LieDerivation \\ List -- formal application of a derivation to every element in a list

Synopsis

• Operator: \\

• Usage:

  y = d\\x

• Inputs:
  • d, an instance of the type LieDerivation,
  • x, a list, the elements in $x$ belong to the source of $d$
• Outputs:
  • y, a list, the elements in $y$ are the formal application of $d$ to the elements in $x$

Description

i1 : L = lieAlgebra{a,b}/{a a a b,b b b a}

o1 = L

o1 : LieAlgebra

i2 : d = euler L

o2 = d

o2 : LieDerivation

i3 : d\\basis(5,L)

o3 = {(a b a b a) + (a b a b a) + (a b a b a) + (a b a b a) + (a b a b a), (b
     ------------------------------------------------------------------------
     b a b a) + (b b a b a) + (b b a b a) + (b b a b a) + (b b a b a)}

o3 : List

i4 : d\basis(5,L)

o4 = {5 (a b a b a), 5 (b b a b a)}

o4 : List

See also

• LieDerivation \ List -- apply a derivation to every element in a list