ecmascript:

function initialize ()
{
	size = new SFVec3f(100, 100, 100) ;
	Browser.println ('TransmitScript initialize() complete') ;
}

// function name matches eventIn variable name ('hour')
// hourValue captures the new value of the ROUTE hour event
// minutes is just the current field value

function transState (newValue, timestamp)
{
	transmitState = newValue ;
	if (transmitState == 3) {
		size = new SFVec3f(10, 10, 10) ;
	}
	else {
		size = new SFVec3f(100, 100, 100) ;
	}
	Browser.println ('size	= ' + size) ;
}

          

            
ecmascript:

function initialize ()
{
	size = new SFVec3f(100, 100, 100) ;
	Browser.println ('TransmitScript initialize() complete') ;
}

// function name matches eventIn variable name ('hour')
// hourValue captures the new value of the ROUTE hour event
// minutes is just the current field value

function transState (newValue, timestamp)
{
	transmitState = newValue ;
	if (transmitState == 3) {
		size = new SFVec3f(10, 10, 10) ;
	}
	else {
		size = new SFVec3f(100, 100, 100) ;
	}
	Browser.println ('size	= ' + size) ;
}

          

            
ecmascript:

function initialize ()
{
	Browser.println ('TSSR1	=' + TSSR1Location) ;
	Browser.println ('TSSR2	=' + TSSR2Location) ;
	Browser.println ('TransmitScript initialize() complete') ;
	active = true ;
	TSSR1_XZangle	= new SFRotation(0, 1, 0, 0) ;
	TSSR2_XZangle	= new SFRotation(0, 1, 0, 0) ;
	TSSR1_XYangle	= new SFRotation(0, 0, 1, 0) ;
	TSSR2_XYangle	= new SFRotation(0, 0, 1, 0) ;

	beamScale		= new SFVec3f ( ) ;
	ViewpointLocation	= new SFVec3f ( ) ;
	ViewpointAngle		= new SFRotation(0, 1, 0, 0) ;

	TSSR1_RXState	= 0 ;
	TSSR1_TXState	= 2 ;
	TSSR2_RXState	= 0 ;
	TSSR2_TXState	= 1 ;
	TSSR1ToTSSR2Link	= true;
	TSSR2ToTSSR1Link	= true;
	DistanceAcceptable	= true ;

	compute(active) ;
}

function TSSR1_receiverState(newValue, timestamp) {
	TSSR1_RXState = newValue ;
	computeLink( ) ;
}

function TSSR2_transmitState(newValue, timestamp) {
	TSSR2_TXState = newValue ;
	computeLink( ) ;
}

function TSSR2_receiverState(newValue, timestamp) {
	TSSR2_RXState = newValue ;
	computeLink( ) ;
}

function TSSR1_transmitState(newValue, timestamp) {
	TSSR1_TXState = newValue ;
	computeLink( ) ;
}

function computeLink( )
{
	if ((TSSR2_TXState ==2) && (DistanceAcceptable)) {
		beamLengthLink2 	= distance - 2 ;
		if (TSSR1_RXState == 2) {
			TSSR2ToTSSR1Link = true ;
		}
		else
		{
			TSSR2ToTSSR1Link = false ;
		}
	}
	else if ((TSSR2_TXState < 2) && (DistanceAcceptable)) {
		beamLengthLink2 	= 5 ;
		TSSR2ToTSSR1Link = false ;
	}
	if ((TSSR1_TXState ==2) && (DistanceAcceptable)) {
		beamLengthLink1 	= distance - 2 ;
		if (TSSR2_RXState == 2) {
			TSSR1ToTSSR2Link = true ;
		}
		else
		{
			TSSR1ToTSSR2Link = false ;
		}
	}
	else if ((TSSR1_TXState < 2) && (DistanceAcceptable)) {
		beamLengthLink1 	= 5 ;
		TSSR1ToTSSR2Link = false ;
	}
}


function compute ( )
{
	computeDistance( ) ;
	computeXZangle( );
	ViewpointLocation[0] = TSSR1Location[0] ;
	ViewpointLocation[1] = TSSR1Location[1] + 4;
	ViewpointLocation[2] = TSSR1Location[2] ;
	Browser.println ('ViewpointLocation	=' + ViewpointLocation) ;
	ViewpointAngle[3] = TSSR1_XZangle[3] - Math.PI/2;
	Browser.println ('ViewpointAngle	=' + ViewpointAngle) ;
	computeXYangle( ) ;
}

function computeDistance( )
{
	Browser.println ('TSSR1	=' + TSSR1Location) ;
	Browser.println ('TSSR2	=' + TSSR2Location) ;
	deltaX 	= (TSSR2Location[0] - TSSR1Location[0]) ;
	deltaY 	= (TSSR2Location[1] - TSSR1Location[1]) ;
	deltaZ 	= (TSSR2Location[2] - TSSR1Location[2]) ;
	distanceSquared	= deltaX * deltaX + deltaY * deltaY + deltaZ * deltaZ ;
	Browser.println ('Distance Squared	=' + distanceSquared) ;
	distance 	= Math.sqrt(distanceSquared) ;
	Browser.println ('Distance	=' + distance) ;

	beamScale[0] 	= distance/10;
	beamScale[1]	= 5;
	beamScale[2]	= 5;
	Browser.println ('BeamScale	=' + beamScale) ;
	if (distance > 5000/.6) {
		DistanceAcceptable = false;
		beamLength = 5000;
	}
	else {
		DistanceAcceptable = true ;
	}
}

function computeXZangle( )
{
	if (deltaZ == 0) {
		deltaZ = .00000001 ;
	}

	angle 	= Math.atan(deltaX/deltaZ) ;
	if (deltaZ < 0) {
		TSSR1_XZangle[3] = angle + Math.PI/2;
	}
	else {
		TSSR1_XZangle[3] = angle -  Math.PI/2;
	}
	TSSR2_XZangle[3]  = TSSR1_XZangle[3] +  Math.PI;

	Browser.println ('Angle	=' + TSSR1_XZangle[3]) ;
	Browser.println ('Angle2	=' + TSSR2_XZangle[3]) ;
}

function computeXYangle( )
{
	angle 	= Math.asin(deltaY/distance) ;
	TSSR1_XYangle[3] = angle ;
	TSSR2_XYangle[3]  = - TSSR1_XYangle[3];

	Browser.println ('AngleXY	=' + TSSR1_XYangle[3]) ;
	Browser.println ('Angle2XY	=' + TSSR2_XYangle[3]) ;
}