M: Compute the M-function for a lattice of figures
In pgs: Precision of Geometric Sampling
Description
Usage
Arguments
Value
References
Description
The M-function is the integral of the Epstein zeta function associated with the lattice with respect to the geometric covariogram of the figure.
Usage
1
M(vlat, fig, s, L)
Arguments
vlat
a vector lattice, object of class VecLat-class.
fig
a figure, object of class Figure-class.
s
the exponent of the Epstein zeta function.
L
an integer, the criterion for stopping summation of the
Epstein Zeta function. Argument of the function Ezeta.
Value
The result as a numeric.
References
Kieu, K. and Mora, M. (2006). Precision of stereological
planar area predictors. J. Microsc., 222(3), 201-211.
pgs documentation built on May 29, 2017, 5:30 p.m.
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Description Usage Arguments Value References
Description
The M-function is the integral of the Epstein zeta function associated with the lattice with respect to the geometric covariogram of the figure.
Usage
1 | M(vlat, fig, s, L)
|
Arguments
vlat |
a vector lattice, object of class VecLat-class. |
fig |
a figure, object of class Figure-class. |
s |
the exponent of the Epstein zeta function. |
L |
an integer, the criterion for stopping summation of the
Epstein Zeta function. Argument of the function |
Value
The result as a numeric.
References
Kieu, K. and Mora, M. (2006). Precision of stereological planar area predictors. J. Microsc., 222(3), 201-211.
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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