Plot Spherical Objects

Plot Spherical Objects

Usage

# S3 method for class 'Line'
plot(x, upper.hem = FALSE, earea = TRUE, grid.params = list(), ...)

# S3 method for class 'Vec3'
plot(x, upper.hem = FALSE, earea = TRUE, grid.params = list(), ...)

# S3 method for class 'Ray'
plot(x, upper.hem = FALSE, earea = TRUE, grid.params = list(), pch = NULL, ...)

# S3 method for class 'Plane'
plot(x, upper.hem = FALSE, earea = TRUE, grid.params = list(), ...)

# S3 method for class 'Pair'
plot(x, upper.hem = FALSE, earea = TRUE, grid.params = list(), ...)

# S3 method for class 'Fault'
plot(x, upper.hem = FALSE, earea = TRUE, grid.params = list(), ...)

Arguments

x

object of class "Vec3", "Line", "Ray", "Plane", "Pair", or "Fault", where the rows are the observations and the columns are the coordinates.

upper.hem

logical. Whether the projection is shown for upper hemisphere (TRUE) or lower hemisphere (FALSE, the default).

earea

logical TRUE for Lambert equal-area projection (also "Schmidt net"; the default), or FALSE for meridional stereographic projection (also "Wulff net" or "Stereonet").

grid.params

list.

...

parameters passed to stereo_point(), stereo_smallcircle(), stereo_greatcircle(), or fault_plot()

pch

plotting character

Details

If x is a Ray and pch is NULL, solid symbols show rays pointing in the lower hemisphere, while open symbols point into the upper hemisphere.

See also

Other stereo-plot: arrows(), fault-plot, lines(), points.spherical(), stereo_cones, stereo_confidence(), stereo_contour, stereo_lines(), stereo_point(), stereo_segment(), stereoplot(), stereoplot_guides(), stereoplot_ticks(), text.spherical()

Examples

plot(rvmf(10, mu = Vec3(1, 0, 0))) # Vec

plot(Line(c(90, 80), c(10, 75)), lab = c("L1", "L2"))

plot(Ray(c(90, 80), c(10, 75), sense = c(1, -1)), lab = c("L1", "L2"))

plot(Plane(120, 30), col = "red")

plot(Pair(120, 50, 36, 8))

plot(Fault(120, 50, 36, 8, -1))