{ "X3D": { "encoding":"UTF-8", "@profile":"Immersive", "@version":"3.0", "@xsd:noNamespaceSchemaLocation":"https://www.web3d.org/specifications/x3d-3.0.xsd", "JSON schema":"https://www.web3d.org/specifications/x3d-4.0-JSONSchema.autogenerated.json", "head": { "component": [ { "@name":"DIS", "@level":1 } ], "meta": [ { "@name":"title", "@content":"TSSRPairPrototypeWithDIS.x3d" }, { "@name":"description", "@content":"A pair of Tropo Satellite Support Radios (TSSR) used for short-range (< 20 miles) point-to-point SHF communication. The system designed to support remote equipment and users by replacing long cable runs." }, { "@name":"creator", "@content":"Mike Hunsberger" }, { "@name":"created", "@content":"1 May 2001" }, { "@name":"modified", "@content":"20 October 2019" }, { "@name":"warning", "@content":"upgrade ViewpointGroup" }, { "@name":"identifier", "@content":"https://www.web3d.org/x3d/content/examples/Savage/CommunicationsAndSensors/TSSR/TSSRPairPrototypeWithDIS.x3d" }, { "@name":"generator", "@content":"X3D-Edit 3.2, https://www.web3d.org/x3d/tools/X3D-Edit" }, { "@name":"license", "@content":"../../license.html" }, { "@name":"translated", "@content":"21 April 2026" }, { "@name":"generator", "@content":"X3dToJson.xslt, https://www.web3d.org/x3d/stylesheets/X3dToJson.html" }, { "@name":"reference", "@content":"X3D JSON encoding: https://www.web3d.org/wiki/index.php/X3D_JSON_Encoding" } ] }, "Scene": { "-children":[ { "#comment":"ExternProtoDeclare definitions must be included verbatim" }, { "ExternProtoDeclare": { "@name":"BeamCylinder", "@appinfo":"Produce wireframe or transparent beam cylinders. Typical uses include propeller/thruster water flow or line-of-sight sonar/radar/light beams. Negative range values invert base and apex at same relative location. Default: beam with apex at (0 0 0) and base of radius 1 in x-z plane at (1 0 0).", "@url":["../../CommunicationsAndSensors/Beam/BeamCylinderPrototype.x3d#BeamCylinder","https://www.web3d.org/x3d/content/examples/Savage/CommunicationsAndSensors/Beam/BeamCylinderPrototype.x3d#BeamCylinder","../../CommunicationsAndSensors/Beam/BeamCylinderPrototype.wrl#BeamCylinder","https://www.web3d.org/x3d/content/examples/Savage/CommunicationsAndSensors/Beam/BeamCylinderPrototype.wrl#BeamCylinder"], "field": [ { "@name":"name", "@accessType":"initializeOnly", "@appinfo":"Assigning a name to a BeamCylinder aids tracing", "@type":"SFString" }, { "@name":"contact", "@accessType":"inputOnly", "@appinfo":"(communications) is transmitted signal in contact with receiver or (sensor) is a target return detected?", "@type":"SFBool" }, { "@name":"range", "@accessType":"inputOnly", "@appinfo":"distance in meters along x axis", "@type":"SFFloat" }, { "@name":"defaultRange", "@accessType":"initializeOnly", "@appinfo":"distance in meters used until eventIn range sent", "@type":"SFFloat" }, { "@name":"wireframe", "@accessType":"initializeOnly", "@appinfo":"whether wireframe beam is drawn", "@type":"SFBool" }, { "@name":"solid", "@accessType":"initializeOnly", "@appinfo":"whether solid beam is drawn", "@type":"SFBool" }, { "@name":"beamHeight", "@accessType":"initializeOnly", "@appinfo":"meters across vertical y axis", "@type":"SFFloat" }, { "@name":"beamWidth", "@accessType":"initializeOnly", "@appinfo":"meters across horizontal z axis", "@type":"SFFloat" }, { "@name":"contactColor", "@accessType":"initializeOnly", "@appinfo":"rendering color when contact=true", "@type":"SFColor" }, { "@name":"noContactColor", "@accessType":"initializeOnly", "@appinfo":"rendering color when contact=false", "@type":"SFColor" }, { "@name":"transparency", "@accessType":"inputOutput", "@appinfo":"1 = fully transparent wireframe only", "@type":"SFFloat" } ], "-children":[ { "#comment":"eventIn, eventOut and field semantics must be retained due to exposedField not being allowed in VRML 97 scripts (unfortunately)" } ] } }, { "ExternProtoDeclare": { "@name":"ViewpointGroup", "@appinfo":"warning: developmental prototype for X3D v3.2 node do not override native support!", "@url":["../../../Basic/development/ViewpointGroupPrototype.x3d#ViewpointGroup","https://www.web3d.org/x3d/content/examples/Basic/development/ViewpointGroupPrototype.x3d#ViewpointGroup","../../../Basic/development/ViewpointGroupPrototype.wrl#ViewpointGroup","https://www.web3d.org/x3d/content/examples/Basic/development/ViewpointGroupPrototype.wrl#ViewpointGroup"], "field": [ { "@name":"children", "@accessType":"inputOutput", "@appinfo":"[Viewpoint | ViewpointGroup] only", "@type":"MFNode" }, { "@name":"description", "@accessType":"inputOutput", "@appinfo":"Text description or navigation hint to be displayed for this ViewpointGroup.", "@type":"SFString" }, { "@name":"displayed", "@accessType":"inputOutput", "@appinfo":"Whether this ViewpointGroup description is displayed in current viewpoint list.", "@type":"SFBool" }, { "@name":"center", "@accessType":"inputOutput", "@appinfo":"Position offset from origin of local coordinate system.", "@type":"SFVec3f" }, { "@name":"radius", "@accessType":"initializeOnly", "@appinfo":"[0..infinity) Radius in meters of Proximity box within which the ViewpointGroup is usable and displayed on the viewpoint list.", "@type":"SFFloat" }, { "@name":"set_radius", "@accessType":"inputOnly", "@appinfo":"[0..infinity) Radius in meters of Proximity box within which the ViewpointGroup is usable and displayed on the viewpoint list.", "@type":"SFFloat" }, { "@name":"retainUserOffsets", "@accessType":"inputOutput", "@appinfo":"Whether viewpoint needs to retain (true) or rezero (false) any prior user navigation offsets from defined viewpoint position orientation.", "@type":"SFBool" } ] } }, { "#comment":"PROTO consists of two TSSRs for short range (< 5 mile) point-to-point communication. TSSRs eliminate the need for long cable runs. This PROTO allow specification for the initial placement of each TSSR. It automatically calculates the correct angle to complete the link." }, { "ProtoDeclare": { "@name":"TSSRPairDIS", "ProtoInterface": { "field": [ { "@name":"TSSR1Location", "@accessType":"initializeOnly", "@type":"SFVec3f", "@value":[1,1,1] }, { "@name":"TSSR2Location", "@accessType":"initializeOnly", "@type":"SFVec3f", "@value":[0,0,0] } ] }, "ProtoBody": { "-children":[ { "Group": { "-children":[ { "Viewpoint": { "@DEF":"TSSRPairViewpoint", "@description":"TSSR Pair Viewpoint" } }, { "LOD": { "@range":[40000], "-children":[ { "#comment":"TSSR 1 Two Transforms. One in the XZ plane, the second in the XY plane. Inlines for the TSSR body, stand, and the dome pattern." }, { "EspduTransform": { "@DEF":"TSSR1_TRANSFORM", "@address":"224.2.181.145", "@port":62040, "IS": { "connect": [ { "@nodeField":"translation", "@protoField":"TSSR1Location" } ] }, "-children":[ { "Transform": { "@DEF":"TSSR1_XY_TRANSFORM", "-children":[ { "Inline": { "@DEF":"TSSRBody", "@url":["../../CommunicationsAndSensors/TSSR/TSSRBody.x3d","https://www.web3d.org/x3d/content/examples/Savage/CommunicationsAndSensors/TSSR/TSSRBody.x3d","../../CommunicationsAndSensors/TSSR/TSSRBody.wrl","https://www.web3d.org/x3d/content/examples/Savage/CommunicationsAndSensors/TSSR/TSSRBody.wrl"] } }, { "Transform": { "@translation":[-5,0,0], "-children":[ { "ReceiverPdu": { "@DEF":"TSSR1_RECEIVER", "@address":"224.2.181.145", "@entityID":1, "@port":62040, "@readInterval":1 } } ] } }, { "TransmitterPdu": { "@DEF":"TSSR1_TRANSMITTER", "@address":"224.2.181.145", "@antennaLocation":[-5,0,0], "@entityID":5, "@port":62040, "@readInterval":1 } }, { "Transform": { "@DEF":"TSSR1Cone", "@translation":[1,0,1], "-children":[ { "Transform": { "@translation":[2,2,0], "-children":[ { "Shape": { "-geometry": { "Text": { "@string":["Near End Transmitter to Far End Receiver Link"] } }, "-appearance": { "Appearance": { "@DEF":"TextAppearance", "-material": { "Material": { "@diffuseColor":[1,0.937255,0.121569] } } } } } } ] } }, { "ProtoInstance": { "@name":"BeamCylinder", "@DEF":"TSSR1_BEAMCYLINDER", "fieldValue": [ { "@name":"defaultRange", "@value":10 }, { "@name":"beamHeight", "@value":1 }, { "@name":"beamWidth", "@value":1 }, { "@name":"transparency", "@value":0.2 }, { "@name":"wireframe", "@value":true }, { "@name":"solid", "@value":true }, { "@name":"contactColor", "@value":[0.3,0.5,0.5] }, { "@name":"noContactColor", "@value":[0.8,0.1,0.1] } ] } }, { "LOD": { "@range":[100], "-children":[ { "ProtoInstance": { "@name":"ViewpointGroup", "fieldValue": [ { "@name":"description", "@value":"100m from TSSR1" }, { "@name":"radius", "@value":100 }, { "@name":"children", "-children":[ { "Viewpoint": { "@description":"TSSR1 side view" } } ] } ] } }, { "WorldInfo": { "@info":["null node for no rendering when distant"] } } ] } } ] } } ] } }, { "Transform": { "-children":[ { "Inline": { "@DEF":"TSSRStand", "@url":["../../CommunicationsAndSensors/TSSR/TSSRTripod.x3d","https://www.web3d.org/x3d/content/examples/Savage/CommunicationsAndSensors/TSSR/TSSRTripod.x3d","../../CommunicationsAndSensors/TSSR/TSSRTripod.wrl","https://www.web3d.org/x3d/content/examples/Savage/CommunicationsAndSensors/TSSR/TSSRTripod.wrl"] } } ] } } ] } }, { "WorldInfo": { "@info":["null node for no rendering when distant"] } } ] } }, { "LOD": { "@range":[40000], "-children":[ { "#comment":"TSSR 2 Two Transforms. One in the XZ plane, the second in the XY plane. Inlines for the TSSR body, stand, and the dome pattern." }, { "EspduTransform": { "@DEF":"TSSR2_TRANSFORM", "@address":"224.2.181.145", "@port":62040, "IS": { "connect": [ { "@nodeField":"translation", "@protoField":"TSSR2Location" } ] }, "-children":[ { "Transform": { "@DEF":"TSSR2_XY_TRANSFORM", "-children":[ { "Inline": { "@USE":"TSSRBody" } }, { "Transform": { "@translation":[-5,0,0], "-children":[ { "ReceiverPdu": { "@DEF":"TSSR2_RECEIVER", "@address":"224.2.181.145", "@entityID":2, "@port":62040, "@readInterval":1 } } ] } }, { "TransmitterPdu": { "@DEF":"TSSR2_TRANSMITTER", "@address":"224.2.181.145", "@antennaLocation":[-5,0,0], "@entityID":6, "@port":62040, "@readInterval":1 } }, { "Transform": { "@DEF":"TSSR2Cone", "@translation":[1,0,1], "-children":[ { "Transform": { "@translation":[2,2,0], "-children":[ { "Shape": { "-geometry": { "Text": { "@string":["Near End Transmitter to Far End Receiver Link"] } }, "-appearance": { "Appearance": { "@USE":"TextAppearance" } } } } ] } }, { "ProtoInstance": { "@name":"BeamCylinder", "@DEF":"TSSR2_BEAMCYLINDER", "fieldValue": [ { "@name":"defaultRange", "@value":10 }, { "@name":"beamHeight", "@value":1 }, { "@name":"beamWidth", "@value":1 }, { "@name":"transparency", "@value":0.2 }, { "@name":"wireframe", "@value":true }, { "@name":"solid", "@value":true }, { "@name":"contactColor", "@value":[0.3,0.5,0.5] }, { "@name":"noContactColor", "@value":[0.8,0.1,0.1] } ] } }, { "LOD": { "@range":[100], "-children":[ { "ProtoInstance": { "@name":"ViewpointGroup", "fieldValue": [ { "@name":"description", "@value":"100m from TSSR2" }, { "@name":"radius", "@value":100 }, { "@name":"children", "-children":[ { "Viewpoint": { "@description":"TSSR2 side view", "@orientation":[0,1,0,3.14], "@position":[0,0,-10] } } ] } ] } }, { "WorldInfo": { "@info":["null node for no rendering when distant"] } } ] } } ] } } ] } }, { "Transform": { "-children":[ { "Inline": { "@USE":"TSSRStand" } } ] } } ] } }, { "WorldInfo": { "@info":["null node for no rendering when distant"] } } ] } }, { "Script": { "@DEF":"TransmitScript", "field": [ { "@name":"transState", "@accessType":"inputOnly", "@type":"SFInt32" }, { "@name":"size", "@accessType":"outputOnly", "@type":"SFVec3f" } ], "#sourceCode":[ "", "", "ecmascript:", "", "function initialize ()", "{", "\tsize = new SFVec3f(100, 100, 100) ;", "\tBrowser.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)", "{", "\ttransmitState = newValue ;", "\tif (transmitState == 3) {", "\t\tsize = new SFVec3f(10, 10, 10) ;", "\t}", "\telse {", "\t\tsize = new SFVec3f(100, 100, 100) ;", "\t}", "\tBrowser.println ('size\t= ' + size) ;", "}", "", "" ] } }, { "Script": { "@DEF":"TransmitScript2", "field": [ { "@name":"transState", "@accessType":"inputOnly", "@type":"SFInt32" }, { "@name":"size", "@accessType":"outputOnly", "@type":"SFVec3f" } ], "#sourceCode":[ "", "", "ecmascript:", "", "function initialize ()", "{", "\tsize = new SFVec3f(100, 100, 100) ;", "\tBrowser.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)", "{", "\ttransmitState = newValue ;", "\tif (transmitState == 3) {", "\t\tsize = new SFVec3f(10, 10, 10) ;", "\t}", "\telse {", "\t\tsize = new SFVec3f(100, 100, 100) ;", "\t}", "\tBrowser.println ('size\t= ' + size) ;", "}", "", "" ] } }, { "#comment":"This script is used to calculate the corresponding rotation angles so the TSSRs will be pointed at each other" }, { "Script": { "@DEF":"CalculateAngleScript", "field": [ { "@name":"TSSR1Location", "@accessType":"initializeOnly", "@type":"SFVec3f" }, { "@name":"TSSR2Location", "@accessType":"initializeOnly", "@type":"SFVec3f" }, { "@name":"TSSR1_XZangle", "@accessType":"outputOnly", "@type":"SFRotation" }, { "@name":"TSSR2_XZangle", "@accessType":"outputOnly", "@type":"SFRotation" }, { "@name":"beamScale", "@accessType":"outputOnly", "@type":"SFVec3f" }, { "@name":"beamLengthLink1", "@accessType":"outputOnly", "@type":"SFFloat" }, { "@name":"beamLengthLink2", "@accessType":"outputOnly", "@type":"SFFloat" }, { "@name":"TSSR1_XYangle", "@accessType":"outputOnly", "@type":"SFRotation" }, { "@name":"TSSR2_XYangle", "@accessType":"outputOnly", "@type":"SFRotation" }, { "@name":"TSSR1ToTSSR2Link", "@accessType":"outputOnly", "@type":"SFBool" }, { "@name":"TSSR2ToTSSR1Link", "@accessType":"outputOnly", "@type":"SFBool" }, { "@name":"ViewpointLocation", "@accessType":"outputOnly", "@type":"SFVec3f" }, { "@name":"ViewpointAngle", "@accessType":"outputOnly", "@type":"SFRotation" }, { "@name":"TSSR1_receiverState", "@accessType":"inputOnly", "@type":"SFInt32" }, { "@name":"TSSR2_receiverState", "@accessType":"inputOnly", "@type":"SFInt32" }, { "@name":"TSSR1_transmitState", "@accessType":"inputOnly", "@type":"SFInt32" }, { "@name":"TSSR2_transmitState", "@accessType":"inputOnly", "@type":"SFInt32" } ], "IS": { "connect": [ { "@nodeField":"TSSR1Location", "@protoField":"TSSR1Location" }, { "@nodeField":"TSSR2Location", "@protoField":"TSSR2Location" } ] }, "#sourceCode":[ "", "", "ecmascript:", "", "function initialize ()", "{", "\tBrowser.println ('TSSR1\t=' + TSSR1Location) ;", "\tBrowser.println ('TSSR2\t=' + TSSR2Location) ;", "\tBrowser.println ('TransmitScript initialize() complete') ;", "\tactive = true ;", "\tTSSR1_XZangle\t= new SFRotation(0, 1, 0, 0) ;", "\tTSSR2_XZangle\t= new SFRotation(0, 1, 0, 0) ;", "\tTSSR1_XYangle\t= new SFRotation(0, 0, 1, 0) ;", "\tTSSR2_XYangle\t= new SFRotation(0, 0, 1, 0) ;", "", "\tbeamScale\t\t= new SFVec3f ( ) ;", "\tViewpointLocation\t= new SFVec3f ( ) ;", "\tViewpointAngle\t\t= new SFRotation(0, 1, 0, 0) ;", "", "\tTSSR1_RXState\t= 0 ;", "\tTSSR1_TXState\t= 2 ;", "\tTSSR2_RXState\t= 0 ;", "\tTSSR2_TXState\t= 1 ;", "\tTSSR1ToTSSR2Link\t= true;", "\tTSSR2ToTSSR1Link\t= true;", "\tDistanceAcceptable\t= true ;", "", "\tcompute(active) ;", "}", "", "function TSSR1_receiverState(newValue, timestamp) {", "\tTSSR1_RXState = newValue ;", "\tcomputeLink( ) ;", "}", "", "function TSSR2_transmitState(newValue, timestamp) {", "\tTSSR2_TXState = newValue ;", "\tcomputeLink( ) ;", "}", "", "function TSSR2_receiverState(newValue, timestamp) {", "\tTSSR2_RXState = newValue ;", "\tcomputeLink( ) ;", "}", "", "function TSSR1_transmitState(newValue, timestamp) {", "\tTSSR1_TXState = newValue ;", "\tcomputeLink( ) ;", "}", "", "function computeLink( )", "{", "\tif ((TSSR2_TXState ==2) && (DistanceAcceptable)) {", "\t\tbeamLengthLink2 \t= distance - 2 ;", "\t\tif (TSSR1_RXState == 2) {", "\t\t\tTSSR2ToTSSR1Link = true ;", "\t\t}", "\t\telse", "\t\t{", "\t\t\tTSSR2ToTSSR1Link = false ;", "\t\t}", "\t}", "\telse if ((TSSR2_TXState < 2) && (DistanceAcceptable)) {", "\t\tbeamLengthLink2 \t= 5 ;", "\t\tTSSR2ToTSSR1Link = false ;", "\t}", "\tif ((TSSR1_TXState ==2) && (DistanceAcceptable)) {", "\t\tbeamLengthLink1 \t= distance - 2 ;", "\t\tif (TSSR2_RXState == 2) {", "\t\t\tTSSR1ToTSSR2Link = true ;", "\t\t}", "\t\telse", "\t\t{", "\t\t\tTSSR1ToTSSR2Link = false ;", "\t\t}", "\t}", "\telse if ((TSSR1_TXState < 2) && (DistanceAcceptable)) {", "\t\tbeamLengthLink1 \t= 5 ;", "\t\tTSSR1ToTSSR2Link = false ;", "\t}", "}", "", "", "function compute ( )", "{", "\tcomputeDistance( ) ;", "\tcomputeXZangle( );", "\tViewpointLocation[0] = TSSR1Location[0] ;", "\tViewpointLocation[1] = TSSR1Location[1] + 4;", "\tViewpointLocation[2] = TSSR1Location[2] ;", "\tBrowser.println ('ViewpointLocation\t=' + ViewpointLocation) ;", "\tViewpointAngle[3] = TSSR1_XZangle[3] - Math.PI/2;", "\tBrowser.println ('ViewpointAngle\t=' + ViewpointAngle) ;", "\tcomputeXYangle( ) ;", "}", "", "function computeDistance( )", "{", "\tBrowser.println ('TSSR1\t=' + TSSR1Location) ;", "\tBrowser.println ('TSSR2\t=' + TSSR2Location) ;", "\tdeltaX \t= (TSSR2Location[0] - TSSR1Location[0]) ;", "\tdeltaY \t= (TSSR2Location[1] - TSSR1Location[1]) ;", "\tdeltaZ \t= (TSSR2Location[2] - TSSR1Location[2]) ;", "\tdistanceSquared\t= deltaX * deltaX + deltaY * deltaY + deltaZ * deltaZ ;", "\tBrowser.println ('Distance Squared\t=' + distanceSquared) ;", "\tdistance \t= Math.sqrt(distanceSquared) ;", "\tBrowser.println ('Distance\t=' + distance) ;", "", "\tbeamScale[0] \t= distance/10;", "\tbeamScale[1]\t= 5;", "\tbeamScale[2]\t= 5;", "\tBrowser.println ('BeamScale\t=' + beamScale) ;", "\tif (distance > 5000/.6) {", "\t\tDistanceAcceptable = false;", "\t\tbeamLength = 5000;", "\t}", "\telse {", "\t\tDistanceAcceptable = true ;", "\t}", "}", "", "function computeXZangle( )", "{", "\tif (deltaZ == 0) {", "\t\tdeltaZ = .00000001 ;", "\t}", "", "\tangle \t= Math.atan(deltaX/deltaZ) ;", "\tif (deltaZ < 0) {", "\t\tTSSR1_XZangle[3] = angle + Math.PI/2;", "\t}", "\telse {", "\t\tTSSR1_XZangle[3] = angle - Math.PI/2;", "\t}", "\tTSSR2_XZangle[3] = TSSR1_XZangle[3] + Math.PI;", "", "\tBrowser.println ('Angle\t=' + TSSR1_XZangle[3]) ;", "\tBrowser.println ('Angle2\t=' + TSSR2_XZangle[3]) ;", "}", "", "function computeXYangle( )", "{", "\tangle \t= Math.asin(deltaY/distance) ;", "\tTSSR1_XYangle[3] = angle ;", "\tTSSR2_XYangle[3] = - TSSR1_XYangle[3];", "", "\tBrowser.println ('AngleXY\t=' + TSSR1_XYangle[3]) ;", "\tBrowser.println ('Angle2XY\t=' + TSSR2_XYangle[3]) ;", "}", "", "" ] } } ] } }, { "ROUTE": { "@fromField":"TSSR1_XZangle", "@fromNode":"CalculateAngleScript", "@toField":"rotation", "@toNode":"TSSR1_TRANSFORM" } }, { "ROUTE": { "@fromField":"TSSR2_XZangle", "@fromNode":"CalculateAngleScript", "@toField":"rotation", "@toNode":"TSSR2_TRANSFORM" } }, { "ROUTE": { "@fromField":"beamLengthLink1", "@fromNode":"CalculateAngleScript", "@toField":"range", "@toNode":"TSSR1_BEAMCYLINDER" } }, { "ROUTE": { "@fromField":"beamLengthLink2", "@fromNode":"CalculateAngleScript", "@toField":"range", "@toNode":"TSSR2_BEAMCYLINDER" } }, { "ROUTE": { "@fromField":"TSSR1_XYangle", "@fromNode":"CalculateAngleScript", "@toField":"rotation", "@toNode":"TSSR1_XY_TRANSFORM" } }, { "ROUTE": { "@fromField":"TSSR2_XYangle", "@fromNode":"CalculateAngleScript", "@toField":"rotation", "@toNode":"TSSR2_XY_TRANSFORM" } }, { "ROUTE": { "@fromField":"TSSR1ToTSSR2Link", "@fromNode":"CalculateAngleScript", "@toField":"contact", "@toNode":"TSSR1_BEAMCYLINDER" } }, { "ROUTE": { "@fromField":"TSSR2ToTSSR1Link", "@fromNode":"CalculateAngleScript", "@toField":"contact", "@toNode":"TSSR2_BEAMCYLINDER" } }, { "ROUTE": { "@fromField":"ViewpointLocation", "@fromNode":"CalculateAngleScript", "@toField":"position", "@toNode":"TSSRPairViewpoint" } }, { "ROUTE": { "@fromField":"ViewpointAngle", "@fromNode":"CalculateAngleScript", "@toField":"orientation", "@toNode":"TSSRPairViewpoint" } }, { "ROUTE": { "@fromField":"transmitState", "@fromNode":"TSSR2_TRANSMITTER", "@toField":"TSSR2_transmitState", "@toNode":"CalculateAngleScript" } }, { "ROUTE": { "@fromField":"transmitState", "@fromNode":"TSSR1_TRANSMITTER", "@toField":"TSSR1_transmitState", "@toNode":"CalculateAngleScript" } }, { "ROUTE": { "@fromField":"receiverState", "@fromNode":"TSSR1_RECEIVER", "@toField":"TSSR1_receiverState", "@toNode":"CalculateAngleScript" } }, { "ROUTE": { "@fromField":"receiverState", "@fromNode":"TSSR2_RECEIVER", "@toField":"TSSR2_receiverState", "@toNode":"CalculateAngleScript" } } ] } } }, { "WorldInfo": { "@info":["Authors: Mike Hunsberger","Revised: 30 April 2001","Purpose: Pair of TSSRs","Browser: CosmoPlayer"], "@title":"AntennaWorld" } }, { "ProtoInstance": { "@name":"TSSRPairDIS", "fieldValue": [ { "@name":"TSSR1Location", "@value":[0,0,0] }, { "@name":"TSSR2Location", "@value":[50,0,50] } ] } }, { "Background": { "@groundAngle":[1.57079], "@groundColor":[1,0.8,0.6,0.6,0.4,0.2], "@skyAngle":[0.2], "@skyColor":[1,1,1,0.2,0.2,1] } } ] } } }