
Wumpus.Deprecated.PictureLanguage  Portability  GHC with TypeFamilies and more  Stability  unstable  Maintainer  stephen.tetley@gmail.com 





Description 
Type classes and derived functions to compose 2D pictures.
WARNING  this module is deprecated.


Synopsis 

    type family PUnit a   class Horizontal a where    class Vertical a where    class Composite a where    class Move a where    class Blank a where    center :: (Horizontal a, Vertical a, Fractional u, u ~ PUnit a) => a > Point2 u   topleft :: (Horizontal a, Vertical a, u ~ PUnit a) => a > Point2 u   topright :: (Horizontal a, Vertical a, u ~ PUnit a) => a > Point2 u   bottomleft :: (Horizontal a, Vertical a, u ~ PUnit a) => a > Point2 u   bottomright :: (Horizontal a, Vertical a, u ~ PUnit a) => a > Point2 u   (@) :: (Horizontal a, Vertical a, Composite a, Move a, Fractional u, u ~ PUnit a) => a > a > a   (>) :: (Horizontal a, Composite a, Num u, u ~ PUnit a) => a > a > a   (<) :: (Horizontal a, Composite a, Num u, u ~ PUnit a) => a > a > a   (//) :: (Vertical a, Composite a, Num u, u ~ PUnit a) => a > a > a   above :: (Vertical a, Composite a, Num u, u ~ PUnit a) => a > a > a   below :: (Vertical a, Composite a, Num u, u ~ PUnit a) => a > a > a   at :: (Move a, u ~ PUnit a) => a > Point2 u > a   centeredAt :: (Horizontal a, Vertical a, Move a, Composite a, Blank a, Fractional u, u ~ PUnit a) => a > Point2 u > a   stackOnto :: Composite a => [a] > a > a   hcat :: (Horizontal a, Composite a, Num u, u ~ PUnit a) => a > [a] > a   vcat :: (Vertical a, Composite a, Num u, u ~ PUnit a) => a > [a] > a   stackOntoCenter :: (Horizontal a, Vertical a, Composite a, Move a, Fractional u, u ~ PUnit a) => [a] > a > a   hspace :: (Num u, Composite a, Horizontal a, Blank a, u ~ PUnit a) => u > a > a > a   vspace :: (Num u, Composite a, Vertical a, Blank a, u ~ PUnit a) => u > a > a > a   hsep :: (Num u, Composite a, Horizontal a, Blank a, u ~ PUnit a) => u > a > [a] > a   vsep :: (Num u, Composite a, Vertical a, Blank a, u ~ PUnit a) => u > a > [a] > a   alignH :: (Fractional u, Composite a, Horizontal a, Vertical a, Move a, u ~ PUnit a) => HAlign > a > a > a   alignV :: (Fractional u, Composite a, Horizontal a, Vertical a, Move a, u ~ PUnit a) => VAlign > a > a > a   hcatA :: (Fractional u, Horizontal a, Vertical a, Composite a, Move a, u ~ PUnit a) => HAlign > a > [a] > a   vcatA :: (Fractional u, Horizontal a, Vertical a, Composite a, Move a, u ~ PUnit a) => VAlign > a > [a] > a   hsepA :: (Fractional u, Horizontal a, Vertical a, Composite a, Move a, Blank a, u ~ PUnit a) => HAlign > u > a > [a] > a   vsepA :: (Fractional u, Horizontal a, Vertical a, Composite a, Move a, Blank a, u ~ PUnit a) => VAlign > u > a > [a] > a   multilabel :: (Real u, Floating u, TextLabel t) => t > u > VAlign > [String] > Point2 u > Picture u 



Data types for alignment



Horizontal alignment  align to the top, center or bottom.
 Constructors   Instances  



Vertical alignment  align to the left, center or bottom.
 Constructors   Instances  


Type family and classes



The type of points within a Picture.



class Horizontal a where  Source 

Move horizontally.
  Methods    Instances  



Move vertically.
  Methods    Instances  



a `over` b
Place 'picture' a over b. The idea of over here is the same
as zordering in 2D design programs. Implementations of this
class should 'draw' picture a over b but move neither.
Similarly beneath should 'draw' the first picture behind
the second but move neither.
Beneath has a default definition:
beneath = flip over
  Methods    Instances  



Move in both the horizontal and vertical.
  Methods    Instances  



Create a picture that has no content but occupies space
(i.e. it has a bounding box).
  Methods    Instances  


Bounds


Corresponding operations are available on bounding boxes  the
definitions here have different type class obligations.



The center of a picture.



Extract the topleft corner.



Extract the topright corner.



Extract the bottomleft corner.



Extract the bottomright corner.


Composition



a @ b
Center a on top of b, a is potentially moved and drawn
over b.



a > b
Horizontal composition  move b, placing it to the right
of a.



a < b
Horizontal composition  move a, placing it to the left
of b.



a // b
Vertical composition  move b, placing it below a.



a `above` b
Vertical composition  move a, placing it above b.



a `below` b
Vertical composition  move a, placing it below b



Place the picture at the supplied point.



Center the picture at the supplied point.



xs `stackOnto` a
Stack the list of pictures xs over a.
Note, the first picture in the list is drawn at the top, the
last picture is draw over a.



x > xs
Concatenate the list pictures xs horizontally with (>)
starting at x.



x // xs
Concatenate the list of pictures xs vertically with (//)
starting at x.



Stack pictures centered ontop of each other  the first
picture in the list is drawn at the top, last picture is on
drawn at the bottom.



hspace n a b
Concatenate the pictures a and b with (>)  injecting
a space of n units to separate the pictures.



vspace n a b
Concatenate the pictures a and b with (//)  injecting
a space of n units to separate the pictures.



hsep n x xs
Concatenate the list of pictures xs horizontally with
hspace starting at x. The pictures are interspersed with
spaces of n units.



vsep n x xs
Concatenate the list of pictures xs vertically with
vspace starting at x. The pictures are interspersed with
spaces of n units.


Compose with alignment



alignH z a b
Move picture b up or down to be horizontally aligned along a
line from the top, center or bottom of picture a



alignV z a b
Move picture b left or right to be vertically aligned along a
line from the left side, center or right side of picture a



Variant of hcat that aligns the pictures as well as
concatenating them.



Variant of vcat that aligns the pictures as well as
concatenating them.



Variant of hsep that aligns the pictures as well as
concatenating and spacing them.



Variant of vsep that aligns the pictures as well as
concatenating and spacing them.


Special function for text



Create multiple lines of text.
The dimension argument is the linespacing, measured as the
distance between the upper lines descender and the lower
lines ascender.
An error is throw if the list of strings is empty


Produced by Haddock version 2.6.1 