Exceptions indicated.
- ++
- --
- ->Gridclj
- add
- compute-ranges
- decorate
- empty-grid
- empty-metadata
- escaped-char
- escaped-char?
- grid?clj/s≠
- height
- render
- render-grid
- round
- subtract
- tf-hflip
- tf-project
- tf-rotate
- tf-rotate-90-degrees
- tf-scale
- tf-shear
- tf-translate
- tf-transpose
- tf-vflip
- transform
- update-ranges
- valid-key?
- valid-value?
- validate-key
- validate-value
- width
pp-grid.core
++clj/s
(++ & gs)Convenience wrapper for add to accept grids as args.
Convenience wrapper for add to accept grids as args.
--clj/s
(-- & gs)Convenience wrapper for subtract to accept grids as args.
Convenience wrapper for subtract to accept grids as args.
addclj/s
(add & gs)Constructs a grid with all given grids added together.
Constructs a grid with all given grids added together.
decorateclj/s
(decorate g & escape-codes)Decorates a grid with given ansi-escape-codes.
Decorates a grid with given ansi-escape-codes.
subtractclj/s
(subtract & gs)Returns the first grid minus keys in rest of the grids.
Returns the first grid minus keys in rest of the grids.
tf-hflipclj/s
(tf-hflip)Returns a function that horizontally flips a coordinate.
Returns a function just to keep it consistent with other tf-* functions.
For example, ((tf-hflip) [1 2]) = [-1 2].
Returns a function that horizontally flips a coordinate. Returns a function just to keep it consistent with other tf-* functions. For example, ((tf-hflip) [1 2]) = [-1 2].
tf-projectclj/s
(tf-project target-dimension)(tf-project target-dimension project-fn)Returns a function that projects a coordinate into given dimension.
For example, ((tf-project 2) [1 2 3 4 5]) = [1 2].
A project-fn can be passed in to change how a coordinate is projected. By default, the identity function is used.
Returns a function that projects a coordinate into given dimension. For example, ((tf-project 2) [1 2 3 4 5]) = [1 2]. A project-fn can be passed in to change how a coordinate is projected. By default, the identity function is used.
tf-rotateclj/s
(tf-rotate radians)Returns a function that rotates a coordinate by given angle in radians.
Returns a function that rotates a coordinate by given angle in radians.
tf-rotate-90-degreesclj/s
(tf-rotate-90-degrees)Returns a function that rotates a coordinate by 90 degrees.
Returns a function that rotates a coordinate by 90 degrees.
tf-scaleclj/s
(tf-scale & ns)Returns a function that scales a coordinate by given amounts.
For example, ((tf-scale 10 2) [3 2]) = [30 4].
Returns a function that scales a coordinate by given amounts. For example, ((tf-scale 10 2) [3 2]) = [30 4].
tf-shearclj/s
(tf-shear a b)Returns a function that shears a coordinate by given factors.
See https://en.wikipedia.org/wiki/Shear_mapping.
For example, ((tf-shear 2 3) [10 5]) = [10 + 2 * 5, 5 + 3 * 10] = [20 35].
Returns a function that shears a coordinate by given factors. See https://en.wikipedia.org/wiki/Shear_mapping. For example, ((tf-shear 2 3) [10 5]) = [10 + 2 * 5, 5 + 3 * 10] = [20 35].
tf-translateclj/s
(tf-translate & deltas)Returns a function that translates a coordinate by given deltas.
For example, ((tf-translate 10 20) [1 2]) = [11 22].
Returns a function that translates a coordinate by given deltas. For example, ((tf-translate 10 20) [1 2]) = [11 22].
tf-transposeclj/s
(tf-transpose)Returns a function that transposes a coordinate.
Returns a function just to keep it consistent with other tf-* functions.
For example, ((tf-transpose) [1 2]) = [2 1].
Returns a function that transposes a coordinate. Returns a function just to keep it consistent with other tf-* functions. For example, ((tf-transpose) [1 2]) = [2 1].
tf-vflipclj/s
(tf-vflip)Returns a function that vertically flips a coordinate.
Returns a function just to keep it consistent with other tf-* functions.
For example, ((tf-vflip) [1 2]) = [1 -2].
Returns a function that vertically flips a coordinate. Returns a function just to keep it consistent with other tf-* functions. For example, ((tf-vflip) [1 2]) = [1 -2].
transformclj/s
(transform g f)(transform g f dimension)Transforms a grid into another grid using given transformation function.
A transformation function accepts a key (coordinate vector) and returns another key.
For example transformation functions, take a look at the tf-* functions.
Transforms a grid into another grid using given transformation function. A transformation function accepts a key (coordinate vector) and returns another key. For example transformation functions, take a look at the tf-* functions.
cljdoc is a website building & hosting documentation for Clojure/Script libraries
× close