<?xml version="1.0" encoding="UTF-8"?>
<!DOCTYPE X3D PUBLIC "ISO//Web3D//DTD X3D 3.0//EN"   "http://www.web3d.org/specifications/x3d-3.0.dtd">
<X3D profile='Immersive' version='3.0' xmlns:xsd='http://www.w3.org/2001/XMLSchema-instance' xsd:noNamespaceSchemaLocation=' http://www.web3d.org/specifications/x3d-3.0.xsd '>
<head>
<meta name='title' content='Riboflavin.x3d'/>
<meta name='description' content='Autogenerated version of Riboflavin.x3d scene produced from Riboflavin.xml Chemistry Markup Language (CML) source file.'/>
<meta name='creator' content='Nicholas F. Polys'/>
<meta name='created' content='24 November 2005'/>
<meta name='modified' content='8 June 2008'/>
<meta name='reference' content='Riboflavin.xml'/>
<meta name='CML version' content='1.0'/>
<meta name='reference' content=' CML sources http://www.xml-cml.org '/>
<meta name='reference' content='JUMBO Chemical Format Conversion Tool'/>
<meta name='reference' content=' http://webbook.nist.gov/chemistry '/>
<meta name='reference' content='Polys.StylesheetTransformationsInteractiveVisualization.Web3d2003Symposium.pdf'/>
<meta name='reference' content='Originally Published in Proceedings of Web3D 2003, ACM Press'/>
<meta name='generator' content='CmlToX3d.xslt'/>
<meta name='identifier' content=' http://www.web3d.org/x3d/content/examples/Basic/ChemistryMarkupLanguage/Riboflavin.x3d '/>
<meta name='license' content='../license.html'/>
</head>
<!--
Index for ProtoDeclare definitions: Carbon, Hydrogen, Nitrogen, Oxygen, Fluorine, Silicon, Phosphorus, Sulphur, Chlorine, Bromine, Iodine, unknown, line, title_text, ano1_text, ano2_text
Index for DEF nodes: ato_, ato__mat, atoBr, atoBr_mat, atoC, atoC_mat, atoCl, atoCl_mat, atoF, atoF_mat, atoH, atoH_mat, atoI, atoI_mat, atoN, atoN_mat, atoO, atoO_mat, atoP, atoP_mat, atoS, atoS_mat, atoSi, atoSi_mat, bondo, cmpd_name, cmpd_name1, cmpd_name2, infogroupa, riboflavin_karne_a_1, riboflavin_karne_a_10, riboflavin_karne_a_11, riboflavin_karne_a_12, riboflavin_karne_a_13, riboflavin_karne_a_14, riboflavin_karne_a_15, riboflavin_karne_a_16, riboflavin_karne_a_17, riboflavin_karne_a_18, riboflavin_karne_a_19, riboflavin_karne_a_2, riboflavin_karne_a_20, riboflavin_karne_a_21, riboflavin_karne_a_22, riboflavin_karne_a_23, riboflavin_karne_a_24, riboflavin_karne_a_25, riboflavin_karne_a_26, riboflavin_karne_a_27, riboflavin_karne_a_28, riboflavin_karne_a_29, riboflavin_karne_a_3, riboflavin_karne_a_30, riboflavin_karne_a_31, riboflavin_karne_a_32, riboflavin_karne_a_33, riboflavin_karne_a_34, riboflavin_karne_a_35, riboflavin_karne_a_36, riboflavin_karne_a_37, riboflavin_karne_a_38, riboflavin_karne_a_39, riboflavin_karne_a_4, riboflavin_karne_a_40, riboflavin_karne_a_41, riboflavin_karne_a_42, riboflavin_karne_a_43, riboflavin_karne_a_44, riboflavin_karne_a_45, riboflavin_karne_a_46, riboflavin_karne_a_47, riboflavin_karne_a_5, riboflavin_karne_a_6, riboflavin_karne_a_7, riboflavin_karne_a_8, riboflavin_karne_a_9, riboflavin_karne_b_1, riboflavin_karne_b_10, riboflavin_karne_b_11, riboflavin_karne_b_11_2, riboflavin_karne_b_12, riboflavin_karne_b_13, riboflavin_karne_b_14, riboflavin_karne_b_15, riboflavin_karne_b_16, riboflavin_karne_b_17, riboflavin_karne_b_17_2, riboflavin_karne_b_18, riboflavin_karne_b_18_2, riboflavin_karne_b_19, riboflavin_karne_b_2, riboflavin_karne_b_20, riboflavin_karne_b_21, riboflavin_karne_b_22, riboflavin_karne_b_23, riboflavin_karne_b_23_2, riboflavin_karne_b_24, riboflavin_karne_b_25, riboflavin_karne_b_26, riboflavin_karne_b_27, riboflavin_karne_b_28, riboflavin_karne_b_29, riboflavin_karne_b_3, riboflavin_karne_b_30, riboflavin_karne_b_31, riboflavin_karne_b_32, riboflavin_karne_b_33, riboflavin_karne_b_34, riboflavin_karne_b_35, riboflavin_karne_b_36, riboflavin_karne_b_37, riboflavin_karne_b_38, riboflavin_karne_b_39, riboflavin_karne_b_4, riboflavin_karne_b_40, riboflavin_karne_b_41, riboflavin_karne_b_41_2, riboflavin_karne_b_42, riboflavin_karne_b_43, riboflavin_karne_b_44, riboflavin_karne_b_45, riboflavin_karne_b_46, riboflavin_karne_b_47, riboflavin_karne_b_48, riboflavin_karne_b_49, riboflavin_karne_b_5, riboflavin_karne_b_6, riboflavin_karne_b_7, riboflavin_karne_b_7_2, riboflavin_karne_b_8, riboflavin_karne_b_9, riboflavin_karne_b_9_2
Index for Viewpoint image: Viewpoint_1
-->
<Scene>
<ProtoDeclare name='Carbon'>
<ProtoInterface>
<field name='position' type='SFVec3f' value='0 0 0' accessType='inputOutput'/>
<field name='Mat' type='SFFloat' value='.6' accessType='inputOutput'/>
</ProtoInterface>
<ProtoBody>
<Group>
<Transform DEF='atoC'>
<IS>
<connect nodeField='translation' protoField='position'/>
</IS>
<Shape>
<Appearance>
<Material DEF='atoC_mat' diffuseColor='0 0 0' shininess='.8' specularColor='.29 .3 .29'>
<IS>
<connect nodeField='transparency' protoField='Mat'/>
</IS>
</Material>
</Appearance>
<Sphere radius='.77'/>
</Shape>
<Shape>
<Appearance/>
<Text string='C' solid='true'>
<FontStyle size='.8'/>
</Text>
</Shape>
</Transform>
</Group>
</ProtoBody>
</ProtoDeclare>
<ProtoDeclare name='Hydrogen'>
<ProtoInterface>
<field name='position' type='SFVec3f' value='0 0 0' accessType='inputOutput'/>
<field name='Mat' type='SFFloat' value='.6' accessType='inputOutput'/>
</ProtoInterface>
<ProtoBody>
<Group>
<Transform DEF='atoH'>
<IS>
<connect nodeField='translation' protoField='position'/>
</IS>
<Shape>
<Appearance>
<Material DEF='atoH_mat' ambientIntensity='.0933' diffuseColor='.38 .38 .42' shininess='0.5' specularColor='.53 .53 .53'>
<IS>
<connect nodeField='transparency' protoField='Mat'/>
</IS>
</Material>
</Appearance>
<Sphere radius='.32'/>
</Shape>
<Shape>
<Appearance/>
<Text string='H' solid='true'>
<FontStyle size='.4'/>
</Text>
</Shape>
</Transform>
</Group>
</ProtoBody>
</ProtoDeclare>
<ProtoDeclare name='Nitrogen'>
<ProtoInterface>
<field name='position' type='SFVec3f' value='0 0 0' accessType='inputOutput'/>
<field name='Mat' type='SFFloat' value='.6' accessType='inputOutput'/>
</ProtoInterface>
<ProtoBody>
<Group>
<Transform DEF='atoN'>
<IS>
<connect nodeField='translation' protoField='position'/>
</IS>
<Shape>
<Appearance>
<Material DEF='atoN_mat' diffuseColor='0 0 .72' emissiveColor='0 0 .13' specularColor='.5 .5 .5'>
<IS>
<connect nodeField='transparency' protoField='Mat'/>
</IS>
</Material>
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<Sphere radius='.75'/>
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<Shape>
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<Text string='N' solid='true'>
<FontStyle size='.8'/>
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</Shape>
</Transform>
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</ProtoBody>
</ProtoDeclare>
<ProtoDeclare name='Oxygen'>
<ProtoInterface>
<field name='position' type='SFVec3f' value='0 0 0' accessType='inputOutput'/>
<field name='Mat' type='SFFloat' value='.6' accessType='inputOutput'/>
</ProtoInterface>
<ProtoBody>
<Group>
<Transform DEF='atoO'>
<IS>
<connect nodeField='translation' protoField='position'/>
</IS>
<Shape>
<Appearance>
<Material DEF='atoO_mat' ambientIntensity='.487' diffuseColor='.54 .05 .25' shininess='.2' specularColor='.81 .77 .75'>
<IS>
<connect nodeField='transparency' protoField='Mat'/>
</IS>
</Material>
</Appearance>
<Sphere radius='.73'/>
</Shape>
<Shape>
<Appearance/>
<Text string='O' solid='true'>
<FontStyle size='.8'/>
</Text>
</Shape>
</Transform>
</Group>
</ProtoBody>
</ProtoDeclare>
<ProtoDeclare name='Fluorine'>
<ProtoInterface>
<field name='position' type='SFVec3f' value='0 0 0' accessType='inputOutput'/>
<field name='Mat' type='SFFloat' value='.6' accessType='inputOutput'/>
</ProtoInterface>
<ProtoBody>
<Group>
<Transform DEF='atoF'>
<IS>
<connect nodeField='translation' protoField='position'/>
</IS>
<Shape>
<Appearance>
<Material DEF='atoF_mat' diffuseColor='1 .48 .79' emissiveColor='.09 .04 .07'>
<IS>
<connect nodeField='transparency' protoField='Mat'/>
</IS>
</Material>
</Appearance>
<Sphere radius='.72'/>
</Shape>
<Shape>
<Appearance/>
<Text string='F' solid='true'>
<FontStyle size='.8'/>
</Text>
</Shape>
</Transform>
</Group>
</ProtoBody>
</ProtoDeclare>
<ProtoDeclare name='Silicon'>
<ProtoInterface>
<field name='position' type='SFVec3f' value='0 0 0' accessType='inputOutput'/>
<field name='Mat' type='SFFloat' value='.6' accessType='inputOutput'/>
</ProtoInterface>
<ProtoBody>
<Group>
<Transform DEF='atoSi'>
<IS>
<connect nodeField='translation' protoField='position'/>
</IS>
<Shape>
<Appearance>
<Material DEF='atoSi_mat' diffuseColor='.8 .8 .8'>
<IS>
<connect nodeField='transparency' protoField='Mat'/>
</IS>
</Material>
</Appearance>
<Sphere radius='1.18'/>
</Shape>
<Shape>
<Appearance/>
<Text string='Si' solid='true'>
<FontStyle size='.8'/>
</Text>
</Shape>
</Transform>
</Group>
</ProtoBody>
</ProtoDeclare>
<ProtoDeclare name='Phosphorus'>
<ProtoInterface>
<field name='position' type='SFVec3f' value='0 0 0' accessType='inputOutput'/>
<field name='Mat' type='SFFloat' value='.6' accessType='inputOutput'/>
</ProtoInterface>
<ProtoBody>
<Group>
<Transform DEF='atoP'>
<IS>
<connect nodeField='translation' protoField='position'/>
</IS>
<Shape>
<Appearance>
<Material DEF='atoP_mat' ambientIntensity='.11' diffuseColor='.9 .41 0' emissiveColor='.1 .04 0' shininess='0.8' specularColor='.1 .1 .1'>
<IS>
<connect nodeField='transparency' protoField='Mat'/>
</IS>
</Material>
</Appearance>
<Sphere radius='1.1'/>
</Shape>
<Shape>
<Appearance/>
<Text string='P' solid='true'>
<FontStyle size='.8'/>
</Text>
</Shape>
</Transform>
</Group>
</ProtoBody>
</ProtoDeclare>
<ProtoDeclare name='Sulphur'>
<ProtoInterface>
<field name='position' type='SFVec3f' value='0 0 0' accessType='inputOutput'/>
<field name='Mat' type='SFFloat' value='.6' accessType='inputOutput'/>
</ProtoInterface>
<ProtoBody>
<Group>
<Transform DEF='atoS'>
<IS>
<connect nodeField='translation' protoField='position'/>
</IS>
<Shape>
<Appearance>
<Material DEF='atoS_mat' ambientIntensity='.0467' diffuseColor='.25 .39 .25' emissiveColor='.05 .08 .05' shininess='0.6' specularColor='.11 .12 .08'>
<IS>
<connect nodeField='transparency' protoField='Mat'/>
</IS>
</Material>
</Appearance>
<Sphere radius='1.3'/>
</Shape>
<Shape>
<Appearance/>
<Text string='S' solid='true'>
<FontStyle size='.8'/>
</Text>
</Shape>
</Transform>
</Group>
</ProtoBody>
</ProtoDeclare>
<ProtoDeclare name='Chlorine'>
<ProtoInterface>
<field name='position' type='SFVec3f' value='0 0 0' accessType='inputOutput'/>
<field name='Mat' type='SFFloat' value='.6' accessType='inputOutput'/>
</ProtoInterface>
<ProtoBody>
<Group>
<Transform DEF='atoCl'>
<IS>
<connect nodeField='translation' protoField='position'/>
</IS>
<Shape>
<Appearance>
<Material DEF='atoCl_mat' diffuseColor='.28 .7 0' emissiveColor='.06 .15 0' shininess='0.8' specularColor='.5 .5 .5'>
<IS>
<connect nodeField='transparency' protoField='Mat'/>
</IS>
</Material>
</Appearance>
<Sphere/>
</Shape>
<Shape>
<Appearance/>
<Text string='Cl' solid='true'>
<FontStyle size='.8'/>
</Text>
</Shape>
</Transform>
</Group>
</ProtoBody>
</ProtoDeclare>
<ProtoDeclare name='Bromine'>
<ProtoInterface>
<field name='position' type='SFVec3f' value='0 0 0' accessType='inputOutput'/>
<field name='Mat' type='SFFloat' value='.6' accessType='inputOutput'/>
</ProtoInterface>
<ProtoBody>
<Group>
<Transform DEF='atoBr'>
<IS>
<connect nodeField='translation' protoField='position'/>
</IS>
<Shape>
<Appearance>
<Material DEF='atoBr_mat' ambientIntensity='.0833' diffuseColor='.5 .3 .19' emissiveColor='.12 .13 .08' shininess='0.17' specularColor='.08 .08 .05'>
<IS>
<connect nodeField='transparency' protoField='Mat'/>
</IS>
</Material>
</Appearance>
<Sphere radius='1.14'/>
</Shape>
<Shape>
<Appearance/>
<Text string='Br' solid='true'>
<FontStyle size='.8'/>
</Text>
</Shape>
</Transform>
</Group>
</ProtoBody>
</ProtoDeclare>
<ProtoDeclare name='Iodine'>
<ProtoInterface>
<field name='position' type='SFVec3f' value='0 0 0' accessType='inputOutput'/>
<field name='Mat' type='SFFloat' value='.6' accessType='inputOutput'/>
</ProtoInterface>
<ProtoBody>
<Group>
<Transform DEF='atoI'>
<IS>
<connect nodeField='translation' protoField='position'/>
</IS>
<Shape>
<Appearance>
<Material DEF='atoI_mat' diffuseColor='.56 .37 .74' emissiveColor='.15 .1 .2' shininess='.09' specularColor='.12 .12 .12'>
<IS>
<connect nodeField='transparency' protoField='Mat'/>
</IS>
</Material>
</Appearance>
<Sphere radius='1.33'/>
</Shape>
<Shape>
<Appearance/>
<Text string='I' solid='true'>
<FontStyle size='.8'/>
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<ProtoDeclare name='unknown'>
<ProtoInterface>
<field name='position' type='SFVec3f' value='0 0 0' accessType='inputOutput'/>
<field name='Mat' type='SFFloat' value='.6' accessType='inputOutput'/>
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<ProtoBody>
<Group>
<Transform DEF='ato_'>
<IS>
<connect nodeField='translation' protoField='position'/>
</IS>
<Shape>
<Appearance>
<Material DEF='ato__mat' diffuseColor='1 1 1' emissiveColor='.15 .1 .2' shininess='.09' specularColor='.12 .12 .12'>
<IS>
<connect nodeField='transparency' protoField='Mat'/>
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<Sphere/>
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<Shape>
<Appearance/>
<Text string='?' solid='true'>
<FontStyle size='.8'/>
</Text>
</Shape>
</Transform>
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</ProtoBody>
</ProtoDeclare>
<ProtoDeclare name='line'>
<ProtoInterface>
<field name='bond_set' type='MFVec3f' value='-1 0 0 1 0 0' accessType='inputOutput'/>
</ProtoInterface>
<ProtoBody>
<Transform>
<Shape>
<Appearance>
<Material diffuseColor='1 1 1' emissiveColor='1 1 1'/>
</Appearance>
<IndexedLineSet coordIndex='0 1 -1'>
<Coordinate DEF='bondo'>
<IS>
<connect nodeField='point' protoField='bond_set'/>
</IS>
</Coordinate>
</IndexedLineSet>
</Shape>
</Transform>
</ProtoBody>
</ProtoDeclare>
<ProtoDeclare name='title_text'>
<ProtoInterface>
<field name='txt' type='MFString' accessType='inputOutput'/>
</ProtoInterface>
<ProtoBody>
<Transform>
<Group>
<Transform>
<Shape>
<Appearance/>
<Text DEF='cmpd_name' solid='true'>
<IS>
<connect nodeField='string' protoField='txt'/>
</IS>
<FontStyle/>
</Text>
</Shape>
</Transform>
</Group>
</Transform>
</ProtoBody>
</ProtoDeclare>
<ProtoDeclare name='ano1_text'>
<ProtoInterface>
<field name='txt' type='MFString' accessType='inputOutput'/>
</ProtoInterface>
<ProtoBody>
<Transform>
<Group>
<Transform>
<Shape>
<Appearance/>
<Text DEF='cmpd_name1' solid='true'>
<IS>
<connect nodeField='string' protoField='txt'/>
</IS>
<FontStyle size='.8'/>
</Text>
</Shape>
</Transform>
</Group>
</Transform>
</ProtoBody>
</ProtoDeclare>
<ProtoDeclare name='ano2_text'>
<ProtoInterface>
<field name='txt' type='MFString' accessType='inputOutput'/>
</ProtoInterface>
<ProtoBody>
<Transform>
<Group>
<Transform>
<Shape>
<Appearance/>
<Text DEF='cmpd_name2' solid='true'>
<IS>
<connect nodeField='string' protoField='txt'/>
</IS>
<FontStyle size='.6'/>
</Text>
</Shape>
</Transform>
</Group>
</Transform>
</ProtoBody>
</ProtoDeclare>
<Background groundAngle='1.309 1.571' groundColor='0 0.5 0.7 0 0.4 0.7 0.6 0.5 0.7' skyAngle='1.309 1.571' skyColor='0 0.5 0.8 0 0.6 .7 0.6 0.6 0.7'/>
<PointLight ambientIntensity='1' location='0 0 5' radius='30'/>
<NavigationInfo type='"EXAMINE" "ANY"' transitionType='"ANIMATE"'/>
<Viewpoint description='Entry' position='0 2 20'/>
<!-- CML document - riboflavin - karne - 7/8/00 -->
<!-- file converted from: MDL .mol -->
<Transform DEF='infogroupa' translation='-8 2 -4'>
<Transform translation='0 6 0'>
<ProtoInstance name='title_text' containerField='children'>
<fieldValue name='txt' value='Riboflavin:'/>
</ProtoInstance>
</Transform>
</Transform>
<Group>
<Transform>
<ProtoInstance name='Carbon' DEF='riboflavin_karne_a_1' containerField='children'>
<fieldValue name='position' value='-4.7200 -3.7880 -0.2120'/>
</ProtoInstance>
</Transform>
<Transform>
<ProtoInstance name='Carbon' DEF='riboflavin_karne_a_2' containerField='children'>
<fieldValue name='position' value='-4.4360 -0.8480 0.2560'/>
</ProtoInstance>
</Transform>
<Transform>
<ProtoInstance name='Oxygen' DEF='riboflavin_karne_a_3' containerField='children'>
<fieldValue name='position' value='4.9120 -2.6120 1.4440'/>
</ProtoInstance>
</Transform>
<Transform>
<ProtoInstance name='Carbon' DEF='riboflavin_karne_a_4' containerField='children'>
<fieldValue name='position' value='1.5200 4.6120 -0.4160'/>
</ProtoInstance>
</Transform>
<Transform>
<ProtoInstance name='Carbon' DEF='riboflavin_karne_a_5' containerField='children'>
<fieldValue name='position' value='1.8760 3.1200 -0.5360'/>
</ProtoInstance>
</Transform>
<Transform>
<ProtoInstance name='Carbon' DEF='riboflavin_karne_a_6' containerField='children'>
<fieldValue name='position' value='1.1720 2.2240 0.5160'/>
</ProtoInstance>
</Transform>
<Transform>
<ProtoInstance name='Carbon' DEF='riboflavin_karne_a_7' containerField='children'>
<fieldValue name='position' value='1.2280 0.7120 0.1880'/>
</ProtoInstance>
</Transform>
<Transform>
<ProtoInstance name='Carbon' DEF='riboflavin_karne_a_8' containerField='children'>
<fieldValue name='position' value='0.7320 -0.1640 1.3640'/>
</ProtoInstance>
</Transform>
<Transform>
<ProtoInstance name='Nitrogen' DEF='riboflavin_karne_a_9' containerField='children'>
<fieldValue name='position' value='2.6920 -2.1560 1.2040'/>
</ProtoInstance>
</Transform>
<Transform>
<ProtoInstance name='Carbon' DEF='riboflavin_karne_a_10' containerField='children'>
<fieldValue name='position' value='3.8160 -3.0440 1.1760'/>
</ProtoInstance>
</Transform>
<Transform>
<ProtoInstance name='Nitrogen' DEF='riboflavin_karne_a_11' containerField='children'>
<fieldValue name='position' value='3.5400 -4.3560 0.8280'/>
</ProtoInstance>
</Transform>
<Transform>
<ProtoInstance name='Carbon' DEF='riboflavin_karne_a_12' containerField='children'>
<fieldValue name='position' value='2.2360 -4.7640 0.5320'/>
</ProtoInstance>
</Transform>
<Transform>
<ProtoInstance name='Nitrogen' DEF='riboflavin_karne_a_13' containerField='children'>
<fieldValue name='position' value='0.0240 -4.2560 0.3160'/>
</ProtoInstance>
</Transform>
<Transform>
<ProtoInstance name='Carbon' DEF='riboflavin_karne_a_14' containerField='children'>
<fieldValue name='position' value='1.2080 -3.8600 0.5840'/>
</ProtoInstance>
</Transform>
<Transform>
<ProtoInstance name='Carbon' DEF='riboflavin_karne_a_15' containerField='children'>
<fieldValue name='position' value='1.5000 -2.5280 0.9280'/>
</ProtoInstance>
</Transform>
<Transform>
<ProtoInstance name='Nitrogen' DEF='riboflavin_karne_a_16' containerField='children'>
<fieldValue name='position' value='0.4520 -1.5520 0.9840'/>
</ProtoInstance>
</Transform>
<Transform>
<ProtoInstance name='Carbon' DEF='riboflavin_karne_a_17' containerField='children'>
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