用于任意角度旋转图形时，得到旋转的角度
*--------------------------------------------------------------------------------
*/
void CFloatDibWnd::OnMouseMove(UINT nFlags, CPoint point)
{
//画一虚线框，当旋转图片时先只旋转这个框，当MouseUp时才正式旋转图形
HDC hDC = ::GetDC(m_hParentWnd);
switch (m_ChangeType)
{
case CT_ROTATE:
{
double dblAngle;
dblAngle = GetRotateAngle(PointToParentClient(m_ptLast));
DrawRotateBorder(dblAngle);
dblAngle = GetRotateAngle(PointToParentClient(point));
DrawRotateBorder(dblAngle);
SetCursor(AfxGetApp()->LoadCursor(IDC_CURROTATE));
break;
}
case CT_MOVE:
break;
case CT_RESIZE:
// 调整大小
{
CRect rcBorder = RectToParentClient(m_ptLast);
DrawResizeBorder(rcBorder);
rcBorder = RectToParentClient(point);
DrawResizeBorder(rcBorder);
break;
}
default:
break;
}
m_ptLast = point;
CWnd::OnMouseMove(nFlags, point);
}
/*
*--------------------------------------------------------------------------------
* 成员函数名 :OnLButtonUp
* 功能描述 :鼠标左键按起时的消息
* 输入参数描述 :
* UINT nType：按键类型
* CPoint point ：当前鼠标坐标点的位置
* 返回变量说明 :
* 算法描述 :
* 附加说明 :用于取消左键按下的标志，并计算出要旋转的角度，画出旋转后的位图
*--------------------------------------------------------------------------------
*/
void CFloatDibWnd::OnLButtonUp(UINT nFlags, CPoint point)
{
//结束形变操作
// SetCursor(LoadCursor(NULL, IDC_ARROW));
SetCursor(AfxGetApp()->LoadCursor(IDC_ARROW));
switch (m_ChangeType)
{
case CT_ROTATE:
{
// 旋转窗口内的图像以原始图像为操作对象，此次旋转要加上最后的旋转角度
double dblAngle = GetRotateAngle(PointToParentClient(point));
// 旋转
RotateAngle(dblAngle);
UpdateWindow();
break;
}
case CT_RESIZE:
{
// 缩放图像时实际上只是改变窗口大小，并不改变图像的实际尺寸
// 改变图像及窗口大小
CRect rect = RectToParentClient(point);
::MoveWindow(GetSafeHwnd(), rect.left, rect.top, rect.Width(), rect.Height(), TRUE);
break;
}
default:
return;
}
m_ChangeType = CT_MOVE;
::SendMessage(m_hParentWnd, WM_PAINT, 0, 0);
InvalidateRect(NULL, TRUE);
ReleaseCapture();
// CWnd::OnLButtonUp(nFlags, point);
}
void VisitorLandsideBehavior::setDestination( const ARCVector3& p ,MobDir emWalk )
{
//destination is equal to current location
ASSERT(m_pPerson->getType().GetTypeIndex() != 0);
//carrion that defines relative position should use own relative position
PaxOnboardBaseBehavior* spCarrionBehavior = m_pPerson->getOnboardBehavior();
//ASSERT(spCarrionBehavior);
if (!m_pPerson->m_pGroupInfo->IsFollower())
{
PaxVisitor* pVisitor = (PaxVisitor*)m_pPerson;
Passenger* pOwner = pVisitor->GetOwner();
if (pOwner && pOwner->GetVisitorItemByType(pVisitor->getType().GetTypeIndex()))//does not separate with passenger
{
CGroupLeaderInfo* pGroupLeader = (CGroupLeaderInfo*)(m_pPerson->m_pGroupInfo);
if (pGroupLeader->isInGroup())//separate with group
{
LandsideBaseBehavior* spOwnerBehavior = pOwner->getLandsideBehavior();
ASSERT(spOwnerBehavior);
ARCVector3 _OwnerPreLocation = spOwnerBehavior->location;
ARCVector3 OwnerLocation = spOwnerBehavior->m_ptDestination;
if (_OwnerPreLocation == OwnerLocation && spOwnerBehavior->getState() != EntryLandside)//can not calculate direction of passenger and current location
{
m_ptDestination = p;
SetFollowerDestination(location,m_ptDestination,Person::m_pRotation);
return;
}
ARCVector3 paxDirection(_OwnerPreLocation, OwnerLocation);
ARCVector3 paxLogPoint = _OwnerPreLocation;
Point ptDir(paxDirection[VX],paxDirection[VY],paxDirection[VZ]);
Point ptCenter(paxLogPoint.n[VX],paxLogPoint.n[VY],paxLogPoint.n[VZ]);
CNonPaxRelativePosSpec* pNonPaxRelPosSpec = pVisitor->GetTerminal()->GetNonPaxRelativePosSpec();
ASSERT(pNonPaxRelPosSpec);
CPoint2008 ptRelatePos;
ARCVector4 rotation;
bool bRes = pNonPaxRelPosSpec->GetNonPaxRelatePosition(ptRelatePos, rotation, pVisitor->getType().GetTypeIndex());
if (bRes)
{
Point vectorLat( ptRelatePos.getX(),ptRelatePos.getY(), 0.0);
double dAngle = GetRotateAngle(emWalk);
Point dir(paxDirection.n[VX],paxDirection.n[VY],paxDirection.n[VZ]);
Point ptRotate(paxLogPoint.n[VX],paxLogPoint.n[VY],paxLogPoint.n[VZ]);
dir.rotate(dAngle);
dir.Normalize();
vectorLat.rotate(dir, ptRotate);
ARCVector3 vectorPt;
vectorPt.n[VX] = vectorLat.getX();
vectorPt.n[VY] = vectorLat.getY();
vectorPt.n[VZ] = paxLogPoint.n[VZ];
setLocation(vectorPt);
SetRelativePosition(ptDir,ptCenter,emWalk);
return;
}
}
}
m_ptDestination = p;
SetFollowerDestination(location,m_ptDestination,Person::m_pRotation);
}
//separate with passenger or not in group
m_ptDestination = p;
}
void VisitorLandsideBehavior::writeCurrentLogItem(PaxLandsideBehavior* pOwnerPax,Point _OwnerPreLocation, theVisitorLogNum logNum/* = secondLog*/,MobDir emWalk/* = FORWARD*/)
{
ASSERT(firstLog == logNum || secondLog == logNum);
if (pOwnerPax == NULL)
return;
Point OwnerLocation;
OwnerLocation.init(pOwnerPax->getPoint().n[VX],pOwnerPax->getPoint().n[VY],pOwnerPax->getPoint().n[VZ]);
if( _OwnerPreLocation == OwnerLocation )return;
// use vector(_OwnerPreLocation -> OwnerLocation) as passenger direction
Point paxDirection(_OwnerPreLocation, OwnerLocation);
Point paxLogPoint = (firstLog == logNum)?_OwnerPreLocation:OwnerLocation;
CNonPaxRelativePosSpec* pNonPaxRelPosSpec = m_pPerson->GetTerminal()->GetNonPaxRelativePosSpec();
ASSERT( NULL != pNonPaxRelPosSpec );
CPoint2008 ptRelatePos;
ARCVector4 rotation;
bool bRes = pNonPaxRelPosSpec->GetNonPaxRelatePosition(ptRelatePos, rotation, m_pPerson->getType().GetTypeIndex());
if (bRes)
{
Point vectorLat( ptRelatePos.getX(),ptRelatePos.getY(), 0.0);
double dAngle = GetRotateAngle(emWalk);
Point dir(paxDirection);
dir.rotate(dAngle);
dir.Normalize();
vectorLat.rotate(dir, paxLogPoint);
// location = vectorLat;
ARCVector3 vectorPt;
vectorPt.n[VX] = vectorLat.getX();
vectorPt.n[VY] = vectorLat.getY();
vectorPt.n[VZ] = paxLogPoint.getZ();
setLocation(vectorPt);
SetRelativePosition(paxDirection,paxLogPoint,emWalk);
}
else
{
switch( m_pPerson->getType().GetTypeIndex() )
{
case 1: //visitor // left
{
Point vectorLat( paxDirection.perpendicular() );
vectorLat.length(100.0);
setLocation(paxLogPoint + vectorLat);
setDestination(getPoint());
break;
}
case 2: //checked bag //front
{
paxDirection.length(25.0);//( 150.0 );
setDestination(paxLogPoint + paxDirection);
setLocation(paxLogPoint + paxDirection);
break;
}
case 3: //hand bag // left
{
Point vectorLat( paxDirection.perpendicular() );
vectorLat.length(20.0);
setLocation(paxLogPoint + vectorLat);
setDestination(paxLogPoint + vectorLat);
break;
}
case 4: //carte // front
{
paxDirection.length( 100.0 );
setDestination(paxLogPoint + paxDirection);
setLocation(paxLogPoint + paxDirection);
break;
}
case 6: //dog //right_front
{
Point vectorLat( paxDirection.perpendicular() );
vectorLat.length(-100.0);
setDestination(paxLogPoint + vectorLat);
paxDirection.length( 100.0 );
setDestination(paxDirection + getDest());
setLocation(getDest());
break;
}
default: //other visitor
{
paxDirection.length(25.0);//( 150.0 );
setDestination(paxLogPoint + paxDirection);
setLocation(getDest());
break;
}
}
SetFollowerDestination( getPoint(), getDest(), Person::m_pRotation );
}
}
