Package: affiner 0.4.0-4
affiner: A Finer Way to Render 3D Illustrated Objects in 'grid' Using Affine Transformations
Dilate, permute, project, reflect, rotate, shear, and translate 2D and 3D points. Supports parallel projections including oblique projections such as the cabinet projection as well as axonometric projections such as the isometric projection. Use 'grid's "affine transformation" feature to render illustrated flat surfaces.
Authors:
affiner_0.4.0-4.tar.gz
affiner_0.4.0-4.zip(r-4.7)affiner_0.4.0-4.zip(r-4.6)affiner_0.4.0-4.zip(r-4.5)
affiner_0.4.0-4.tgz(r-4.6-any)affiner_0.4.0-4.tgz(r-4.5-any)
affiner_0.4.0-4.tar.gz(r-4.7-any)affiner_0.4.0-4.tar.gz(r-4.6-any)
affiner_0.4.0-4.tgz(r-4.6-emscripten)
manual.pdf |manual.html✨
card.svg |card.png
affiner/json (API)
NEWS
| # Install 'affiner' in R: |
| install.packages('affiner', repos = c('https://trevorld.r-universe.dev', 'https://cloud.r-project.org')) |
Bug tracker:https://github.com/trevorld/affiner/issues
Pkgdown/docs site:https://trevorldavis.com
Last updated from:dffadb8bfa. Checks:9 OK. Indexed: yes.
| Target | Result | Time | Files | Syslog |
|---|---|---|---|---|
| linux-devel-x86_64 | OK | 152 | ||
| source / vignettes | OK | 214 | ||
| linux-release-x86_64 | OK | 154 | ||
| macos-release-arm64 | OK | 100 | ||
| macos-oldrel-arm64 | OK | 111 | ||
| windows-devel | OK | 108 | ||
| windows-release | OK | 216 | ||
| windows-oldrel | OK | 141 | ||
| wasm-release | OK | 116 |
Exports:aabb_polygon2daffine_settingsaffineGrobaffiner_optionsangleangular_unitangular_unit<-arccosecantarccosinearccotangentarcsecantarcsinearctangentas_angleas_coord1das_coord2das_coord3das_ellipse2das_line2das_plane3das_point1das_polygon2das_segment2das_transform1das_transform2das_transform3dconvex_hull2dCoord1DCoord2DCoord3Dcosecantcosinecotangentcross_product2dcross_product3ddegreesdistance1ddistance2ddistance3ddot_product1ddot_product2ddot_product3dEllipse2Dgradiansgrid.affinegrid.isocubehas_intersectionhas_overlap2dintersectionis_angleis_congruentis_coord1dis_coord2dis_coord3dis_ellipse2dis_equivalentis_line2dis_parallelis_plane3dis_point1dis_polygon2dis_segment2dis_transform1dis_transform2dis_transform3disocubeGrobisotoxal_2ngon_inner_radiusisotoxal_2ngon_polygon2dLine2Dnormal2dnormal3dpainter_depthpainter_orderpermute2dpermute3dpi_radiansPlane3DPoint1DPolygon2Dproject1dproject2dproject3dradiansrectangle_polygon2dreflect1dreflect2dreflect3dregular_ngon_polygon2drotate2drotate3drotate3d_to_AAscale1dscale2dscale3dsecantSegment2Dshear2dshear3dsinestar_inner_radiusstar_polygon2dtangenttransform1dtransform2dtransform3dtranslate1dtranslate2dtranslate3dturns
Dependencies:R6
Readme and manuals
Help Manual
| Help page | Topics |
|---|---|
| affiner: A Finer Way to Render 3D Illustrated Objects in 'grid' Using Affine Transformations | affiner-package affiner |
| Axis-aligned bounding box polygon | aabb_polygon2d |
| Compute Euclidean norm | abs.Coord1D abs.Coord2D abs.Coord3D |
| Compute 'grid' affine transformation feature viewports and transformation functions | affine_settings |
| Affine transformation grob | affineGrob grid.affine |
| Get affiner options | affiner_options |
| Angle vectors | angle degrees gradians pi_radians radians turns |
| Implemented base methods for angle vectors | abs.angle angle-methods as.complex.angle as.double.angle format.angle print.angle |
| Get/set angular unit of angle vectors | angular_unit angular_unit<- |
| Cast to angle vector | as_angle as_angle.angle as_angle.character as_angle.complex as_angle.Coord2D as_angle.Coord3D as_angle.Line2D as_angle.numeric as_angle.Plane3D |
| Cast to coord1d object | as_coord1d as_coord1d.character as_coord1d.Coord1D as_coord1d.Coord2D as_coord1d.data.frame as_coord1d.list as_coord1d.matrix as_coord1d.numeric as_coord1d.Point1D |
| Cast to coord2d object | as_coord2d as_coord2d.angle as_coord2d.character as_coord2d.complex as_coord2d.Coord2D as_coord2d.Coord3D as_coord2d.data.frame as_coord2d.list as_coord2d.matrix as_coord2d.numeric |
| Cast to coord3d object | as_coord3d as_coord3d.angle as_coord3d.character as_coord3d.Coord2D as_coord3d.Coord3D as_coord3d.data.frame as_coord3d.list as_coord3d.matrix as_coord3d.numeric |
| Cast to Ellipse2D object | as_ellipse2d as_ellipse2d.Coord2D as_ellipse2d.numeric |
| Cast to Line2D object | as_line2d as_line2d.angle as_line2d.character as_line2d.Coord2D as_line2d.Line2D as_line2d.numeric as_line2d.Point1D |
| Cast to Plane3D object | as_plane3d as_plane3d.character as_plane3d.Coord3D as_plane3d.Line2D as_plane3d.numeric as_plane3d.Plane3D as_plane3d.Point1D |
| Cast to Point1D object | as_point1d as_point1d.character as_point1d.Coord1D as_point1d.numeric as_point1d.Point1D |
| Cast to Polygon2D object | as_polygon2d as_polygon2d.Coord2D as_polygon2d.Ellipse2D as_polygon2d.numeric as_polygon2d.Polygon2D |
| Cast to Segment2D object | as_segment2d as_segment2d.Coord2D as_segment2d.Polygon2D |
| Cast to 1D affine transformation matrix | as_transform1d as_transform1d.default as_transform1d.transform1d |
| Cast to 2D affine transformation matrix | as_transform2d as_transform2d.default as_transform2d.transform2d |
| Cast to 3D affine transformation matrix | as_transform3d as_transform3d.default as_transform3d.transform3d |
| Compute axis-aligned ranges | bounding_ranges range.Coord1D range.Coord2D range.Coord3D range.Ellipse2D range.Line2D range.Plane3D range.Point1D range.Segment2D |
| Compute centroids of coordinates | centroid mean.Coord1D mean.Coord2D mean.Coord3D |
| Compute 2D convex hulls | convex_hull2d convex_hull2d.Coord2D convex_hull2d.Polygon2D |
| 1D coordinate vector R6 Class | Coord1D |
| 2D coordinate vector R6 Class | Coord2D |
| 3D coordinate vector R6 Class | Coord3D |
| Compute 2D vector cross product | cross_product2d |
| Compute 3D vector cross product | cross_product3d |
| 1D Euclidean distances | distance1d |
| 2D Euclidean distances | distance2d |
| 3D Euclidean distances | distance3d |
| Compute dot (inner) products | dot_product dot_product1d dot_product2d dot_product3d |
| 2D ellipse R6 Class | Ellipse2D |
| Plot coordinates, points, lines, polygons, ellipses, and segments | graphics lines.Coord2D lines.Ellipse2D lines.Line2D lines.Point1D lines.Polygon2D lines.Segment2D plot.Coord1D plot.Coord2D plot.Ellipse2D plot.Polygon2D plot.Segment2D points.Coord1D points.Coord2D |
| Whether two objects intersect | has_intersection has_intersection.default has_intersection.Line2D has_intersection.Plane3D has_intersection.Point1D |
| Whether two 2D shapes overlap | has_overlap2d has_overlap2d.Ellipse2D has_overlap2d.Polygon2D |
| The intersection of two objects. | intersection intersection.Coord1D intersection.Coord2D intersection.Coord3D intersection.Ellipse2D intersection.Line2D intersection.Plane3D intersection.Point1D |
| Angle vector aware inverse trigonometric functions | arccosecant arccosine arccotangent arcsecant arcsine arctangent inverse-trigonometric-functions |
| Test whether an object is an angle vector | is_angle |
| Test whether two objects are congruent | is_congruent is_congruent.angle is_congruent.numeric |
| Test whether an object has a Coord1D class | is_coord1d |
| Test whether an object has a Coord2D class | is_coord2d |
| Test whether an object has a Coord3D class | is_coord3d |
| Test whether an object has an Ellipse2D class | is_ellipse2d |
| Test whether two objects are equivalent | is_equivalent is_equivalent.angle is_equivalent.Coord1D is_equivalent.Coord2D is_equivalent.Coord3D is_equivalent.Line2D is_equivalent.numeric is_equivalent.Plane3D is_equivalent.Point1D |
| Test whether an object has a Line2D class | is_line2d |
| Whether two objects are parallel | is_parallel is_parallel.Line2D is_parallel.Plane3D |
| Test whether an object has a Plane3D class | is_plane3d |
| Test whether an object has a Point1D class | is_point1d |
| Test whether an object has a Polygon2D class | is_polygon2d |
| Test whether an object has a Segment2D class | is_segment2d |
| Test if 1D affine transformation matrix | is_transform1d |
| Test if 2D affine transformation matrix | is_transform2d |
| Test if 3D affine transformation matrix | is_transform3d |
| Isometric cube grob | grid.isocube isocubeGrob |
| Isotoxal 2n-gon inner radius | isotoxal_2ngon_inner_radius star_inner_radius |
| Isotoxal 2n-gon and star polygon | isotoxal_2ngon_polygon2d star_polygon2d |
| 2D lines R6 Class | Line2D |
| 2D normal vectors | normal2d normal2d.Coord2D normal2d.Line2D |
| 3D normal vectors | normal3d normal3d.character normal3d.Coord3D normal3d.Plane3D |
| Painter's depth, order, and sort methods | painter_depth painter_depth.Coord2D painter_depth.Coord3D painter_depth.Polygon2D painter_depth.Segment2D painter_order painter_order.Coord2D painter_order.Coord3D painter_order.Polygon2D sort.Coord2D sort.Coord3D |
| 3D planes R6 Class | Plane3D |
| 1D points R6 Class | Point1D |
| 2D polygon R6 Class | Polygon2D |
| Rectangle polygon | rectangle_polygon2d |
| Regular n-gon polygon | regular_ngon_polygon2d |
| Convert from 3D rotation matrix to axis-angle representation. | rotate3d_to_AA |
| 2D line segment R6 Class | Segment2D |
| 1D affine transformation matrices | project1d reflect1d scale1d transform1d translate1d |
| 2D affine transformation matrices | permute2d project2d reflect2d rotate2d scale2d shear2d transform2d translate2d |
| 3D affine transformation matrices | permute3d project3d reflect3d rotate3d scale3d shear3d transform3d translate3d |
| Angle vector aware trigonometric functions | cosecant cosine cotangent secant sine tangent trigonometric-functions |
