• derived nodes inherit all messages from their base classes
  
• see reset method for default settings
  
• this node can also be created with the aliases: transform, ygSimpleTransform, and simpleTransform
  
• the orientation message is measured in degrees and allows you to control the heading, pitch, and roll of the child node
  
• creates a pfDCS and maintains network state with a pfCoord for translation and rotation and a pfVec3 for size
  

constructor ygTransform

1 create new pfDCS and set as pfnode
2 create a simple unreliable coordinate network key
3 dont include in documentation
4 dont include in documentation
5 register changed event

destructor ~ygTransform

method reset

1 if net master then set matrix to identity

1.1 reset update interval
1.2 reset last update timer

method message

1 set the translational component
2 set the rotational component applied before translation
3 set the scaling component
4 set the time interval to update remote users

method getMatrix

method getPosition

method getOrientation

method getSize

method setMatrix

method setPosition

method setOrientation

method setSize

method setSize

method app

1 adjust debug display

1.1 if bounding sphere or size has changed then update debug

2 if net master

2.1 if update interval has passed then

2.1.1 if network coord has changed then

2.1.1.1 indicate message changed
2.1.1.2 if unchanged counter is positive then

2.1.1.2.1 if counter is over threshold then set unreliable
2.1.1.2.2 set counter to zero

2.1.1.3 else initialize counter over threshold

2.1.2 else if counter is under threshold then increment
2.1.3 else if counter is at threshold then set reliable
2.1.4 if network size has changed then

2.1.4.1 indicate message changed
2.1.4.2 if unchanged counter is positive then

2.1.4.2.1 if counter is over threshold then set unreliable
2.1.4.2.2 set counter to zero

2.1.4.3 else initialize counter over threshold

2.1.5 else if counter is under threshold then increment
2.1.6 else if counter is at threshold then set reliable

2.1.1 the transform has changed

method setTransform

method createDebugNode

1 create cone geoset
2 create axis geoset

method setDebugCoords

1 CONE_LENGTH = sqrt(CONE_RADIUS^2 + CONE_RADIUS^2)/2
2 cone vertices
3 axis vertices