chore: format with elm-format

sandydoo · Aug 24, 2024 · ee872b7 · ee872b7
1 parent e6bd2be
commit ee872b7
Show file tree

Hide file tree

Showing 12 changed files with 1,165 additions and 941 deletions.
diff --git a/src/Calendar.elm b/src/Calendar.elm
diff --git a/src/Clock.elm b/src/Clock.elm
@@ -1,111 +1,110 @@
 module Clock exposing (..)
 
 import Animation as Anim
+import Calendar exposing (DateTime, Unit(..))
 import Ease
 import Time
 
-import Calendar exposing ( DateTime, Unit(..) )
-
-
 
 type alias Arm =
-  { radius        : Float
-  , armRadius     : Float
-  , ticks         : Ticks
-  , animatedAngle : Anim.Animation
-  }
+    { radius : Float
+    , armRadius : Float
+    , ticks : Ticks
+    , animatedAngle : Anim.Animation
+    }
 
 
 type alias Ticks =
-  { unit   : Unit
-  , count  : Int
-  , labels : List String
-  }
+    { unit : Unit
+    , count : Int
+    , labels : List String
+    }
 
 
 createTicks : Unit -> DateTime -> Ticks
 createTicks unit datetime =
-  let
-    labels = Calendar.range unit datetime
-  in
-  { unit   = unit
-  , count  = List.length labels
-  , labels = labels
-  }
+    let
+        labels =
+            Calendar.range unit datetime
+    in
+    { unit = unit
+    , count = List.length labels
+    , labels = labels
+    }
 
 
 updateTicks : Ticks -> DateTime -> Ticks
 updateTicks ticks datetime =
-  let
-    { unit } = ticks
-  in
-  case unit of
-    Days ->
-      createTicks Days datetime
-
-    _ ->
-      ticks
+    let
+        { unit } =
+            ticks
+    in
+    case unit of
+        Days ->
+            createTicks Days datetime
 
+        _ ->
+            ticks
 
 
 init : Calendar.DateTime -> List Arm
 init datetime =
-  let
-    armRadius = 23
-  in
-  [ { radius = 100
-    , armRadius = armRadius
-    , ticks = createTicks Months datetime
-    , animatedAngle = Anim.static 0
-    }
-  , { radius = 155
-    , armRadius = armRadius
-    , ticks = createTicks Weekdays datetime
-    , animatedAngle = Anim.static 0
-    }
-  , { radius = 210
-    , armRadius = armRadius
-    , ticks = createTicks Days datetime
-    , animatedAngle = Anim.static 0
-    }
-  , { radius = 300
-    , armRadius = armRadius
-    , ticks = createTicks Hours datetime
-    , animatedAngle = Anim.static 0
-    }
-  , { radius = 355
-    , armRadius = armRadius
-    , ticks = createTicks Minutes datetime
-    , animatedAngle = Anim.static 0
-    }
-  , { radius = 410
-    , armRadius = armRadius
-    , ticks = createTicks Seconds datetime
-    , animatedAngle = Anim.static 0
-    }
-  ]
-
+    let
+        armRadius =
+            23
+    in
+    [ { radius = 100
+      , armRadius = armRadius
+      , ticks = createTicks Months datetime
+      , animatedAngle = Anim.static 0
+      }
+    , { radius = 155
+      , armRadius = armRadius
+      , ticks = createTicks Weekdays datetime
+      , animatedAngle = Anim.static 0
+      }
+    , { radius = 210
+      , armRadius = armRadius
+      , ticks = createTicks Days datetime
+      , animatedAngle = Anim.static 0
+      }
+    , { radius = 300
+      , armRadius = armRadius
+      , ticks = createTicks Hours datetime
+      , animatedAngle = Anim.static 0
+      }
+    , { radius = 355
+      , armRadius = armRadius
+      , ticks = createTicks Minutes datetime
+      , animatedAngle = Anim.static 0
+      }
+    , { radius = 410
+      , armRadius = armRadius
+      , ticks = createTicks Seconds datetime
+      , animatedAngle = Anim.static 0
+      }
+    ]
 
 
 update : Calendar.DateTime -> Float -> List Arm -> List Arm
 update datetime delta arms =
-  let
-    updateEach arm =
-      let
-        { ticks, animatedAngle } = arm
-
-        newTicks = updateTicks ticks datetime
-
-        newAngle =
-          toFloat ( Calendar.toPart ticks.unit datetime ) / toFloat newTicks.count * 360
-
-        newAnimatedAngle =
-          Anim.retarget delta newAngle animatedAngle
-          |> Anim.duration 750
-          |> Anim.ease Ease.outQuart
-
-      in
-      { arm | ticks = newTicks, animatedAngle = newAnimatedAngle }
-
-  in
-  List.map updateEach arms
+    let
+        updateEach arm =
+            let
+                { ticks, animatedAngle } =
+                    arm
+
+                newTicks =
+                    updateTicks ticks datetime
+
+                newAngle =
+                    toFloat (Calendar.toPart ticks.unit datetime) / toFloat newTicks.count * 360
+
+                newAnimatedAngle =
+                    Anim.retarget delta newAngle animatedAngle
+                        |> Anim.duration 750
+                        |> Anim.ease Ease.outQuart
+            in
+            { arm | ticks = newTicks, animatedAngle = newAnimatedAngle }
+    in
+    List.map updateEach arms
diff --git a/src/Color/Cubehelix.elm b/src/Color/Cubehelix.elm
@@ -1,80 +1,118 @@
 module Color.Cubehelix exposing (..)
 
-
-import Color.Rgb exposing ( RGB )
 import Color.Interpolate as Interpolate
+import Color.Rgb exposing (RGB)
 
 
 
 -- A “Cubehelix” colour space, based on the work of David Green, Mike Bostock,
 -- and Jason Davies.
 --
 -- See https://sandydoo.github.io/CubehelixExplained/ for a full explanation.
+-- Constants
 
 
+a =
+    -0.14861
 
--- Constants
 
+b =
+    1.78277
 
-a = -0.14861
-b =  1.78277
-c = -0.29227
-d = -0.90649
-e =  1.97294
 
-ed = e * d
-eb = e * b
-bcDa = b * c - d * a
+c =
+    -0.29227
 
 
+d =
+    -0.90649
+
+
+e =
+    1.97294
+
+
+ed =
+    e * d
+
+
+eb =
+    e * b
 
-type Cubehelix =
-  Cubehelix
-    { h : Float
-    , s : Float
-    , l : Float
-    }
 
+bcDa =
+    b * c - d * a
+
+
+type Cubehelix
+    = Cubehelix
+        { h : Float
+        , s : Float
+        , l : Float
+        }
 
 
 fromRgb : RGB -> Cubehelix
 fromRgb rgb =
-  let
-    red   = rgb.r / 255
-    green = rgb.g / 255
-    blue  = rgb.b / 255
+    let
+        red =
+            rgb.r / 255
 
-    l = ( bcDa * blue + ed * red - eb * green ) / ( bcDa + ed - eb )
+        green =
+            rgb.g / 255
 
-    x = blue - l
+        blue =
+            rgb.b / 255
 
-    y = ( e * ( green - l ) - c * ( blue - l ) ) / d
+        l =
+            (bcDa * blue + ed * red - eb * green) / (bcDa + ed - eb)
 
-    s = ( sqrt ( x ^ 2 + y ^ 2 ) ) / ( e * l * ( 1 - l ) )
+        x =
+            blue - l
 
-    h = atan2 y x * 180 / pi - 120
+        y =
+            (e * (green - l) - c * (blue - l)) / d
+
+        s =
+            sqrt (x ^ 2 + y ^ 2) / (e * l * (1 - l))
+
+        h =
+            atan2 y x * 180 / pi - 120
+    in
+    Cubehelix
+        { h =
+            if h < 0 then
+                h + 360
+
+            else
+                h
+        , s = s
+        , l = l
+        }
 
-  in
-  Cubehelix
-    { h = if h < 0 then h + 360 else h
-    , s = s
-    , l = l
-    }
 
 
 -- https://web.archive.org/web/20190814105952/http://astron-soc.in/bulletin/11June/289392011.pdf
+
+
 toRgb : Cubehelix -> RGB
-toRgb ( Cubehelix { h, s, l } ) =
-  let
-    hue = ( h + 120 ) * pi / 180
-    alpha = s * l * ( 1 - l )
-    cosH = cos hue
-    sinH = sin hue
-
-  in
-    { r = 255 * ( l + alpha * ( a * cosH + b * sinH ) )
-    , g = 255 * ( l + alpha * ( c * cosH + d * sinH ) )
-    , b = 255 * ( l + alpha * ( e * cosH ) )
+toRgb (Cubehelix { h, s, l }) =
+    let
+        hue =
+            (h + 120) * pi / 180
+
+        alpha =
+            s * l * (1 - l)
+
+        cosH =
+            cos hue
+
+        sinH =
+            sin hue
+    in
+    { r = 255 * (l + alpha * (a * cosH + b * sinH))
+    , g = 255 * (l + alpha * (c * cosH + d * sinH))
+    , b = 255 * (l + alpha * (e * cosH))
     }
 
 
@@ -83,9 +121,9 @@ toRgb ( Cubehelix { h, s, l } ) =
 
 
 interpolate : Cubehelix -> Cubehelix -> Float -> Cubehelix
-interpolate ( Cubehelix col1 ) ( Cubehelix col2 ) time =
-  Cubehelix
-    { h = Interpolate.hue   col1.h col2.h time
-    , s = Interpolate.float col1.s col2.s time
-    , l = Interpolate.float col1.l col2.l time
-    }
+interpolate (Cubehelix col1) (Cubehelix col2) time =
+    Cubehelix
+        { h = Interpolate.hue col1.h col2.h time
+        , s = Interpolate.float col1.s col2.s time
+        , l = Interpolate.float col1.l col2.l time
+        }