xyz2ternary: Convert triaxial data to biaxial.
In abarbour/hydrogeo: Tools for hydrogeology and poroelasticity
Description
Usage
Arguments
Details
Author(s)
See Also
Description
Tri-axial data will be collapsed into a two-dimensional space, within
an isoceles triangle.
Usage
1
xyz2ternary(X, col.x = 1, are.percents = TRUE)
Arguments
X
object to be projected
col.x
numeric; the column to set as the 1-axis
are.percents
logical; are the values in X percentages [0,100] ?
Details
The projection goes as
x'_{i} = x_{j} + x_{k}/2
x'_{j} = √(3) x_{k} / 2
where x is the data in original axis system. This assumes a normalization
where ∑ x = 1
Author(s)
Andrew J. Barbour <andy.barbour@gmail.com>
See Also
abarbour/hydrogeo documentation built on May 10, 2019, 4:06 a.m.
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Description Usage Arguments Details Author(s) See Also
Description
Tri-axial data will be collapsed into a two-dimensional space, within an isoceles triangle.
Usage
1 | xyz2ternary(X, col.x = 1, are.percents = TRUE)
|
Arguments
X |
object to be projected |
col.x |
numeric; the column to set as the 1-axis |
are.percents |
logical; are the values in |
Details
The projection goes as
x'_{i} = x_{j} + x_{k}/2
x'_{j} = √(3) x_{k} / 2
where x is the data in original axis system. This assumes a normalization where ∑ x = 1
Author(s)
Andrew J. Barbour <andy.barbour@gmail.com>
See Also
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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