meta6.setContent("a kind of rubik cube with spheres")
head1.addMeta(meta6)
X3D0.setHead(head1)
Scene7 = x3dpsail.Scene()
NavigationInfo8 = x3dpsail.NavigationInfo()
NavigationInfo8.setType(["EXAMINE"])
Scene7.addChildren(NavigationInfo8)
Viewpoint9 = x3dpsail.Viewpoint()
Viewpoint9.setDescription("Rubiks Cube")
Viewpoint9.setPosition([0, 0, 12])
Scene7.addChildren(Viewpoint9)
ProtoDeclare10 = x3dpsail.ProtoDeclare()
ProtoDeclare10.setName("sphere")
ProtoInterface11 = x3dpsail.ProtoInterface()
field12 = x3dpsail.field()
field12.setName("xtranslation")
field12.setAccessType("inputOutput")
field12.setType("SFVec3f")
field12.setValue("0 0 0")
ProtoInterface11.addField(field12)
ProtoDeclare10.setProtoInterface(ProtoInterface11)
ProtoBody13 = x3dpsail.ProtoBody()
Transform14 = x3dpsail.Transform()
IS15 = x3dpsail.IS()
connect16 = x3dpsail.connect()
])
Background11.setLeftUrl([
"../resources/images/all_probes/stpeters_cross/stpeters_left.png",
"https://coderextreme.net/X3DJSONLD/images/all_probes/stpeters_cross/stpeters_left.png"
])
Background11.setRightUrl([
"../resources/images/all_probes/stpeters_cross/stpeters_right.png",
"https://coderextreme.net/X3DJSONLD/images/all_probes/stpeters_cross/stpeters_right.png"
])
Background11.setTopUrl([
"../resources/images/all_probes/stpeters_cross/stpeters_top.png",
"https://coderextreme.net/X3DJSONLD/images/all_probes/stpeters_cross/stpeters_top.png"
])
Scene9.addChildren(Background11)
ProtoDeclare12 = x3dpsail.ProtoDeclare()
ProtoDeclare12.setName("flower")
ProtoBody13 = x3dpsail.ProtoBody()
Transform14 = x3dpsail.Transform()
Transform14.setDEF("transform")
Shape15 = x3dpsail.Shape()
Appearance16 = x3dpsail.Appearance()
Material17 = x3dpsail.Material()
Material17.setDiffuseColor([0.7, 0.7, 0.7])
Material17.setSpecularColor([0.5, 0.5, 0.5])
Appearance16.setMaterial(Material17)
ComposedCubeMapTexture18 = x3dpsail.ComposedCubeMapTexture()
ComposedCubeMapTexture18.setDEF("texture")
ImageTexture19 = x3dpsail.ImageTexture()
ImageTexture19.setUrl([
"EXAMINE"
]))).addChild(x3dpsail.Viewpoint().setDescription(
x3dpsail.SFString("Cubes on Fire")).setPosition(
x3dpsail.SFVec3f(0, 0, 12))).addChild(x3dpsail.ProtoDeclare(
).setName(x3dpsail.SFString("anyShape")).setProtoInterface(
x3dpsail.ProtoInterface().addField(
x3dpsail.field().setName(
x3dpsail.SFString("xtranslation")).setAccessType(
x3dpsail.SFString("inputOutput")).setType(
x3dpsail.SFString("SFVec3f")).setValue(
x3dpsail.SFString("0 0 0"))).
addField(x3dpsail.field().setName(
x3dpsail.SFString("myShape")).setAccessType(
x3dpsail.SFString("inputOutput")).setType(
x3dpsail.SFString("MFNode")).
addChild(x3dpsail.Shape().setGeometry(
x3dpsail.Sphere()).setAppearance(
x3dpsail.Appearance().setMaterial(
x3dpsail.Material().setDiffuseColor(
x3dpsail.SFColor(1, 1, 1))))))
).setProtoBody(x3dpsail.ProtoBody().addChild(
x3dpsail.Transform().setIS(x3dpsail.IS().addConnect(
x3dpsail.connect().setNodeField(
x3dpsail.SFString("translation")).setProtoField(
x3dpsail.SFString("xtranslation")
)).addConnect(x3dpsail.connect().setNodeField(
x3dpsail.SFString("children")).setProtoField(
x3dpsail.SFString("myShape"))))))).
addChild(x3dpsail.ProtoDeclare(
).setName(x3dpsail.SFString("three")).setProtoInterface(
x3dpsail.ProtoInterface().addField(x3dpsail.field().setName(
ExternProtoDeclare11.setUrl(["../data/flowerproto.json#FlowerProto"])
field12 = x3dpsail.field()
field12.setName("vertex")
field12.setAccessType("inputOutput")
field12.setType("MFString")
ExternProtoDeclare11.addField(field12)
field13 = x3dpsail.field()
field13.setName("fragment")
field13.setAccessType("inputOutput")
field13.setType("MFString")
ExternProtoDeclare11.addField(field13)
Group10.addChildren(ExternProtoDeclare11)
ProtoDeclare14 = x3dpsail.ProtoDeclare()
ProtoDeclare14.setName("flower")
ProtoBody15 = x3dpsail.ProtoBody()
Group16 = x3dpsail.Group()
ProtoInstance17 = x3dpsail.ProtoInstance()
ProtoInstance17.setName("FlowerProto")
fieldValue18 = x3dpsail.fieldValue()
fieldValue18.setName("vertex")
fieldValue18.setValue("\"../shaders/x3dom_flowers_chromatic.vs\"")
ProtoInstance17.addFieldValue(fieldValue18)
fieldValue19 = x3dpsail.fieldValue()
fieldValue19.setName("fragment")
fieldValue19.setValue("\"../shaders/common.fs\"")
ProtoInstance17.addFieldValue(fieldValue19)
Material28.setTransparency(0.5)
Appearance27.setMaterial(Material28)
Shape26.setAppearance(Appearance27)
Cylinder29 = x3dpsail.Cylinder()
Cylinder29.setRadius(0.05)
Shape26.setGeometry(Cylinder29)
Transform25.addChildren(Shape26)
Transform24.addChildren(Transform25)
Scene7.addChildren(Transform24)
ProtoDeclare30 = x3dpsail.ProtoDeclare()
ProtoDeclare30.setName("x3dconnector")
ProtoInterface31 = x3dpsail.ProtoInterface()
field32 = x3dpsail.field()
field32.setName("startnode")
field32.setAccessType("initializeOnly")
field32.setType("SFNode")
ProtoInterface31.addField(field32)
field33 = x3dpsail.field()
field33.setName("endnode")
field33.setAccessType("initializeOnly")
field33.setType("SFNode")
ProtoInterface31.addField(field33)
field34 = x3dpsail.field()
meta6.setContent("a generic proto to connect two objects")
head1.addMeta(meta6)
X3D0.setHead(head1)
Scene7 = x3dpsail.Scene()
Viewpoint8 = x3dpsail.Viewpoint()
Viewpoint8.setPosition([0, 0, 5])
Viewpoint8.setDescription("Only Viewpoint")
Scene7.addChildren(Viewpoint8)
Background9 = x3dpsail.Background()
Background9.setSkyColor([0.4, 0.4, 0.4])
Scene7.addChildren(Background9)
ProtoDeclare10 = x3dpsail.ProtoDeclare()
ProtoDeclare10.setName("point")
ProtoInterface11 = x3dpsail.ProtoInterface()
field12 = x3dpsail.field()
field12.setName("translation")
field12.setAccessType("inputOutput")
field12.setType("SFVec3f")
field12.setValue("0 0 0")
ProtoInterface11.addField(field12)
ProtoDeclare10.setProtoInterface(ProtoInterface11)
ProtoBody13 = x3dpsail.ProtoBody()
Transform14 = x3dpsail.Transform()
Transform14.setDEF("node")
IS15 = x3dpsail.IS()
)).addChild(x3dpsail.ProtoDeclare().setName(
x3dpsail.SFString("Bubble")).setProtoBody(
x3dpsail.ProtoBody().addChild(
x3dpsail.Transform().setDEF(
x3dpsail.SFString("transform")
).addChild(x3dpsail.Shape().setGeometry(
x3dpsail.Sphere().setRadius(
x3dpsail.SFFloat(0.25))).setAppearance(
x3dpsail.Appearance().setMaterial(
x3dpsail.Material(
).setDiffuseColor(
x3dpsail.SFColor(
1, 0,
0)).setTransparency(
x3dpsail.SFFloat(
0.2))))).
addChild(x3dpsail.Script().setDEF(
x3dpsail.SFString("bounce")
).addField(x3dpsail.field().setName(
x3dpsail.SFString("scale")
).setAccessType(
x3dpsail.SFString("inputOutput")).setType(
x3dpsail.SFString("SFVec3f")).setValue(
x3dpsail.SFString("1 1 1")
)).addField(x3dpsail.field().setName(
x3dpsail.SFString("translation")
).setAccessType(
x3dpsail.SFString("inputOutput")
).setType(x3dpsail.SFString(
"SFVec3f")).setValue(
x3dpsail.SFString("0 0 0"))).
addField(x3dpsail.field().setName(
x3dpsail.SFString("velocity")
).setAccessType(
x3dpsail.SFString("inputOutput")
).setType(x3dpsail.SFString(
"SFVec3f")).setValue(
x3dpsail.SFString("0 0 0"))).
addField(x3dpsail.field().setName(
x3dpsail.SFString("scalvel")
).setAccessType(
x3dpsail.SFString("inputOutput")
).setType(x3dpsail.SFString(
"SFVec3f")).setValue(
x3dpsail.SFString("0 0 0"))).
addField(x3dpsail.field().setName(
x3dpsail.SFString("set_fraction")
).setAccessType(
x3dpsail.SFString("inputOnly")
).setType(
x3dpsail.SFString("SFFloat")
)).setSourceCode('''ecmascript:\n"+
"function initialize() {\n"+
" velocity = new SFVec3f(Math.random() * 0.25 - 0.125, Math.random() * 0.25 - 0.125, Math.random() * 0.25 - 0.125);\n"+
"\n"+
" scalvel = new SFVec3f(Math.random() * 0.4, Math.random() * 0.4, Math.random() * 0.4);\n"+
"}\n"+
"\n"+
"function set_fraction(value) {\n"+
" translation = new SFVec3f(\n"+
" translation.x + velocity.x,\n"+
" translation.y + velocity.y,\n"+
" translation.z + velocity.z);\n"+
" scale = new SFVec3f(\n"+
" scale.x + scalvel.x,\n"+
" scale.y + scalvel.y,\n"+
" scale.z + scalvel.z);\n"+
" // if you get to far away or too big, explode\n"+
" if ( Math.abs(translation.x) > 256) {\n"+
" translation.x = 0;\n"+
" initialize();\n"+
" }\n"+
" if ( Math.abs(translation.y) > 256) {\n"+
" translation.y = 0;\n"+
" initialize();\n"+
" }\n"+
" if ( Math.abs(translation.z) > 256) {\n"+
" translation.z = 0;\n"+
" initialize();\n"+
" }\n"+
" if (Math.abs(scale.x) > 20) {\n"+
" scale.x = scale.x/2;\n"+
" translation.x = 0;\n"+
" initialize();\n"+
" }\n"+
" if (Math.abs(scale.y) > 20) {\n"+
" scale.y = scale.y/2;\n"+
" translation.y = 0;\n"+
" initialize();\n"+
" }\n"+
" if (Math.abs(scale.z) > 20) {\n"+
" scale.z = scale.z/2;\n"+
" translation.z = 0;\n"+
" initialize();\n"+
" }\n"+
"}''')).addChild(x3dpsail.TimeSensor().setDEF(
x3dpsail.SFString("bubbleClock")).
setCycleInterval(x3dpsail.SFTime(10)).setLoop(
x3dpsail.SFBool(True))).addChild(
x3dpsail.ROUTE().setFromNode(
x3dpsail.SFString("bounce")).setFromField(
x3dpsail.SFString("translation_changed")).
setToNode(x3dpsail.SFString("transform")).setToField(
x3dpsail.SFString("set_translation"))
).addChild(x3dpsail.ROUTE().setFromNode(
x3dpsail.SFString("bounce")).setFromField(
x3dpsail.SFString("scale_changed")).setToNode(
x3dpsail.SFString("transform")).setToField(
x3dpsail.SFString("set_scale"))
).addChild(x3dpsail.ROUTE().setFromNode(
x3dpsail.SFString("bubbleClock")
).setFromField(
x3dpsail.SFString("fraction_changed")
).setToNode(
x3dpsail.SFString("bounce")).setToField(
x3dpsail.SFString("set_fraction")))))).
).addChild(x3dpsail.ProtoDeclare().setName(x3dpsail.SFString(
"Bubble"
)).setProtoBody(x3dpsail.ProtoBody().addChild(x3dpsail.Transform().setDEF(
x3dpsail
.SFString("transform")
).addChild(x3dpsail.Shape().setDEF(x3dpsail.SFString(
"myShape"
)).setAppearance(x3dpsail.Appearance().setMaterial(x3dpsail.Material(
).setDiffuseColor(x3dpsail.SFColor(
0.7, 0.7, 0.7
)).setSpecularColor(x3dpsail.SFColor(
0.5, 0.5, 0.5
))).setTexture(x3dpsail.ComposedCubeMapTexture().setDEF(
x3dpsail
.SFString("texture")
).setBack(x3dpsail.ImageTexture().setUrl(
x3dpsail
.MFString([
"../resources/images/all_probes/stpeters_cross/stpeters_back.png",
"https://coderextreme.net/X3DJSONLD/images/all_probes/stpeters_cross/stpeters_back.png"
])
)).setBottom(x3dpsail.ImageTexture().setUrl(
x3dpsail.MFString([
"../resources/images/all_probes/stpeters_cross/stpeters_bottom.png",
"https://coderextreme.net/X3DJSONLD/images/all_probes/stpeters_cross/stpeters_bottom.png"
])
)).setFront(x3dpsail.ImageTexture().setUrl(
x3dpsail.MFString([
"../resources/images/all_probes/stpeters_cross/stpeters_front.png",
"https://coderextreme.net/X3DJSONLD/images/all_probes/stpeters_cross/stpeters_front.png"
])
)).setLeft(x3dpsail.ImageTexture().setUrl(
x3dpsail.MFString([
"../resources/images/all_probes/stpeters_cross/stpeters_left.png",
"https://coderextreme.net/X3DJSONLD/images/all_probes/stpeters_cross/stpeters_left.png"
])
)).setRight(x3dpsail.ImageTexture().setUrl(
x3dpsail.MFString([
"../resources/images/all_probes/stpeters_cross/stpeters_right.png",
"https://coderextreme.net/X3DJSONLD/images/all_probes/stpeters_cross/stpeters_right.png"
])
)).setTop(x3dpsail.ImageTexture().setUrl(
x3dpsail.MFString([
"../resources/images/all_probes/stpeters_cross/stpeters_top.png",
"https://coderextreme.net/X3DJSONLD/images/all_probes/stpeters_cross/stpeters_top.png"
]))))
#<ComposedShader DEF='gl' language=\"GLSL\"> <field name='cube' type='SFInt32' accessType=\"inputOutput\" value='0'/> <field name='chromaticDispertion' type='SFVec3f' accessType=\"inputOutput\" value='0.98 1.0 1.033'/> <field name='bias' type='SFFloat' accessType=\"inputOutput\" value='0.5'/> <field name='scale' type='SFFloat' accessType=\"inputOutput\" value='0.5'/> <field name='power' type='SFFloat' accessType=\"inputOutput\" value='2.0'/> <ShaderPart url='\"../shaders/gl.vs\" \"https://coderextreme.net/X3DJSONLD/shaders/gl.vs\"' type='VERTEX'></ShaderPart> <ShaderPart url='\"../shaders/pc_bubbles.fs\" \"https://coderextreme.net/X3DJSONLD/shaders/pc_bubbles.fs\"' type='FRAGMENT'></ShaderPart> </ComposedShader> <ComposedShader DEF='freewrl' language=\"GLSL\"> <field name='fw_textureCoodGenType' type='SFInt32' accessType=\"inputOutput\" value='0'/> <field name='chromaticDispertion' type='SFVec3f' accessType=\"inputOutput\" value='0.98 1.0 1.033'/> <field name='bias' type='SFFloat' accessType=\"inputOutput\" value='0.5'/> <field name='scale' type='SFFloat' accessType=\"inputOutput\" value='0.5'/> <field name='power' type='SFFloat' accessType=\"inputOutput\" value='2.0'/> <ShaderPart url='\"../shaders/freewrl.vs\" \"https://coderextreme.net/X3DJSONLD/shaders/freewrl.vs\"' type='VERTEX'></ShaderPart> <ShaderPart url='\"../shaders/pc_bubbles.fs\" \"https://coderextreme.net/X3DJSONLD/shaders/pc_bubbles.fs\"' type='FRAGMENT'></ShaderPart> </ComposedShader>
#<ComposedShader DEF='instant' language=\"GLSL\"> <field name='cube' type='SFInt32' accessType=\"inputOutput\" value='0'/> <field name='chromaticDispertion' type='SFVec3f' accessType=\"inputOutput\" value='0.98 1.0 1.033'/> <field name='bias' type='SFFloat' accessType=\"inputOutput\" value='0.5'/> <field name='scale' type='SFFloat' accessType=\"inputOutput\" value='0.5'/> <field name='power' type='SFFloat' accessType=\"inputOutput\" value='2.0'/> <ShaderPart url='\"../shaders/instant.vs\" \"https://coderextreme.net/X3DJSONLD/shaders/instant.vs\"' type='VERTEX'></ShaderPart> <ShaderPart url='\"../shaders/pc_bubbles.fs\" \"https://coderextreme.net/X3DJSONLD/shaders/pc_bubbles.fs\"' type='FRAGMENT'></ShaderPart> </ComposedShader>
.addShaders(x3dpsail.ComposedShader().setDEF(
x3dpsail.SFString("x3dom")
).setLanguage(x3dpsail.SFString("GLSL")).addField(
x3dpsail.field().setName(x3dpsail.SFString("cube"))
.setType(x3dpsail.SFString("SFInt32")).setAccessType(
x3dpsail.SFString("inputOutput")).setValue(
x3dpsail.SFString("0"))
).addField(x3dpsail.field().setName(
x3dpsail.SFString("chromaticDispertion")
).setType(x3dpsail.SFString("SFVec3f")).setAccessType(
x3dpsail.SFString("inputOutput")
).setValue(x3dpsail.SFString("0.98 1 1.033"))).addField(
x3dpsail.field().setName(x3dpsail.SFString("bias")).
setType(
x3dpsail.SFString("SFFloat")
).setAccessType(x3dpsail.SFString("inputOutput"))
.setValue(x3dpsail.SFString("0.5"))
).addField(x3dpsail.field().setName(
x3dpsail.SFString("scale")
).setType(
x3dpsail.SFString("SFFloat")
).setAccessType(
x3dpsail.SFString("inputOutput")
).setValue(
x3dpsail.SFString("0.5")
)).addField(x3dpsail.field().setName(
x3dpsail.SFString("power")
).setType(
x3dpsail.SFString("SFFloat")
).setAccessType(
x3dpsail.SFString("inputOutput")
).setValue(
x3dpsail.SFString("2")
)).addParts(x3dpsail.ShaderPart().setUrl(
x3dpsail.MFString([
"../shaders/x3dom.vs",
"https://coderextreme.net/X3DJSONLD/shaders/x3dom.vs"
])
).setType(
x3dpsail.SFString("VERTEX")
)).addParts(x3dpsail.ShaderPart().setUrl(
x3dpsail
.MFString([
"../shaders/pc_bubbles.fs",
"https://coderextreme.net/X3DJSONLD/shaders/pc_bubbles.fs"
])).setType(x3dpsail.SFString("FRAGMENT")))).
addShaders(x3dpsail.ComposedShader(
).setDEF(x3dpsail.SFString("cobweb")).setLanguage(
x3dpsail.SFString("GLSL")
).addField(x3dpsail.field().setName(
x3dpsail.SFString("cube")
).setType(x3dpsail.SFString(
"SFNode"
)).setAccessType(x3dpsail.SFString(
"inputOutput"
)).addChild(x3dpsail.ComposedCubeMapTexture().setUSE(
x3dpsail
.SFString("texture")
))).addField(
x3dpsail
.field()
.setName(x3dpsail.SFString("chromaticDispertion"))
.setType(x3dpsail.SFString("SFVec3f"))
.setAccessType(x3dpsail.SFString("inputOutput"))
.setValue(x3dpsail.SFString("0.98 1 1.033"))
).addField(x3dpsail.field().setName(
x3dpsail.SFString("bias")
).setType(
x3dpsail.SFString("SFFloat")
).setAccessType(
x3dpsail.SFString("inputOutput")
).setValue(
x3dpsail.SFString("0.5")
)).addField(x3dpsail.field().setName(
x3dpsail.SFString("scale")
).setType(
x3dpsail.SFString("SFFloat")
).setAccessType(
x3dpsail.SFString("inputOutput")
).setValue(
x3dpsail.SFString("0.5")
)).addField(x3dpsail.field().setName(
x3dpsail.SFString("power")
).setType(
x3dpsail.SFString("SFFloat")
).setAccessType(
x3dpsail.SFString("inputOutput")
).setValue(
x3dpsail.SFString("2")
)).addParts(x3dpsail.ShaderPart().setUrl(
x3dpsail.MFString([
"../shaders/cobweb.vs",
"https://coderextreme.net/X3DJSONLD/shaders/cobweb.vs"
])
).setType(
x3dpsail.SFString("VERTEX")
)).addParts(x3dpsail.ShaderPart().setUrl(
x3dpsail
.MFString([
"../shaders/pc_bubbles.fs",
"https://coderextreme.net/X3DJSONLD/shaders/pc.fs"
])).setType(x3dpsail.SFString("FRAGMENT"))))).
setGeometry(
x3dpsail.Sphere()))).addChild(x3dpsail.Script().setDEF(
x3dpsail.SFString("Bounce")).addField(
x3dpsail.field().setName(
x3dpsail.SFString("translation")).setAccessType(
x3dpsail.SFString("inputOutput")).setType(
x3dpsail.SFString("SFVec3f")).setValue(
x3dpsail.SFString("0 0 0"))
).addField(
x3dpsail.field().setName(
x3dpsail.SFString("velocity")).setAccessType(
x3dpsail.SFString("inputOutput")).setType(
x3dpsail.SFString("SFVec3f")).setValue(
x3dpsail.SFString("0 0 0"))
).addField(x3dpsail.field().setName(
x3dpsail.SFString("set_fraction")).setAccessType(
x3dpsail.SFString("inputOnly")).setType(
x3dpsail.SFString("SFTime"))).setSourceCode(
'''ecmascript:\n"+
" function initialize() {\n"+
" translation = new SFVec3f(0, 0, 0);\n"+
" velocity = new SFVec3f(\n"+
" Math.random() - 0.5,\n"+
" Math.random() - 0.5,\n"+
" Math.random() - 0.5);\n"+
" }\n"+
" function set_fraction() {\n"+
" translation = new SFVec3f(\n"+
" translation.x + velocity.x,\n"+
" translation.y + velocity.y,\n"+
" translation.z + velocity.z);\n"+
" if (Math.abs(translation.x) > 10) {\n"+
" initialize();\n"+
" } else if (Math.abs(translation.y) > 10) {\n"+
" initialize();\n"+
" } else if (Math.abs(translation.z) > 10) {\n"+
" initialize();\n"+
" } else {\n"+
" velocity.x += Math.random() * 0.2 - 0.1;\n"+
" velocity.y += Math.random() * 0.2 - 0.1;\n"+
" velocity.z += Math.random() * 0.2 - 0.1;\n"+
" }\n"+
" }''')).addChild(x3dpsail.TimeSensor().setDEF(x3dpsail.SFString(
"TourTime")).setCycleInterval(
x3dpsail.SFTime(0.15)).setLoop(
x3dpsail.SFBool(True))).
addChild(x3dpsail.ROUTE().setFromNode(
x3dpsail.SFString("TourTime")).setFromField(
x3dpsail.SFString("cycleTime")).setToNode(
x3dpsail.SFString("Bounce")).setToField(
x3dpsail.SFString("set_fraction"))).
addChild(x3dpsail.ROUTE().setFromNode(
x3dpsail.SFString("Bounce")).setFromField(
x3dpsail.SFString(
"translation_changed")).setToNode(
x3dpsail.SFString("transform")).setToField(
x3dpsail.SFString("set_translation"))))
))).addField(
x3dpsail
.field()
.setName(x3dpsail.SFString("orientation_changed"))
.setAccessType(x3dpsail.SFString("outputOnly"))
.setType(x3dpsail.SFString("SFRotation"))
).addField(
x3dpsail
.field()
.setName(x3dpsail.SFString("outputViewpointString"))
.setAccessType(x3dpsail.SFString("outputOnly"))
.setType(x3dpsail.SFString("MFString"))
)).addChild(x3dpsail.ProtoDeclare().setName(
x3dpsail
.SFString("NewWorldInfoNode")
).setProtoBody(x3dpsail.ProtoBody().addChild(x3dpsail.WorldInfo().setDEF(
x3dpsail
.SFString("ExamplePrototypeBody")
)))).addChild(x3dpsail.ProtoInstance().setName(
x3dpsail
.SFString("NewWorldInfoNode")
)).addChild(x3dpsail.ProtoDeclare().setName(
x3dpsail
.SFString("EmissiveMaterial")
).setProtoInterface(x3dpsail.ProtoInterface().addField(
x3dpsail
.field()
.setName(x3dpsail.SFString("onlyColor"))
.setAccessType(x3dpsail.SFString("inputOutput"))
.setType(x3dpsail.SFString("SFColor"))
.setValue(x3dpsail.SFString("1 0 0"))
Scene9.addChildren(NavigationInfo10)
Background11 = x3dpsail.Background()
Background11.setBackUrl(["../resources/images/all_probes/stpeters_cross/stpeters_back.png","https://coderextreme.net/X3DJSONLD/images/all_probes/stpeters_cross/stpeters_back.png"])
Background11.setBottomUrl(["../resources/images/all_probes/stpeters_cross/stpeters_bottom.png","https://coderextreme.net/X3DJSONLD/images/all_probes/stpeters_cross/stpeters_bottom.png"])
Background11.setFrontUrl(["../resources/images/all_probes/stpeters_cross/stpeters_front.png","https://coderextreme.net/X3DJSONLD/images/all_probes/stpeters_cross/stpeters_front.png"])
Background11.setLeftUrl(["../resources/images/all_probes/stpeters_cross/stpeters_left.png","https://coderextreme.net/X3DJSONLD/images/all_probes/stpeters_cross/stpeters_left.png"])
Background11.setRightUrl(["../resources/images/all_probes/stpeters_cross/stpeters_right.png","https://coderextreme.net/X3DJSONLD/images/all_probes/stpeters_cross/stpeters_right.png"])
Background11.setTopUrl(["../resources/images/all_probes/stpeters_cross/stpeters_top.png","https://coderextreme.net/X3DJSONLD/images/all_probes/stpeters_cross/stpeters_top.png"])
Scene9.addChildren(Background11)
Viewpoint12 = x3dpsail.Viewpoint()
Viewpoint12.setPosition([0,0,20])
Viewpoint12.setDescription("Look at the bubbles flying")
Scene9.addChildren(Viewpoint12)
ProtoDeclare13 = x3dpsail.ProtoDeclare()
ProtoDeclare13.setName("Bubble")
ProtoBody14 = x3dpsail.ProtoBody()
Transform15 = x3dpsail.Transform()
Transform15.setDEF("transform")
Shape16 = x3dpsail.Shape()
Shape16.setDEF("myShape")
Appearance17 = x3dpsail.Appearance()
Material18 = x3dpsail.Material()
Material18.setDiffuseColor([0.7,0.7,0.7])
Material18.setSpecularColor([0.5,0.5,0.5])
Appearance17.setMaterial(Material18)
ComposedCubeMapTexture19 = x3dpsail.ComposedCubeMapTexture()
ComposedCubeMapTexture19.setDEF("texture")
ImageTexture20 = x3dpsail.ImageTexture()
meta6.setContent("a white rubik cube")
head1.addMeta(meta6)
X3D0.setHead(head1)
Scene7 = x3dpsail.Scene()
NavigationInfo8 = x3dpsail.NavigationInfo()
NavigationInfo8.setType(["EXAMINE"])
Scene7.addChildren(NavigationInfo8)
Viewpoint9 = x3dpsail.Viewpoint()
Viewpoint9.setDescription("Rubiks Cube on Fire")
Viewpoint9.setPosition([0, 0, 12])
Scene7.addChildren(Viewpoint9)
ProtoDeclare10 = x3dpsail.ProtoDeclare()
ProtoDeclare10.setName("anyShape")
ProtoInterface11 = x3dpsail.ProtoInterface()
field12 = x3dpsail.field()
field12.setName("xtranslation")
field12.setAccessType("inputOutput")
field12.setType("SFVec3f")
field12.setValue("0 0 0")
ProtoInterface11.addField(field12)
field13 = x3dpsail.field()
field13.setName("myShape")
field13.setAccessType("inputOutput")
field13.setType("SFNode")
Sphere14 = x3dpsail.Sphere()
x3dpsail.SFString("generator")).setContent(
x3dpsail.SFString("manual"))).
addMeta(x3dpsail.meta().setName(
x3dpsail.SFString("identifier")).setContent(
x3dpsail.SFString(
"https://coderextreme.net/X3DJSONLD/abox.x3d"))).addMeta(
x3dpsail.meta().setName(
x3dpsail.SFString("description")).setContent(
x3dpsail.SFString("a box")))
).setScene(x3dpsail.Scene().addChild(x3dpsail.ProtoDeclare().setName(
x3dpsail.SFString("anyShape")).setProtoInterface(
x3dpsail.ProtoInterface().addField(x3dpsail.field().setName(
x3dpsail.SFString("myShape")).setAccessType(
x3dpsail.SFString("inputOutput")).setType(
x3dpsail.SFString("MFNode")).addChild(
x3dpsail.Shape().setGeometry(x3dpsail.Sphere())))
).setProtoBody(x3dpsail.ProtoBody().addChild(
x3dpsail.Transform().setIS(
x3dpsail.IS().addConnect(x3dpsail.connect().setNodeField(
x3dpsail.SFString("children")).setProtoField(
x3dpsail.SFString("myShape"))))
))).addChild(x3dpsail.ProtoDeclare().setName(
x3dpsail.SFString("one")).setProtoInterface(
x3dpsail.ProtoInterface().addField(x3dpsail.field().setName(
x3dpsail.SFString("myShape")).setAccessType(
x3dpsail.SFString("inputOutput")).setType(
x3dpsail.SFString("MFNode")).addChild(
x3dpsail.Shape().setGeometry(
x3dpsail.Cylinder())))
).setProtoBody(x3dpsail.ProtoBody().addChild(
x3dpsail.Transform().addChild(x3dpsail.ProtoInstance().setName(
x3dpsail.SFString(
"a kind of rubik cube with spheres")))
).setScene(x3dpsail.Scene().addChild(x3dpsail.NavigationInfo().setType(
x3dpsail.MFString(["EXAMINE"]))).addChild(
x3dpsail.Viewpoint().setDescription(
x3dpsail.SFString("Rubiks Cube")).setPosition(
x3dpsail.SFVec3f(0, 0, 12))
).addChild(x3dpsail.ProtoDeclare().setName(
x3dpsail.SFString("sphere")).setProtoInterface(
x3dpsail.ProtoInterface().addField(x3dpsail.field().setName(
x3dpsail.SFString("xtranslation")).setAccessType(
x3dpsail.SFString("inputOutput")).setType(
x3dpsail.SFString("SFVec3f")).setValue(
x3dpsail.SFString("0 0 0")))
).setProtoBody(x3dpsail.ProtoBody().addChild(
x3dpsail.Transform().setIS(x3dpsail.IS().addConnect(
x3dpsail.connect().setNodeField(
x3dpsail.SFString("translation")).setProtoField(
x3dpsail.SFString("xtranslation")))).addChild(
x3dpsail.Shape().setGeometry(x3dpsail.Sphere(
)).setAppearance(
x3dpsail.Appearance().setMaterial(
x3dpsail.Material().setDiffuseColor(
x3dpsail.SFColor(1, 1, 1)))))
))).addChild(x3dpsail.ProtoDeclare().setName(
x3dpsail.SFString("three")).setProtoInterface(
x3dpsail.ProtoInterface().addField(
x3dpsail.field().setName(
x3dpsail.SFString("ytranslation")).setAccessType(
x3dpsail.SFString("inputOutput")).setType(
x3dpsail.SFString("SFVec3f")).setValue(
x3dpsail.SFString("0 0 0")))
ExternProtoDeclare18.addField(field22)
field23 = x3dpsail.field()
field23.setName("orientation_changed")
field23.setAccessType("outputOnly")
field23.setType("SFRotation")
ExternProtoDeclare18.addField(field23)
field24 = x3dpsail.field()
field24.setName("outputViewpointString")
field24.setAccessType("outputOnly")
field24.setType("MFString")
ExternProtoDeclare18.addField(field24)
Scene17.addChildren(ExternProtoDeclare18)
ProtoDeclare25 = x3dpsail.ProtoDeclare()
ProtoDeclare25.setName("NewWorldInfoNode")
ProtoBody26 = x3dpsail.ProtoBody()
WorldInfo27 = x3dpsail.WorldInfo()
WorldInfo27.setDEF("ExamplePrototypeBody")
ProtoBody26.addChildren(WorldInfo27)
ProtoDeclare25.setProtoBody(ProtoBody26)
Scene17.addChildren(ProtoDeclare25)
ProtoInstance28 = x3dpsail.ProtoInstance()
ProtoInstance28.setName("NewWorldInfoNode")
Scene17.addChildren(ProtoInstance28)
ProtoDeclare29 = x3dpsail.ProtoDeclare()
head1.addMeta(meta7)
meta8 = x3dpsail.meta()
meta8.setName("identifier")
meta8.setContent("https://coderextreme.net/x3d/pp3.x3d")
head1.addMeta(meta8)
meta9 = x3dpsail.meta()
meta9.setName("generator")
meta9.setContent("manual")
head1.addMeta(meta9)
X3D0.setHead(head1)
Scene10 = x3dpsail.Scene()
ProtoDeclare11 = x3dpsail.ProtoDeclare()
ProtoDeclare11.setName("Process")
ProtoBody12 = x3dpsail.ProtoBody()
Group13 = x3dpsail.Group()
#left
Transform14 = x3dpsail.Transform()
Transform14.setScale([0.5,0.5,0.5])
Shape15 = x3dpsail.Shape()
Appearance16 = x3dpsail.Appearance()
Material17 = x3dpsail.Material()
Material17.setDiffuseColor([0.7,1,0])
Material17.setTransparency(0.5)
Appearance16.setMaterial(Material17)
Shape15.setAppearance(Appearance16)
head1.addMeta(meta5)
meta6 = x3dpsail.meta()
meta6.setName("description")
meta6.setContent("beginnings of a force directed graph in 3D")
head1.addMeta(meta6)
meta7 = x3dpsail.meta()
meta7.setName("generator")
meta7.setContent("Vim, X3D-Edit, https://savage.nps.edu/X3D-Edit")
head1.addMeta(meta7)
X3D0.setHead(head1)
Scene8 = x3dpsail.Scene()
ProtoDeclare9 = x3dpsail.ProtoDeclare()
ProtoDeclare9.setName("node")
ProtoInterface10 = x3dpsail.ProtoInterface()
field11 = x3dpsail.field()
field11.setName("position")
field11.setAccessType("inputOutput")
field11.setType("SFVec3f")
field11.setValue("0 0 0")
ProtoInterface10.addField(field11)
ProtoDeclare9.setProtoInterface(ProtoInterface10)
ProtoBody12 = x3dpsail.ProtoBody()
Transform13 = x3dpsail.Transform()
Transform13.setDEF("transform")
IS14 = x3dpsail.IS()
meta6.setContent("a green rubik cube")
head1.addMeta(meta6)
X3D0.setHead(head1)
Scene7 = x3dpsail.Scene()
NavigationInfo8 = x3dpsail.NavigationInfo()
NavigationInfo8.setType(["EXAMINE"])
Scene7.addChildren(NavigationInfo8)
Viewpoint9 = x3dpsail.Viewpoint()
Viewpoint9.setDescription("Rubiks Cube on Fire")
Viewpoint9.setPosition([0, 0, 12])
Scene7.addChildren(Viewpoint9)
ProtoDeclare10 = x3dpsail.ProtoDeclare()
ProtoDeclare10.setName("anyShape")
ProtoInterface11 = x3dpsail.ProtoInterface()
field12 = x3dpsail.field()
field12.setName("xtranslation")
field12.setAccessType("inputOutput")
field12.setType("SFVec3f")
field12.setValue("0 0 0")
ProtoInterface11.addField(field12)
field13 = x3dpsail.field()
field13.setName("myShape")
field13.setAccessType("inputOutput")
field13.setType("MFNode")
Shape14 = x3dpsail.Shape()
Sphere15 = x3dpsail.Sphere()
.addChild(x3dpsail.ProtoDeclare().setName(x3dpsail.SFString("x3dconnector"))
.setProtoInterface(x3dpsail.ProtoInterface()
.addField(x3dpsail.field().setName(x3dpsail.SFString("startnode")).setAccessType(x3dpsail.SFString("initializeOnly")).setType(x3dpsail.SFString("SFNode")))
.addField(x3dpsail.field().setName(x3dpsail.SFString("endnode")).setAccessType(x3dpsail.SFString("initializeOnly")).setType(x3dpsail.SFString("SFNode")))
.addField(x3dpsail.field().setName(x3dpsail.SFString("transnode")).setAccessType(x3dpsail.SFString("initializeOnly")).setType(x3dpsail.SFString("SFNode")))
.addField(x3dpsail.field().setName(x3dpsail.SFString("rotscalenode")).setAccessType(x3dpsail.SFString("initializeOnly")).setType(x3dpsail.SFString("SFNode")))
.addField(x3dpsail.field().setName(x3dpsail.SFString("set_startpoint")).setAccessType(x3dpsail.SFString("inputOnly")).setType(x3dpsail.SFString("SFVec3f")))
.addField(x3dpsail.field().setName(x3dpsail.SFString("set_endpoint")).setAccessType(x3dpsail.SFString("inputOnly")).setType(x3dpsail.SFString("SFVec3f"))))
.setProtoBody(x3dpsail.ProtoBody()
.addChild(x3dpsail.Script().setDEF(x3dpsail.SFString("S1"))
.addField(x3dpsail.field().setName(x3dpsail.SFString("startnode")).setAccessType(x3dpsail.SFString("initializeOnly")).setType(x3dpsail.SFString("SFNode")))
.addField(x3dpsail.field().setName(x3dpsail.SFString("endnode")).setAccessType(x3dpsail.SFString("initializeOnly")).setType(x3dpsail.SFString("SFNode")))
.addField(x3dpsail.field().setName(x3dpsail.SFString("transnode")).setAccessType(x3dpsail.SFString("initializeOnly")).setType(x3dpsail.SFString("SFNode")))
.addField(x3dpsail.field().setName(x3dpsail.SFString("rotscalenode")).setAccessType(x3dpsail.SFString("initializeOnly")).setType(x3dpsail.SFString("SFNode")))
.addField(x3dpsail.field().setName(x3dpsail.SFString("set_startpoint")).setAccessType(x3dpsail.SFString("inputOnly")).setType(x3dpsail.SFString("SFVec3f")))
.addField(x3dpsail.field().setName(x3dpsail.SFString("set_endpoint")).setAccessType(x3dpsail.SFString("inputOnly")).setType(x3dpsail.SFString("SFVec3f")))
.setIS(x3dpsail.IS()
.addConnect(x3dpsail.connect().setNodeField(x3dpsail.SFString("startnode")).setProtoField(x3dpsail.SFString("startnode")))
.addConnect(x3dpsail.connect().setNodeField(x3dpsail.SFString("endnode")).setProtoField(x3dpsail.SFString("endnode")))
.addConnect(x3dpsail.connect().setNodeField(x3dpsail.SFString("transnode")).setProtoField(x3dpsail.SFString("transnode")))
.addConnect(x3dpsail.connect().setNodeField(x3dpsail.SFString("rotscalenode")).setProtoField(x3dpsail.SFString("rotscalenode")))
.addConnect(x3dpsail.connect().setNodeField(x3dpsail.SFString("set_startpoint")).setProtoField(x3dpsail.SFString("set_startpoint")))
.addConnect(x3dpsail.connect().setNodeField(x3dpsail.SFString("set_endpoint")).setProtoField(x3dpsail.SFString("set_endpoint")))).setSourceCode('''ecmascript:\n"+
" function recompute(startpoint,endpoint){\n"+
" if (typeof endpoint === 'undefined') {\n"+
" return;\n"+
" }\n"+
" var dif = endpoint.subtract(startpoint);\n"+
" var dist = dif.length()*0.5;\n"+
" var dif2 = dif.multiply(0.5);\n"+
" var norm = dif.normalize();\n"+
" var transl = startpoint.add(dif2);\n"+
" if (typeof Quaternion !== 'undefined') {\n"+
" return {\n"+
" scale : new SFVec3f(1.0,dist,1.0),\n"+
" translation : transl,\n"+
" rotation : new Quaternion.rotateFromTo(new SFVec3f(0.0,1.0,0.0), norm)\n"+
" };\n"+
" } else {\n"+
" return {\n"+
" scale : new SFVec3f(1.0,dist,1.0),\n"+
" translation : transl,\n"+
" rotation : new SFRotation(new SFVec3f(0.0,1.0,0.0),norm)\n"+
" };\n"+
" }\n"+
" }\n"+
" function recompute_and_route(startpoint, endpoint) {\n"+
" var trafo = recompute(startpoint, endpoint);\n"+
" transnode.translation = trafo.translation;\n"+
" rotscalenode.rotation = trafo.rotation;\n"+
" rotscalenode.scale = trafo.scale;\n"+
" }\n"+
" function initialize(){\n"+
" recompute_and_route(startnode.translation,endnode.translation);\n"+
" }\n"+
" function set_startpoint(val,t){\n"+
" recompute_and_route(val,endnode.translation);\n"+
" }\n"+
" function set_endpoint(val,t){\n"+
" recompute_and_route(startnode.translation,val);\n"+
" }''')
)))
Material26.setDiffuseColor([0.2, 0.7, 0.7])
Appearance25.setMaterial(Material26)
Shape24.setAppearance(Appearance25)
Cylinder27 = x3dpsail.Cylinder()
Cylinder27.setRadius(0.1)
Shape24.setGeometry(Cylinder27)
Transform23.addChildren(Shape24)
Transform22.addChildren(Transform23)
Scene7.addChildren(Transform22)
ProtoDeclare28 = x3dpsail.ProtoDeclare()
ProtoDeclare28.setName("point")
ProtoInterface29 = x3dpsail.ProtoInterface()
field30 = x3dpsail.field()
field30.setName("translation")
field30.setAccessType("inputOutput")
field30.setType("SFVec3f")
field30.setValue("0 0 0")
ProtoInterface29.addField(field30)
ProtoDeclare28.setProtoInterface(ProtoInterface29)
ProtoBody31 = x3dpsail.ProtoBody()
Transform32 = x3dpsail.Transform()
Transform32.setDEF("node")
IS33 = x3dpsail.IS()
Material54.setTransparency(0.5)
Appearance53.setMaterial(Material54)
Shape52.setAppearance(Appearance53)
Cylinder55 = x3dpsail.Cylinder()
Cylinder55.setRadius(0.05)
Shape52.setGeometry(Cylinder55)
Transform51.addChildren(Shape52)
Transform50.addChildren(Transform51)
Scene7.addChildren(Transform50)
ProtoDeclare56 = x3dpsail.ProtoDeclare()
ProtoDeclare56.setName("x3dconnector")
ProtoInterface57 = x3dpsail.ProtoInterface()
field58 = x3dpsail.field()
field58.setName("startnode")
field58.setAccessType("initializeOnly")
field58.setType("SFNode")
ProtoInterface57.addField(field58)
field59 = x3dpsail.field()
field59.setName("endnode")
field59.setAccessType("initializeOnly")
field59.setType("SFNode")
ProtoInterface57.addField(field59)
field60 = x3dpsail.field()
head1.addMeta(meta4)
meta5 = x3dpsail.meta()
meta5.setName("identifier")
meta5.setContent("https://coderextreme.net/X3DJSONLD/abox.x3d")
head1.addMeta(meta5)
meta6 = x3dpsail.meta()
meta6.setName("description")
meta6.setContent("a box")
head1.addMeta(meta6)
X3D0.setHead(head1)
Scene7 = x3dpsail.Scene()
ProtoDeclare8 = x3dpsail.ProtoDeclare()
ProtoDeclare8.setName("anyShape")
ProtoInterface9 = x3dpsail.ProtoInterface()
field10 = x3dpsail.field()
field10.setName("myShape")
field10.setAccessType("inputOutput")
field10.setType("MFNode")
Shape11 = x3dpsail.Shape()
Sphere12 = x3dpsail.Sphere()
Shape11.setGeometry(Sphere12)
field10.addChildren(Shape11)
ProtoInterface9.addField(field10)
).setScene(x3dpsail.Scene().addChild(x3dpsail.ProtoDeclare().setName(
x3dpsail.SFString("node")).setProtoInterface(
x3dpsail.ProtoInterface().addField(x3dpsail.field().setName(
x3dpsail.SFString("position")).setAccessType(
x3dpsail.SFString("inputOutput")).setType(
x3dpsail.SFString("SFVec3f")).setValue(
x3dpsail.SFString("0 0 0")))
).setProtoBody(
x3dpsail.ProtoBody().addChild(x3dpsail.Transform().setDEF(
x3dpsail.SFString("transform")).setIS(x3dpsail.IS().addConnect(
x3dpsail.connect().setNodeField(
x3dpsail.SFString("translation")).setProtoField(
x3dpsail.SFString("position"))
)).addChild(
x3dpsail.Shape().setGeometry(
x3dpsail.Sphere()).setAppearance(
x3dpsail.Appearance().setMaterial(
x3dpsail.Material().setDiffuseColor(
x3dpsail.SFColor(1, 0, 0))))
).addChild(x3dpsail.Transform().setTranslation(
x3dpsail.SFVec3f(1, 0, 0)).addChild(
x3dpsail.Shape().setGeometry(x3dpsail.Text().setString(
x3dpsail.MFString(["Node"])).setFontStyle(
x3dpsail.FontStyle().setJustify(
x3dpsail.MFString(["MIDDLE",
"MIDDLE"])).setSize(
x3dpsail.SFFloat(5))
)).setAppearance(x3dpsail.Appearance().setMaterial(
x3dpsail.Material().setDiffuseColor(
x3dpsail.SFColor(0, 0, 1))))))).
addChild(x3dpsail.PositionInterpolator().setDEF(
x3dpsail.SFString("NodePosition")).setKey(
x3dpsail.MFFloat([0, 1])).setKeyValue(
x3dpsail.MFVec3f([0, 0, 0, 0, 5, 0
]))).
addChild(x3dpsail.Script().setDEF(
x3dpsail.SFString("MoveBall")).addField(
x3dpsail.field().setName(
x3dpsail.SFString("translation")).setAccessType(
x3dpsail.SFString("inputOutput")).setType(
x3dpsail.SFString("SFVec3f")).setValue(
x3dpsail.SFString("50 50 0"))
).addField(x3dpsail.field().setName(
x3dpsail.SFString("old")).setAccessType(
x3dpsail.SFString("inputOutput")).setType(
x3dpsail.SFString("SFVec3f")).setValue(
x3dpsail.SFString("0 0 0")
)).addField(x3dpsail.field().setName(
x3dpsail.SFString("set_cycle")).setAccessType(
x3dpsail.SFString("inputOnly")).setType(
x3dpsail.SFString("SFTime"))).
addField(x3dpsail.field().setName(
x3dpsail.SFString("keyValue")).setAccessType(
x3dpsail.SFString("outputOnly")).setType(
x3dpsail.SFString("MFVec3f"))).setSourceCode(
'''ecmascript:\n"+
" function set_cycle(value) {\n"+
" old = translation;\n"+
" translation = new SFVec3f(Math.random()*100-50, Math.random()*100-50, Math.random()*100-50);\n"+
" keyValue = new MFVec3f([old, translation]);\n"+
" // Browser.println(translation);\n"+
" }''')).
addChild(x3dpsail.TimeSensor().setDEF(
x3dpsail.SFString("nodeClock")).setCycleInterval(
x3dpsail.SFTime(3)).setLoop(x3dpsail.SFBool(
True))).addChild(x3dpsail.ROUTE().setFromNode(
x3dpsail.SFString("nodeClock")).setFromField(
x3dpsail.SFString("cycleTime")).setToNode(
x3dpsail.SFString("MoveBall")).setToField(
x3dpsail.SFString("set_cycle"))).
addChild(x3dpsail.ROUTE().setFromNode(
x3dpsail.SFString("nodeClock")).setFromField(
x3dpsail.SFString("fraction_changed")).setToNode(
x3dpsail.SFString("NodePosition")).setToField(
x3dpsail.SFString("set_fraction"))
).addChild(x3dpsail.ROUTE().setFromNode(
x3dpsail.SFString("MoveBall")).setFromField(
x3dpsail.SFString("keyValue")).setToNode(
x3dpsail.SFString("NodePosition")).setToField(
x3dpsail.SFString("keyValue"))).
addChild(x3dpsail.ROUTE().setFromNode(
x3dpsail.SFString("NodePosition")).setFromField(
x3dpsail.SFString("value_changed")).setToNode(
x3dpsail.SFString("transform")).setToField(
x3dpsail.SFString("set_translation")))
)).addChild(x3dpsail.ProtoDeclare().setName(
["../data/flowerproto.json#FlowerProto"])).addField(
x3dpsail.field().setName(
x3dpsail.SFString("vertex")).setAccessType(
x3dpsail.SFString("inputOutput")).setType(
x3dpsail.SFString("MFString"))
).addField(x3dpsail.field().setName(
x3dpsail.SFString("fragment")).setAccessType(
x3dpsail.SFString("inputOutput")).setType(
x3dpsail.SFString("MFString")))).
addChild(x3dpsail.ProtoDeclare().setName(
x3dpsail.SFString("flower")).setProtoBody(
x3dpsail.ProtoBody().addChild(x3dpsail.Group().addChild(
x3dpsail.ProtoInstance().setName(
x3dpsail.SFString("FlowerProto")
).addFieldValue(x3dpsail.fieldValue().setName(
x3dpsail.SFString("vertex")).setValue(
x3dpsail.SFString(
"\"../shaders/x3dom_flowers_chromatic.vs\"")
)).addFieldValue(x3dpsail.fieldValue().setName(
x3dpsail.SFString("fragment")).setValue(
x3dpsail.SFString(
"\"../shaders/common.fs\""))))))).addChild(
x3dpsail.ProtoInstance().setName(
x3dpsail.SFString("flower"))).
addChild(x3dpsail.ProtoInstance().setName(
x3dpsail.SFString("flower"))).addChild(
x3dpsail.ProtoInstance().setName(
x3dpsail.SFString("flower"))).addChild(
x3dpsail.ProtoInstance().setName(
x3dpsail.SFString("flower"))).addChild(
x3dpsail.ProtoInstance().setName(
.addChild(x3dpsail.ProtoDeclare().setName(x3dpsail.SFString("ArchPrototype")).setAppinfo(x3dpsail.SFString("Create an arch. Can modify general parameters: clearSpanWidth, riseHeight, depth, topAbutmentHeight, pierWidth, pierHeight. - Possibility to create shapes related to an arch: ArchHalf; IntradosOnly; ArchFilled; ArchHalfFilled; Lintel. See the reference file ArchModelingDiagrams.pdf to find further information. See also ArchPrototypeScript_more_readable.js.js."))
.setProtoInterface(x3dpsail.ProtoInterface()
#COLOR OF ARCH
#INPUT PARAMETERS
#General parameters: measures in meters
#Parameters to create to create shapes related to arch: put true to apply
.addField(x3dpsail.field().setName(x3dpsail.SFString("diffuseColor")).setAccessType(x3dpsail.SFString("inputOutput")).setAppinfo(x3dpsail.SFString("color of arch")).setType(x3dpsail.SFString("SFColor")).setValue(x3dpsail.SFString("0.2 0.8 0.8")))
.addField(x3dpsail.field().setName(x3dpsail.SFString("emissiveColor")).setAccessType(x3dpsail.SFString("inputOutput")).setAppinfo(x3dpsail.SFString("color of arch")).setType(x3dpsail.SFString("SFColor")).setValue(x3dpsail.SFString("0.2 0.8 0.8")))
.addField(x3dpsail.field().setName(x3dpsail.SFString("clearSpanWidth")).setAccessType(x3dpsail.SFString("initializeOnly")).setAppinfo(x3dpsail.SFString("clearSpanWidth: clearSpanWidth must be double of riseHeight to obtain an half circumference")).setType(x3dpsail.SFString("SFFloat")).setValue(x3dpsail.SFString("4")))
.addField(x3dpsail.field().setName(x3dpsail.SFString("riseHeight")).setAccessType(x3dpsail.SFString("initializeOnly")).setAppinfo(x3dpsail.SFString("riseHeight: riseHeight must be half of clearSpanWidth to obtain an half circumference")).setType(x3dpsail.SFString("SFFloat")).setValue(x3dpsail.SFString("2")))
.addField(x3dpsail.field().setName(x3dpsail.SFString("depth")).setAccessType(x3dpsail.SFString("initializeOnly")).setAppinfo(x3dpsail.SFString("depth")).setType(x3dpsail.SFString("SFFloat")).setValue(x3dpsail.SFString("3")))
.addField(x3dpsail.field().setName(x3dpsail.SFString("topAbutmentHeight")).setAccessType(x3dpsail.SFString("initializeOnly")).setAppinfo(x3dpsail.SFString("topAbutmentHeight:topAbutmentHeight=0 means no topAbutment")).setType(x3dpsail.SFString("SFFloat")).setValue(x3dpsail.SFString("0.5")))
.addField(x3dpsail.field().setName(x3dpsail.SFString("pierWidth")).setAccessType(x3dpsail.SFString("initializeOnly")).setAppinfo(x3dpsail.SFString("pierWidth:pierWidtht=0 means no pierWidth")).setType(x3dpsail.SFString("SFFloat")).setValue(x3dpsail.SFString("0.5")))
.addField(x3dpsail.field().setName(x3dpsail.SFString("pierHeight")).setAccessType(x3dpsail.SFString("initializeOnly")).setAppinfo(x3dpsail.SFString("pierHeight: pierHeight=0 means no pierHeight")).setType(x3dpsail.SFString("SFFloat")).setValue(x3dpsail.SFString("1")))
.addField(x3dpsail.field().setName(x3dpsail.SFString("archHalf")).setAccessType(x3dpsail.SFString("initializeOnly")).setAppinfo(x3dpsail.SFString("archHalf: can modify also clearSpanWidth, riseHeight, depth, pierWidth, pierHeight, topAbutmentHeight, archHalfExtensionWidth at purpose, clearSpanWidth measure refers to a full arc, consider clearSpanWidth/2 for the archHalf width")).setType(x3dpsail.SFString("SFBool")).setValue(x3dpsail.SFString("false")))
.addField(x3dpsail.field().setName(x3dpsail.SFString("archHalfExtensionWidth")).setAccessType(x3dpsail.SFString("initializeOnly")).setAppinfo(x3dpsail.SFString("archHalfExtensionWidth: measure in meters, use only if archHalf=true, it is the width of the etension of the abutment of the archHalf. See the reference file ArchModelingDiagrams.pdf to find further information.")).setType(x3dpsail.SFString("SFFloat")).setValue(x3dpsail.SFString("0")))
.addField(x3dpsail.field().setName(x3dpsail.SFString("onlyIntrados")).setAccessType(x3dpsail.SFString("initializeOnly")).setAppinfo(x3dpsail.SFString("onlyIntrados: note it is a flat curved surface, can modify also clearSpanWidth, riseHeight, depth at purpose, if needed apply archHalf=true.")).setType(x3dpsail.SFString("SFBool")).setValue(x3dpsail.SFString("false")))
.addField(x3dpsail.field().setName(x3dpsail.SFString("archFilled")).setAccessType(x3dpsail.SFString("initializeOnly")).setAppinfo(x3dpsail.SFString("archFilled: note it is an half cylinder, can modify also clearSpanWidth, riseHeight, depth at purpose.")).setType(x3dpsail.SFString("SFBool")).setValue(x3dpsail.SFString("false")))
.addField(x3dpsail.field().setName(x3dpsail.SFString("archHalfFilled")).setAccessType(x3dpsail.SFString("initializeOnly")).setAppinfo(x3dpsail.SFString("archHalfFilled: note it is a quarter cylinder, can modify also clearSpanWidth, riseHeight, depth at purpose, clearSpanWidth measure refers to a full arc, consider clearSpanWidth/2 for the archHalfFilled width.")).setType(x3dpsail.SFString("SFBool")).setValue(x3dpsail.SFString("false")))
.addField(x3dpsail.field().setName(x3dpsail.SFString("lintel")).setAccessType(x3dpsail.SFString("initializeOnly")).setAppinfo(x3dpsail.SFString("lintel: no arc is rendered, but a lintel: topAbutmentHeight on pierHeight, total height is pierHeight + topAbutmentHeight, if needed apply archHalf=true.")).setType(x3dpsail.SFString("SFBool")).setValue(x3dpsail.SFString("false"))))
.setProtoBody(x3dpsail.ProtoBody()
#First node determines node type of this prototype
#IndexedFaceset creates arch
.addChild(x3dpsail.Transform().setDEF(x3dpsail.SFString("ArchTransform"))
.addChild(x3dpsail.Shape().setDEF(x3dpsail.SFString("Arch"))
#note that convex='false' (meaning concave geometry) is crucial for this IFS of a geometric chord to render properly
.setGeometry(x3dpsail.IndexedFaceSet().setDEF(x3dpsail.SFString("ArchIndex")).setConvex(x3dpsail.SFBool(False)).setSolid(x3dpsail.SFBool(False))
.setCoord(x3dpsail.Coordinate().setDEF(x3dpsail.SFString("ArchChord"))))
.setAppearance(x3dpsail.Appearance()
.setMaterial(x3dpsail.Material().setDEF(x3dpsail.SFString("MaterialNode"))
.setIS(x3dpsail.IS()
.addConnect(x3dpsail.connect().setNodeField(x3dpsail.SFString("emissiveColor")).setProtoField(x3dpsail.SFString("emissiveColor")))
.addConnect(x3dpsail.connect().setNodeField(x3dpsail.SFString("diffuseColor")).setProtoField(x3dpsail.SFString("diffuseColor"))))))))
#Subsequent nodes do not render, but still must be a valid X3D subgraph
#This embedded Script provides the X3D author with additional visibility and control over prototype inputs and outputs
.addChild(x3dpsail.Script().setDEF(x3dpsail.SFString("ArchPrototypeScript")).setUrl(x3dpsail.MFString(["../node/ArchPrototypeScript.js"]))
#INPUT PARAMETERS
#General parameters
#Parameters to create to create shapes related to arch: put true to apply
#OUTPUT PARAMETERS
.addField(x3dpsail.field().setName(x3dpsail.SFString("clearSpanWidth")).setAccessType(x3dpsail.SFString("initializeOnly")).setAppinfo(x3dpsail.SFString("user or default input for clearSpanWidth parameter")).setType(x3dpsail.SFString("SFFloat")))
.addField(x3dpsail.field().setName(x3dpsail.SFString("riseHeight")).setAccessType(x3dpsail.SFString("initializeOnly")).setAppinfo(x3dpsail.SFString("user or default input for riseHeight parameter")).setType(x3dpsail.SFString("SFFloat")))
.addField(x3dpsail.field().setName(x3dpsail.SFString("depth")).setAccessType(x3dpsail.SFString("initializeOnly")).setAppinfo(x3dpsail.SFString("user or default input for depth parameter")).setType(x3dpsail.SFString("SFFloat")))
.addField(x3dpsail.field().setName(x3dpsail.SFString("topAbutmentHeight")).setAccessType(x3dpsail.SFString("initializeOnly")).setAppinfo(x3dpsail.SFString("user or default input for topAbutmentHeight parameter")).setType(x3dpsail.SFString("SFFloat")))
.addField(x3dpsail.field().setName(x3dpsail.SFString("pierWidth")).setAccessType(x3dpsail.SFString("initializeOnly")).setAppinfo(x3dpsail.SFString("user or default input for pierWidth parameter")).setType(x3dpsail.SFString("SFFloat")))
.addField(x3dpsail.field().setName(x3dpsail.SFString("pierHeight")).setAccessType(x3dpsail.SFString("initializeOnly")).setAppinfo(x3dpsail.SFString("user or default input for pierHeight parameter")).setType(x3dpsail.SFString("SFFloat")))
.addField(x3dpsail.field().setName(x3dpsail.SFString("archHalf")).setAccessType(x3dpsail.SFString("initializeOnly")).setAppinfo(x3dpsail.SFString("user or default input for archHalf parameter")).setType(x3dpsail.SFString("SFBool")))
.addField(x3dpsail.field().setName(x3dpsail.SFString("archHalfExtensionWidth")).setAccessType(x3dpsail.SFString("initializeOnly")).setAppinfo(x3dpsail.SFString("user or default input for archHalfExtensionWidth parameter")).setType(x3dpsail.SFString("SFFloat")))
.addField(x3dpsail.field().setName(x3dpsail.SFString("onlyIntrados")).setAccessType(x3dpsail.SFString("initializeOnly")).setAppinfo(x3dpsail.SFString("user or default input for onlyIntrados parameter")).setType(x3dpsail.SFString("SFBool")))
.addField(x3dpsail.field().setName(x3dpsail.SFString("archFilled")).setAccessType(x3dpsail.SFString("initializeOnly")).setAppinfo(x3dpsail.SFString("user or default input for archFilled parameter")).setType(x3dpsail.SFString("SFBool")))
.addField(x3dpsail.field().setName(x3dpsail.SFString("archHalfFilled")).setAccessType(x3dpsail.SFString("initializeOnly")).setAppinfo(x3dpsail.SFString("user or default input for archHalfFilled parameter")).setType(x3dpsail.SFString("SFBool")))
.addField(x3dpsail.field().setName(x3dpsail.SFString("lintel")).setAccessType(x3dpsail.SFString("initializeOnly")).setAppinfo(x3dpsail.SFString("user or default input for lintel parameter")).setType(x3dpsail.SFString("SFBool")))
.addField(x3dpsail.field().setName(x3dpsail.SFString("computedScale")).setAccessType(x3dpsail.SFString("outputOnly")).setAppinfo(x3dpsail.SFString("computedScale: modify scale field - NOTE it is not used to modify the whole arch, but to modify clearSpanWidth, riseHeight, depth. It does not affect topAbutmentHeight, pierWidth, pierHeight, archHalfExtensionWidth")).setType(x3dpsail.SFString("SFVec3f")))
.addField(x3dpsail.field().setName(x3dpsail.SFString("pointOut")).setAccessType(x3dpsail.SFString("outputOnly")).setAppinfo(x3dpsail.SFString("send computed points to the Coordinate node")).setType(x3dpsail.SFString("MFVec3f")))
.addField(x3dpsail.field().setName(x3dpsail.SFString("indexOut")).setAccessType(x3dpsail.SFString("outputOnly")).setAppinfo(x3dpsail.SFString("send computed indices to the IndexedFaceSet node")).setType(x3dpsail.SFString("MFInt32")))
.setIS(x3dpsail.IS()
.addConnect(x3dpsail.connect().setNodeField(x3dpsail.SFString("clearSpanWidth")).setProtoField(x3dpsail.SFString("clearSpanWidth")))
.addConnect(x3dpsail.connect().setNodeField(x3dpsail.SFString("riseHeight")).setProtoField(x3dpsail.SFString("riseHeight")))
.addConnect(x3dpsail.connect().setNodeField(x3dpsail.SFString("depth")).setProtoField(x3dpsail.SFString("depth")))
.addConnect(x3dpsail.connect().setNodeField(x3dpsail.SFString("pierWidth")).setProtoField(x3dpsail.SFString("pierWidth")))
.addConnect(x3dpsail.connect().setNodeField(x3dpsail.SFString("topAbutmentHeight")).setProtoField(x3dpsail.SFString("topAbutmentHeight")))
.addConnect(x3dpsail.connect().setNodeField(x3dpsail.SFString("pierHeight")).setProtoField(x3dpsail.SFString("pierHeight")))
.addConnect(x3dpsail.connect().setNodeField(x3dpsail.SFString("archHalf")).setProtoField(x3dpsail.SFString("archHalf")))
.addConnect(x3dpsail.connect().setNodeField(x3dpsail.SFString("archHalfExtensionWidth")).setProtoField(x3dpsail.SFString("archHalfExtensionWidth")))
.addConnect(x3dpsail.connect().setNodeField(x3dpsail.SFString("onlyIntrados")).setProtoField(x3dpsail.SFString("onlyIntrados")))
.addConnect(x3dpsail.connect().setNodeField(x3dpsail.SFString("archFilled")).setProtoField(x3dpsail.SFString("archFilled")))
.addConnect(x3dpsail.connect().setNodeField(x3dpsail.SFString("archHalfFilled")).setProtoField(x3dpsail.SFString("archHalfFilled")))
.addConnect(x3dpsail.connect().setNodeField(x3dpsail.SFString("lintel")).setProtoField(x3dpsail.SFString("lintel")))))
.addChild(x3dpsail.ROUTE().setFromField(x3dpsail.SFString("computedScale")).setFromNode(x3dpsail.SFString("ArchPrototypeScript")).setToField(x3dpsail.SFString("scale")).setToNode(x3dpsail.SFString("ArchTransform")))
.addChild(x3dpsail.ROUTE().setFromField(x3dpsail.SFString("pointOut")).setFromNode(x3dpsail.SFString("ArchPrototypeScript")).setToField(x3dpsail.SFString("point")).setToNode(x3dpsail.SFString("ArchChord")))
.addChild(x3dpsail.ROUTE().setFromField(x3dpsail.SFString("indexOut")).setFromNode(x3dpsail.SFString("ArchPrototypeScript")).setToField(x3dpsail.SFString("set_coordIndex")).setToNode(x3dpsail.SFString("ArchIndex")))))
