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LieDerivative - Maple Help
If T is a Maple expression, then LieDerivative(X, T) is the directional derivative X(T) of T in the direction of the vector field X. · If T is a vector field, ...
LieDerivative - Maple Help
If X is an algebraic expression then LieDerivative(X, vf) is the directional derivative vf(X) of X in the direction of the vector field vf.
Lesson 4: Lie Brackets and Lie Derivatives - Maple Help
Overview. In this lesson, you will learn to do the following: – · LieBracket. The Lie bracket of two vector fields is computed using the LieBracket command. >.
LieDerivative - Maple Help
... LieDerivative. Physics[LieDerivative] - Compute the Lie derivative of a tensorial expression. Calling Sequence. LieDerivative[v, ...](T). LieDerivative(T ...
tensor(deprecated)/Lie_diff - Maple Help
tensor Lie_diff compute the Lie derivative of a tensor with respect to a contravariant vector field Calling Sequence Parameters Description Examples Calling ...
Lie - Maple Help
liesymm Lie the Lie derivative Calling Sequence Parameters Description Examples Calling Sequence Lie( form , V ) Parameters form - expression involving ...
DifferentialGeometry - Maple Help
LieDerivative: calculate the Lie derivative of a vector field, differential form or tensor with respect to a vector field. •. Preferences: set worksheet ...
Overview - Maple Help
... liesymm Package. Description. List of liesymm Package Commands. Examples. References. Description. • ... to compute the Lie derivative of an expression involving.
Commands - Maple Help
calculate Lie derivative of a scalar vector field or one-form with respect ... LieBracket · LieDerivative. •. The following operators (`=`,`+` ...
calculate the Lie derivative of a vector field, differential form, tensor ...
The Lie derivative operator acts as a derivation with respect to both the wedge and tensor products. If alpha and beta are differential forms and T and ...