Revert "chore: Linting for markdown and js"

This reverts commit 1c92e0f655.

markdown/dev/guides/prerequisites/bezier-curves/en.md

@@ -1,23 +1,22 @@
-***
-
+---
 title: Bézier curves
 order: 50
----------
+---
 
-While lines on computers are easy to store with a start and end point,
+While lines on computers are easy to store with a start and end point, 
 curves require more information.
 
-In FreeSewing — as in SVG and countless of other applications —\
+In FreeSewing — as in SVG and countless of other applications —  
 curves are stored as Bézier curves. They have:
 
-*   A start point
-*   A first control point that’s linked to the start point
-*   A second control point that’s linked to the end point
-*   An end point
+ - A start point
+ - A first control point that’s linked to the start point
+ - A second control point that’s linked to the end point
+ - An end point
 
-\<Example settings={{complete: false}} part="path\_curve" caption="An example of a Bézier curve drawn by the Path.curve() method" />
+<Example settings={{complete: false}} part="path_curve" caption="An example of a Bézier curve drawn by the Path.curve() method" />
 
-Bézier curves and their *handles* or *control points* are surprisingly intuitive.
+Bézier curves and their *handles* or *control points* are surprisingly intuitive. 
 The following illustration does a great job at explaining how they are constructed:
 
 ![How Bézier curves are constructed](bezier.gif)
@@ -26,10 +25,11 @@ The following illustration does a great job at explaining how they are construct
 
 ###### More on Bézier curves
 
-Wikipedia has a good [introduction to Bézier curves](https://pomax.github.io/bezierinfo/).\
+Wikipedia has a good [introduction to Bézier curves](https://pomax.github.io/bezierinfo/).  
 For a deep-dive into the subject, check out [A Primer on Bézier Curves](https://pomax.github.io/bezierinfo/) by Pomax.
 
-Note that you don't need understand the mathematics behind Bézier Curves.
+Note that you don't need understand the mathematics behind Bézier Curves. 
 As long as you intuitively *get* how the control points influence the curve, you're good to go.
 
 </Note>
+

markdown/dev/guides/prerequisites/coordinate-system/en.md

@@ -1,16 +1,15 @@
-***
-
+---
 title: Coordinate system
 order: 30
----------
+---
 
-In FreeSewing -- and in SVG -- coordinates are like text in a book.
-You start at the top on the left side, and going to the right
+In FreeSewing -- and in SVG -- coordinates are like text in a book. 
+You start at the top on the left side, and going to the right 
 and downwards means going ahead.
 
 <Example part="docs_coords" caption="The SVG coordinate system" /> 
 
-Which means that on the X-axis, `20` is further to the right than `10`.\
+Which means that on the X-axis, `20` is further to the right than `10`.  
 Likewise, on the Y-axis, `50` is lower than `20`.
 
 <Note>
@@ -22,3 +21,4 @@ This is a common point of confusion so keep in mind that the Y-axis may
 not behave as you would have intuitively expected.
 
 </Note>
+

markdown/dev/guides/prerequisites/en.md

@@ -1,25 +1,22 @@
-***
-
+---
 title: Prerequisites
 order: 100
 for: developers
-icons:
-
-*   start
-*   pattern
-    about: |
-    A guide to go over a few things you should know when you start working with our core library
-    goals:
-*   Understand that FreeSewing provides parametric pattern design
-*   Understand that FreeSewing uses SVG
-*   Understand the coordinate system
-*   Learn that we use millimeter internally
-*   Learn about Bézier curves
-
-***
+icons: 
+  - start
+  - pattern
+about: |
+  A guide to go over a few things you should know when you start working with our core library
+goals:
+  - Understand that FreeSewing provides parametric pattern design
+  - Understand that FreeSewing uses SVG
+  - Understand the coordinate system
+  - Learn that we use millimeter internally
+  - Learn about Bézier curves
+---
 
 Here's a few things that, once you get them, will make it easier to understand
-what FreeSewing is doing, and how it's doing it.
+what FreeSewing is doing, and how it's doing it. 
 
 We'll cover the following topics:
 
@@ -31,11 +28,12 @@ We'll cover the following topics:
 
 FreeSewing sits at the intersection of the world of makers and developers.
 If your background is in development, you will need no explaining what SVG is, but might not
-know much about designing sewing patterns.
+know much about designing sewing patterns. 
 If on the other hand your background is in sewing or pattern design, you might wonder what
 the heck Node JS is and why you should care.
 
-Few people straddle both worlds, so as you start using FreeSewing, chances are
-you'll learn a few new things along the way.
+Few people straddle both worlds, so as you start using FreeSewing, chances are 
+you'll learn a few new things along the way. 
 
 </Note>
+

markdown/dev/guides/prerequisites/parametric-pattern-design/en.md

@@ -1,24 +1,23 @@
-***
-
+---
 title: Parametric pattern design
 order: 10
----------
+---
 
 The FreeSewing core library is a toolbox for **parametric pattern design**;
 Using parameters or variables to manipulate the outcome of a given design.
 
-In sewing patterns, the parameters are what is provided by the user:
+In sewing patterns, the parameters are what is provided by the user: 
 Their measurements and options that they have selected.
 
 <Note>
 
 ##### No more grading, ever
 
-When drafting or designing patterns or garments, it is common practice to start
-with a fit model (or dress form).
+When drafting or designing patterns or garments, it is common practice to start 
+with a fit model (or dress form). 
 The measurements of the fit model are used as input in the initial design.
 
-Adapting the pattern for a different model is a tedious task,
+Adapting the pattern for a different model is a tedious task, 
 which is why patterns are graded up and down to cover different sizes.
 
 But in a parametric sewing pattern, adapting to different sizes or models *just works*.
@@ -27,8 +26,9 @@ But in a parametric sewing pattern, adapting to different sizes or models *just
 
 FreeSewing patterns are implemented **as code**, which has a lot of advantages.
 
-It allows for patterns that adapt to your measurements or preferences,
+It allows for patterns that adapt to your measurements or preferences, 
 fine-grained version control, seamless collaboration, and using existing
 patterns as a starting point for you own, to name but a few.
 
 That being said, you don't have to be a code monkey to use FreeSewing.
+

markdown/dev/guides/prerequisites/svg/en.md

@@ -1,16 +1,16 @@
-***
-
+---
 title: SVG
 order: 20
----------
+---
 
 Patterns are rendered as SVG — short
-for [Scalable Vector Graphics](https://en.wikipedia.org/wiki/Scalable\_Vector\_Graphics) —
+for [Scalable Vector Graphics](https://en.wikipedia.org/wiki/Scalable_Vector_Graphics) —
 an XML-based vector image format and an open standard.
 
-While you don’t need to be an SVG expert, a basic understanding of the format
+While you don’t need to be an SVG expert, a basic understanding of the format 
 will greatly help you to understand FreeSewing.
 
 For example, the coordinate system and the way paths
 are structured are all related to the SVG drawing system, which is closely related
 to other 2D drawing technologies such as PostScript or PDF.
+

markdown/dev/guides/prerequisites/units/en.md

@@ -1,13 +1,13 @@
-***
-
+---
 title: Units
 order: 40
----------
+---
 
-Internally, freesewing uses millimeter.
+Internally, freesewing uses millimeter. 
 When you write `1`, that’s one mm. When you write `7.8`, that’s 7.8mm.
 
-While you can use cm or inch on the FreeSewing website, that is merely a layer of
+While you can use cm or inch on the FreeSewing website, that is merely a layer of 
 abstration on top of the internal units, which are always mm.
 
 So as a pattern designer, you will work with mm.
+