Wernicke Cipher

Wernicke Chiffre

2019

A B C D E F G H I J K L M N O P Q R S T U V W X Y Z 0 1 2 3 4 5 6 7 8 9

Fig. 1Teaser (PNG)

36 Characters in Total
26 Characters of Latin Alphabet (A - Z)
10 Decimal Numbers (0 - 9)
Codepage Extension Potential
Stream Ciphering with Unique Shape Design
Visually Reconstruction for easy De/Encoding
Baseline Alignment with Custom Style
Block Design or Free Style Convention
RF and Wire Transmission-ready
Compression Potential

Grid Design

Basic Grid

ABCDEFGHIJKLMNOPQRSTUVWXYZ0123456789

Fig. 2Design: Basic Grid (PNG)

Blocks Expanded

ABCDEFGHIJKLMNOPQRSTUVWXYZ0123456789 BASELINE BASELINE

Fig. 3Design: Blocks Expanded (PNG)

36 Characters in Total
26 Latin characters
10 Decimal Numbers
6 x 6 Square Grid
3 x 3 Sub Grids with 9 characters each
Horizontal Baseline with Center Point

Cipher Methods

Coordinates

ABCDEFGHIJKLMNOPQRSTUVWXYZ0123456789

Fig. 4Methods: Coordinates 1 (PNG)

Fig. 5Methods: Coordinates 2 (PNG)

Explosion (Peak)

ACKXY58

Fig. 6Methods: Explosion 1 (PNG)

AK8

Fig. 7Methods: Explosion 2 (PNG)

Plotting the Peak

123

Fig. 8Peak Plotting (PNG)

Follow the order:

1. Center Point to character

2. Character back to Baseline

3. Baseline back to Center Point

Full Basic Charsets

Coordinates

Codepage Layout

ABC DEF GHI JKL MNO PQR STU VWX YZ0 123 456 789

Fig. 9Charset: Coordinates Codepage (PNG)

Explosion

Codepage Layout

ABCDEFGHIJKLMNOPQRSTUVWXYZ0123456789

Fig. 10Charset: Explosion Codepage (PNG)

Charset Template

Symmetric Point Reflection

Fig. 11Template: Symm. Point Reflection (PNG)

ABCDEFGHIJKLMNOPQR9876543210ZYXWVUTS

Fig. 12Charset Template (PNG)

Unique Shapes

3:32:31:32:21:21

Fig. 13Unique Shapes (PNG)

The smallest common set consists of six unique shapes.
These shapes can be rotated and used as a stencil to draw all characters.

Stencil Pattern Front

ABCHIOFLRKQP98721V4YSZTU

Fig. 14Stencil Pattern Front (PNG)

Stencil Pattern Back

560GMNEDJ3XW

Fig. 15Stencil Pattern Back (PNG)

Cipher Charsets

Basic Codepage

Primary Default Monochrome

RGB(0,0,0)

CMYK(0,0,0,1)

A

B

C

D

4

5

6

7

Fig. 16Codepage: Primary Default (PNG)

Grey Scales / Contrasts

Codepage Extension

Color extensions can increase the total number of characters. Using either RGB or CMYK color extension will cover 1.6 million (364) characters that corresponds to more than ten times the Unicode charset.

RGB Codepage Extension

Secondary Color Extension Level 1

RGB(0,0,0)

CMYK(0,0,0,1)

RGBHEX #000000
RGBDEZ (0,0,0)
CMYK% (0,0,0,100)
HSL (0°,0%,0%)

Fig. 18 RGB / Black

RGB(1,0,0)

CMYK(0,1,1,0)

RGBHEX #FF0000
RGBDEZ (255,0,0)
CMYK% (0,100,100,0)
HSL (0°,100%,50%)

Fig. 19 RGB / Red

RGB(0,1,0)

CMYK(1,0,1,0)

RGBHEX #00FF00
RGBDEZ (0,255,0)
CMYK% (100,0,100,0)
HSL (120°,100%,50%)

Fig. 20 RGB / Green

RGB(0,0,1)

CMYK(1,1,0,0)

RGBHEX #0000FF
RGBDEZ (0,0,255)
CMYK% (100,100,0,0)
HSL (240°,100%,50%)

Fig. 21 RGB / Blue

RGB (Red, Green, Blue) is technically used in any electronic light emitting.

CMYK Codepage Extension

Secondary Color Extension Level 2

CMYK(1,0,0,0)

RGB(0,1,1)

CMYK% (100,0,0,0)
RGBHEX #00FFFF
RGBDEZ (0,255,255)
HSL (180°,100%,50%)

Fig. 22 CMYK / Cyan

CMYK(0,1,0,0)

RGB(1,0,1)

CMYK% (0,100,0,0)
RGBHEX #FF00FF
RGBDEZ (255,0,255)
HSL (300°,100%,50%)

Fig. 23 CMYK / Magenta

CMYK(0,0,1,0)

RGB(1,1,0)

CMYK% (0,0,100,0)
RGBHEX #FFFF00
RGBDEZ (255,255,0)
HSL (60°,100%,50%)

Fig. 24 CMYK / Yellow

CMYK(0,0,0,1)

RGB(0,0,0)

CMYK% (0,0,0,100)
RGBHEX #000000
RGBDEZ (0,0,0)
HSL (0°,0%,0%)

Fig. 25 CMYK / Black

CMYK (Cyan, Magenta, Yellow, Key/Black) is technically used in most printing.

Note

It is not recommended to combine both RGB and CMYK color extensions because of the technical usage.
When used simultaneously, it can represent a total of more than 78 billion (367) characters. Additional colors can increase the character set many times over.

Examples

Basic Codepage

H

E

L

L

O

W

O

R

L

D

Fig. 26Example Basic (PNG)

Condenced Cipher String

Fig. 27Example Condenced (PNG)

Custom Codepage Examples

Level 1 Extension RGB(1,0,0)

German Codepage (Umlauts + Eszett)

AÄOÖSßUÜ

Fig. 28Codepage Extension German 1 (PNG)

A

Ä

O

Ö

S

ß

U

Ü

Fig. 29Codepage Extension German 2 (PNG)

Level 1 Extension RGB(0,0,1)

Russian Cyrillic (East Slavic) Codepage

АБВГДЕЁЖЗИЙКЛМНОПРСТУФХЦЧШЩЪЫЬЭЮЯ

Fig. 30Codepage Extension Russian (PNG)

Level 2 Extension CMYK(0,1,0,0)

Greek (Euclidean) Codepage

ΑΒΓΔΕΖΗΘΙΚΛΜΝΞΟΠΡΣΤΥΦΧΨΩ0123456789

Fig. 31Codepage Extension Greek (PNG)

Signal Transmission

Basic chiphering is ready for RF and wire data transmission using a modulation method with potential for compression.

Pulse-Code Modulation (PCM) / PAM

Sampling and quantization of the signal

ampt BJ7

Fig. 32Transmission: PCM Sampling (PNG)

Compression Potential

Up to six charcaters within a cycle

ampt GESTELL

Fig. 33Transmission: PCM Compression (PNG)

Wernicke Cipher

© 2019-2023 Thorsten Wernicke, All rights reserved.

Initially developed: November 2019.

Premiere publication: September 2022.

Last update: 16th of May 2023.

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