Template:Infobox polytope

{{infobox }} {{documentation}}
 * headerstyle = background:#ccf;
 * above     = {{{name|{{PAGENAME}}}}}
 * image     = {{#if:{{{image|{{{img|}}}}}}|{{#invoke:InfoboxImage|InfoboxImage|image={{{image|{{{img|}}}}}}|size={{{imgsize|200px}}}|upright=1.0|alt={{{alt|}}}}}|}}
 * caption   = {{#if:{{{3d|}}}|}}}|(3D model) |}}{{#if:{{{off|}}}|}}}|(OFF file)|}}
 * label1    = Dimensions
 * data1     = {{{dimension|{{{dim|{{{dimensions|}}}}}}}}}
 * label2    = Type
 * data2     = {{{type|}}}
 * label3    = Space
 * data3     = {{{space|Spherical}}}
 * label4    = Bowers style acronym
 * data4     = {{{acronym|{{{obsa|{{{bsa|{{{ubsa|}}}}}}}}}}}}
 * header5   = {{#if:{{if empty|{{{cox|{{{coxeter|}}}}}}|{{{schlafli|{{{schläfli|}}}}}}|{{{symmetry|}}}|{{{army|}}}|{{{reg|{{{regiment|}}}}}}}}|Info|}}
 * label6    = Coxeter diagram
 * data6     = {{if empty|{{{csymbol|{{{cox|{{{coxeter|}}}}}}}}}
 * label7    = Schläfli symbol
 * data7     = {{{schlafli|{{{schläfli|}}}}}}
 * label8    = Symmetry
 * data8     = {{{symmetry|}}}
 * label9    = Army
 * data9     = {{{army|}}}
 * label10   = Regiment
 * data10    = {{{reg|{{{regiment|}}}}}}
 * header11  = {{#if:{{{vertex|{{{vertices|}}}}}}|Elements|}}
 * label12   = Vertex figure
 * data12    = {{{verf|{{{vertfig|}}}}}}
 * label13   = Components
 * data13    = {{{component|{{{components|{{{comp|{{{comps|}}}}}}}}}}}}
 * label14   = Xenna
 * data14    = {{{xennon|{{{xenna|{{{xennons|{{{9-el|{{{9-element|{{{9-elements|}}}}}}}}}}}}}}}}}}
 * label15   = Yotta
 * data15    = {{{yotton|{{{yotta|{{{yottons|{{{8-el|{{{8-element|{{{8-elements|}}}}}}}}}}}}}}}}}}
 * label16   = Zetta
 * data16    = {{{zetton|{{{zetta|{{{zettons|{{{7-el|{{{7-element|{{{7-elements|}}}}}}}}}}}}}}}}}}
 * label17   = Exa
 * data17    = {{{exon|{{{exa|{{{exons|{{{6-el|{{{6-element|{{{6-elements|}}}}}}}}}}}}}}}}}}
 * label18   = Peta
 * data18    = {{{peton|{{{peta|{{{petons|{{{5-el|{{{5-element|{{{5-elements|}}}}}}}}}}}}}}}}}}
 * label19   = Tera
 * data19    = {{{teron|{{{tera|{{{terons|{{{4-el|{{{4-element|{{{4-elements|}}}}}}}}}}}}}}}}}}
 * label20   = Cells
 * data20    = {{{cell|{{{cells|{{{3-el|{{{3-element|{{{3-elements|}}}}}}}}}}}}}}}
 * label21   = Faces
 * data21    = {{{face|{{{faces|{{{2-el|{{{2-element|{{{2-elements|}}}}}}}}}}}}}}}
 * label22   = Edges
 * data22    = {{{edge|{{{edges|{{{1-el|{{{1-element|{{{1-elements|}}}}}}}}}}}}}}}
 * label23   = Vertices
 * data23    = {{{vertex|{{{vertices|{{{0-el|{{{0-element|{{{0-elements|}}}}}}}}}}}}}}}
 * header24  = {{#if:{{if empty|{{{circum|{{{circumradius|{{{rad|{{{radius|}}}}}}}}}}}}|{{{angle|}}}|{{{dihedral|{{{dih|}}}}}}|{{{dichoral|{{{dich|}}}}}}|{{{diteral|{{{dit|}}}}}}|{{{dipetal|{{{dip|}}}}}}|{{{diexal|{{{die|}}}}}}|{{{dizettal|{{{diz|}}}}}}|{{{diyottal|{{{diy|}}}}}}|{{{dixennal|{{{dix|}}}}}}|{{{len|}}}|{{{area|}}}|{{{volume|{{{vol|}}}}}}|{{{hypervolume|{{{hypervol|{{{hvol|{{{bulk|}}}}}}}}}}}}}}|Measure{{#if:{{{custom_measure|}}}|&#32;{{{custom_measure|}}}|&#32;(edge length{{#ifeq:{{str find|{{{edge_lengths|{{{els|}}}}}}|,}}|-1||s}} {{#if:{{{edge_lengths|{{{els|}}}}}}|{{{edge_lengths|{{{els|}}}}}}|1}})|}}}}{{if all|{{{circum|{{{circumradius|{{{rad|{{{radius|}}}}}}}}}}}}|{{{angle|{{{dihedral|{{{dih|{{{dichoral|{{{dich|{{{diteral|{{{dit|{{{dipetal|{{{dip|{{{diexal|{{{die|{{{dizettal|{{{diz|{{{diyottal|{{{diy|{{{dixennal|{{{dix|}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}|{{{len|{{{area|{{{volume|{{{vol|{{{hypervolume|{{{hypervol|{{{hvol|{{{bulk|}}}}}}}}}}}}}}}}}}}}}}}}|n=3|else=}}
 * label25   = Circumradius
 * data25    = {{{circum|{{{circumradius|{{{rad|{{{radius|}}}}}}}}}}}}
 * label26   = Angle{{#if:{{{angle2|}}}|s|}}
 * data26    = {{{angle|}}}
 * label27   =
 * data27    = {{{angle2|}}}
 * label28   =
 * data28    = {{{angle3|}}}
 * label29   =
 * data29    = {{{angle4|}}}
 * label30   =
 * data30    = {{{angle5|}}}
 * label31   = Dihedral angle{{#if:{{{dih2|{{{dihedral2|}}}}}}|s|}}
 * data31    = {{{dih|{{{dihedral|}}}}}}
 * label32   =
 * data32    = {{{dih2|{{{dihedral2|}}}}}}
 * label33   =
 * data33    = {{{dih3|{{{dihedral3|}}}}}}
 * label34   =
 * data34    = {{{dih4|{{{dihedral4|}}}}}}
 * label35   =
 * data35    = {{{dih5|{{{dihedral5|}}}}}}
 * label36   = Dichoral angle{{#if:{{{dich2|{{{dichoral2|{{{dic|}}}}}}}}}|s|}}
 * data36    = {{{dich|{{{dichoral|{{{dic|}}}}}}}}}
 * label37   =
 * data37    = {{{dich2|{{{dichoral2|{{{dic2|}}}}}}}}}
 * label38   =
 * data38    = {{{dich3|{{{dichoral3|{{{dic3|}}}}}}}}}
 * label39   =
 * data39    = {{{dich4|{{{dichoral4|{{{dic4|}}}}}}}}}
 * label40   =
 * data40    = {{{dich5|{{{dichoral5{{{dic5|}}}|}}}}}}
 * label41   = Diteral angle{{#if:{{{dit2|{{{diteral2|}}}}}}|s|}}
 * data41    = {{{dit|{{{diteral|}}}}}}
 * label42   =
 * data42    = {{{dit2|{{{diteral2|}}}}}}
 * label43   =
 * data43    = {{{dit3|{{{diteral3|}}}}}}
 * label44   =
 * data44    = {{{dit4|{{{diteral4|}}}}}}
 * label45   =
 * data45    = {{{dit5|{{{diteral5|}}}}}}
 * label46   = Dipetal angle{{#if:{{{dip2|{{{dipetal2|}}}}}}|s|}}
 * data46    = {{{dip|{{{dipetal|}}}}}}
 * label47   =
 * data47    = {{{dip2|{{{dipetal2|}}}}}}
 * label48   =
 * data48    = {{{dip3|{{{dipetal3|}}}}}}
 * label49   =
 * data49    = {{{dip4|{{{dipetal4|}}}}}}
 * label50   =
 * data50    = {{{dip5|{{{dipetal5|}}}}}}
 * label51   = Diexal angle{{#if:{{{die2|{{{diexal2|}}}}}}|s|}}
 * data51    = {{{die|{{{diexal|}}}}}}
 * label52   =
 * data52    = {{{die2|{{{diexal2|}}}}}}
 * label53   =
 * data53    = {{{die3|{{{diexal3|}}}}}}
 * label54   =
 * data54    = {{{die4|{{{diexal4|}}}}}}
 * label55   =
 * data55    = {{{die5|{{{diexal5|}}}}}}
 * label56   = Dizettal angle{{#if:{{{diz2|{{{dizettal2|}}}}}}|s|}}
 * data56    = {{{diz|{{{dizettal|}}}}}}
 * label57   =
 * data57    = {{{diz2|{{{dizettal2|}}}}}}
 * label58   =
 * data58    = {{{diz3|{{{dizettal3|}}}}}}
 * label59   =
 * data59    = {{{diz4|{{{dizettal4|}}}}}}
 * label60   =
 * data60    = {{{diz5|{{{dizettal5|}}}}}}
 * label61   = Diyottal angle{{#if:{{{diy2|{{{diyottal2|}}}}}}|s|}}
 * data61    = {{{diy|{{{diyottal|}}}}}}
 * label62   =
 * data62    = {{{diy2|{{{diyottal2|}}}}}}
 * label63   =
 * data63    = {{{diy3|{{{diyottal3|}}}}}}
 * label64   =
 * data64    = {{{diy4|{{{diyottal4|}}}}}}
 * label65   =
 * data65    = {{{diy5|{{{diyottal5|}}}}}}
 * label66   = Dixennal angle{{#if:{{{dix2|{{{dixennal2|}}}}}}|s|}}
 * data66    = {{{dix|{{{dixennal|}}}}}}
 * label67   =
 * data67    = {{{dix2|{{{dixennal2|}}}}}}
 * label68   =
 * data68    = {{{dix3|{{{dixennal3|}}}}}}
 * label69   =
 * data69    = {{{dix4|{{{dixennal4|}}}}}}
 * label70   =
 * data70    = {{{dix5|{{{dixennal5|}}}}}}
 * label71   = Length
 * data71    = {{{len|{{{length|}}}}}}
 * label72   = Area
 * data72    = {{{area|}}}
 * label73   = Volume
 * data73    = {{{volume|{{{vol|}}}}}}
 * label74   = Hypervolume
 * data74    = {{{hypervolume|{{{hypervol|{{{hvol|{{{bulk|}}}}}}}}}}}}
 * header75  = {{if either|{{{dual|}}}|{{{conjugate|{{{conj|}}}}}}|Related polytopes|}}
 * label76   = Dual
 * data76    = {{{dual|}}}
 * label77   = Conjugate{{#ifeq:{{str find|{{{conjugate|{{{conj|}}}}}}|,}}|-1||s}}
 * data77    = {{{conjugate|{{{conj|}}}}}}
 * header78  = Properties
 * label79   = Convex
 * data79    = {{{convex|{{{conv|}}}}}}
 * label80   = Orientable
 * data80    = {{{orientable|{{{orient|}}}}}}
 * label81   = Nature
 * data81    = {{{nature|{{{nat|}}}}}}