default namespace m =
  "http://schemas.openxmlformats.org/officeDocument/2006/math"
namespace o = "urn:schemas-microsoft-com:office:office"
namespace s =
  "http://schemas.openxmlformats.org/officeDocument/2006/sharedTypes"
namespace v = "urn:schemas-microsoft-com:vml"
namespace w =
  "http://schemas.openxmlformats.org/wordprocessingml/2006/main"
namespace w10 = "urn:schemas-microsoft-com:office:word"
namespace x = "urn:schemas-microsoft-com:office:excel"

m_ST_Integer255 =
  xsd:integer { minInclusive = "1" maxInclusive = "255" }
m_CT_Integer255 = attribute m:val { m_ST_Integer255 }
m_ST_Integer2 = xsd:integer { minInclusive = "-2" maxInclusive = "2" }
m_CT_Integer2 = attribute m:val { m_ST_Integer2 }
m_ST_SpacingRule = xsd:integer { minInclusive = "0" maxInclusive = "4" }
m_CT_SpacingRule = attribute m:val { m_ST_SpacingRule }
m_ST_UnSignedInteger = xsd:unsignedInt
m_CT_UnSignedInteger = attribute m:val { m_ST_UnSignedInteger }
m_ST_Char = xsd:string { maxLength = "1" }
m_CT_Char = attribute m:val { m_ST_Char }
m_CT_OnOff = attribute m:val { s_ST_OnOff }?
m_CT_String = attribute m:val { s_ST_String }?
m_CT_XAlign = attribute m:val { s_ST_XAlign }
m_CT_YAlign = attribute m:val { s_ST_YAlign }
m_ST_Shp = string "centered" | string "match"
m_CT_Shp = attribute m:val { m_ST_Shp }
m_ST_FType = string "bar" | string "skw" | string "lin" | string "noBar"
m_CT_FType = attribute m:val { m_ST_FType }
m_ST_LimLoc = string "undOvr" | string "subSup"
m_CT_LimLoc = attribute m:val { m_ST_LimLoc }
m_ST_TopBot = string "top" | string "bot"
m_CT_TopBot = attribute m:val { m_ST_TopBot }
m_ST_Script =
  string "roman"
  | string "script"
  | string "fraktur"
  | string "double-struck"
  | string "sans-serif"
  | string "monospace"
m_CT_Script = attribute m:val { m_ST_Script }?
m_ST_Style = string "p" | string "b" | string "i" | string "bi"
m_CT_Style = attribute m:val { m_ST_Style }?
m_CT_ManualBreak = attribute m:alnAt { m_ST_Integer255 }?
m_EG_ScriptStyle =
  element scr { m_CT_Script }?,
  element sty { m_CT_Style }?
m_CT_RPR =
  element lit { m_CT_OnOff }?,
  (element nor { m_CT_OnOff }?
   | m_EG_ScriptStyle),
  element brk { m_CT_ManualBreak }?,
  element aln { m_CT_OnOff }?
m_CT_Text = s_ST_String, xml_space?
m_CT_R =
  element rPr { m_CT_RPR }?,
  w_EG_RPr?,
  (w_EG_RunInnerContent
   | element t { m_CT_Text }?)*
m_CT_CtrlPr = w_EG_RPrMath?
m_CT_AccPr =
  element chr { m_CT_Char }?,
  element ctrlPr { m_CT_CtrlPr }?
m_CT_Acc =
  element accPr { m_CT_AccPr }?,
  element e { m_CT_OMathArg }
m_CT_BarPr =
  element pos { m_CT_TopBot }?,
  element ctrlPr { m_CT_CtrlPr }?
m_CT_Bar =
  element barPr { m_CT_BarPr }?,
  element e { m_CT_OMathArg }
m_CT_BoxPr =
  element opEmu { m_CT_OnOff }?,
  element noBreak { m_CT_OnOff }?,
  element diff { m_CT_OnOff }?,
  element brk { m_CT_ManualBreak }?,
  element aln { m_CT_OnOff }?,
  element ctrlPr { m_CT_CtrlPr }?
m_CT_Box =
  element boxPr { m_CT_BoxPr }?,
  element e { m_CT_OMathArg }
m_CT_BorderBoxPr =
  element hideTop { m_CT_OnOff }?,
  element hideBot { m_CT_OnOff }?,
  element hideLeft { m_CT_OnOff }?,
  element hideRight { m_CT_OnOff }?,
  element strikeH { m_CT_OnOff }?,
  element strikeV { m_CT_OnOff }?,
  element strikeBLTR { m_CT_OnOff }?,
  element strikeTLBR { m_CT_OnOff }?,
  element ctrlPr { m_CT_CtrlPr }?
m_CT_BorderBox =
  element borderBoxPr { m_CT_BorderBoxPr }?,
  element e { m_CT_OMathArg }
m_CT_DPr =
  element begChr { m_CT_Char }?,
  element sepChr { m_CT_Char }?,
  element endChr { m_CT_Char }?,
  element grow { m_CT_OnOff }?,
  element shp { m_CT_Shp }?,
  element ctrlPr { m_CT_CtrlPr }?
m_CT_D =
  element dPr { m_CT_DPr }?,
  element e { m_CT_OMathArg }+
m_CT_EqArrPr =
  element baseJc { m_CT_YAlign }?,
  element maxDist { m_CT_OnOff }?,
  element objDist { m_CT_OnOff }?,
  element rSpRule { m_CT_SpacingRule }?,
  element rSp { m_CT_UnSignedInteger }?,
  element ctrlPr { m_CT_CtrlPr }?
m_CT_EqArr =
  element eqArrPr { m_CT_EqArrPr }?,
  element e { m_CT_OMathArg }+
m_CT_FPr =
  element type { m_CT_FType }?,
  element ctrlPr { m_CT_CtrlPr }?
m_CT_F =
  element fPr { m_CT_FPr }?,
  element num { m_CT_OMathArg },
  element den { m_CT_OMathArg }
m_CT_FuncPr = element ctrlPr { m_CT_CtrlPr }?
m_CT_Func =
  element funcPr { m_CT_FuncPr }?,
  element fName { m_CT_OMathArg },
  element e { m_CT_OMathArg }
m_CT_GroupChrPr =
  element chr { m_CT_Char }?,
  element pos { m_CT_TopBot }?,
  element vertJc { m_CT_TopBot }?,
  element ctrlPr { m_CT_CtrlPr }?
m_CT_GroupChr =
  element groupChrPr { m_CT_GroupChrPr }?,
  element e { m_CT_OMathArg }
m_CT_LimLowPr = element ctrlPr { m_CT_CtrlPr }?
m_CT_LimLow =
  element limLowPr { m_CT_LimLowPr }?,
  element e { m_CT_OMathArg },
  element lim { m_CT_OMathArg }
m_CT_LimUppPr = element ctrlPr { m_CT_CtrlPr }?
m_CT_LimUpp =
  element limUppPr { m_CT_LimUppPr }?,
  element e { m_CT_OMathArg },
  element lim { m_CT_OMathArg }
m_CT_MCPr =
  element count { m_CT_Integer255 }?,
  element mcJc { m_CT_XAlign }?
m_CT_MC = element mcPr { m_CT_MCPr }?
m_CT_MCS = element mc { m_CT_MC }+
m_CT_MPr =
  element baseJc { m_CT_YAlign }?,
  element plcHide { m_CT_OnOff }?,
  element rSpRule { m_CT_SpacingRule }?,
  element cGpRule { m_CT_SpacingRule }?,
  element rSp { m_CT_UnSignedInteger }?,
  element cSp { m_CT_UnSignedInteger }?,
  element cGp { m_CT_UnSignedInteger }?,
  element mcs { m_CT_MCS }?,
  element ctrlPr { m_CT_CtrlPr }?
m_CT_MR = element e { m_CT_OMathArg }+
m_CT_M =
  element mPr { m_CT_MPr }?,
  element mr { m_CT_MR }+
m_CT_NaryPr =
  element chr { m_CT_Char }?,
  element limLoc { m_CT_LimLoc }?,
  element grow { m_CT_OnOff }?,
  element subHide { m_CT_OnOff }?,
  element supHide { m_CT_OnOff }?,
  element ctrlPr { m_CT_CtrlPr }?
m_CT_Nary =
  element naryPr { m_CT_NaryPr }?,
  element sub { m_CT_OMathArg },
  element sup { m_CT_OMathArg },
  element e { m_CT_OMathArg }
m_CT_PhantPr =
  element show { m_CT_OnOff }?,
  element zeroWid { m_CT_OnOff }?,
  element zeroAsc { m_CT_OnOff }?,
  element zeroDesc { m_CT_OnOff }?,
  element transp { m_CT_OnOff }?,
  element ctrlPr { m_CT_CtrlPr }?
m_CT_Phant =
  element phantPr { m_CT_PhantPr }?,
  element e { m_CT_OMathArg }
m_CT_RadPr =
  element degHide { m_CT_OnOff }?,
  element ctrlPr { m_CT_CtrlPr }?
m_CT_Rad =
  element radPr { m_CT_RadPr }?,
  element deg { m_CT_OMathArg },
  element e { m_CT_OMathArg }
m_CT_SPrePr = element ctrlPr { m_CT_CtrlPr }?
m_CT_SPre =
  element sPrePr { m_CT_SPrePr }?,
  element sub { m_CT_OMathArg },
  element sup { m_CT_OMathArg },
  element e { m_CT_OMathArg }
m_CT_SSubPr = element ctrlPr { m_CT_CtrlPr }?
m_CT_SSub =
  element sSubPr { m_CT_SSubPr }?,
  element e { m_CT_OMathArg },
  element sub { m_CT_OMathArg }
m_CT_SSubSupPr =
  element alnScr { m_CT_OnOff }?,
  element ctrlPr { m_CT_CtrlPr }?
m_CT_SSubSup =
  element sSubSupPr { m_CT_SSubSupPr }?,
  element e { m_CT_OMathArg },
  element sub { m_CT_OMathArg },
  element sup { m_CT_OMathArg }
m_CT_SSupPr = element ctrlPr { m_CT_CtrlPr }?
m_CT_SSup =
  element sSupPr { m_CT_SSupPr }?,
  element e { m_CT_OMathArg },
  element sup { m_CT_OMathArg }
m_EG_OMathMathElements =
  element acc { m_CT_Acc }
  | element bar { m_CT_Bar }
  | element box { m_CT_Box }
  | element borderBox { m_CT_BorderBox }
  | element d { m_CT_D }
  | element eqArr { m_CT_EqArr }
  | element f { m_CT_F }
  | element func { m_CT_Func }
  | element groupChr { m_CT_GroupChr }
  | element limLow { m_CT_LimLow }
  | element limUpp { m_CT_LimUpp }
  | element m { m_CT_M }
  | element nary { m_CT_Nary }
  | element phant { m_CT_Phant }
  | element rad { m_CT_Rad }
  | element sPre { m_CT_SPre }
  | element sSub { m_CT_SSub }
  | element sSubSup { m_CT_SSubSup }
  | element sSup { m_CT_SSup }
  | element r { m_CT_R }
m_EG_OMathElements = m_EG_OMathMathElements | w_EG_PContentMath
m_CT_OMathArgPr = element argSz { m_CT_Integer2 }?
m_CT_OMathArg =
  element argPr { m_CT_OMathArgPr }?,
  m_EG_OMathElements*,
  element ctrlPr { m_CT_CtrlPr }?
m_ST_Jc =
  string "left"
  | string "right"
  | string "center"
  | string "centerGroup"
m_CT_OMathJc = attribute m:val { m_ST_Jc }?
m_CT_OMathParaPr = element jc { m_CT_OMathJc }?
m_CT_TwipsMeasure = attribute m:val { s_ST_TwipsMeasure }
m_ST_BreakBin = string "before" | string "after" | string "repeat"
m_CT_BreakBin = attribute m:val { m_ST_BreakBin }?
m_ST_BreakBinSub = string "--" | string "-+" | string "+-"
m_CT_BreakBinSub = attribute m:val { m_ST_BreakBinSub }?
m_CT_MathPr =
  element mathFont { m_CT_String }?,
  element brkBin { m_CT_BreakBin }?,
  element brkBinSub { m_CT_BreakBinSub }?,
  element smallFrac { m_CT_OnOff }?,
  element dispDef { m_CT_OnOff }?,
  element lMargin { m_CT_TwipsMeasure }?,
  element rMargin { m_CT_TwipsMeasure }?,
  element defJc { m_CT_OMathJc }?,
  element preSp { m_CT_TwipsMeasure }?,
  element postSp { m_CT_TwipsMeasure }?,
  element interSp { m_CT_TwipsMeasure }?,
  element intraSp { m_CT_TwipsMeasure }?,
  (element wrapIndent { m_CT_TwipsMeasure }
   | element wrapRight { m_CT_OnOff })?,
  element intLim { m_CT_LimLoc }?,
  element naryLim { m_CT_LimLoc }?
m_mathPr = element mathPr { m_CT_MathPr }
m_CT_OMathPara =
  element oMathParaPr { m_CT_OMathParaPr }?,
  element oMath { m_CT_OMath }+
m_CT_OMath = m_EG_OMathElements*
m_oMathPara = element oMathPara { m_CT_OMathPara }
m_oMath = element oMath { m_CT_OMath }