public void Invoke(object sender, System.Timers.ElapsedEventArgs notUsed)
{
ParamTimer tmr = sender as ParamTimer;
tmr.Stop();
Model3DParams mp = tmr.DictParams as Model3DParams;
Delegate method = mp.Processor;
Dispatcher.BeginInvoke(method, new object[] { tmr, mp });
}
public FrequentMessage Offset(double x, double y, double z, double duration, bool isParallel)
{
if (IsHostReady)
{
FrequentMessage msg = Create(hostVisual.Invoke, null, 0, isParallel);
Model3DParams mp = new Model3DParams();
mp.OffsetVector = new Vector3D(x / duration * msg.Interval, y / duration * msg.Interval, z / duration * msg.Interval);
mp.OriginPosition = hostVisual.OriginPosition;
mp.Remains = duration;
mp.Interval = msg.Interval;
mp.Processor = new VoidDictInvokes(ProceedOffset);
msg.Parameters = mp;
return((FrequentMessage)Add(msg));
}
return(null);
}
public override FrequentMessage Offset(double x, double y, double z, double duration, bool isParallel)
{
if (IsHostReady)
{
FrequentMessage msg = Create(hostVisual.Invoke, null, 0, isParallel);
Model3DParams mp = new Model3DParams();
mp.OffsetVector = new Vector3D(x / duration * msg.Interval, y / duration * msg.Interval, z / duration * msg.Interval);
mp.OriginPosition = hostVisual.OriginPosition;
mp.Remains = duration;
mp.Interval = msg.Interval;
mp.Processor = new VoidDictInvokes(ProceedOffset);
msg.Parameters = mp;
return (FrequentMessage)Add(msg);
}
return null;
}
public FrequentMessage Rotate(double axisX, double axisY, double axisZ, double duration, bool isParallel)
{
if (IsHostReady)
{
FrequentMessage msg = Create(hostVisual.Invoke, null, 0, isParallel);
Model3DParams mp = new Model3DParams();
msg.Parameters = mp;
mp.StepX = axisX / duration * msg.Interval;
mp.StepY = axisY / duration * msg.Interval;
mp.StepZ = axisZ / duration * msg.Interval;
mp.Interval = msg.Interval;
mp.Remains = duration;
mp.Processor = new VoidDictInvokes(ProceedRotate);
return((FrequentMessage)Add(msg));
}
return(null);
}
public override FrequentMessage Rotate(double axisX, double axisY, double axisZ, double duration, bool isParallel)
{
if (IsHostReady)
{
FrequentMessage msg = Create(hostVisual.Invoke, null, 0, isParallel);
Model3DParams mp = new Model3DParams();
msg.Parameters = mp;
mp.StepX = axisX / duration * msg.Interval;
mp.StepY = axisY / duration * msg.Interval;
mp.StepZ = axisZ / duration * msg.Interval;
mp.Interval = msg.Interval;
mp.Remains = duration;
mp.Processor = new VoidDictInvokes(ProceedRotate);
return (FrequentMessage)Add(msg);
}
return null;
}
protected void ProceedOffset(object sender, Model3DParams mp)
{
ParamTimer tmr = (ParamTimer)sender;
if (IsHostReady)
{
double remains = mp.Remains;
double interval = mp.Interval;
mp.Remains = remains - interval;
FrequentMessage msg = (FrequentMessage)tmr.Param;
hostVisual.Transform = MatrixHelper.Offset(hostVisual.Transform, mp.OffsetVector.X, mp.OffsetVector.Y, mp.OffsetVector.Z);
if (remains > interval)
{
tmr.Start();
}
else
{
msg.Release();
}
}
}
void ProceedOffset(object sender, Model3DParams mp)
{
ParamTimer tmr = (ParamTimer)sender;
if (IsHostReady)
{
double remains = mp.Remains;
double interval = mp.Interval;
mp.Remains = remains - interval;
FrequentMessage msg = (FrequentMessage)tmr.Param;
hostVisual.Transform = MatrixHelper.Offset(hostVisual.Transform, mp.OffsetVector.X, mp.OffsetVector.Y, mp.OffsetVector.Z);
if (remains > interval)
{
tmr.Start();
}
else
{
msg.Release();
}
}
}
void ProceedRotate(object sender, Model3DParams mp)
{
ParamTimer tmr = (ParamTimer)sender;
if (IsHostReady)
{
double remains = mp.Remains;
double interval = mp.Interval;
mp.Remains = remains - interval;
FrequentMessage msg = (FrequentMessage)tmr.Param;
hostVisual.Transform = MatrixHelper.Rotate3D(hostVisual.Transform, mp.StepX, mp.StepY, mp.StepZ, hostVisual.OriginPosition, hostVisual.OriginUpDir, hostVisual.OriginLookDir, MatrixHelper.RotationType.LockAxisY);
if (remains > interval)
{
tmr.Start();
}
else
{
msg.Release();
}
}
}
protected void ProceedRotate(object sender, Model3DParams mp)
{
ParamTimer tmr = (ParamTimer)sender;
if (IsHostReady)
{
double remains = mp.Remains;
double interval = mp.Interval;
mp.Remains = remains - interval;
FrequentMessage msg = (FrequentMessage)tmr.Param;
hostVisual.Transform = MatrixHelper.Rotate3D(hostVisual.Transform, mp.StepX, mp.StepY, mp.StepZ, hostVisual.OriginPosition, hostVisual.OriginUpDir, hostVisual.OriginLookDir, MatrixHelper.RotationType.LockAxisY);
if (remains > interval)
{
tmr.Start();
}
else
{
msg.Release();
}
}
}
