Generated updated documentation

docs/colors-compose-web/colors-compose-web/com.chrynan.colors.compose.web/-compose-color/index.md

@@ -0,0 +1,9 @@
+//[colors-compose-web](../../../index.md)/[com.chrynan.colors.compose.web](../index.md)/[ComposeColor](index.md)
+
+# ComposeColor
+
+[common]\
+expect class [ComposeColor](index.md)
+
+[js]\
+actual typealias [ComposeColor](index.md) = CSSColorValue

docs/colors-compose-web/colors-compose-web/com.chrynan.colors.compose.web/-local-colors.md

@@ -0,0 +1,18 @@
+//[colors-compose-web](../../index.md)/[com.chrynan.colors.compose.web](index.md)/[LocalColors](-local-colors.md)
+
+# LocalColors
+
+[common]\
+val [LocalColors](-local-colors.md): ProvidableCompositionLocal<[Colors](../../../colors-theme/colors-theme/com.chrynan.colors.theme/-colors/index.md)>
+
+A ProvidableCompositionLocal of the [Colors](../../../colors-theme/colors-theme/com.chrynan.colors.theme/-colors/index.md) interface.
+
+To access this value in a Composable function, simply access the current value:
+
+LocalColors.current
+
+To provide a new local color value, simply use the CompositionLocalProvider function:
+
+CompositionLocalProvider(LocalColors provides colors) {\
+    LocalColors.current\
+}

docs/colors-compose-web/colors-compose-web/com.chrynan.colors.compose.web/index.md

@@ -0,0 +1,24 @@
+//[colors-compose-web](../../index.md)/[com.chrynan.colors.compose.web](index.md)
+
+# Package com.chrynan.colors.compose.web
+
+## Types
+
+| Name | Summary |
+|---|---|
+| [ComposeColor](-compose-color/index.md) | [common, js]<br>[common]<br>expect class [ComposeColor](-compose-color/index.md)<br>[js]<br>actual typealias [ComposeColor](-compose-color/index.md) = CSSColorValue |
+
+## Functions
+
+| Name | Summary |
+|---|---|
+| [isSystemInDarkTheme](is-system-in-dark-theme.md) | [common]<br>@Composable<br>@ReadOnlyComposable<br>fun [isSystemInDarkTheme](is-system-in-dark-theme.md)(): [Boolean](https://kotlinlang.org/api/latest/jvm/stdlib/kotlin/-boolean/index.html)<br>Determines whether the current system theme is set to dark mode. |
+| [systemBasedColors](system-based-colors.md) | [common]<br>@Composable<br>fun [LightDarkColorTheme](../../../colors-theme/colors-theme/com.chrynan.colors.theme/-light-dark-color-theme/index.md).[systemBasedColors](system-based-colors.md)(): [Colors](../../../colors-theme/colors-theme/com.chrynan.colors.theme/-colors/index.md)<br>Obtains the appropriate [Colors](../../../colors-theme/colors-theme/com.chrynan.colors.theme/-colors/index.md) instance of this [LightDarkColorTheme](../../../colors-theme/colors-theme/com.chrynan.colors.theme/-light-dark-color-theme/index.md) depending on the result of the [isSystemInDarkTheme](is-system-in-dark-theme.md) function. If [isSystemInDarkTheme](is-system-in-dark-theme.md) returns true, then the [LightDarkColorTheme.dark](../../../colors-theme/colors-theme/com.chrynan.colors.theme/-colors/index.md) will be returned. Otherwise, the [LightDarkColorTheme.light](../../../colors-theme/colors-theme/com.chrynan.colors.theme/-colors/index.md) will be returned. |
+| [toComposeColor](to-compose-color.md) | [common, js]<br>[common]<br>expect fun [Color](../../../colors-core/colors-core/com.chrynan.colors/-color/index.md).[toComposeColor](to-compose-color.md)(): [ComposeColor](-compose-color/index.md)<br>[js]<br>actual fun [Color](../../../colors-core/colors-core/com.chrynan.colors/-color/index.md).[toComposeColor](to-compose-color.md)(): [ComposeColor](-compose-color/index.md) |
+| [toCSSColorValue](to-c-s-s-color-value.md) | [js]<br>fun [Color](../../../colors-core/colors-core/com.chrynan.colors/-color/index.md).[toCSSColorValue](to-c-s-s-color-value.md)(destinationColorSpace: [ColorSpace](../../../colors-core/colors-core/com.chrynan.colors.space/-color-space/index.md) = ColorSpaces.SRGB, renderIntent: [RenderIntent](../../../colors-core/colors-core/com.chrynan.colors.space/-render-intent/index.md) = RenderIntent.PERCEPTUAL): CSSColorValue<br>Converts this [Color](../../../colors-core/colors-core/com.chrynan.colors/-color/index.md) to a CSSColorValue so that it can be used with compose-web components. |
+
+## Properties
+
+| Name | Summary |
+|---|---|
+| [LocalColors](-local-colors.md) | [common]<br>val [LocalColors](-local-colors.md): ProvidableCompositionLocal&lt;[Colors](../../../colors-theme/colors-theme/com.chrynan.colors.theme/-colors/index.md)&gt;<br>A ProvidableCompositionLocal of the [Colors](../../../colors-theme/colors-theme/com.chrynan.colors.theme/-colors/index.md) interface. |

docs/colors-compose-web/colors-compose-web/com.chrynan.colors.compose.web/is-system-in-dark-theme.md

@@ -0,0 +1,13 @@
+//[colors-compose-web](../../index.md)/[com.chrynan.colors.compose.web](index.md)/[isSystemInDarkTheme](is-system-in-dark-theme.md)
+
+# isSystemInDarkTheme
+
+[common]\
+
+@Composable
+
+@ReadOnlyComposable
+
+fun [isSystemInDarkTheme](is-system-in-dark-theme.md)(): [Boolean](https://kotlinlang.org/api/latest/jvm/stdlib/kotlin/-boolean/index.html)
+
+Determines whether the current system theme is set to dark mode.

docs/colors-compose-web/colors-compose-web/com.chrynan.colors.compose.web/system-based-colors.md

@@ -0,0 +1,11 @@
+//[colors-compose-web](../../index.md)/[com.chrynan.colors.compose.web](index.md)/[systemBasedColors](system-based-colors.md)
+
+# systemBasedColors
+
+[common]\
+
+@Composable
+
+fun [LightDarkColorTheme](../../../colors-theme/colors-theme/com.chrynan.colors.theme/-light-dark-color-theme/index.md).[systemBasedColors](system-based-colors.md)(): [Colors](../../../colors-theme/colors-theme/com.chrynan.colors.theme/-colors/index.md)
+
+Obtains the appropriate [Colors](../../../colors-theme/colors-theme/com.chrynan.colors.theme/-colors/index.md) instance of this [LightDarkColorTheme](../../../colors-theme/colors-theme/com.chrynan.colors.theme/-light-dark-color-theme/index.md) depending on the result of the [isSystemInDarkTheme](is-system-in-dark-theme.md) function. If [isSystemInDarkTheme](is-system-in-dark-theme.md) returns true, then the [LightDarkColorTheme.dark](../../../colors-theme/colors-theme/com.chrynan.colors.theme/-colors/index.md) will be returned. Otherwise, the [LightDarkColorTheme.light](../../../colors-theme/colors-theme/com.chrynan.colors.theme/-colors/index.md) will be returned.

docs/colors-compose-web/colors-compose-web/com.chrynan.colors.compose.web/to-c-s-s-color-value.md

@@ -0,0 +1,10 @@
+//[colors-compose-web](../../index.md)/[com.chrynan.colors.compose.web](index.md)/[toCSSColorValue](to-c-s-s-color-value.md)
+
+# toCSSColorValue
+
+[js]\
+fun [Color](../../../colors-core/colors-core/com.chrynan.colors/-color/index.md).[toCSSColorValue](to-c-s-s-color-value.md)(destinationColorSpace: [ColorSpace](../../../colors-core/colors-core/com.chrynan.colors.space/-color-space/index.md) = ColorSpaces.SRGB, renderIntent: [RenderIntent](../../../colors-core/colors-core/com.chrynan.colors.space/-render-intent/index.md) = RenderIntent.PERCEPTUAL): CSSColorValue
+
+Converts this [Color](../../../colors-core/colors-core/com.chrynan.colors/-color/index.md) to a CSSColorValue so that it can be used with compose-web components.
+
+Note that this [Color](../../../colors-core/colors-core/com.chrynan.colors/-color/index.md) will first be converted to an [RgbaColor](../../../colors-core/colors-core/com.chrynan.colors/-rgba-color/index.md) so that it can be easily converted to a CSSColorValue.

docs/colors-compose-web/colors-compose-web/com.chrynan.colors.compose.web/to-compose-color.md

@@ -0,0 +1,10 @@
+//[colors-compose-web](../../index.md)/[com.chrynan.colors.compose.web](index.md)/[toComposeColor](to-compose-color.md)
+
+# toComposeColor
+
+[common, js]\
+[common]\
+expect fun [Color](../../../colors-core/colors-core/com.chrynan.colors/-color/index.md).[toComposeColor](to-compose-color.md)(): [ComposeColor](-compose-color/index.md)
+
+[js]\
+actual fun [Color](../../../colors-core/colors-core/com.chrynan.colors/-color/index.md).[toComposeColor](to-compose-color.md)(): [ComposeColor](-compose-color/index.md)

docs/colors-compose-web/index.md

@@ -6,4 +6,4 @@
 
 | Name |
 |---|
-| [com.chrynan.compose.web](colors-compose-web/com.chrynan.compose.web/index.md) |
+| [com.chrynan.colors.compose.web](colors-compose-web/com.chrynan.colors.compose.web/index.md) |

docs/colors-core/colors-core/com.chrynan.colors.space/-adaptation/-b-r-a-d-f-o-r-d/index.md

@@ -3,11 +3,11 @@
 # BRADFORD
 
 [common]\
-[BRADFORD](index.md)(transform, floatArrayOf(
+[BRADFORD](index.md)(floatArrayOf(
             0.8951f, -0.7502f, 0.0389f,
             0.2664f, 1.7135f, -0.0685f,
             -0.1614f, 0.0367f, 1.0296f
-        ), typeName, "bradford")
+        ), "bradford")
 
 Bradford chromatic adaptation transform, as defined in the CIECAM97s color appearance model.
 

docs/colors-core/colors-core/com.chrynan.colors.space/-adaptation/-c-i-e-c-a-t02/index.md

@@ -3,11 +3,11 @@
 # CIECAT02
 
 [common]\
-[CIECAT02](index.md)(transform, floatArrayOf(
+[CIECAT02](index.md)(floatArrayOf(
             0.7328f, -0.7036f, 0.0030f,
             0.4296f, 1.6975f, 0.0136f,
             -0.1624f, 0.0061f, 0.9834f
-        ), typeName, "ciecat02")
+        ), "ciecat02")
 
 CIECAT02 chromatic adaption transform, as defined in the CIECAM02 color appearance model.
 

docs/colors-core/colors-core/com.chrynan.colors.space/-adaptation/-v-o-n_-k-r-i-e-s/index.md

@@ -3,11 +3,11 @@
 # VON_KRIES
 
 [common]\
-[VON_KRIES](index.md)(transform, floatArrayOf(
+[VON_KRIES](index.md)(floatArrayOf(
             0.40024f, -0.22630f, 0.00000f,
             0.70760f, 1.16532f, 0.00000f,
             -0.08081f, 0.04570f, 0.91822f
-        ), typeName, "von_kries")
+        ), "von_kries")
 
 von Kries chromatic adaptation transform.
 

docs/colors-core/colors-core/com.chrynan.colors.space/-adaptation/index.md

@@ -23,9 +23,9 @@ common
 
 | | |
 |---|---|
-| [CIECAT02](-c-i-e-c-a-t02/index.md) | [common]<br>[CIECAT02](-c-i-e-c-a-t02/index.md)(transform, floatArrayOf(             0.7328f, -0.7036f, 0.0030f,             0.4296f, 1.6975f, 0.0136f,             -0.1624f, 0.0061f, 0.9834f         ), typeName, "ciecat02")<br>CIECAT02 chromatic adaption transform, as defined in the CIECAM02 color appearance model. |
-| [VON_KRIES](-v-o-n_-k-r-i-e-s/index.md) | [common]<br>[VON_KRIES](-v-o-n_-k-r-i-e-s/index.md)(transform, floatArrayOf(             0.40024f, -0.22630f, 0.00000f,             0.70760f, 1.16532f, 0.00000f,             -0.08081f, 0.04570f, 0.91822f         ), typeName, "von_kries")<br>von Kries chromatic adaptation transform. |
-| [BRADFORD](-b-r-a-d-f-o-r-d/index.md) | [common]<br>[BRADFORD](-b-r-a-d-f-o-r-d/index.md)(transform, floatArrayOf(             0.8951f, -0.7502f, 0.0389f,             0.2664f, 1.7135f, -0.0685f,             -0.1614f, 0.0367f, 1.0296f         ), typeName, "bradford")<br>Bradford chromatic adaptation transform, as defined in the CIECAM97s color appearance model. |
+| [CIECAT02](-c-i-e-c-a-t02/index.md) | [common]<br>[CIECAT02](-c-i-e-c-a-t02/index.md)(floatArrayOf(             0.7328f, -0.7036f, 0.0030f,             0.4296f, 1.6975f, 0.0136f,             -0.1624f, 0.0061f, 0.9834f         ), "ciecat02")<br>CIECAT02 chromatic adaption transform, as defined in the CIECAM02 color appearance model. |
+| [VON_KRIES](-v-o-n_-k-r-i-e-s/index.md) | [common]<br>[VON_KRIES](-v-o-n_-k-r-i-e-s/index.md)(floatArrayOf(             0.40024f, -0.22630f, 0.00000f,             0.70760f, 1.16532f, 0.00000f,             -0.08081f, 0.04570f, 0.91822f         ), "von_kries")<br>von Kries chromatic adaptation transform. |
+| [BRADFORD](-b-r-a-d-f-o-r-d/index.md) | [common]<br>[BRADFORD](-b-r-a-d-f-o-r-d/index.md)(floatArrayOf(             0.8951f, -0.7502f, 0.0389f,             0.2664f, 1.7135f, -0.0685f,             -0.1614f, 0.0367f, 1.0296f         ), "bradford")<br>Bradford chromatic adaptation transform, as defined in the CIECAM97s color appearance model. |
 
 ## Types
 

docs/colors-core/colors-core/com.chrynan.colors.space/-color-model/-c-m-y-k/index.md

@@ -3,7 +3,7 @@
 # CMYK
 
 [common]\
-[CMYK](index.md)(componentCount, 4, typeName, "cmyk")
+[CMYK](index.md)(4, "cmyk")
 
 The CMYK model is a color model with 4 components that refer to four inks used in color printing: cyan, magenta, yellow and black (or key). CMYK is a subtractive color model.
 

docs/colors-core/colors-core/com.chrynan.colors.space/-color-model/-l-a-b/index.md

@@ -3,7 +3,7 @@
 # LAB
 
 [common]\
-[LAB](index.md)(componentCount, 3, typeName, "lab")
+[LAB](index.md)(3, "lab")
 
 The Lab model is a color model with 3 components used to describe a color space that is more perceptually uniform than XYZ.
 

docs/colors-core/colors-core/com.chrynan.colors.space/-color-model/-r-g-b/index.md

@@ -3,7 +3,7 @@
 # RGB
 
 [common]\
-[RGB](index.md)(componentCount, 3, typeName, "rgb")
+[RGB](index.md)(3, "rgb")
 
 The RGB model is a color model with 3 components that refer to the three additive primiaries: red, green and blue.
 

docs/colors-core/colors-core/com.chrynan.colors.space/-color-model/-x-y-z/index.md

@@ -3,7 +3,7 @@
 # XYZ
 
 [common]\
-[XYZ](index.md)(componentCount, 3, typeName, "xyz")
+[XYZ](index.md)(3, "xyz")
 
 The XYZ model is a color model with 3 components that are used to model human color vision on a basic sensory level.
 

docs/colors-core/colors-core/com.chrynan.colors.space/-color-model/index.md

@@ -11,10 +11,10 @@ A color model is required by a [ColorSpace](../-color-space/index.md) to describ
 
 | | |
 |---|---|
-| [CMYK](-c-m-y-k/index.md) | [common]<br>[CMYK](-c-m-y-k/index.md)(componentCount, 4, typeName, "cmyk")<br>The CMYK model is a color model with 4 components that refer to four inks used in color printing: cyan, magenta, yellow and black (or key). CMYK is a subtractive color model. |
-| [LAB](-l-a-b/index.md) | [common]<br>[LAB](-l-a-b/index.md)(componentCount, 3, typeName, "lab")<br>The Lab model is a color model with 3 components used to describe a color space that is more perceptually uniform than XYZ. |
-| [XYZ](-x-y-z/index.md) | [common]<br>[XYZ](-x-y-z/index.md)(componentCount, 3, typeName, "xyz")<br>The XYZ model is a color model with 3 components that are used to model human color vision on a basic sensory level. |
-| [RGB](-r-g-b/index.md) | [common]<br>[RGB](-r-g-b/index.md)(componentCount, 3, typeName, "rgb")<br>The RGB model is a color model with 3 components that refer to the three additive primiaries: red, green and blue. |
+| [CMYK](-c-m-y-k/index.md) | [common]<br>[CMYK](-c-m-y-k/index.md)(4, "cmyk")<br>The CMYK model is a color model with 4 components that refer to four inks used in color printing: cyan, magenta, yellow and black (or key). CMYK is a subtractive color model. |
+| [LAB](-l-a-b/index.md) | [common]<br>[LAB](-l-a-b/index.md)(3, "lab")<br>The Lab model is a color model with 3 components used to describe a color space that is more perceptually uniform than XYZ. |
+| [XYZ](-x-y-z/index.md) | [common]<br>[XYZ](-x-y-z/index.md)(3, "xyz")<br>The XYZ model is a color model with 3 components that are used to model human color vision on a basic sensory level. |
+| [RGB](-r-g-b/index.md) | [common]<br>[RGB](-r-g-b/index.md)(3, "rgb")<br>The RGB model is a color model with 3 components that refer to the three additive primiaries: red, green and blue. |
 
 ## Types
 

docs/colors-core/colors-core/com.chrynan.colors.space/-color-space/is-srgb.md

@@ -9,15 +9,24 @@ Indicates whether this color space is the sRGB color space or equivalent to the
 
 A color space is considered sRGB if it meets all the following conditions:
 
-<ul><li>Its color model is [ColorModel.RGB](../-color-model/-r-g-b/index.md).</li><li></li></ul>
+- 
+   Its color model is [ColorModel.RGB](../-color-model/-r-g-b/index.md).
+- 
 
 Its primaries are within 1e-3 of the true [sRGB](../-color-spaces/-s-r-g-b.md) primaries.
 
-<ul><li></li></ul>
+- 
 
 Its white point is within 1e-3 of the CIE standard illuminant [D65](../-illuminant/-d65.md).
 
-<ul><li>Its opto-electronic transfer function is not linear.</li><li>Its electro-optical transfer function is not linear.</li><li>Its transfer functions yield values within 1e-3 of [ColorSpaces.SRGB](../-color-spaces/-s-r-g-b.md).</li><li>Its range is [0..1].</li></ul>
+- 
+   Its opto-electronic transfer function is not linear.
+- 
+   Its electro-optical transfer function is not linear.
+- 
+   Its transfer functions yield values within 1e-3 of [ColorSpaces.SRGB](../-color-spaces/-s-r-g-b.md).
+- 
+   Its range is [0..1].
 
 This method always returns true for [ColorSpaces.SRGB](../-color-spaces/-s-r-g-b.md).
 

docs/colors-core/colors-core/com.chrynan.colors.space/-render-intent/-a-b-s-o-l-u-t-e/index.md

@@ -3,7 +3,7 @@
 # ABSOLUTE
 
 [common]\
-[ABSOLUTE](index.md)(typeName, "absolute")
+[ABSOLUTE](index.md)("absolute")
 
 Colors that are in the destination gamut are left unchanged. Colors that fall outside of the destination gamut are mapped to the closest possible color within the gamut of the destination color space (they are clipped).
 

docs/colors-core/colors-core/com.chrynan.colors.space/-render-intent/-p-e-r-c-e-p-t-u-a-l/index.md

@@ -3,7 +3,7 @@
 # PERCEPTUAL
 
 [common]\
-[PERCEPTUAL](index.md)(typeName, "perceptual")
+[PERCEPTUAL](index.md)("perceptual")
 
 Compresses the source gamut into the destination gamut. This render intent affects all colors, inside and outside of destination gamut. The goal of this render intent is to preserve the visual relationship between colors.
 

docs/colors-core/colors-core/com.chrynan.colors.space/-render-intent/-r-e-l-a-t-i-v-e/index.md

@@ -3,7 +3,7 @@
 # RELATIVE
 
 [common]\
-[RELATIVE](index.md)(typeName, "relative")
+[RELATIVE](index.md)("relative")
 
 Similar to the [ABSOLUTE](../-a-b-s-o-l-u-t-e/index.md) render intent, this render intent matches the closest color in the destination gamut but makes adjustments for the destination white point.
 

docs/colors-core/colors-core/com.chrynan.colors.space/-render-intent/-s-a-t-u-r-a-t-i-o-n/index.md

@@ -3,7 +3,7 @@
 # SATURATION
 
 [common]\
-[SATURATION](index.md)(typeName, "saturation")
+[SATURATION](index.md)("saturation")
 
 Attempts to maintain the relative saturation of colors from the source gamut to the destination gamut, to keep highly saturated colors as saturated as possible.
 

docs/colors-core/colors-core/com.chrynan.colors.space/-render-intent/index.md

@@ -22,10 +22,10 @@ common
 
 | | |
 |---|---|
-| [ABSOLUTE](-a-b-s-o-l-u-t-e/index.md) | [common]<br>[ABSOLUTE](-a-b-s-o-l-u-t-e/index.md)(typeName, "absolute")<br>Colors that are in the destination gamut are left unchanged. Colors that fall outside of the destination gamut are mapped to the closest possible color within the gamut of the destination color space (they are clipped). |
-| [SATURATION](-s-a-t-u-r-a-t-i-o-n/index.md) | [common]<br>[SATURATION](-s-a-t-u-r-a-t-i-o-n/index.md)(typeName, "saturation")<br>Attempts to maintain the relative saturation of colors from the source gamut to the destination gamut, to keep highly saturated colors as saturated as possible. |
-| [RELATIVE](-r-e-l-a-t-i-v-e/index.md) | [common]<br>[RELATIVE](-r-e-l-a-t-i-v-e/index.md)(typeName, "relative")<br>Similar to the [ABSOLUTE](-a-b-s-o-l-u-t-e/index.md) render intent, this render intent matches the closest color in the destination gamut but makes adjustments for the destination white point. |
-| [PERCEPTUAL](-p-e-r-c-e-p-t-u-a-l/index.md) | [common]<br>[PERCEPTUAL](-p-e-r-c-e-p-t-u-a-l/index.md)(typeName, "perceptual")<br>Compresses the source gamut into the destination gamut. This render intent affects all colors, inside and outside of destination gamut. The goal of this render intent is to preserve the visual relationship between colors. |
+| [ABSOLUTE](-a-b-s-o-l-u-t-e/index.md) | [common]<br>[ABSOLUTE](-a-b-s-o-l-u-t-e/index.md)("absolute")<br>Colors that are in the destination gamut are left unchanged. Colors that fall outside of the destination gamut are mapped to the closest possible color within the gamut of the destination color space (they are clipped). |
+| [SATURATION](-s-a-t-u-r-a-t-i-o-n/index.md) | [common]<br>[SATURATION](-s-a-t-u-r-a-t-i-o-n/index.md)("saturation")<br>Attempts to maintain the relative saturation of colors from the source gamut to the destination gamut, to keep highly saturated colors as saturated as possible. |
+| [RELATIVE](-r-e-l-a-t-i-v-e/index.md) | [common]<br>[RELATIVE](-r-e-l-a-t-i-v-e/index.md)("relative")<br>Similar to the [ABSOLUTE](-a-b-s-o-l-u-t-e/index.md) render intent, this render intent matches the closest color in the destination gamut but makes adjustments for the destination white point. |
+| [PERCEPTUAL](-p-e-r-c-e-p-t-u-a-l/index.md) | [common]<br>[PERCEPTUAL](-p-e-r-c-e-p-t-u-a-l/index.md)("perceptual")<br>Compresses the source gamut into the destination gamut. This render intent affects all colors, inside and outside of destination gamut. The goal of this render intent is to preserve the visual relationship between colors. |
 
 ## Types