A Finer Way to Render 3D Illustrated Objects in 'grid' Using Affine Transformations
Compute 2D convex hulls
Test whether an object has a Plane3D class
Test whether an object has a Point1D class
Test if 1D affine transformation matrix
Test if 2D affine transformation matrix
Test if 3D affine transformation matrix
Isometric cube grob
Isotoxal 2n-gon inner radius
Compute axis-aligned ranges
Compute centroids of coordinates
Test whether an object has a Line2D class
Compute Euclidean norm
Compute grid affine transformation feature viewports and transformat...
Affine transformation grob
Get affiner options
affiner: A Finer Way to Render 3D Illustrated Objects in 'grid' Using ...
Implemented base methods for angle vectors
Angle vectors
Get/set angular unit of angle vectors
Cast to angle vector
Cast to coord1d object
Cast to coord2d object
Cast to coord3d object
Cast to Line2D object
Cast to Plane3D object
Cast to Point1D object
Cast to 1D affine transformation matrix
Cast to 2D affine transformation matrix
Cast to 3D affine transformation matrix
1D coordinate vector R6 Class
2D coordinate vector R6 Class
3D coordinate vector R6 Class
Compute 3D vector cross product
1D Euclidean distances
2D Euclidean distances
3D Euclidean distances
Plot coordinates, points, lines, and planes
Whether two objects intersect
Whether two objects are parallel
The intersection of two objects.
Angle vector aware inverse trigonometric functions
Test whether an object is an angle vector
Test whether two objects are congruent
Test whether an object has a Coord1D class
Test whether an object has a Coord2D class
Test whether an object has a Coord3D class
Test whether two objects are equivalent
2D lines R6 Class
2D normal vectors
3D normal vectors
3D planes R6 Class
1D points R6 Class
Convert from 3D rotation matrix to axis-angle representation.
1D affine transformation matrices
2D affine transformation matrices
3D affine transformation matrices
Angle vector aware trigonometric functions
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.