ecmascript:

function timeToPrepareMessage (value, timestamp)
{
	messageCounter++;
	newMessage[0] ='SolarAUV' + messageCounter; // set
	sendMessage = true; // send
	Browser.println ('[SolarAuvMessageScript] timeToPrepareMessage() complete:' + newMessage[0]);
}

          

X3D Tooltips element index: ExternProtoDeclare, field, fieldValue, Group, head, Inline, meta, NavigationInfo, ProtoInstance, ROUTE, Scene, Script, TimeSensor, Transform, Viewpoint, WorldInfo, X3D, plus documentation for accessType definitions, type definitions, XML data types, and field types

Event Graph ROUTE Table entries with 12 ROUTE connections total, showing X3D event-model relationships for this scene.

Each row shows an event cascade that may occur during a single timestamp interval between frame renderings, as part of the X3D execution model.

SolarAuvMessageSendClock TimeSensor cycleTime SFTime	→ ROUTE event to (1)	SolarAuvMessageScript Script timeToPrepareMessage SFTime	then	SolarAuvMessageScript Script newMessage MFString	→ ROUTE event to (2)	BuoyCommsGrid ProtoInstance set_textMessage MFString
			then	SolarAuvMessageScript Script sendMessage SFBool	→ ROUTE event to (2)	BuoyCommsGrid ProtoInstance sendMessage SFBool

line 147 ProtoInstance GridXZ

No direct ROUTE connection found for events to/from this node. This ProtoInstance contains SFNode/MFNode fieldValue declarations with direct access to other nodes, and thus has potential to produce run-time animation.

line 161 ProtoInstance CameraCompass36

No direct ROUTE connection found for events to/from this node. This ProtoInstance contains SFNode/MFNode fieldValue declarations with direct access to other nodes, and thus has potential to produce run-time animation.

BuoyCommsGrid ProtoInstance BuoyCommunicationsGrid

No direct ROUTE connection found for events to/from this node. This ProtoInstance contains SFNode/MFNode fieldValue declarations with direct access to other nodes, and thus has potential to produce run-time animation.

The following ROUTE chain begins an event-routing loop! Loop occurs at nodeDepth=3.   ROUTE MantaWaypointInterpolator.totalDuration TO MasterDvdClock.set_cycleInterval

MantaWaypointInterpolator ProtoInstance totalDuration SFTime

→ ROUTE event to (1)

MasterDvdClock ProtoInstance set_cycleInterval SFTime

then

MasterDvdClock ProtoInstance fraction_changed SFFloat

→ ROUTE event to (2)

MantaWaypointInterpolator ProtoInstance set_fraction SFFloat

then

MantaWaypointInterpolator ProtoInstance orientation_changed SFRotation

→ ROUTE event to (3)

MantaTransform Transform set_rotation SFRotation

then

MantaWaypointInterpolator ProtoInstance position_changed SFVec3f

→ ROUTE event to (3)

MantaTransform Transform set_translation SFVec3f

then

MantaWaypointInterpolator ProtoInstance position_changed SFVec3f

→ ROUTE event to (3)

BuoyCommsGrid ProtoInstance set_receiverPosition SFVec3f

then

MantaWaypointInterpolator ProtoInstance totalDuration SFTime

→ ROUTE event to (3)

MasterDvdClock ProtoInstance set_cycleInterval SFTime

then

MasterDvdClock ProtoInstance fraction_changed SFFloat

→ ROUTE event to (4)

MantaWaypointInterpolator ProtoInstance set_fraction SFFloat

then

MantaWaypointInterpolator ProtoInstance orientation_changed SFRotation

→ ROUTE event to (5)

MantaTransform Transform set_rotation SFRotation

then

MantaWaypointInterpolator ProtoInstance position_changed SFVec3f

→ ROUTE event to (5)

MantaTransform Transform set_translation SFVec3f

then

MantaWaypointInterpolator ProtoInstance position_changed SFVec3f

→ ROUTE event to (5)

BuoyCommsGrid ProtoInstance set_receiverPosition SFVec3f

then

MantaWaypointInterpolator ProtoInstance totalDuration SFTime

→ ROUTE event to (5)

MasterDvdClock ProtoInstance set_cycleInterval SFTime

then

MasterDvdClock ProtoInstance fraction_changed SFFloat

→ ROUTE event to (6)

MantaWaypointInterpolator ProtoInstance set_fraction SFFloat

then

MantaWaypointInterpolator ProtoInstance orientation_changed SFRotation

→ ROUTE event to (7)

MantaTransform Transform set_rotation SFRotation

then

MantaWaypointInterpolator ProtoInstance position_changed SFVec3f

→ ROUTE event to (7)

MantaTransform Transform set_translation SFVec3f

then

MantaWaypointInterpolator ProtoInstance position_changed SFVec3f

→ ROUTE event to (7)

BuoyCommsGrid ProtoInstance set_receiverPosition SFVec3f

then

MantaWaypointInterpolator ProtoInstance totalDuration SFTime

→ ROUTE event to (7)

MasterDvdClock ProtoInstance set_cycleInterval SFTime

then

MasterDvdClock ProtoInstance fraction_changed SFFloat

→ ROUTE event to (8)

MantaWaypointInterpolator ProtoInstance set_fraction SFFloat

then

MasterDvdClock ProtoInstance fraction_changed SFFloat

→ ROUTE event to (8)

SolarAuvWaypointInterpolator ProtoInstance set_fraction SFFloat

then

MasterDvdClock ProtoInstance fraction_changed SFFloat

→ ROUTE event to (6)

SolarAuvWaypointInterpolator ProtoInstance set_fraction SFFloat

then

SolarAuvWaypointInterpolator ProtoInstance orientation_changed SFRotation

→ ROUTE event to (7)

SolarAuvTransform Transform set_rotation SFRotation

then

SolarAuvWaypointInterpolator ProtoInstance position_changed SFVec3f

→ ROUTE event to (7)

SolarAuvTransform Transform set_translation SFVec3f

then

SolarAuvWaypointInterpolator ProtoInstance position_changed SFVec3f

→ ROUTE event to (7)

BuoyCommsGrid ProtoInstance set_senderPosition SFVec3f

then

MasterDvdClock ProtoInstance fraction_changed SFFloat

→ ROUTE event to (4)

SolarAuvWaypointInterpolator ProtoInstance set_fraction SFFloat

then

SolarAuvWaypointInterpolator ProtoInstance orientation_changed SFRotation

→ ROUTE event to (5)

SolarAuvTransform Transform set_rotation SFRotation

then

SolarAuvWaypointInterpolator ProtoInstance position_changed SFVec3f

→ ROUTE event to (5)

SolarAuvTransform Transform set_translation SFVec3f

then

SolarAuvWaypointInterpolator ProtoInstance position_changed SFVec3f

→ ROUTE event to (5)

BuoyCommsGrid ProtoInstance set_senderPosition SFVec3f

then

MasterDvdClock ProtoInstance fraction_changed SFFloat

→ ROUTE event to (2)

SolarAuvWaypointInterpolator ProtoInstance set_fraction SFFloat

then

SolarAuvWaypointInterpolator ProtoInstance orientation_changed SFRotation

→ ROUTE event to (3)

SolarAuvTransform Transform set_rotation SFRotation

then

SolarAuvWaypointInterpolator ProtoInstance position_changed SFVec3f

→ ROUTE event to (3)

SolarAuvTransform Transform set_translation SFVec3f

then

SolarAuvWaypointInterpolator ProtoInstance position_changed SFVec3f

→ ROUTE event to (3)

BuoyCommsGrid ProtoInstance set_senderPosition SFVec3f

MantaWaypointInterpolator ProtoInstance position_changed SFVec3f

→ ROUTE event to (1)

MantaTransform Transform set_translation SFVec3f

MantaWaypointInterpolator ProtoInstance orientation_changed SFRotation

→ ROUTE event to (1)

MantaTransform Transform set_rotation SFRotation

MantaWaypointInterpolator ProtoInstance position_changed SFVec3f

→ ROUTE event to (1)

BuoyCommsGrid ProtoInstance set_receiverPosition SFVec3f

The following ROUTE chain begins an event-routing loop! Loop occurs at nodeDepth=3.   ROUTE MasterDvdClock.fraction_changed TO MantaWaypointInterpolator.set_fraction

MasterDvdClock ProtoInstance fraction_changed SFFloat

→ ROUTE event to (1)

MantaWaypointInterpolator ProtoInstance set_fraction SFFloat

then

MantaWaypointInterpolator ProtoInstance orientation_changed SFRotation

→ ROUTE event to (2)

MantaTransform Transform set_rotation SFRotation

then

MantaWaypointInterpolator ProtoInstance position_changed SFVec3f

→ ROUTE event to (2)

MantaTransform Transform set_translation SFVec3f

then

MantaWaypointInterpolator ProtoInstance position_changed SFVec3f

→ ROUTE event to (2)

BuoyCommsGrid ProtoInstance set_receiverPosition SFVec3f

then

MantaWaypointInterpolator ProtoInstance totalDuration SFTime

→ ROUTE event to (2)

MasterDvdClock ProtoInstance set_cycleInterval SFTime

then

MasterDvdClock ProtoInstance fraction_changed SFFloat

→ ROUTE event to (3)

MantaWaypointInterpolator ProtoInstance set_fraction SFFloat

then

MantaWaypointInterpolator ProtoInstance orientation_changed SFRotation

→ ROUTE event to (4)

MantaTransform Transform set_rotation SFRotation

then

MantaWaypointInterpolator ProtoInstance position_changed SFVec3f

→ ROUTE event to (4)

MantaTransform Transform set_translation SFVec3f

then

MantaWaypointInterpolator ProtoInstance position_changed SFVec3f

→ ROUTE event to (4)

BuoyCommsGrid ProtoInstance set_receiverPosition SFVec3f

then

MantaWaypointInterpolator ProtoInstance totalDuration SFTime

→ ROUTE event to (4)

MasterDvdClock ProtoInstance set_cycleInterval SFTime

then

MasterDvdClock ProtoInstance fraction_changed SFFloat

→ ROUTE event to (5)

MantaWaypointInterpolator ProtoInstance set_fraction SFFloat

then

MantaWaypointInterpolator ProtoInstance orientation_changed SFRotation

→ ROUTE event to (6)

MantaTransform Transform set_rotation SFRotation

then

MantaWaypointInterpolator ProtoInstance position_changed SFVec3f

→ ROUTE event to (6)

MantaTransform Transform set_translation SFVec3f

then

MantaWaypointInterpolator ProtoInstance position_changed SFVec3f

→ ROUTE event to (6)

BuoyCommsGrid ProtoInstance set_receiverPosition SFVec3f

then

MantaWaypointInterpolator ProtoInstance totalDuration SFTime

→ ROUTE event to (6)

MasterDvdClock ProtoInstance set_cycleInterval SFTime

then

MasterDvdClock ProtoInstance fraction_changed SFFloat

→ ROUTE event to (7)

MantaWaypointInterpolator ProtoInstance set_fraction SFFloat

then

MantaWaypointInterpolator ProtoInstance orientation_changed SFRotation

→ ROUTE event to (8)

MantaTransform Transform set_rotation SFRotation

then

MantaWaypointInterpolator ProtoInstance position_changed SFVec3f

→ ROUTE event to (8)

MantaTransform Transform set_translation SFVec3f

then

MantaWaypointInterpolator ProtoInstance position_changed SFVec3f

→ ROUTE event to (8)

BuoyCommsGrid ProtoInstance set_receiverPosition SFVec3f

then

MantaWaypointInterpolator ProtoInstance totalDuration SFTime

→ ROUTE event to (8)

MasterDvdClock ProtoInstance set_cycleInterval SFTime

then

MasterDvdClock ProtoInstance fraction_changed SFFloat

→ ROUTE event to (7)

SolarAuvWaypointInterpolator ProtoInstance set_fraction SFFloat

then

SolarAuvWaypointInterpolator ProtoInstance orientation_changed SFRotation

→ ROUTE event to (8)

SolarAuvTransform Transform set_rotation SFRotation

then

SolarAuvWaypointInterpolator ProtoInstance position_changed SFVec3f

→ ROUTE event to (8)

SolarAuvTransform Transform set_translation SFVec3f

then

SolarAuvWaypointInterpolator ProtoInstance position_changed SFVec3f

→ ROUTE event to (8)

BuoyCommsGrid ProtoInstance set_senderPosition SFVec3f

then

MasterDvdClock ProtoInstance fraction_changed SFFloat

→ ROUTE event to (5)

SolarAuvWaypointInterpolator ProtoInstance set_fraction SFFloat

then

SolarAuvWaypointInterpolator ProtoInstance orientation_changed SFRotation

→ ROUTE event to (6)

SolarAuvTransform Transform set_rotation SFRotation

then

SolarAuvWaypointInterpolator ProtoInstance position_changed SFVec3f

→ ROUTE event to (6)

SolarAuvTransform Transform set_translation SFVec3f

then

SolarAuvWaypointInterpolator ProtoInstance position_changed SFVec3f

→ ROUTE event to (6)

BuoyCommsGrid ProtoInstance set_senderPosition SFVec3f

then

MasterDvdClock ProtoInstance fraction_changed SFFloat

→ ROUTE event to (3)

SolarAuvWaypointInterpolator ProtoInstance set_fraction SFFloat

then

SolarAuvWaypointInterpolator ProtoInstance orientation_changed SFRotation

→ ROUTE event to (4)

SolarAuvTransform Transform set_rotation SFRotation

then

SolarAuvWaypointInterpolator ProtoInstance position_changed SFVec3f

→ ROUTE event to (4)

SolarAuvTransform Transform set_translation SFVec3f

then

SolarAuvWaypointInterpolator ProtoInstance position_changed SFVec3f

→ ROUTE event to (4)

BuoyCommsGrid ProtoInstance set_senderPosition SFVec3f

MasterDvdClock ProtoInstance fraction_changed SFFloat

→ ROUTE event to (1)

SolarAuvWaypointInterpolator ProtoInstance set_fraction SFFloat

then

SolarAuvWaypointInterpolator ProtoInstance orientation_changed SFRotation

→ ROUTE event to (2)

SolarAuvTransform Transform set_rotation SFRotation

then

SolarAuvWaypointInterpolator ProtoInstance position_changed SFVec3f

→ ROUTE event to (2)

SolarAuvTransform Transform set_translation SFVec3f

then

SolarAuvWaypointInterpolator ProtoInstance position_changed SFVec3f

→ ROUTE event to (2)

BuoyCommsGrid ProtoInstance set_senderPosition SFVec3f

SeaWebBuoy0 ProtoInstance SeaWebBuoy

No direct ROUTE connection found for events to/from this node. This ProtoInstance contains SFNode/MFNode fieldValue declarations with direct access to other nodes, and thus has potential to produce run-time animation.

SeaWebBuoy1 ProtoInstance SeaWebBuoy

No direct ROUTE connection found for events to/from this node. This ProtoInstance contains SFNode/MFNode fieldValue declarations with direct access to other nodes, and thus has potential to produce run-time animation.

SeaWebBuoy10 ProtoInstance SeaWebBuoy

No direct ROUTE connection found for events to/from this node. This ProtoInstance contains SFNode/MFNode fieldValue declarations with direct access to other nodes, and thus has potential to produce run-time animation.

SeaWebBuoy11 ProtoInstance SeaWebBuoy

No direct ROUTE connection found for events to/from this node. This ProtoInstance contains SFNode/MFNode fieldValue declarations with direct access to other nodes, and thus has potential to produce run-time animation.

SeaWebBuoy12 ProtoInstance SeaWebBuoy

No direct ROUTE connection found for events to/from this node. This ProtoInstance contains SFNode/MFNode fieldValue declarations with direct access to other nodes, and thus has potential to produce run-time animation.

SeaWebBuoy13 ProtoInstance SeaWebBuoy

No direct ROUTE connection found for events to/from this node. This ProtoInstance contains SFNode/MFNode fieldValue declarations with direct access to other nodes, and thus has potential to produce run-time animation.

SeaWebBuoy14 ProtoInstance SeaWebBuoy

No direct ROUTE connection found for events to/from this node. This ProtoInstance contains SFNode/MFNode fieldValue declarations with direct access to other nodes, and thus has potential to produce run-time animation.

SeaWebBuoy15 ProtoInstance SeaWebBuoy

No direct ROUTE connection found for events to/from this node. This ProtoInstance contains SFNode/MFNode fieldValue declarations with direct access to other nodes, and thus has potential to produce run-time animation.

SeaWebBuoy2 ProtoInstance SeaWebBuoy

No direct ROUTE connection found for events to/from this node. This ProtoInstance contains SFNode/MFNode fieldValue declarations with direct access to other nodes, and thus has potential to produce run-time animation.

SeaWebBuoy3 ProtoInstance SeaWebBuoy

No direct ROUTE connection found for events to/from this node. This ProtoInstance contains SFNode/MFNode fieldValue declarations with direct access to other nodes, and thus has potential to produce run-time animation.

SeaWebBuoy4 ProtoInstance SeaWebBuoy

No direct ROUTE connection found for events to/from this node. This ProtoInstance contains SFNode/MFNode fieldValue declarations with direct access to other nodes, and thus has potential to produce run-time animation.

SeaWebBuoy5 ProtoInstance SeaWebBuoy

No direct ROUTE connection found for events to/from this node. This ProtoInstance contains SFNode/MFNode fieldValue declarations with direct access to other nodes, and thus has potential to produce run-time animation.

SeaWebBuoy6 ProtoInstance SeaWebBuoy

No direct ROUTE connection found for events to/from this node. This ProtoInstance contains SFNode/MFNode fieldValue declarations with direct access to other nodes, and thus has potential to produce run-time animation.

SeaWebBuoy7 ProtoInstance SeaWebBuoy

No direct ROUTE connection found for events to/from this node. This ProtoInstance contains SFNode/MFNode fieldValue declarations with direct access to other nodes, and thus has potential to produce run-time animation.

SeaWebBuoy8 ProtoInstance SeaWebBuoy

No direct ROUTE connection found for events to/from this node. This ProtoInstance contains SFNode/MFNode fieldValue declarations with direct access to other nodes, and thus has potential to produce run-time animation.

SeaWebBuoy9 ProtoInstance SeaWebBuoy

No direct ROUTE connection found for events to/from this node. This ProtoInstance contains SFNode/MFNode fieldValue declarations with direct access to other nodes, and thus has potential to produce run-time animation.

			SolarAuvWaypointInterpolator ProtoInstance position_changed SFVec3f	→ ROUTE event to (1)	SolarAuvTransform Transform set_translation SFVec3f
SolarAuvWaypointInterpolator ProtoInstance orientation_changed SFRotation	→ ROUTE event to (1)	SolarAuvTransform Transform set_rotation SFRotation
SolarAuvWaypointInterpolator ProtoInstance position_changed SFVec3f	→ ROUTE event to (1)	BuoyCommsGrid ProtoInstance set_senderPosition SFVec3f

<!-- Online at
https://www.web3d.org/x3d/content/examples/Savage/CommunicationsAndSensors/SeaWeb/BuoyCommunicationsGridExampleIndex.html -->
<!-- Version control at
https://sourceforge.net/p/x3d/code/HEAD/tree/www.web3d.org/x3d/content/examples/Savage/CommunicationsAndSensors/SeaWeb/BuoyCommunicationsGridExample.x3d -->