ex: Basis vectors in three-dimensional space
In stokes: The Exterior Calculus
ex R Documentation
Basis vectors in three-dimensional space
Description
\loadmathjax
Objects ex, ey and ez are the three elementary
one-forms on three-dimensional space, sometimes denoted
\mjseqn(e_x,e_y,e_z). These objects can be generated by running
script ‘vignettes/ex.Rmd’, which includes some further discussion
and technical documentation and creates file ‘exeyez.rda’ which
resides in the data/ directory.
Details
See vignettes dx and exeyez for an extended
discussion; a use-case is given in vector_cross_product.
Author(s)
Robin K. S. Hankin
References
M. Spivak 1971. Calculus on manifolds,
Addison-Wesley
See Also
d,print.kform
Examples
as.function(dx)(ex)
(X <- as.kform(matrix(1:12,nrow=4),c(1,2,7,11)))
as.function(X)(cbind(e(2,12),e(6,12),e(10,12)))
stokes documentation built on Aug. 19, 2023, 1:07 a.m.
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| ex | R Documentation |
Basis vectors in three-dimensional space
Description
\loadmathjaxObjects ex, ey and ez are the three elementary
one-forms on three-dimensional space, sometimes denoted
\mjseqn(e_x,e_y,e_z). These objects can be generated by running
script ‘vignettes/ex.Rmd’, which includes some further discussion
and technical documentation and creates file ‘exeyez.rda’ which
resides in the data/ directory.
Details
See vignettes dx and exeyez for an extended
discussion; a use-case is given in vector_cross_product.
Author(s)
Robin K. S. Hankin
References
M. Spivak 1971. Calculus on manifolds, Addison-Wesley
See Also
d,print.kform
Examples
as.function(dx)(ex)
(X <- as.kform(matrix(1:12,nrow=4),c(1,2,7,11)))
as.function(X)(cbind(e(2,12),e(6,12),e(10,12)))
R Package Documentation
Browse R Packages
We want your feedback!
Note that we can't provide technical support on individual packages. You should contact the package authors for that.
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