Fix broken URLs

src/main/kotlin/docs/04_Drawing/C210_Vectors.kt

@@ -121,7 +121,7 @@ fun main() {
     ```
     
     To generate random distributions of vectors see 
-    [orx-noise](https://guide.openrndr.org/OPENRNDRExtras/noise.html).
+    [orx-noise](https://guide.openrndr.org/ORX/noise.html).
 
     """
 }

src/main/kotlin/docs/04_Drawing/C310_Filters_and_post_processing.kt

@@ -177,6 +177,6 @@ fun main() {
     A repository of ready-to-use filters for OPENRNDR can be found in 
     the [ORX repository](https://github.com/openrndr/orx/tree/master/orx-fx),
     a partial index of the filters can be found in the 
-    [orx-fx chapter](https://guide.openrndr.org/OPENRNDRExtras/imageFilters.html)
+    [orx-fx chapter](https://guide.openrndr.org/ORX/imageFilters.html)
     """
 }

src/main/kotlin/docs/04_Drawing/C340_Shade_styles.kt

@@ -35,7 +35,7 @@ fun main() {
     geometry. A shade style can affect vertices, fragments or both.
     
     A selection of preset ready-to-use shade styles is provided by 
-    [`orx-shade-styles`](https://guide.openrndr.org/OPENRNDRExtras/shadeStylePresets.html) 
+    [`orx-shade-styles`](https://guide.openrndr.org/ORX/shadeStylePresets.html) 
     
     For those interested in authoring shade styles it is helpful to have 
     some basic understanding of shaders and GLSL.
@@ -372,8 +372,7 @@ fun main() {
     
     * [ShadeStyleGLSL.kt](https://github.com/openrndr/openrndr/blob/master/openrndr-draw/src/jvmMain/kotlin/org/openrndr/draw/ShadeStyleGLSL.kt) (JVM) 
     * [ShadeStyleGLSL.kt](https://github.com/openrndr/openrndr/blob/master/openrndr-draw/src/jsMain/kotlin/org/openrndr/draw/ShadeStyleGLSL.kt) (webgl)
-    * [ShaderGeneratorsGL3.kt](https://github.com/openrndr/openrndr/blob/master/openrndr-jvm/openrndr-gl3/src/jvmMain/kotlin/org/openrndr/internal/gl3/ShaderGeneratorsGL3.kt) (JVM)
-    * [ShaderGeneratorsWebGL.kt](https://github.com/openrndr/openrndr/blob/master/openrndr-js/openrndr-webgl/src/jsMain/kotlin/org/openrndr/webgl/ShaderGeneratorsWebGL.kt) (webgl)
+    * [ShaderGeneratorsGLCommon.kt](https://github.com/openrndr/openrndr/blob/master/openrndr-gl-common/src/commonMain/kotlin/ShaderGeneratorsGLCommon.kt)
     
     ## Vertex and fragment preambles
      

src/main/kotlin/docs/10_ORX/C130_Live_coding.kt

@@ -24,7 +24,7 @@ fun main() {
     environment. The `orx-olive` library 
     simplifies the work to be done to set up a live coding environment. Code 
     and additional documentation for the library can be found in the 
-    [Github repository](https://github.com/openrndr/orx/tree/master/orx-olive).
+    [Github repository](https://github.com/openrndr/orx/tree/master/orx-jvm/orx-olive).
     
     ## Prerequisites
     

src/main/kotlin/docs/10_ORX/C160_Filters.kt

@@ -38,7 +38,7 @@ fun main() {
     
     The [orx-fx](https://github.com/openrndr/orx/tree/master/orx-fx) library 
     contains many filters that can be readily used. See the chapter 
-    [Filters and post-processing](https://guide.openrndr.org/advancedDrawing/filtersAndPostProcessing.html) 
+    [Filters and post-processing](https://guide.openrndr.org/drawing/filtersAndPostProcessing.html) 
     for instructions on using them.
 
     A (more-or-less) complete listing of the effects in orx-fx is maintained 

src/main/kotlin/docs/10_ORX/C170_Compositor.kt

@@ -463,7 +463,7 @@ fun main() {
     
     Blending describes how the contents of two layers are combined in a composite. 
     The blend functionality `orx-compositor` can be used with any 
-    [filter](https://guide.openrndr.org/advancedDrawing/filtersAndPostProcessing.html) that performs a blend 
+    [filter](https://guide.openrndr.org/drawing/filtersAndPostProcessing.html) that performs a blend 
     operation. The `orx-fx` filter collection provides 
     [a selection of ready-made blend filters](https://github.com/openrndr/orx/tree/master/orx-fx#blends).
 

src/main/kotlin/docs/10_ORX/C180_Quick_UIs.kt

@@ -164,7 +164,7 @@ fun main() {
     `orx-fx` provides. 
 
     The guide covers filters in the 
-    [Filter and Post-processing chapter](https://guide.openrndr.org/advancedDrawing/filtersAndPostProcessing.html) 
+    [Filter and Post-processing chapter](https://guide.openrndr.org/drawing/filtersAndPostProcessing.html) 
     and an index of provided filters can be found in 
     [`orx-filter` index](https://guide.openrndr.org/ORX/imageFilters.html)
     """

src/main/kotlin/docs/10_ORX/C190_Shade_style_presets.kt

@@ -25,7 +25,7 @@ fun main() {
     # Shade style presets
 
     The `orx-shade-styles` library provides a number of preset 
-    [shade styles](https://guide.openrndr.org/advancedDrawing/shadeStyles.html)
+    [shade styles](https://guide.openrndr.org/drawing/shadeStyles.html)
     
     ## Prerequisites
     

src/main/kotlin/docs/11_Advanced_Topics/C140_Headless_applications.kt

@@ -32,7 +32,7 @@ fun main() {
 
     Headless applications cannot draw on the backbuffer, because there 
     is no backbuffer. In order to draw you need to create a 
-    [RenderTarget](https://guide.openrndr.org/advancedDrawing/renderTargets.html) and draw on it. 
+    [RenderTarget](https://guide.openrndr.org/drawing/renderTargets.html) and draw on it. 
     Render target contents can easily be saved to file, or rendered to 
     [video](https://guide.openrndr.org/videos/writingToVideoFiles.html).
 

src/main/kotlin/docs/11_Advanced_Topics/C155_Integer_ColorBuffers.kt

@@ -28,7 +28,7 @@ fun main() {
     but color buffers have to be configured correctly for such a use.
     
     Note: this mechanism is used internally in
-    [`orx-kinect`](https://guide.openrndr.org/OPENRNDRExtras/kinect.html) 
+    [`orx-kinect`](https://guide.openrndr.org/ORX/kinect.html) 
     to process raw kinect data directly on GPU, as the depth readings are 
     provided as integer numbers in the range
     of `0-2047` or `0-4096` depending on the kinect version.