public static void Update(float dt)
{
AnimationFrame currentFrame = null;
AnimationFrame resultFrame = null;
AnimationFrame nextFrame = null;
switch (m_State)
{
case State.Animating:
// animating so we only need to worry about the current ani
m_CurrentAnimation.Update(dt);
resultFrame = m_CurrentAnimation.GetCurrentFrame();
if (m_CurrentAnimation.Finished)
{
// get the blender to use
m_Blender = GetNextBlender();
m_Blender.Start();
// get the next animation we can blend to
m_NextAnimation = GetNextAnimation();
m_NextAnimation.Start();
// Assign the satellite devices their pattern
// parameters and launch the transmission in a new thread
SatelliteDevices.SetSatelliteParameters(m_NextAnimation.GenerateSatelliteParameters());
Thread thread = new Thread(new ThreadStart(SatelliteDevices.UpdateSatellites));
thread.IsBackground = true;
thread.Start();
//SatelliteDevices.UpdateSatellites();
m_State = State.Blending;
}
break;
case State.Blending:
// update both anis since we're blending between the two
m_CurrentAnimation.Update(dt);
m_NextAnimation.Update(dt);
currentFrame = m_CurrentAnimation.GetCurrentFrame();
nextFrame = m_NextAnimation.GetCurrentFrame();
resultFrame = m_Blender.Calculate(dt, currentFrame, nextFrame);
if (m_Blender.Finished)
{
// done blending the current to next. Next now is current.
m_State = State.Animating;
m_CurrentAnimation.Stop();
m_CurrentAnimation = m_NextAnimation;
}
break;
}
// let the dome know about the new frame
Dome.SetFrame(resultFrame);
}
static AnimationManager()
{
m_Random = new Random(Environment.TickCount);
m_Blender = new Linear();
//InitBlenderList();
InitAnimationList();
// assume there is at least two animations
m_CurrentAnimation = m_AnimationList[0];
m_NextAnimation = m_AnimationList[1];
}
static AnimationManager()
{
m_Random = new Random(Environment.TickCount);
m_Blender = new Linear();
//InitBlenderList();
InitAnimationList();
// assume there is at least two animations
m_CurrentAnimation = m_AnimationList[0];
m_NextAnimation = m_AnimationList[1];
MainForm.ConsoleWriteLine("AM: Loading '" + m_CurrentAnimation.Name + "'");
}
public static void Update(float dt)
{
AnimationFrame currentFrame = null;
AnimationFrame resultFrame = null;
AnimationFrame nextFrame = null;
switch (m_State)
{
case State.Animating:
// animating so we only need to worry about the current ani
m_CurrentAnimation.Update(dt);
resultFrame = m_CurrentAnimation.GetCurrentFrame();
if (m_CurrentAnimation.Finished)
{
// get the blender to use
m_Blender = GetNextBlender();
m_Blender.Start();
// get the next animation we can blend to
m_NextAnimation = GetNextAnimation();
m_NextAnimation.Start();
m_State = State.Blending;
}
break;
case State.Blending:
// update both anis since we're blending between the two
m_CurrentAnimation.Update(dt);
m_NextAnimation.Update(dt);
currentFrame = m_CurrentAnimation.GetCurrentFrame();
nextFrame = m_NextAnimation.GetCurrentFrame();
resultFrame = m_Blender.Calculate(dt, currentFrame, nextFrame);
if (m_Blender.Finished)
{
// done blending the current to next. Next now is current.
m_State = State.Animating;
m_CurrentAnimation.Stop();
m_CurrentAnimation = m_NextAnimation;
}
break;
}
// let the dome know about the new frame
Dome.SetFrame(resultFrame);
}
public static void SetSatelliteParameters(Animation.SatelliteParameters parameters)
{
m_XBeePacketData[0] = Convert.ToByte('p');
m_XBeePacketData[1] = parameters.pattern;
m_XBeePacketData[2] = parameters.r;
m_XBeePacketData[3] = parameters.g;
m_XBeePacketData[4] = parameters.b;
m_XBeePacketData[5] = parameters.param0;
m_XBeePacketData[6] = parameters.param1;
m_XBeePacketData[7] = parameters.param2;
}
