Unwrap README paragraphs

README.md

@@ -3,22 +3,13 @@
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-This project is meant to help me reason about and build a "microtonal geography
-of the cello fingerboard".
+This project is meant to help me reason about and build a "microtonal geography of the cello fingerboard".
 
 ## What's in the repo?
 
-The repo implements the tools necessary to model microtonal geography systems
-based on various scales. As we go over some specific pythagorean, just and
-tempered scales and double stops, some specific notations are introduced for
-each of the fingerboard locations required to play each note. Then, we can
-reason about and exhibit various facts involving these positions, while being
-able to verify these facts programmatically, and display them with various
-format.
+The repo implements the tools necessary to model microtonal geography systems based on various scales. As we go over some specific pythagorean, just and tempered scales and double stops, some specific notations are introduced for each of the fingerboard locations required to play each note. Then, we can reason about and exhibit various facts involving these positions, while being able to verify these facts programmatically, and display them with various format.
 
-An example extracted from file [systems/cello/just/scales.ml](systems/cello/just/scales.ml)
-displaying the names of the positions involved in playing the E Major
-Just Scale on a cello tuned in perfect fifth:
+An example extracted from file [systems/cello/just/scales.ml](systems/cello/just/scales.ml) displaying the names of the positions involved in playing the E Major Just Scale on a cello tuned in perfect fifth:
 
 ```scheme
 ((IV ((E2 M3p) (F#2 A4p)))
@@ -30,11 +21,7 @@ Just Scale on a cello tuned in perfect fifth:
    (A5 0-2) (B5 M2p-2) (C#6 M3z-2) (D#6 A4z-2) (E6 5p-2))))
 ```
 
-Another example from file [systems/cello/e53/scales.ml](systems/cello/e53/scales.ml) explores the
-difference between the scales of D Flat Major Pythagorean and its Just
-counterpart, approximated in a [53
-edo](https://en.wikipedia.org/wiki/53_equal_temperament) system mapped
-onto the cello fingerboard.
+Another example from file [systems/cello/e53/scales.ml](systems/cello/e53/scales.ml) explores the difference between the scales of D Flat Major Pythagorean and its Just counterpart, approximated in a [53 edo](https://en.wikipedia.org/wiki/53_equal_temperament) system mapped onto the cello fingerboard.
 
 D Flat Major Pythagorean in a 53 edo system:
 ```scheme
@@ -62,9 +49,7 @@ D Flat Major Just in the same 53 edo system:
    (F6 m6p-e53-2))))
 ```
 
-Example of positions and intervals in the E flat Major double stops
-scale in thirds from
-[systems/cello/just/thirds.ml](systems/cello/just/thirds.ml):
+Example of positions and intervals in the E flat Major double stops scale in thirds from [systems/cello/just/thirds.ml](systems/cello/just/thirds.ml):
 ```
 ┌─────┬────────┬───────┬───────┬──────┬────────┬───────┬───────┬──────────────────┬───────┐
 │ Low │ String │ Pos   │ Cents │ High │ String │ Pos   │ Cents │ Interval         │ Cents │
@@ -100,5 +85,4 @@ scale in thirds from
 
 ## Code Documentation
 
-The code documentation of the latest release is built with `odoc` and published
-to `GitHub` pages [here](https://mbarbin.github.io/fingerboard).
+The code documentation of the latest release is built with `odoc` and published to `GitHub` pages [here](https://mbarbin.github.io/fingerboard).