Package index • affiner

{grid} affine transformation utilities

Utilities to use the {grid} group affine transformation feature

affineGrob() grid.affine(): Affine transformation grob

affine_settings(): Compute grid affine transformation feature viewports and transformation functions

isocubeGrob() grid.isocube(): Isometric cube grob

1D/2D/3D coordinate objects

1D/2D/3D coordinate objects

Coord1D: 1D coordinate vector R6 Class

is_coord1d(): Test whether an object has a Coord1D class

as_coord1d(): Cast to coord1d object

Coord2D: 2D coordinate vector R6 Class

is_coord2d(): Test whether an object has a Coord2D class

as_coord2d(): Cast to coord2d object

Coord3D: 3D coordinate vector R6 Class

is_coord3d(): Test whether an object has a Coord3D class

as_coord3d(): Cast to coord3d object

1D points, 2D lines, and 3D planes

1D points, 2D line, and 3D plane objects

Point1D: 1D points R6 Class

as_point1d(): Cast to Point1D object

is_point1d(): Test whether an object has a Point1D class

Line2D: 2D lines R6 Class

as_line2d(): Cast to Line2D object

is_line2d(): Test whether an object has a Line2D class

Plane3D: 3D planes R6 Class

as_plane3d(): Cast to Plane3D object

is_plane3d(): Test whether an object has a Plane3D class

1D/2D/3D affine transformation matrices

1D/2D/3D affine transformation matrices

transform1d() project1d() reflect1d() scale1d() translate1d(): 1D affine transformation matrices

is_transform1d(): Test if 1D affine transformation matrix

as_transform1d(): Cast to 1D affine transformation matrix

transform2d() permute2d() project2d() reflect2d() rotate2d() scale2d() shear2d() translate2d(): 2D affine transformation matrices

is_transform2d(): Test if 2D affine transformation matrix

as_transform2d(): Cast to 2D affine transformation matrix

transform3d() permute3d() project3d() reflect3d() rotate3d() scale3d() shear3d() translate3d(): 3D affine transformation matrices

is_transform3d(): Test if 3D affine transformation matrix

as_transform3d(): Cast to 3D affine transformation matrix

rotate3d_to_AA(): Convert from 3D rotation matrix to axis-angle representation.

Angle vectors

Angle vectors allow users to use whichever angular unit is most convenient for them

angle() degrees() gradians() pi_radians() radians() turns(): Angle vectors

is_angle(): Test whether an object is an angle vector

as_angle(): Cast to angle vector

angular_unit() `angular_unit<-`(): Get/set angular unit of angle vectors

is_congruent(): Test whether two objects are congruent

sine() cosine() tangent() secant() cosecant() cotangent(): Angle vector aware trigonometric functions

arcsine() arccosine() arctangent() arcsecant() arccosecant() arccotangent(): Angle vector aware inverse trigonometric functions

as.double(<angle>) as.complex(<angle>) format(<angle>) print(<angle>) abs(<angle>): Implemented base methods for angle vectors

Additional coordinate calculations

Compute centroids, Euclidean norms, axis-aligned ranges, convex hulls, cross products, and vector normals

mean(<Coord1D>) mean(<Coord2D>) mean(<Coord3D>): Compute centroids of coordinates

abs(<Coord1D>) abs(<Coord2D>) abs(<Coord3D>): Compute Euclidean norm

range(<Coord1D>) range(<Coord2D>) range(<Coord3D>): Compute axis-aligned ranges

convex_hull2d(): Compute 2D convex hulls

cross_product3d(): Compute 3D vector cross product

distance1d(): 1D Euclidean distances

distance2d(): 2D Euclidean distances

distance3d(): 3D Euclidean distances

normal2d(): 2D normal vectors

normal3d(): 3D normal vectors

plot(<Coord1D>) points(<Coord1D>) lines(<Point1D>) plot(<Coord2D>) points(<Coord2D>) lines(<Line2D>): Plot coordinates, points, lines, and planes

Package options

Package global options

affiner_options(): Get affiner options

affiner affiner-package: affiner: A Finer Way to Render 3D Illustrated Objects in 'grid' Using Affine Transformations