\letter {}
  `\\=', 10
  `\\\*', 10
  `\\\<', 10
\letter C
  `CanonicalForm', 9
  `CentralElement', 6
  Citing Unipot, \indexit{3}
  `Comm', for `UnipotChevElem', 11
  Conjugation, of `UnipotChevElem', 11
\letter E
  Elements of unipotent subgroups of Chevalley groups, \indexit{6}
  Equality, for `UnipotChevElem', 10
\letter G
  General functionality, \indexit{4}
  `GeneratorsOfGroup', for `UnipotChevSubGr', 6
\letter I
  `Inverse', for `UnipotChevElem', 11
  `InverseOp', for `UnipotChevElem', 11
  `IsCentral', 12
  `IsOne', 11
  `IsRootElement', 11
  `IsUnipotChevElem', 6
  `IsUnipotChevRepByFundamentalCoeffs', 6
  `IsUnipotChevRepByRootNumbers', 6
  `IsUnipotChevRepByRoots', 6
  `IsUnipotChevSubGr', 4
\letter L
  Less than, for `UnipotChevElem', 10
\letter M
  Multiplication, for `UnipotChevElem', 10
\letter N
  `NegativeRootsFC', 6
\letter O
  `One', for `UnipotChevSubGr', 5
  `OneOp', for `UnipotChevElem', 11
    \sub for `UnipotChevSubGr', 5
\letter P
  `PositiveRootsFC', 6
  Powers, of `UnipotChevElem', 11
  `PrintObj', for `UnipotChevElem', 9
    \sub for `UnipotChevSubGr', 5
\letter R
  `Representative', 6
  `RootSystem', for `UnipotChevSubGr', 5
  Root Systems, \indexit{3}
\letter S
  `ShallowCopy', for `UnipotChevElem', 10
  `Size', for `UnipotChevSubGr', 5
  Symbolic computation, \indexit{12}
\letter U
  `Unipot', 3
  `UNIPOT_DEFAULT_REP', 7
  `UnipotChevElemByFC', 8
  `UnipotChevElemByFundamentalCoeffs', 8
    \sub element conversion, 9
  `UnipotChevElemByR', 8
  `UnipotChevElemByRN', 7
  `UnipotChevElemByRootNumbers', 7
    \sub element conversion, 9
  `UnipotChevElemByRoots', 8
    \sub element conversion, 9
  `UnipotChevInfo', 4
  `UnipotChevSubGr', 4
  Unipotent subgroups of Chevalley groups, \indexit{4}
\letter V
  `ViewObj', for `UnipotChevElem', 9
    \sub for `UnipotChevSubGr', 5