Safe Haskell	Safe-Inferred
Language	Haskell98

Text.Blaze.Svg.Internal

Synopsis

type Svg = Markup
toSvg :: ToMarkup a => a -> Svg
type Path = State AttributeValue ()
mkPath :: Path -> AttributeValue
appendToPath :: [String] -> Path
m :: Show a => a -> a -> Path
mr :: Show a => a -> a -> Path
z :: Path
l :: Show a => a -> a -> Path
lr :: Show a => a -> a -> Path
h :: Show a => a -> Path
hr :: Show a => a -> Path
v :: Show a => a -> Path
vr :: Show a => a -> Path
c :: Show a => a -> a -> a -> a -> a -> a -> Path
cr :: Show a => a -> a -> a -> a -> a -> a -> Path
s :: Show a => a -> a -> a -> a -> Path
sr :: Show a => a -> a -> a -> a -> Path
q :: Show a => a -> a -> a -> a -> Path
qr :: Show a => a -> a -> a -> a -> Path
t :: Show a => a -> a -> Path
tr :: Show a => a -> a -> Path
aa :: Show a => a -> a -> a -> Bool -> Bool -> a -> a -> Path
a :: Show a => a -> a -> a -> Bool -> Bool -> a -> a -> Path
ar :: Show a => a -> a -> a -> Bool -> Bool -> a -> a -> Path
translate :: Show a => a -> a -> AttributeValue
scale :: Show a => a -> a -> AttributeValue
rotate :: Show a => a -> AttributeValue
rotateAround :: Show a => a -> a -> a -> AttributeValue
skewX :: Show a => a -> AttributeValue
skewY :: Show a => a -> AttributeValue
matrix :: Show a => a -> a -> a -> a -> a -> a -> AttributeValue

Documentation

type Svg = Markup Source #

Type to represent an SVG document fragment.

toSvg :: ToMarkup a => a -> Svg Source #

type Path = State AttributeValue () Source #

Type to accumulate an SVG path.

mkPath :: Path -> AttributeValue Source #

Construct SVG path values using path instruction combinators. See simple example below of how you can use mkPath to specify a path using the path instruction combinators that are included as part of the same module.

More information available at: http://www.w3.org/TR/SVG/paths.html

import Text.Blaze.Svg11 ((!), mkPath, l, m)
import qualified Text.Blaze.Svg11 as S
import qualified Text.Blaze.Svg11.Attributes as A

svgDoc :: S.Svg
svgDoc = S.docTypeSvg ! A.version "1.1" ! A.width "150" ! A.height "100" $ do
 S.path ! A.d makeSimplePath

makeSimplePath :: S.AttributeValue
makeSimplePath =  mkPath do
  l 2 3
  m 4 5

appendToPath :: [String] -> Path Source #

m :: Show a => a -> a -> Path Source #

Moveto

mr :: Show a => a -> a -> Path Source #

Moveto (relative)

z :: Path Source #

ClosePath

l :: Show a => a -> a -> Path Source #

Lineto

lr :: Show a => a -> a -> Path Source #

Lineto (relative)

h :: Show a => a -> Path Source #

Horizontal lineto

hr :: Show a => a -> Path Source #

Horizontal lineto (relative)

v :: Show a => a -> Path Source #

Vertical lineto

vr :: Show a => a -> Path Source #

Vertical lineto (relative)

c :: Show a => a -> a -> a -> a -> a -> a -> Path Source #

Cubic Bezier curve

cr :: Show a => a -> a -> a -> a -> a -> a -> Path Source #

Cubic Bezier curve (relative)

s :: Show a => a -> a -> a -> a -> Path Source #

Smooth Cubic Bezier curve

sr :: Show a => a -> a -> a -> a -> Path Source #

Smooth Cubic Bezier curve (relative)

q :: Show a => a -> a -> a -> a -> Path Source #

Quadratic Bezier curve

qr :: Show a => a -> a -> a -> a -> Path Source #

Quadratic Bezier curve (relative)

t :: Show a => a -> a -> Path Source #

Smooth Quadratic Bezier curve

tr :: Show a => a -> a -> Path Source #

Smooth Quadratic Bezier curve (relative)

aa Source #

Arguments

:: Show a
=> a	Radius in the x-direction
-> a	Radius in the y-direction
-> a	The rotation of the arc's x-axis compared to the normal x-axis
-> Bool	Draw the smaller or bigger arc satisfying the start point
-> Bool	To mirror or not
-> a	The x-coordinate of the end point
-> a	The y-coordinate of the end point
-> Path

Elliptical Arc (absolute).

Note that this function is an alias for the function a, defined in Text.Blaze.Svg.Internal. aa is exported from Text.Blaze.Svg instead of a due to naming conflicts with a from Text.Blaze.SVG11.

a Source #

Arguments

:: Show a
=> a	Radius in the x-direction
-> a	Radius in the y-direction
-> a	The rotation of the arc's x-axis compared to the normal x-axis
-> Bool	True to draw the larger of the two arcs satisfying constraints.
-> Bool	To mirror or not
-> a	The x-coordinate of the end point
-> a	The y-coordinate of the end point
-> Path

Elliptical Arc (absolute). This is the internal definition for absolute arcs. It is not exported but instead exported as aa due to naming conflicts with a.

ar Source #

Arguments

:: Show a
=> a	Radius in the x-direction
-> a	Radius in the y-direction
-> a	The rotation of the arc's x-axis compared to the normal x-axis
-> Bool	True to draw the larger of the two arcs satisfying constraints.
-> Bool	To mirror or not
-> a	The x-coordinate of the end point
-> a	The y-coordinate of the end point
-> Path

Elliptical Arc (relative)

translate :: Show a => a -> a -> AttributeValue Source #

Specifies a translation by x and y

scale :: Show a => a -> a -> AttributeValue Source #

Specifies a scale operation by x and y

rotate :: Show a => a -> AttributeValue Source #

Specifies a rotation by rotate-angle degrees

rotateAround :: Show a => a -> a -> a -> AttributeValue Source #

Specifies a rotation by rotate-angle degrees about the given time rx,ry

skewX :: Show a => a -> AttributeValue Source #

Skew tansformation along x-axis

skewY :: Show a => a -> AttributeValue Source #

Skew tansformation along y-axis

matrix :: Show a => a -> a -> a -> a -> a -> a -> AttributeValue Source #

Specifies a transform in the form of a transformation matrix