docs: list methods by their application

Author: EscapedGibbon

docs/Features/Filters/Filters.md

@@ -6,10 +6,32 @@ sidebar_position: 0
 
 [Image filters](https://en.wikipedia.org/wiki/Digital_image_processing#Filtering 'wikipedia link on image filtering') are techniques or algorithms applied to digital images in order to modify their appearance, enhance certain features, or extract specific information from them. Image filters work by altering the pixel values of an image based on predefined mathematical operations or transformations. These filters can be used for various purposes, such as artistic effects, noise reduction, image enhancement, edge detection, and more.
 
-### Core concepts
+### Methods that can be applied on Images only
 
 - [Grayscale](grayscale.md 'internal link on grayscale')
 
 - [Blur](Blur.md 'internal link on blur')
 
-- [Gradient](Gradient.md 'internal link on gradient')
+- [gaussianBlur](./gaussianBlur.md 'internal link on gaussianBlur')
+
+- [Gradient](./Gradient.md 'internal link on gradient')
+
+- [Derivative](./Derivative.md 'internal link on derivative')
+
+- [Median](./median.md 'internal link on median')
+
+- [hypotenuse](./hypotenuse.md 'internal link on hypotenuse')
+
+- [level](./level.md 'internal link on level')
+
+- [pixelate](./level.md 'internal link on pixelate')
+
+### Methods that can be applied on Masks only
+
+- [and](./and.md 'internal link on and')
+
+- [or](./or.md 'internal link on or')
+
+### Methods that can be applied on Images or Masks
+
+- [invert](./invert.md 'internal link on invert')

docs/Features/Geometry/Geometry.md

@@ -4,10 +4,14 @@ sidebar_position: 1
 
 Geometric operations in image processing involve transforming the spatial coordinates of pixels in an image to achieve various effects, such as resizing, rotation, and more. These operations are used to manipulate the shape, position, and orientation of objects within an image.
 
-### Core concepts
+### Methods that can be applied on Images only
+
+- [Flip](./flip.md 'internal link on flip')
 
 - [Resize](Resize.md 'internal link on resize')
 
 - [Rotate](Rotate.md 'internal link on rotate')
 
 - [Transform](./transform.md 'internal link on transform')
+
+- [transformRotate](./transformRotate 'internal link on transformRotate')

docs/Features/Morphology/Morphology.md

@@ -4,14 +4,24 @@ sidebar_position: 2
 
 [Morphological operations](../../../Glossary.md#morphology 'internal link on morphology') are based on a structuring element, which is a small shape or pattern used as a template for modifying the pixels in an image. The structuring element is typically a small binary array that defines the area around a pixel to consider during the operation.
 
-Morphological operations are simple yet powerful tools that play a significant role in various image processing tasks, especially in situations where the shapes and structures of objects are important
+Morphological operations are simple yet powerful tools that play a significant role in various image processing tasks, especially in situations where the shapes and structures of objects are important.
 
-## Core concepts
+### Methods that can be applied on Images only
 
-There are two main processes in morphology:
+- [Erode](./Erode.md 'internal link on erode')
 
-- [Erode](Erode.md 'internal link on erode')
+- [Dilate](./Dilate.md 'internal link on dilate')
 
-- [Dilate](Dilate.md 'internal link on dilate')
+- [open](./open.md 'internal link on open')
 
-These two operations are the foundation of most of the morphological operation that ImageJs possesses.
+- [close](./close.md 'internal link on close')
+
+- [topHat](./topHat.md 'internal link on topHat')
+
+- [bottomHat](./bottomHat 'internal link on bottomHat')
+
+### Methods that can be applied on Images and Masks
+
+- [morphologicalGradient](./morphologicalGradient.md 'internal link on morphologicalGradient')
+
+- [cannyEdgeDetector](./cannyEdgeDetector.md 'internal link on cannyEdgeDetector')