braille-code-generator
v1.0.1
Published
Converts characters to braille pattern dots and vice-versa.
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BrailleCodesGenerator
Converts characters to braille pattern dots and vice-versa.
In Braille, every symbol used in normal written language—specifically, letters, numbers, and punctuation marks—is encoded as one or more raised dots within a two-by-three cell. The dots of the cell are commonly numbered 1 through 6:
-----------
1| | |4
-----------
2| | |5
-----------
3| | |6
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What should be interesting to us at this point is that the dots are binary. A particular dot is either flat or raised.
Copied from Charles Petzold [CODE]
A raised dot is represented as a (big and deepened unicode char) and flat dot is represented as simply a (dot)
Methods
| Function | Defintion |
| ------------------------------------------ | ----------------------------------------------------------------------------------------------- |
| addBrailleCode(brailleCodeExpression: [string, string, string]) | [@param brailleCodeExpression] Array argument which takes (3) strings to and add it to a Map which would be decoded to to Alphabetic Character
| | [@returns] A Map of String Array |
| space() | [@returns] A Map of empty String array to allow for formatting output
| converToCharacterString() | [@returns] Alphabetic Character equivalent of keyed in BrailleCodes |
| convertToBraille(message: string) | [@param message]Pass a sentence or word as an arugment to the fxn(convertToBraille) and have it converted to BrailleCode Characters
| | [@returns] morseCode translation equivalent as a string |
| output() | [@returns] String output after decoded operation to the console |
Pipe Operations
On Encoding
brailleCodeGeneratorInstance > convertToBraille(String argx)
On Decoding
brailleCodeGeneratorInstance > addBrailleCode(["String arg", "String arg", "String arg"]) > space(){optional if not needed} > converToCharacterString() > output()
##Braille, let's look at the basic lowercase alphabet
Every alphabet representation needs to be tranposed in vertical form to see the the actual graphical representation
"a" = ["● .", ". .", ". ."]
"b" = ["● .", "● .", ". ."]
"c" = ["● ●", ". .", ". ."]
"d" = ["● ●", ". ●", ". ."]
"e" = ["● .", ". ●", ". ."]
"f" = ["● ●", "● .", ". ."]
"g" = ["● ●", "● ●", ". ."]
"h" = ["● .", "● ●", ". ."]
"i" = [". ●", "● .", ". ."]
"j" = [". ●", "● ●", ". ."]
"k" = ["● .", ". .", "● ."]
"l" = ["● .", "● .", "● ."]
"m" = ["● ●", ". .", "● ."]
"n" = ["● ●", ". ●", "● ."]
"o" = ["● .", ". ●", "● ."]
"p" = ["● ●", "● .", "● ."]
"q" = ["● ●", "● ●", "● ."]
"r" = ["● .", "● ●", "● ."]
"s" = [". ●", "● .", "● ."]
"t" = [". ●", "● ●", "● ."]
"u" = ["● .", ". .", "● ●"]
"v" = ["● .", "● .", "● ●"]
"x" = ["● ●", ". .", "● ●"]
"y" = ["● ●", ". ●", "● ●"]
"z" = ["● .", ". ●", "● ●"]
Using classes in the package
Javascript
let brailleCode = require('braille-code-generator')
let results = new brailleCode.BrailleCodeGenerator();
//convert from Alphabet Characters to Braille Characters
results.convertToBraille("you and me");
//decode from Braille Characters to Alphabet Characters
results
.addBrailleCode(["● .", "● ●", ". ."])
.addBrailleCode(["● .", ". ●", ". ."])
.addBrailleCode(["● .", "● .", "● ."])
.addBrailleCode(["● .", "● .", "● ."])
.addBrailleCode(["● .", ". ●", "● ."])
.space()
.addBrailleCode(["● ●", "● .", ". ."])
.addBrailleCode(["● .", "● ●", "● ."])
.addBrailleCode([". ●", "● .", ". ."])
.addBrailleCode(["● .", ". ●", ". ."])
.addBrailleCode(["● ●", ". ●", "● ."])
.addBrailleCode(["● ●", ". ●", ". ."])
.addBrailleCode([". ●", "● .", "● ."])
.converToCharacterString()
.output();
######OUTPUT
y
● ●
. ●
● ●
o
● .
. ●
● .
u
● .
. .
● ●
a
● .
. .
. .
n
● ●
. ●
● .
d
● ●
. ●
. .
m
● ●
. .
● .
e
● .
. ●
. .
h e l l o f r i e n d s
TypeScript
import {BrailleCodeGenerator} from 'braille-code-generator';
const results = new BrailleCodeGenerator();
//convert from Alphabet Characters to Braille Characters
results.convertToBraille("you and me");
//decode from Braille Characters to Alphabet Characters
results
.addBrailleCode(["● .", "● ●", ". ."])
.addBrailleCode(["● .", ". ●", ". ."])
.addBrailleCode(["● .", "● .", "● ."])
.addBrailleCode(["● .", "● .", "● ."])
.addBrailleCode(["● .", ". ●", "● ."])
.space()
.addBrailleCode(["● ●", "● .", ". ."])
.addBrailleCode(["● .", "● ●", "● ."])
.addBrailleCode([". ●", "● .", ". ."])
.addBrailleCode(["● .", ". ●", ". ."])
.addBrailleCode(["● ●", ". ●", "● ."])
.addBrailleCode(["● ●", ". ●", ". ."])
.addBrailleCode([". ●", "● .", "● ."])
.converToCharacterString()
.output();
######OUTPUT
y
● ●
. ●
● ●
o
● .
. ●
● .
u
● .
. .
● ●
a
● .
. .
. .
n
● ●
. ●
● .
d
● ●
. ●
. .
m
● ●
. .
● .
e
● .
. ●
. .
h e l l o f r i e n d s