public void StartSpin()
{
m_bSpinning = true;
//Get IMessageDispatcher interface
IMessageDispatcher pMessageDispatcher;
pMessageDispatcher = new MessageDispatcherClass();
//Set the ESC key to be seen as a cancel action
pMessageDispatcher.CancelOnClick = false;
pMessageDispatcher.CancelOnEscPress = true;
do
{
//Move the camera observer
m_pSceneHookHelper.Camera.PolarUpdate(1, m_dSpinStep, 0, true);
//Redraw the scene viewer
m_pSceneHookHelper.ActiveViewer.Redraw(true);
//Dispatch any waiting messages: OnMouseMove/ OnMouseDown/ OnKeyUp/ OnKeyDown events
object b_oCancel;
pMessageDispatcher.Dispatch(m_pSceneHookHelper.ActiveViewer.hWnd, false, out b_oCancel);
if (bCancel == true)
{
m_bSpinning = false;
}
}while(bCancel == false);
bCancel = false;
}
public void Flight()
{
//speed in scene units
double motionUnit = (0.000001 + Math.Abs(observer.Norm() - 1.0) / 200.0) * motion;
//Get IMessageDispatcher interface
IMessageDispatcher pMessageDispatcher;
pMessageDispatcher = new MessageDispatcherClass();
//Set the ESC key to be seen as a cancel action
pMessageDispatcher.CancelOnClick = false;
pMessageDispatcher.CancelOnEscPress = true;
bCancel = false;
do
{
//Get the elapsed time
long currentClock = theClock.TickCount;
double lastFrameDuration = (double)(currentClock - lastClock) / 1000;
lastClock = currentClock;
if (lastFrameDuration < 0.01)
{
lastFrameDuration = 0.01;
}
if (lastFrameDuration > 1)
{
lastFrameDuration = 0.1;
}
System.Diagnostics.Debug.Print(lastFrameDuration.ToString());
//Windows API call to get windows client coordinates
Rectangle rect = new Rectangle();
if (GetClientRect(globeDisplay.ActiveViewer.hWnd, ref rect) == 0)
{
return;
}
//Get normal vectors
double dXMouseNormal, dYMouseNormal;
dXMouseNormal = 2 * ((double)mouseX / (double)(rect.Right - rect.Left)) - 1;
dYMouseNormal = 2 * ((double)mouseY / (double)(rect.Bottom - rect.Top)) - 1;
PointZ dir = this.RotateNormal(lastFrameDuration, dXMouseNormal, dYMouseNormal);
PointZ visTarget = new PointZ(observer.x + distance * dir.x, observer.y + distance * dir.y, observer.z + distance * dir.z);
target.x = visTarget.x;
target.y = visTarget.y;
target.z = visTarget.z;
if (speed != 0)
{
int speedFactor = (speed > 0) ? (1 << speed) : -(1 << (-speed));
//Move the camera in the viewing directions
observer.x = observer.x + (lastFrameDuration * (2 ^ speedFactor) * motionUnit * dir.x);
observer.y = observer.y + (lastFrameDuration * (2 ^ speedFactor) * motionUnit * dir.y);
observer.z = observer.z + (lastFrameDuration * (2 ^ speedFactor) * motionUnit * dir.z);
target.x = target.x + (lastFrameDuration * (2 ^ speedFactor) * motionUnit * dir.x);
target.y = target.y + (lastFrameDuration * (2 ^ speedFactor) * motionUnit * dir.y);
target.z = target.z + (lastFrameDuration * (2 ^ speedFactor) * motionUnit * dir.z);
}
ESRI.ArcGIS.GlobeCore.IGlobeViewUtil globeViewUtil = globeCamera as ESRI.ArcGIS.GlobeCore.IGlobeViewUtil;
double obsLat;
double obsLon;
double obsAlt;
double tarLat;
double tarLon;
double tarAlt;
globeViewUtil.GeocentricToGeographic(observer.x, observer.y, observer.z, out obsLon, out obsLat, out obsAlt);
globeViewUtil.GeocentricToGeographic(target.x, target.y, target.z, out tarLon, out tarLat, out tarAlt);
globeCamera.SetObserverLatLonAlt(obsLat, obsLon, obsAlt / 1000);
globeCamera.SetTargetLatLonAlt(tarLat, tarLon, tarAlt / 1000);
globeCamera.SetAccurateViewDirection(target.x - observer.x, target.y - observer.y, target.z - observer.z);
double rollAngle = 0;
if (speed > 0)
{
rollAngle = 10 * dXMouseNormal * Math.Abs(dXMouseNormal);
}
camera.RollAngle = rollAngle;
//Redraw the scene viewer
globeDisplay.RefreshViewers();
//Dispatch any waiting messages: OnMouseMove / OnMouseUp / OnKeyUp events
object objCancel = bCancel as object;
pMessageDispatcher.Dispatch(globeDisplay.ActiveViewer.hWnd, false, out objCancel);
//End flight if ESC key pressed
if (bCancel == true)
{
EndFlight();
}
}while (inUse == true && bCancel == false);
bCancel = false;
}
public void Flight()
{
//Get IMessageDispatcher interface
IMessageDispatcher pMessageDispatcher;
pMessageDispatcher = new MessageDispatcherClass();
//Set the ESC key to be seen as a cancel action
pMessageDispatcher.CancelOnClick = false;
pMessageDispatcher.CancelOnEscPress = true;
//Get the scene graph
ISceneGraph pSceneGraph = (ISceneGraph)m_pSceneHookHelper.SceneGraph;
//Get the scene viewer
ISceneViewer pSceneViewer = (ISceneViewer)m_pSceneHookHelper.ActiveViewer;
//Get the camera
ICamera pCamera = (ICamera)m_pSceneHookHelper.Camera;
bCancel = false;
do
{
//Get the elapsed time
double dlastFrameDuration, dMeanFrameRate;
pSceneGraph.GetDrawingTimeInfo(out dlastFrameDuration, out dMeanFrameRate);
if (dlastFrameDuration < 0.01)
{
dlastFrameDuration = 0.01;
}
if (dlastFrameDuration > 1)
{
dlastFrameDuration = 1;
}
//Windows API call to get windows client coordinates
Rectangle rect = new Rectangle();
if (GetClientRect(m_pSceneHookHelper.ActiveViewer.hWnd, ref rect) == 0)
{
return;
}
//Get normal vectors
double dXMouseNormal, dYMouseNormal;
dXMouseNormal = 2 * ((double)m_lMouseX / (double)rect.Right) - 1;
dYMouseNormal = 2 * ((double)m_lMouseY / (double)rect.Bottom) - 1;
//Set elevation and azimuth in radians for normal rotation
m_dElevation = m_dElevation - (dlastFrameDuration * dYMouseNormal * Math.Abs(dYMouseNormal));
m_dAzimut = m_dAzimut - (dlastFrameDuration * dXMouseNormal * Math.Abs(dXMouseNormal));
if (m_dElevation > 0.45 * 3.141592)
{
m_dElevation = 0.45 * 3.141592;
}
if (m_dElevation < -0.45 * 3.141592)
{
m_dElevation = -0.45 * 3.141592;
}
if (m_dAzimut < 0)
{
m_dAzimut = m_dAzimut + (2 * 3.141592);
}
if (m_dAzimut > 2 * 3.141592)
{
m_dAzimut = m_dAzimut - (2 * 3.141592);
}
double dx, dy, dz;
dx = Math.Cos(m_dElevation) * Math.Cos(m_dAzimut);
dy = Math.Cos(m_dElevation) * Math.Sin(m_dAzimut);
dz = Math.Sin(m_dElevation);
//Change the viewing directions (target)
m_pPointTgt.X = m_pPointObs.X + (m_dDistance * dx);
m_pPointTgt.Y = m_pPointObs.Y + (m_dDistance * dy);
m_pPointTgt.Z = m_pPointObs.Z + (m_dDistance * dz);
//Move the camera in the viewing directions
m_pPointObs.X = m_pPointObs.X + (dlastFrameDuration * (2 ^ m_iSpeed) * m_dMotion * dx);
m_pPointObs.Y = m_pPointObs.Y + (dlastFrameDuration * (2 ^ m_iSpeed) * m_dMotion * dy);
m_pPointTgt.X = m_pPointTgt.X + (dlastFrameDuration * (2 ^ m_iSpeed) * m_dMotion * dx);
m_pPointTgt.Y = m_pPointTgt.Y + (dlastFrameDuration * (2 ^ m_iSpeed) * m_dMotion * dy);
m_pPointObs.Z = m_pPointObs.Z + (dlastFrameDuration * (2 ^ m_iSpeed) * m_dMotion * dz);
m_pPointTgt.Z = m_pPointTgt.Z + (dlastFrameDuration * (2 ^ m_iSpeed) * m_dMotion * dz);
pCamera.Observer = m_pPointObs;
pCamera.Target = m_pPointTgt;
//Set the angle of the camera about the line of sight between the observer and target
pCamera.RollAngle = 10 * dXMouseNormal * Math.Abs(dXMouseNormal);
//Redraw the scene viewer
pSceneViewer.Redraw(true);
object objCancel;
//Dispatch any waiting messages: OnMouseMove / OnMouseUp / OnKeyUp events
//object objCancel = bCancel as object;
pMessageDispatcher.Dispatch(m_pSceneHookHelper.ActiveViewer.hWnd, false, out objCancel);
//End flight if ESC key pressed
if (bCancel == true)
{
EndFlight();
}
}while(m_bInUse == true && bCancel == false);
bCancel = false;
}
public void StartSpin()
{
m_bSpinning = true;
//Get IMessageDispatcher interface
IMessageDispatcher pMessageDispatcher;
pMessageDispatcher = new MessageDispatcherClass();
//Set the ESC key to be seen as a cancel action
pMessageDispatcher.CancelOnClick = false;
pMessageDispatcher.CancelOnEscPress = true;
do
{
//Move the camera observer
m_pSceneHookHelper.Camera.PolarUpdate(1, m_dSpinStep, 0, true);
//Redraw the scene viewer
m_pSceneHookHelper.ActiveViewer.Redraw(true);
//Dispatch any waiting messages: OnMouseMove/ OnMouseDown/ OnKeyUp/ OnKeyDown events
object b_oCancel;
pMessageDispatcher.Dispatch(m_pSceneHookHelper.ActiveViewer.hWnd, false, out b_oCancel);
if(bCancel == true)
m_bSpinning = false;
}
while(bCancel == false);
bCancel = false;
}
public void Flight()
{
//Get IMessageDispatcher interface
IMessageDispatcher pMessageDispatcher;
pMessageDispatcher = new MessageDispatcherClass();
//Set the ESC key to be seen as a cancel action
pMessageDispatcher.CancelOnClick = false;
pMessageDispatcher.CancelOnEscPress = true;
//Get the scene graph
ISceneGraph pSceneGraph = (ISceneGraph) m_pSceneHookHelper.SceneGraph;
//Get the scene viewer
ISceneViewer pSceneViewer = (ISceneViewer) m_pSceneHookHelper.ActiveViewer;
//Get the camera
ICamera pCamera = (ICamera) m_pSceneHookHelper.Camera;
bCancel = false;
do
{
//Get the elapsed time
double dlastFrameDuration, dMeanFrameRate;
pSceneGraph.GetDrawingTimeInfo(out dlastFrameDuration, out dMeanFrameRate);
if(dlastFrameDuration < 0.01)
dlastFrameDuration = 0.01;
if(dlastFrameDuration > 1)
dlastFrameDuration = 1;
//Windows API call to get windows client coordinates
Rectangle rect = new Rectangle();
if (GetClientRect(m_pSceneHookHelper.ActiveViewer.hWnd, ref rect) == 0) return;
//Get normal vectors
double dXMouseNormal, dYMouseNormal;
dXMouseNormal = 2 * ((double)m_lMouseX / (double)rect.Right) - 1;
dYMouseNormal = 2 * ((double)m_lMouseY / (double)rect.Bottom) - 1;
//Set elevation and azimuth in radians for normal rotation
m_dElevation = m_dElevation - (dlastFrameDuration * dYMouseNormal * Math.Abs(dYMouseNormal));
m_dAzimut = m_dAzimut - (dlastFrameDuration * dXMouseNormal * Math.Abs(dXMouseNormal));
if(m_dElevation > 0.45 * 3.141592)
m_dElevation = 0.45 * 3.141592;
if(m_dElevation < -0.45 * 3.141592)
m_dElevation = -0.45 * 3.141592;
if(m_dAzimut < 0)
m_dAzimut = m_dAzimut + (2 * 3.141592);
if(m_dAzimut > 2 * 3.141592)
m_dAzimut = m_dAzimut - (2 * 3.141592);
double dx, dy, dz;
dx = Math.Cos(m_dElevation) * Math.Cos(m_dAzimut);
dy = Math.Cos(m_dElevation) * Math.Sin(m_dAzimut);
dz = Math.Sin(m_dElevation);
//Change the viewing directions (target)
m_pPointTgt.X = m_pPointObs.X + (m_dDistance * dx);
m_pPointTgt.Y = m_pPointObs.Y + (m_dDistance * dy);
m_pPointTgt.Z = m_pPointObs.Z + (m_dDistance * dz);
//Move the camera in the viewing directions
m_pPointObs.X = m_pPointObs.X + (dlastFrameDuration * (2 ^ m_iSpeed) * m_dMotion * dx);
m_pPointObs.Y = m_pPointObs.Y + (dlastFrameDuration * (2 ^ m_iSpeed) * m_dMotion * dy);
m_pPointTgt.X = m_pPointTgt.X + (dlastFrameDuration * (2 ^ m_iSpeed) * m_dMotion * dx);
m_pPointTgt.Y = m_pPointTgt.Y + (dlastFrameDuration * (2 ^ m_iSpeed) * m_dMotion * dy);
m_pPointObs.Z = m_pPointObs.Z + (dlastFrameDuration * (2 ^ m_iSpeed) * m_dMotion * dz);
m_pPointTgt.Z = m_pPointTgt.Z + (dlastFrameDuration * (2 ^ m_iSpeed) * m_dMotion * dz);
pCamera.Observer = m_pPointObs;
pCamera.Target = m_pPointTgt;
//Set the angle of the camera about the line of sight between the observer and target
pCamera.RollAngle = 10 * dXMouseNormal * Math.Abs(dXMouseNormal);
//Redraw the scene viewer
pSceneViewer.Redraw(true);
object objCancel;
//Dispatch any waiting messages: OnMouseMove / OnMouseUp / OnKeyUp events
//object objCancel = bCancel as object;
pMessageDispatcher.Dispatch(m_pSceneHookHelper.ActiveViewer.hWnd, false, out objCancel);
//End flight if ESC key pressed
if (bCancel == true)
EndFlight();
}
while(m_bInUse == true && bCancel == false);
bCancel = false;
}
public void Flight()
{
//speed in scene units
double motionUnit = (0.000001 + Math.Abs(observer.Norm() - 1.0) / 200.0) * motion;
//Get IMessageDispatcher interface
IMessageDispatcher pMessageDispatcher;
pMessageDispatcher = new MessageDispatcherClass();
//Set the ESC key to be seen as a cancel action
pMessageDispatcher.CancelOnClick = false;
pMessageDispatcher.CancelOnEscPress = true;
bCancel = false;
do
{
//Get the elapsed time
long currentClock = theClock.TickCount;
double lastFrameDuration = (double)(currentClock - lastClock) / 1000;
lastClock = currentClock;
if (lastFrameDuration < 0.01)
lastFrameDuration = 0.01;
if (lastFrameDuration > 1)
lastFrameDuration = 0.1;
System.Diagnostics.Debug.Print(lastFrameDuration.ToString());
//Windows API call to get windows client coordinates
Rectangle rect = new Rectangle();
if (GetClientRect(globeDisplay.ActiveViewer.hWnd, ref rect) == 0) return;
//Get normal vectors
double dXMouseNormal, dYMouseNormal;
dXMouseNormal = 2 * ((double)mouseX / (double)(rect.Right - rect.Left)) - 1;
dYMouseNormal = 2 * ((double)mouseY / (double)(rect.Bottom - rect.Top)) - 1;
PointZ dir = this.RotateNormal(lastFrameDuration, dXMouseNormal, dYMouseNormal);
PointZ visTarget = new PointZ(observer.x + distance * dir.x, observer.y + distance * dir.y, observer.z + distance * dir.z);
target.x = visTarget.x;
target.y = visTarget.y;
target.z = visTarget.z;
if (speed != 0)
{
int speedFactor = (speed > 0) ? (1 << speed) : -(1 << (-speed));
//Move the camera in the viewing directions
observer.x = observer.x + (lastFrameDuration * (2 ^ speedFactor) * motionUnit * dir.x);
observer.y = observer.y + (lastFrameDuration * (2 ^ speedFactor) * motionUnit * dir.y);
observer.z = observer.z + (lastFrameDuration * (2 ^ speedFactor) * motionUnit * dir.z);
target.x = target.x + (lastFrameDuration * (2 ^ speedFactor) * motionUnit * dir.x);
target.y = target.y + (lastFrameDuration * (2 ^ speedFactor) * motionUnit * dir.y);
target.z = target.z + (lastFrameDuration * (2 ^ speedFactor) * motionUnit * dir.z);
}
ESRI.ArcGIS.GlobeCore.IGlobeViewUtil globeViewUtil = globeCamera as ESRI.ArcGIS.GlobeCore.IGlobeViewUtil;
double obsLat;
double obsLon;
double obsAlt;
double tarLat;
double tarLon;
double tarAlt;
globeViewUtil.GeocentricToGeographic(observer.x, observer.y, observer.z, out obsLon, out obsLat, out obsAlt);
globeViewUtil.GeocentricToGeographic(target.x, target.y, target.z, out tarLon, out tarLat, out tarAlt);
globeCamera.SetObserverLatLonAlt(obsLat, obsLon, obsAlt / 1000);
globeCamera.SetTargetLatLonAlt(tarLat, tarLon, tarAlt / 1000);
globeCamera.SetAccurateViewDirection(target.x - observer.x, target.y - observer.y, target.z - observer.z);
double rollAngle = 0;
if (speed > 0)
{
rollAngle = 10 * dXMouseNormal * Math.Abs(dXMouseNormal);
}
camera.RollAngle = rollAngle;
//Redraw the scene viewer
globeDisplay.RefreshViewers();
//Dispatch any waiting messages: OnMouseMove / OnMouseUp / OnKeyUp events
object objCancel = bCancel as object;
pMessageDispatcher.Dispatch(globeDisplay.ActiveViewer.hWnd, false, out objCancel);
//End flight if ESC key pressed
if (bCancel == true)
EndFlight();
}
while (inUse == true && bCancel == false);
bCancel = false;
}
