MoveSeaByExtrusion13.x3d (X3dToXhtml listing)

ecmascript: // Return the numeric value of SST button clicked //mfVec3fObjectName = new MFVec3f(SFVec3f v1, SFVec3f v2,...) //sfVec3fObjectName = new SFVec3f(numeric x, numeric y, numeric z) //sfRotationObjectName = new SFRotation(numeric x, numeric y, numeric z, numeric angle) //mfRotationObjectName = new MFRotation(SFRotation r1, SFRotation r2, ...) function initialize () { SeaStateValue = 0; } function SeaStateChoice1 (inputBoolean, timestamp) { if (inputBoolean) { SeaStateValue = 0; X = new SFVec3f(-60.0, -0.3951, 500.0); Y = new SFVec3f(-60.0, 0.37760, 500.0); Z = new SFVec3f(-60.0, -0.3961, 500.0); R1 = new SFRotation(1, 0, 0, -0.01); R2 = new SFRotation(1, 0, 0, 0.01); R3 = new SFRotation(1, 0, 0, -0.01); P1 = new SFRotation(0, 0, 1, -0.01); P2 = new SFRotation(0, 0, 1, 0.01); P3 = new SFRotation(0, 0, 1, -0.01); PitchValue = new MFRotation(P1, P2, P3); RollValue = new MFRotation(R1, R2, R3); BuoyanceValue = new MFVec3f(X, Y, Z); } } function SeaStateChoice2 (inputBoolean, timestamp) { if (inputBoolean) { SeaStateValue = 1; X = new SFVec3f(-60.0, -2.0, 500.0); Y = new SFVec3f(-60.0, 1, 500.0); Z = new SFVec3f(-60.0, -2.0, 500.0); R1 = new SFRotation(1, 0, 0, -0.02); R2 = new SFRotation(1, 0, 0, 0.02); R3 = new SFRotation(1, 0, 0, -0.02); P1 = new SFRotation(0, 0, 1, -0.02); P2 = new SFRotation(0, 0, 1, 0.02); P3 = new SFRotation(0, 0, 1, -0.02); PitchValue = new MFRotation(P1, P2, P3); RollValue = new MFRotation(R1, R2, R3); BuoyanceValue = new MFVec3f(X, Y, Z); } } function SeaStateChoice3 (inputBoolean,timestamp) { if (inputBoolean) { SeaStateValue = 2; X = new SFVec3f(-60.0, -2.0, 500.0); Y = new SFVec3f(-60.0, 3, 500.0); Z = new SFVec3f(-60.0, -2.0, 500.0); R1 = new SFRotation(1, 0, 0, -0.03); R2 = new SFRotation(1, 0, 0, 0.03); R3 = new SFRotation(1, 0, 0, -0.03); P1 = new SFRotation(0, 0, 1, -0.03); P2 = new SFRotation(0, 0, 1, 0.03); P3 = new SFRotation(0, 0, 1, -0.03); PitchValue = new MFRotation(P1, P2, P3); RollValue = new MFRotation(R1, R2, R3); BuoyanceValue = new MFVec3f(X, Y, Z); } } function SeaStateChoice4 (inputBoolean, timestamp) { if (inputBoolean) { SeaStateValue = 3; X = new SFVec3f(-60.0, -2.0, 500.0); Y = new SFVec3f(-60.0, 0, 500.0); Z = new SFVec3f(-60.0, -2.0, 500.0); R1 = new SFRotation(1, 0, 0, -0.01); R2 = new SFRotation(1, 0, 0, 0.01); R3 = new SFRotation(1, 0, 0, -0.01); P1 = new SFRotation(0, 0, 1, -0.01); P2 = new SFRotation(0, 0, 1, 0.01); P3 = new SFRotation(0, 0, 1, -0.01); PitchValue = new MFRotation(P1, P2, P3); RollValue = new MFRotation(R1, R2, R3); BuoyanceValue = new MFVec3f(X, Y, Z); } } function SeaStateChoice5 (inputBoolean, timestamp) { if (inputBoolean) { SeaStateValue = 4; X = new SFVec3f(-60.0, -2.0, 500.0); Y = new SFVec3f(-60.0, 0, 500.0); Z = new SFVec3f(-60.0, -2.0, 500.0); R1 = new SFRotation(1, 0, 0, -0.01); R2 = new SFRotation(1, 0, 0, 0.01); R3 = new SFRotation(1, 0, 0, -0.01); P1 = new SFRotation(0, 0, 1, -0.01); P2 = new SFRotation(0, 0, 1, 0.01); P3 = new SFRotation(0, 0, 1, -0.01); PitchValue = new MFRotation(P1, P2, P3); RollValue = new MFRotation(R1, R2, R3); BuoyanceValue = new MFVec3f(X, Y, Z); } } function SeaStateChoice6 (inputBoolean, timestamp) { if (inputBoolean) { SeaStateValue = 5; X = new SFVec3f(-60.0, -2.0, 500.0); Y = new SFVec3f(-60.0, 0, 500.0); Z = new SFVec3f(-60.0, -2.0, 500.0); R1 = new SFRotation(1, 0, 0, -0.01); R2 = new SFRotation(1, 0, 0, 0.01); R3 = new SFRotation(1, 0, 0, -0.01); P1 = new SFRotation(0, 0, 1, -0.01); P2 = new SFRotation(0, 0, 1, 0.01); P3 = new SFRotation(0, 0, 1, -0.01); PitchValue = new MFRotation(P1, P2, P3); RollValue = new MFRotation(R1, R2, R3); BuoyanceValue = new MFVec3f(X, Y, Z); } } function SeaStateChoice7 (inputBoolean, timestamp) { if (inputBoolean) { SeaStateValue = 6; X = new SFVec3f(-60.0, -2.0, 500.0); Y = new SFVec3f(-60.0, 0, 500.0); Z = new SFVec3f(-60.0, -2.0, 500.0); R1 = new SFRotation(1, 0, 0, -0.01); R2 = new SFRotation(1, 0, 0, 0.01); R3 = new SFRotation(1, 0, 0, -0.01); P1 = new SFRotation(0, 0, 1, -0.01); P2 = new SFRotation(0, 0, 1, 0.01); P3 = new SFRotation(0, 0, 1, -0.01); PitchValue = new MFRotation(P1, P2, P3); RollValue = new MFRotation(R1, R2, R3); BuoyanceValue = new MFVec3f(X, Y, Z); } } function SeaStateChoice8 (inputBoolean, timestamp) { if (inputBoolean) { SeaStateValue = 7; X = new SFVec3f(-60.0, -3, 500.0); Y = new SFVec3f(-60.0, 3, 500.0); Z = new SFVec3f(-60.0, -3, 500.0); R1 = new SFRotation(1, 0, 0, -0.35); R2 = new SFRotation(1, 0, 0, 0.35); R3 = new SFRotation(1, 0, 0, -0.35); P1 = new SFRotation(0, 0, 1, -0.2); P2 = new SFRotation(0, 0, 1, 0.2); P3 = new SFRotation(0, 0, 1, -0.2); PitchValue = new MFRotation(P1, P2, P3); RollValue = new MFRotation(R1, R2, R3); BuoyanceValue = new MFVec3f(X, Y, Z); } }

Event Graph ROUTE Table entries with 20 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.

TouchSensorSeaState1 TouchSensor isActive SFBool	→ ROUTE event to (1)	SeaStateChoiceToValue Script SeaStateChoice1 SFBool	then	SeaStateChoiceToValue Script BuoyanceValue MFVec3f	→ ROUTE event to (2)	BuoyanceHeight PositionInterpolator set_keyValue MFVec3f	then	BuoyanceHeight PositionInterpolator value_changed SFVec3f	→ ROUTE event to (3)	ShipBuoyance Transform set_translation SFVec3f
			then	SeaStateChoiceToValue Script PitchValue MFRotation	→ ROUTE event to (2)	Pitch OrientationInterpolator set_keyValue MFRotation	then	Pitch OrientationInterpolator value_changed SFRotation	→ ROUTE event to (3)	ShipPitch Transform set_rotation SFRotation
			then	SeaStateChoiceToValue Script RollValue MFRotation	→ ROUTE event to (2)	Roll OrientationInterpolator set_keyValue MFRotation	then	Roll OrientationInterpolator value_changed SFRotation	→ ROUTE event to (3)	ShipRoll Transform set_rotation SFRotation
			then	SeaStateChoiceToValue Script SeaStateValue SFInt32	→ ROUTE event to (2)	SeaStateNumber Switch whichChoice SFInt32

TouchSensorSeaState2 TouchSensor isActive SFBool	→ ROUTE event to (1)	SeaStateChoiceToValue Script SeaStateChoice2 SFBool	then	SeaStateChoiceToValue Script BuoyanceValue MFVec3f	→ ROUTE event to (2)	BuoyanceHeight PositionInterpolator set_keyValue MFVec3f	then	BuoyanceHeight PositionInterpolator value_changed SFVec3f	→ ROUTE event to (3)	ShipBuoyance Transform set_translation SFVec3f
			then	SeaStateChoiceToValue Script PitchValue MFRotation	→ ROUTE event to (2)	Pitch OrientationInterpolator set_keyValue MFRotation	then	Pitch OrientationInterpolator value_changed SFRotation	→ ROUTE event to (3)	ShipPitch Transform set_rotation SFRotation
			then	SeaStateChoiceToValue Script RollValue MFRotation	→ ROUTE event to (2)	Roll OrientationInterpolator set_keyValue MFRotation	then	Roll OrientationInterpolator value_changed SFRotation	→ ROUTE event to (3)	ShipRoll Transform set_rotation SFRotation
			then	SeaStateChoiceToValue Script SeaStateValue SFInt32	→ ROUTE event to (2)	SeaStateNumber Switch whichChoice SFInt32

TouchSensorSeaState3 TouchSensor isActive SFBool	→ ROUTE event to (1)	SeaStateChoiceToValue Script SeaStateChoice3 SFBool	then	SeaStateChoiceToValue Script BuoyanceValue MFVec3f	→ ROUTE event to (2)	BuoyanceHeight PositionInterpolator set_keyValue MFVec3f	then	BuoyanceHeight PositionInterpolator value_changed SFVec3f	→ ROUTE event to (3)	ShipBuoyance Transform set_translation SFVec3f
			then	SeaStateChoiceToValue Script PitchValue MFRotation	→ ROUTE event to (2)	Pitch OrientationInterpolator set_keyValue MFRotation	then	Pitch OrientationInterpolator value_changed SFRotation	→ ROUTE event to (3)	ShipPitch Transform set_rotation SFRotation
			then	SeaStateChoiceToValue Script RollValue MFRotation	→ ROUTE event to (2)	Roll OrientationInterpolator set_keyValue MFRotation	then	Roll OrientationInterpolator value_changed SFRotation	→ ROUTE event to (3)	ShipRoll Transform set_rotation SFRotation
			then	SeaStateChoiceToValue Script SeaStateValue SFInt32	→ ROUTE event to (2)	SeaStateNumber Switch whichChoice SFInt32

TouchSensorSeaState4 TouchSensor isActive SFBool	→ ROUTE event to (1)	SeaStateChoiceToValue Script SeaStateChoice4 SFBool	then	SeaStateChoiceToValue Script BuoyanceValue MFVec3f	→ ROUTE event to (2)	BuoyanceHeight PositionInterpolator set_keyValue MFVec3f	then	BuoyanceHeight PositionInterpolator value_changed SFVec3f	→ ROUTE event to (3)	ShipBuoyance Transform set_translation SFVec3f
			then	SeaStateChoiceToValue Script PitchValue MFRotation	→ ROUTE event to (2)	Pitch OrientationInterpolator set_keyValue MFRotation	then	Pitch OrientationInterpolator value_changed SFRotation	→ ROUTE event to (3)	ShipPitch Transform set_rotation SFRotation
			then	SeaStateChoiceToValue Script RollValue MFRotation	→ ROUTE event to (2)	Roll OrientationInterpolator set_keyValue MFRotation	then	Roll OrientationInterpolator value_changed SFRotation	→ ROUTE event to (3)	ShipRoll Transform set_rotation SFRotation
			then	SeaStateChoiceToValue Script SeaStateValue SFInt32	→ ROUTE event to (2)	SeaStateNumber Switch whichChoice SFInt32

TouchSensorSeaState5 TouchSensor isActive SFBool	→ ROUTE event to (1)	SeaStateChoiceToValue Script SeaStateChoice5 SFBool	then	SeaStateChoiceToValue Script BuoyanceValue MFVec3f	→ ROUTE event to (2)	BuoyanceHeight PositionInterpolator set_keyValue MFVec3f	then	BuoyanceHeight PositionInterpolator value_changed SFVec3f	→ ROUTE event to (3)	ShipBuoyance Transform set_translation SFVec3f
			then	SeaStateChoiceToValue Script PitchValue MFRotation	→ ROUTE event to (2)	Pitch OrientationInterpolator set_keyValue MFRotation	then	Pitch OrientationInterpolator value_changed SFRotation	→ ROUTE event to (3)	ShipPitch Transform set_rotation SFRotation
			then	SeaStateChoiceToValue Script RollValue MFRotation	→ ROUTE event to (2)	Roll OrientationInterpolator set_keyValue MFRotation	then	Roll OrientationInterpolator value_changed SFRotation	→ ROUTE event to (3)	ShipRoll Transform set_rotation SFRotation
			then	SeaStateChoiceToValue Script SeaStateValue SFInt32	→ ROUTE event to (2)	SeaStateNumber Switch whichChoice SFInt32

TouchSensorSeaState6 TouchSensor isActive SFBool	→ ROUTE event to (1)	SeaStateChoiceToValue Script SeaStateChoice6 SFBool	then	SeaStateChoiceToValue Script BuoyanceValue MFVec3f	→ ROUTE event to (2)	BuoyanceHeight PositionInterpolator set_keyValue MFVec3f	then	BuoyanceHeight PositionInterpolator value_changed SFVec3f	→ ROUTE event to (3)	ShipBuoyance Transform set_translation SFVec3f
			then	SeaStateChoiceToValue Script PitchValue MFRotation	→ ROUTE event to (2)	Pitch OrientationInterpolator set_keyValue MFRotation	then	Pitch OrientationInterpolator value_changed SFRotation	→ ROUTE event to (3)	ShipPitch Transform set_rotation SFRotation
			then	SeaStateChoiceToValue Script RollValue MFRotation	→ ROUTE event to (2)	Roll OrientationInterpolator set_keyValue MFRotation	then	Roll OrientationInterpolator value_changed SFRotation	→ ROUTE event to (3)	ShipRoll Transform set_rotation SFRotation
			then	SeaStateChoiceToValue Script SeaStateValue SFInt32	→ ROUTE event to (2)	SeaStateNumber Switch whichChoice SFInt32

TouchSensorSeaState7 TouchSensor isActive SFBool	→ ROUTE event to (1)	SeaStateChoiceToValue Script SeaStateChoice7 SFBool	then	SeaStateChoiceToValue Script BuoyanceValue MFVec3f	→ ROUTE event to (2)	BuoyanceHeight PositionInterpolator set_keyValue MFVec3f	then	BuoyanceHeight PositionInterpolator value_changed SFVec3f	→ ROUTE event to (3)	ShipBuoyance Transform set_translation SFVec3f
			then	SeaStateChoiceToValue Script PitchValue MFRotation	→ ROUTE event to (2)	Pitch OrientationInterpolator set_keyValue MFRotation	then	Pitch OrientationInterpolator value_changed SFRotation	→ ROUTE event to (3)	ShipPitch Transform set_rotation SFRotation
			then	SeaStateChoiceToValue Script RollValue MFRotation	→ ROUTE event to (2)	Roll OrientationInterpolator set_keyValue MFRotation	then	Roll OrientationInterpolator value_changed SFRotation	→ ROUTE event to (3)	ShipRoll Transform set_rotation SFRotation
			then	SeaStateChoiceToValue Script SeaStateValue SFInt32	→ ROUTE event to (2)	SeaStateNumber Switch whichChoice SFInt32

TouchSensorSeaState8 TouchSensor isActive SFBool	→ ROUTE event to (1)	SeaStateChoiceToValue Script SeaStateChoice8 SFBool	then	SeaStateChoiceToValue Script BuoyanceValue MFVec3f	→ ROUTE event to (2)	BuoyanceHeight PositionInterpolator set_keyValue MFVec3f	then	BuoyanceHeight PositionInterpolator value_changed SFVec3f	→ ROUTE event to (3)	ShipBuoyance Transform set_translation SFVec3f
			then	SeaStateChoiceToValue Script PitchValue MFRotation	→ ROUTE event to (2)	Pitch OrientationInterpolator set_keyValue MFRotation	then	Pitch OrientationInterpolator value_changed SFRotation	→ ROUTE event to (3)	ShipPitch Transform set_rotation SFRotation
			then	SeaStateChoiceToValue Script RollValue MFRotation	→ ROUTE event to (2)	Roll OrientationInterpolator set_keyValue MFRotation	then	Roll OrientationInterpolator value_changed SFRotation	→ ROUTE event to (3)	ShipRoll Transform set_rotation SFRotation
			then	SeaStateChoiceToValue Script SeaStateValue SFInt32	→ ROUTE event to (2)	SeaStateNumber Switch whichChoice SFInt32

Clock
TimeSensor
fraction_changed
SFFloat

→
ROUTE
event to
(1)

Ondulation
CoordinateInterpolator
set_fraction
SFFloat

then

Ondulation
CoordinateInterpolator
value_changed
MFVec3f

→
ROUTE
event to
(2)

BasicExtrusion
Extrusion
set_spine
MFVec3f

PitchandRollClock TimeSensor fraction_changed SFFloat	→ ROUTE event to (1)	Pitch OrientationInterpolator set_fraction SFFloat	then	Pitch OrientationInterpolator value_changed SFRotation	→ ROUTE event to (2)	ShipPitch Transform set_rotation SFRotation
PitchandRollClock TimeSensor fraction_changed SFFloat	→ ROUTE event to (1)	Roll OrientationInterpolator set_fraction SFFloat	then	Roll OrientationInterpolator value_changed SFRotation	→ ROUTE event to (2)	ShipRoll Transform set_rotation SFRotation
PitchandRollClock TimeSensor fraction_changed SFFloat	→ ROUTE event to (1)	BuoyanceHeight PositionInterpolator set_fraction SFFloat	then	BuoyanceHeight PositionInterpolator value_changed SFVec3f	→ ROUTE event to (2)	ShipBuoyance Transform set_translation SFVec3f

			SeaStateChoiceToValue Script SeaStateValue SFInt32	→ ROUTE event to (1)	SeaStateNumber Switch whichChoice SFInt32
SeaStateChoiceToValue Script BuoyanceValue MFVec3f	→ ROUTE event to (1)	BuoyanceHeight PositionInterpolator set_keyValue MFVec3f	then	BuoyanceHeight PositionInterpolator value_changed SFVec3f	→ ROUTE event to (2)	ShipBuoyance Transform set_translation SFVec3f
SeaStateChoiceToValue Script PitchValue MFRotation	→ ROUTE event to (1)	Pitch OrientationInterpolator set_keyValue MFRotation	then	Pitch OrientationInterpolator value_changed SFRotation	→ ROUTE event to (2)	ShipPitch Transform set_rotation SFRotation
SeaStateChoiceToValue Script RollValue MFRotation	→ ROUTE event to (1)	Roll OrientationInterpolator set_keyValue MFRotation	then	Roll OrientationInterpolator value_changed SFRotation	→ ROUTE event to (2)	ShipRoll Transform set_rotation SFRotation

Additional guidance on X3D animation can be found in the 10-Step Animation Design Process and Event Tracing hint sheets. Have fun with X3D! 😀

1	`<?xml version="1.0" encoding="UTF-8"?>`
2	`<!DOCTYPE X3D PUBLIC "ISO//Web3D//DTD X3D 3.0//EN" "https://www.web3d.org/specifications/x3d-3.0.dtd">`
3	<X3D profile='Immersive' version='3.0' xmlns:xsd='http://www.w3.org/2001/XMLSchema-instance' xsd:noNamespaceSchemaLocation='https://www.web3d.org/specifications/x3d-3.0.xsd'>
4	<head>
5	<meta name='title' content=' MoveSeaByExtrusion13.x3d '/>
6	<meta name='creator' content='Marcus V. da S. Simoes'/>
7	<meta name='created' content='11 January 2001'/>
8	<meta name='modified' content='20 October 2019'/>
9	<meta name='description' content='Sea state rendering of ocean wave motion.'/>
10	<meta name='identifier' content=' https://www.web3d.org/x3d/content/examples/Savage/Environment/SeaState/MoveSeaByExtrusion13.x3d '/>
11	<meta name='generator' content='X3D-Edit 3.2, https://www.web3d.org/x3d/tools/X3D-Edit'/>
12	<meta name='license' content='../../license.html'/>
13	</head>

14	<Scene>
15	<!-- Axis -->
16	<WorldInfo title='MoveSeaByExtrusion13.x3d'/>
17	<NavigationInfo speed='100'/>
18	<Background groundAngle='1.309 1.570796' groundColor='0.0 0.2 0.7 0.0 0.5 1.0 0.6 0.6 0.6' skyAngle='1.309 1.571' skyColor='0.0 0.2 0.7 0.0 0.5 1.0 0.6 0.6 0.6'/>
19	<!-- ================================================= -->
20	<!-- SeaState&DirectionControlPanel -->
21	<!-- ================================================= -->
22	<Transform DEF='SeaBoxSeaandBEach'>
23	<Shape>
24	<Box size='2000 400 2000'/>
25	<Appearance>
26	<Material transparency='.9'/>
27	</Appearance>
28	</Shape>
29	<Transform DEF='TheSeaState' translation='0 0 -1000'>
30	<!-- ROUTE information for SeaStateNumber node: [from SeaStateChoiceToValue.SeaStateValue to whichChoice ] --> <Switch DEF='SeaStateNumber' whichChoice='0'>
31	<!-- Group SeaState_1 is a DEF node that has 7 USE nodes: USE_1, USE_2, USE_3, USE_4, USE_5, USE_6, USE_7 --> <Group DEF='SeaState_1'>
32	<Transform DEF='TheSea' scale='250 1 10'>
33	<Shape DEF='BasicWave'>
34	<Appearance DEF='SeaColor'>
35	<ImageTexture url=' "pool.jpg " "https://www.web3d.org/x3d/content/examples/Savage/Environment/SeaState/pool.jpg " '/>
36	<Material diffuseColor='0 0 0' transparency='0.3'/>
37	</Appearance>
38	<!-- ROUTE information for BasicExtrusion node: [from Ondulation.value_changed to set_spine ] --> <Extrusion DEF='BasicExtrusion' beginCap='false' convex='false' creaseAngle='0.01' crossSection='0 0 0 200 0 0' endCap='false' solid='false' spine='0.0 0.0 0.0000 1.0 0.0204 1.0000 2.0 0.0161 2.0000 3.0 -0.0218 3.0000 4.0 -0.0791 4.0000 5.0 -0.1237 5.0000 6.0 -0.1224 6.0000 7.0 -0.0598 7.0000 8.0 0.0503 8.0000 9.0 0.1661 9.0000 10.0 0.2348 10.0000 11.0 0.2163 11.0000 12.0 0.1041 12.0000 13.0 -0.0672 13.0000 14.0 -0.2326 14.0000 15.0 -0.3224 15.0000 16.0 -0.2920 16.0000 17.0 -0.1434 17.0000 18.0 0.0723 18.0000 19.0 0.2728 19.0000 20.0 0.3776 20.0000 21.0 0.3408 21.0000 22.0 0.1718 22.0000 23.0 -0.0670 23.0000 24.0 -0.2840 24.0000 25.0 -0.3951 25.0000 26.0 -0.3568 26.0000 27.0 -0.1846 27.0000 28.0 0.0541 28.0000 29.0 0.2668 29.0000 30.0 0.3734 30.0000 31.0 0.3373 31.0000 32.0 0.1782 32.0000 33.0 -0.0373 33.0000 34.0 -0.2246 34.0000 35.0 -0.3153 35.0000 36.0 -0.2831 36.0000 37.0 -0.1513 37.0000 38.0 0.0205 38.0000 39.0 0.1632 39.0000 40.0 0.2269 40.0000 41.0 0.1990 41.0000 42.0 0.1048 42.0000 43.0 -0.0074 43.0000 44.0 -0.0903 44.0000 45.0 -0.1177 45.0000 46.0 -0.0928 46.0000 47.0 -0.0423 47.0000 48.0 0.0006 48.0000 49.0 0.0142 49.0000 50.0 -0.0012 50.0000 51.0 -0.0251 51.0000 52.0 -0.0307 52.0000 53.0 -0.0015 53.0000 54.0 0.0571 54.0000 55.0 0.1175 55.0000 56.0 0.1429 56.0000 57.0 0.1069 57.0000 58.0 0.0098 58.0000 59.0 -0.1166 59.0000 60.0 -0.2197 60.0000 61.0 -0.2485 61.0000 62.0 -0.1780 62.0000 63.0 -0.0240 63.0000 64.0 0.1590 64.0000 65.0 0.2978 65.0000 66.0 0.3309 66.0000 67.0 0.2357 67.0000 68.0 0.0411 68.0000 69.0 -0.1814 69.0000 70.0 -0.3446 70.0000 71.0 -0.3815 71.0000 72.0 -0.2729 72.0000 73.0 -0.0574 73.0000 74.0 0.1834 74.0000 75.0 0.3563 75.0000 76.0 0.3946 76.0000 77.0 0.2841 77.0000 78.0 0.0689 78.0000 79.0 -0.1668 79.0000 80.0 -0.3327 80.0000 81.0 -0.3686 81.0000 82.0 -0.2664 82.0000 83.0 -0.0721 83.0000 84.0 0.1355 84.0000 85.0 0.2774 85.0000 86.0 0.3057 86.0000 87.0 0.2201 87.0000 88.0 0.0645 88.0000 89.0 -0.0946 89.0000 90.0 -0.1969 90.0000 91.0 -0.2121 91.0000 92.0 -0.1485 92.0000 93.0 -0.0450 93.0000 94.0 0.0499 94.0000 95.0 0.1004 95.0000 96.0 0.0972 96.0000 97.0 0.0580 97.0000 98.0 0.0142 98.0000 99.0 -0.0071 99.0000 100.0 0.0020 100.0'/>
39	</Shape>
40	</Transform>
41	</Group>
42	<Group DEF='SeaState_2'>
43	<Transform scale='1 5 1'>
44	<Group USE='SeaState_1'/>
45	</Transform>
46	</Group>
47	<Group DEF='SeaState_3'>
48	<Transform scale='1 8 1'>
49	<Group USE='SeaState_1'/>
50	</Transform>
51	</Group>
52	<Group DEF='SeaState_4'>
53	<Transform scale='1 12 1'>

X3D Model Documentation: MoveSeaByExtrusion13.x3d