German soldiers would smash them with rifle butts, kick them, throw them into lakes, and even explode hand grenades inside them when their positions were about to surrender or be overrun by advancing Allied forces. In response to the popular demand, here are the two Circuit Schematics. Electronic Enigma Replica kit M3 M4 MeinEnigma. Buy It Now +$3.97 shipping. Character substitution is done using the Enigma cipher machine, and DenCode supports the following Enigma machine simulations. The transport box appears to be original to the machine and has an ID tag that reads 14401. Question Boards are tested, working great and available now for shipping. The Germans had no idea that the Allies had broken the Enigma codes and felt they had to keep their secret code machines from the enemy. This highly detailed replica design gives you the ability to build your very own Enigma machine. German officers had orders to destroy them rather than let them be captured at the end of the war. . Enigma Nachbauprojekt (Enigma Reproduction Project - in German) Free . 5 original rotary wheels from the German Enigma cipher machine series A . We love to tinker. Outrings/rotor start positions: ALAN. $900.00. It uses 4 16-Segment units, 5 LEDs, 26 Lamps setup as keyboard, 26 keyboard buttons & 10 Function keys. Original. Original WW II German Photographs; Original Militaria Challenge Coins (2001-Now) Original WW II US Field Gear & Equipment; Collectible Pinball Replacement Parts; More; Music; The problem is that their sketch is wrong and the way they have made it, the voltage divider wont work. S&T GeoTronics LLC . All in all, we spent less than $200 in materials. The Human Errors that Defeated Enigma. This model Enigma machine was the primary cipher machine for the German military from 1932 through 1945. In order to shop on this Web store, you must have cookies enabled. A War Machine: This Enigma can be identified as once belonging to the German navy, as it uses four encoding rotorsarmy Enigmas had only three.Photo: SSPL/Getty Images. [Asciimation], who previously created an Enigma Machine wristwatch, decided to go all-in and make a 3D-printed Enigma machine.Not a perfect replica, but rather an improved version that works the . This app has all the features of the original machine and more : share the settings of your machine easily as well as encrypted text. Collectibles. Kits & assembled/tested/boxed Enigma Replicas are also available. Nearly a century after its invention, the electromechanical Enigma cipher machine still strikes a deep chord among the digerati. It's available in three versions one that has . www.stgeotronics.com to order. This acts as a basic substitution cipher, so that A becomes H, for instance. British codebreakers had enjoyed a few successes against early Enigma machines in the mid-1930s but as war approached they had hit a cul-de-sac. The Enigma machine you see here is one of the rare survivors that wasn't destroyed by retreating German forces or damaged in Allied attacks. ENIGMA R.D.E (translation) is a full-scale working 3D printed Enigma machine by the Student Project Team Hochschule der Medien in Stuttgart. Delivered on weekdays. The only truly fiddly part of this stage of construction was soldering the LED lights that form the Enigma machines alphabet display. I built the plugboard version for maximum verisimilitude and ease of use, but users of kits without this panel can program plugboard settings into the Arduino software. Do not hesitate to place an order as we will get it in your hands ASAP. Over 100,000 Enigma machines were made, but very few had the Enigma insignia. Your patience in the wiring is commendable. The Arduino Enigma Simulator can be used stand alone with a 9V battery and plug (included), be connected to the computer via a USB cable (also included) to receive power, or it can be operated from the computer using a terminal program. Enigma Machine For Sale. Journalist Bonnie Burton writes about movies, TV shows, comics, science and robots. Using Multiplexing for the LEDs, this circuit with 115 light emitting diodes uses only 38 pins and the 36 push buttons use only 4 pins total thanks to properly placed resistors (and the P-Channel MOSFETs) in the keyboard loop. At the end of the series of rotors, a reflector passes the signal back through the rotors, where it then illuminates one of the letters on the Enigmas display. Answer (1 of 4): While rare, Enigma cryptography/code machines are not unobtainable, though they are generally very expensive. Either way, your shopping cart will be active until you leave the store. Thank you for visiting our site, we hope that you liked what you found here, and that perhaps someday we may do business together. A masters' student at the University of Cambridge, Hal Evans, has successfully built the first fully functioning replica of a . Check our For Sale page for other antique cipher equipment or contact us directly. Our unique Open Source Enigma Replica has been featured around the world thanks to initial exposure through our first Instructable. Opens in a new window or tab. Question 00. All other Enigma product ordered here should ship within a normal 7 days as we have everything else in stock. 3 years ago. Absolutely Perfect Working Replica of the Famous German WW-2 Wehrmacht Enigma Descriptions, Pictures and Rotor Wiring Procedures. At Bletchley Park, breaking Enigma codes and winning WW II, First look at Benedict Cumberbatch as Alan Turing in 'The Imitation Game', Remembering legendary Enigma code breaker Mavis Batey, legendary code breakers at Bletchley Park, Do Not Sell or Share My Personal Information. Don't forget to vote, every vote counts. Pre-Owned. Copyright 2019-2023 S&T GeoTronics LLC. "This product and others we come up with would not exist if it wasn't for the openness of the Arduino platform," Tessier said. Featured online around the world, this is the first Open Source Arduino based full featured Enigma Replica. Message: BKSGK ABYFF LUJAR JZ. Graphical simulation of the Enigma Machine which runs on an Arduino+Adafruit touchscreen. Hi-fi, Radio, and Retro: The DIY Projects Spectrum Readers Love, New Ethernet Cyberattack Crunches Critical Systems, Civilian AI Is Already Being Misused by the Bad Guys, Get unlimited access to IEEE Spectrum content, Follow your favorite topics to create a personalized feed of IEEE Spectrum content, Network with other technology professionals, Create a group to share and collaborate on projects. The Enigma machine was the German cipher machine used to encrypt their WW2 communications and systematically cracked by the Bletchley Park Codebreakers. THANK YOU! NOTE: There was NOT enough space on the Enigma PCB to have all necessary components AND connect to the Arduino Mega2560, so we had to create a daughter card for the Mosfets & to receive the Duino. But, even with all these sample codes on hand that tested every piece of hardware on the machine, the task of reproducing the encrypting/decrypting functionality of a real M4 Enigma was a Mathematics tour-de-force! Its much easier to understand these operator failuressuch as only slightly varying rotor settings between messageswhen one is confronted with a physical version of an Enigma. To create an encrypted message, one of the parties must input the original message into the Enigma using the keyboard and write down the . meinEnigma. So the only alternative for those wishing to get to grips with this machineand to better understand the mathematical, engineering, and operational feats that defeated ithas been to use one of a number of software emulators. All rights reserved. Thank You! This first ever fully functional Open Source Enigma "exact " Replica was inspired by the Kid's Game to Arduino Enigma Machine by sketchsk3tch. Creative Crafthouse Enigma II Encryption Machine Size Large - Encode and Decode Secret Messages . Therefore, the rotor cover was replaced with an exact replica cover. In Mode 2, the user can select the Internal position of each Rotor. But the code breaking also critically relied on instances of operator error to provide insight into the machines settings. The size and functionality is like the original but at a fraction of the cost. Copyright 2023 EnigmaMuseum.com - [email protected] - (802) 431-5158 Any missing or nonfunctional light bulbs have been replaced with exact replica Enigma light bulbs. Then is the fitting of this solid assembly into the wooden case ensuring we didn't introduce a short anywhere. It is fully compatible with the 3-wheel Enigma I and the 4-wheel Enigma M4 that were used by the German Army during WWII. Enigma_Visual_Simulator. In response to the overwhelming demand, we designed the PCB and made it available through www.stgeotronics.com. Enhance your purchase . Creative Crafthouse Enigma V Encryption Machine- Encode Secret Messages or Try to Solve The $150 Challenge. According to Bonhams auction house, "Proudly named 'The Enigma Machine,' one might think that there was only one type of machine that was used to send encoded German messages during World War II. The remaining devices are mostly on display at museums and on rare occasions they may appear at prestigious auction houses like Christie's or Sotheby's (in 2017 an Enigma machine was sold for a record $547,500/429,000 at Christie's). There were many members in the Enigma family, and as the war went on, more and more complex methods and additions were made to the machines to make cracking their codes even more difficult for the crafty code breakers at Bletchley Park.". Thank You for the overwhelming positive feedback & don't forget to vote for this Instructable in both contests if you enjoyed it. The first one shows how our fake nixie tubes (the 4 elevated 16-Segment units) are wired in order to provide the response that the rotors provide on a real Enigma machine. Designed, assembled & programmed by Marc Tessier & James Sanderson 9/20/13 */ // Define the variables unsigned long time = millis(); unsigned long otime = time; int inpin[4] = {A0, A1, A2, A3}; int inval[4] = {0, 0, 0, 0}; int keyval = 100; boolean windex = 0; boolean windex1 = 0; boolean windex2 = 0; int lampval = 100; int procesval = 0; int procesvala = 0; int mode = 0; unsigned long mtime; int mdex =0; // Define each Nixie character int dig1 = 37; int dig2 = 37; int dig3 = 37; int dig4 = 37; int data[36] = {36,36,36,36,18,39,19,36,6,4,14,19,17,14,13,8,2,18,36,4,13,8,6,12,0,36,12,0,17,10,36,30,36,36,36,36} ; // Define the 16-Segments Pins as 2 Arrays int segment[17] = {24,22,25,31,38,36,32,30,28,26,23,27,33,35,34,29,37}; //cathode array int anode[4] = {39,41,43,45}; //annode array commin annode // Define the 26 Lamps as a 2D Array int lamparray[26] [2] = {{12,10},{13,5},{13,7},{12,8},{11,8},{12,7,},{12,6},{12,5},{11,3},{12,4}, {12,3},{13,2},{13,3},{13,4},{11,2},{13,10},{11,10},{11,7},{12,9},{11,6}, {11,4},{13,6},{11,9},{13,8},{13,9},{11,5}}; // Define the 12 Lamp Pins for initialization int lamppin[12] = {2,3,4,5,6,7,8,9,10,11,12,13}; //2 to 10 cathode, 11 to 13 common annode // Define each LTP587P Segments: A,B,C,D,E,F,G,H,K,M,N,P,R,S,T,U,dp boolean segmentvals[40][17] = { { 0,0,0,0,1,1,0,0,1,1,1,0,1,1,1,0,1 }, // = A 0 { 0,0,0,0,0,0,1,1,1,0,1,0,1,0,1,1,1 }, // = B 1 { 0,0,1,1,0,0,0,0,1,1,1,1,1,1,1,1,1 }, // = C 2 { 0,0,0,0,0,0,1,1,1,0,1,1,1,0,1,1,1 }, // = D 3 { 0,0,1,1,0,0,0,0,1,1,1,0,1,1,1,0,1 }, // = E 4 { 0,0,1,1,1,1,0,0,1,1,1,0,1,1,1,0,1 }, // = F 5 { 0,0,1,0,0,0,0,0,1,1,1,0,1,1,1,1,1 }, // = G 6 { 1,1,0,0,1,1,0,0,1,1,1,0,1,1,1,0,1 }, // = H 7 { 0,0,1,1,0,0,1,1,1,0,1,1,1,0,1,1,1 }, // = I 8 { 1,1,0,0,0,0,0,1,1,1,1,1,1,1,1,1,1 }, // = J 9 { 1,1,1,1,1,1,0,0,1,1,0,1,0,1,1,0,1 }, // = K 10 { 1,1,1,1,0,0,0,0,1,1,1,1,1,1,1,1,1 }, // = L 11 { 1,1,0,0,1,1,0,0,0,1,0,1,1,1,1,1,1 }, // = M 12 { 1,1,0,0,1,1,0,0,0,1,1,1,0,1,1,1,1 }, // = N 13 { 0,0,0,0,0,0,0,0,1,1,1,1,1,1,1,1,1 }, // = O 14 { 0,0,0,1,1,1,0,0,1,1,1,0,1,1,1,0,1 }, // = P 15 { 0,0,0,0,0,0,0,0,1,1,1,1,0,1,1,1,1 }, // = Q 16 { 0,0,0,1,1,1,0,0,1,1,1,0,0,1,1,0,1 }, // = R 17 { 0,0,1,0,0,0,1,0,1,1,1,0,1,1,1,0,1 }, // = S 18 { 0,0,1,1,1,1,1,1,1,0,1,1,1,0,1,1,1 }, // = T 19 { 1,1,0,0,0,0,0,0,1,1,1,1,1,1,1,1,1 }, // = U 20 { 1,1,1,1,1,1,0,0,1,1,0,1,1,1,0,1,1 }, // = V 21 { 1,1,0,0,1,1,0,0,1,1,1,1,0,1,0,1,1 }, // = W 22 { 1,1,1,1,1,1,1,1,0,1,0,1,0,1,0,1,1 }, // = X 23 { 1,1,1,1,1,1,1,1,0,1,0,1,1,0,1,1,1 }, // = Y 24 { 0,0,1,1,0,0,1,1,1,1,0,1,1,1,0,1,1 }, // = Z 25 { 0,0,0,0,0,0,0,0,1,1,0,1,1,1,0,1,1 }, // = 0 26 { 1,1,0,0,1,1,1,1,1,1,0,1,1,1,1,1,1 }, // = 1 27 { 0,0,0,1,0,0,0,1,1,1,1,0,1,1,1,0,1 }, // = 2 28 { 0,0,0,0,0,0,1,1,1,1,1,0,1,1,1,1,1 }, // = 3 29 { 1,1,0,0,1,1,1,0,1,1,1,0,1,1,1,0,1 }, // = 4 30 { 0,0,1,0,0,0,1,0,1,1,1,0,1,1,1,0,1 }, // = 5 31 { 0,0,1,0,0,0,0,0,1,1,1,0,1,1,1,0,1 }, // = 6 32 { 0,0,0,0,1,1,1,1,1,1,1,1,1,1,1,1,1 }, // = 7 33 { 0,0,0,0,0,0,0,0,1,1,1,0,1,1,1,0,1 }, // = 8 34 { 0,0,0,0,0,0,1,0,1,1,1,0,1,1,1,0,1 }, // = 9 35 { 1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1 }, // = Space 36 { 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0 }, // = Full Lit 37 { 1,0,1,0,1,0,1,0,1,0,1,0,1,0,1,0,1 }, // = SS 38 { 0,1,1,1,0,0,0,1,0,0,1,1,0,1,1,0,1} }; // = & 39 // LTP587P Segments: A,B,C,D,E,F,G,H,K,M,N,P,R,S,T,U,dp // Define the 5 Mode LEDs int led1 = 40; int led2 = 42; int led3 = 44; int led4 = 46; int led5 = 48; //4,10,12, 5,11, 6, 3,16,21,25,13,19,14,22,24, 7,23,20,18,15, 0, 8, 1,17, 2, 9 //Define the rotor values A B C D E F G H I J K L M N O P Q static const int rotorvals[12][78] = { { 4,10,12, 5,11, 6, 3,16,21,25,13,19,14,22,24, 7,123,20,18,15, 0, 8, 1,17, 2, 9, 4,10,12, 5,11, 6, 3,16,21,25,13,19,14,22,24, 7,123,20,18,15, 0, 8, 1,17, 2, 9, 4,10,12, 5,11, 6, 3,16,21,25,13,19,14,22,24, 7,123,20,18,15, 0, 8, 1,17, 2, 9 }, // wheel 1 { 0, 9, 3,10,118, 8,17,20,23, 1,11, 7,22,19,12, 2,16, 6,25,13,15,24, 5,21,14, 4, 0, 9, 3,10,118, 8,17,20,23, 1,11, 7,22,19,12, 2,16, 6,25,13,15,24, 5,21,14, 4, 0, 9, 3,10,118, 8,17,20,23, 1,11, 7,22,19,12, 2,16, 6,25,13,15,24, 5,21,14, 4 }, // wheel 2 { 1, 3, 5, 7, 9,11, 2,15,17,19,23,21,25,13,24, 4, 8,22, 6, 0,10,112,20,18,16,14, 1, 3, 5, 7, 9,11, 2,15,17,19,23,21,25,13,24, 4, 8,22, 6, 0,10,112,20,18,16,14, 1, 3, 5, 7, 9,11, 2,15,17,19,23,21,25,13,24, 4, 8,22, 6, 0,10,112,20,18,16,14 }, // wheel 3 { 4,18,14,21,15,25, 9, 0,24,116,20, 8,17, 7,23,11,13, 5,19, 6,10, 3, 2,12,22, 1, 4,18,14,21,15,25, 9, 0,24,116,20, 8,17, 7,23,11,13, 5,19, 6,10, 3, 2,12,22, 1, 4,18,14,21,15,25, 9, 0,24,116,20, 8,17, 7,23,11,13, 5,19, 6,10, 3, 2,12,22, 1 }, // wheel 4 { 21,25, 1,17, 6, 8,19,24,20,15,18, 3,13, 7,11,23, 0,22,12, 9,16,14, 5, 4, 2,110, 21,25, 1,17, 6, 8,19,24,20,15,18, 3,13, 7,11,23, 0,22,12, 9,16,14, 5, 4, 2,110, 21,25, 1,17, 6, 8,19,24,20,15,18, 3,13, 7,11,23, 0,22,12, 9,16,14, 5, 4, 2,110 }, // wheel 5 { 9,15, 6,21,14,20,12, 5,24,16, 1, 4,113, 7,25,17, 3,10, 0,18,23,11, 8, 2,19,122, 9,15, 6,21,14,20,12, 5,24,16, 1, 4,113, 7,25,17, 3,10, 0,18,23,11, 8, 2,19,122, 9,15, 6,21,14,20,12, 5,24,16, 1, 4,113, 7,25,17, 3,10, 0,18,23,11, 8, 2,19,122 }, // wheel 6 { 13,25, 9, 7, 6,17, 2,23,12,24,18,22,101,14,20, 5, 0, 8,21,11,15, 4,10,16, 3,119, 13,25, 9, 7, 6,17, 2,23,12,24,18,22,101,14,20, 5, 0, 8,21,11,15, 4,10,16, 3,119, 13,25, 9, 7, 6,17, 2,23,12,24,18,22,101,14,20, 5, 0, 8,21,11,15, 4,10,16, 3,119 }, // wheel 7 { 5,10,16, 7,19,11,23,14, 2, 1, 9,18,115, 3,25,17, 0,12, 4,22,13, 8,20,24, 6,121, 5,10,16, 7,19,11,23,14, 2, 1, 9,18,115, 3,25,17, 0,12, 4,22,13, 8,20,24, 6,121, 5,10,16, 7,19,11,23,14, 2, 1, 9,18,115, 3,25,17, 0,12, 4,22,13, 8,20,24, 6,121 }, // wheel 8 { 11,4,24,9,21,2,13,8,23,22,15,1,16,12,3,17,19,0,10,25,6,5,20,7,14,18, 11,4,24,9,21,2,13,8,23,22,15,1,16,12,3,17,19,0,10,25,6,5,20,7,14,18, 11,4,24,9,21,2,13,8,23,22,15,1,16,12,3,17,19,0,10,25,6,5,20,7,14,18 }, // Beta { 5,18,14,10,0,13,20,4,17,7,12,1,19,8,24,2,22,11,16,15,25,23,21,6,9,3, 5,18,14,10,0,13,20,4,17,7,12,1,19,8,24,2,22,11,16,15,25,23,21,6,9,3, 5,18,14,10,0,13,20,4,17,7,12,1,19,8,24,2,22,11,16,15,25,23,21,6,9,3 }, // Gamma { 4,13,10,16,0,20,24,22,9,8,2,14,15,1,11,12,3,23,25,21,5,19,7,17,6,18, 4,13,10,16,0,20,24,22,9,8,2,14,15,1,11,12,3,23,25,21,5,19,7,17,6,18, 4,13,10,16,0,20,24,22,9,8,2,14,15,1,11,12,3,23,25,21,5,19,7,17,6,18}, // = UKW-B { 17,3,14,1,9,13,19,10,21,4,7,12,11,5,2,22,25,0,23,6,24,8,15,18,20,16, 17,3,14,1,9,13,19,10,21,4,7,12,11,5,2,22,25,0,23,6,24,8,15,18,20,16, 17,3,14,1,9,13,19,10,21,4,7,12,11,5,2,22,25,0,23,6,24,8,15,18,20,16 } // = UKW-C }; static const int rotorvali[10][78] = { { 20,22,24, 6, 0, 3, 5,15,21,25, 1, 4, 2,10,12,19, 7,23,18,11,17, 8,13,16,14, 9, 20,22,24, 6, 0, 3, 5,15,21,25, 1, 4, 2,10,12,19, 7,23,18,11,17, 8,13,16,14, 9, 20,22,24, 6, 0, 3, 5,15,21,25, 1, 4, 2,10,12,19, 7,23,18,11,17, 8,13,16,14, 9 }, //wheel 1 i // { 0, 9,15, 2,25,22,17,11, 5, 1, 3,10,14,19,24,20,16, 6, 4,13, 7,23,12, 8,21,18, 0, 9,15, 2,25,22,17,11, 5, 1, 3,10,14,19,24,20,16, 6, 4,13, 7,23,12, 8,21,18, 0, 9,15, 2,25,22,17,11, 5, 1, 3,10,14,19,24,20,16, 6, 4,13, 7,23,12, 8,21,18 }, //wheel 2 i { 19, 0, 6, 1,15, 2,18, 3,16, 4,20, 5,21,13,25, 7,24, 8,23, 9,22,11,17,10,14,12, 19, 0, 6, 1,15, 2,18, 3,16, 4,20, 5,21,13,25, 7,24, 8,23, 9,22,11,17,10,14,12, 19, 0, 6, 1,15, 2,18, 3,16, 4,20, 5,21,13,25, 7,24, 8,23, 9,22,11,17,10,14,12 }, //wheel 3 i { 7,25,22,21, 0,17,19,13,11, 6,20,15,23,16, 2, 4, 9,12, 1,18,10, 3,24,14, 8, 5, 7,25,22,21, 0,17,19,13,11, 6,20,15,23,16, 2, 4, 9,12, 1,18,10, 3,24,14, 8, 5, 7,25,22,21, 0,17,19,13,11, 6,20,15,23,16, 2, 4, 9,12, 1,18,10, 3,24,14, 8, 5 }, //wheel 4 i { 16, 2,24,11,23,22, 4,13, 5,19,25,14,18,12,21, 9,20, 3,10, 6, 8, 0,17,15, 7, 1, 16, 2,24,11,23,22, 4,13, 5,19,25,14,18,12,21, 9,20, 3,10, 6, 8, 0,17,15, 7, 1, 16, 2,24,11,23,22, 4,13, 5,19,25,14,18,12,21, 9,20, 3,10, 6, 8, 0,17,15, 7, 1 }, //wheel 5 i { 18,10,23,16,11, 7, 2,13,22, 0,17,21,06,12, 4, 1, 9,15,19,24, 5, 3, 25,20, 8,14, 18,10,23,16,11, 7, 2,13,22, 0,17,21,06,12, 4, 1, 9,15,19,24, 5, 3, 25,20, 8,14, 18,10,23,16,11, 7, 2,13,22, 0,17,21,06,12, 4, 1, 9,15,19,24, 5, 3, 25,20, 8,14 }, //wheel 6 i { 16,12,6,24,21,15,4,3,17,2,22,19,8,0,13,20,23,5,10,25,14,18,11,7,9,1, 16,12,6,24,21,15,4,3,17,2,22,19,8,0,13,20,23,5,10,25,14,18,11,7,9,1, 16,12,6,24,21,15,4,3,17,2,22,19,8,0,13,20,23,5,10,25,14,18,11,7,9,1 }, //wheel 7 i { 16,9,8,13,18,0,24,3,21,10,1,5,17,20,7,12,2,15,11,4,22,25,19,6,23,14, 16,9,8,13,18,0,24,3,21,10,1,5,17,20,7,12,2,15,11,4,22,25,19,6,23,14, 16,9,8,13,18,0,24,3,21,10,1,5,17,20,7,12,2,15,11,4,22,25,19,6,23,14 }, //wheel 8 i { 17,11,5,14,1,21,20,23,7,3,18,0,13,6,24,10,12,15,25,16,22,4,9,8,2,19, 17,11,5,14,1,21,20,23,7,3,18,0,13,6,24,10,12,15,25,16,22,4,9,8,2,19, 17,11,5,14,1,21,20,23,7,3,18,0,13,6,24,10,12,15,25,16,22,4,9,8,2,19 }, //Beta i { 4,11,15,25,7,0,23,9,13,24,3,17,10,5,2,19,18,8,1,12,6,22,16,21,14,20, 4,11,15,25,7,0,23,9,13,24,3,17,10,5,2,19,18,8,1,12,6,22,16,21,14,20, 4,11,15,25,7,0,23,9,13,24,3,17,10,5,2,19,18,8,1,12,6,22,16,21,14,20 } }; //Gamma i // Define a 2D Array for keeping the wheel locations & positions int wheel[3][3] = {{26,0,0},{26,0,0},{26,0,0}}; int reflect[2] = {1,0}; // Define Array for plugbord values 25 x2 position 0 holds use position 1 holds value int plugu holds the total nomber of plugs used (10 max) int plugval [2][26] = {{0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0}, {0,1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16,17,18,19,20,21,22,23,24,25}}; int pluguse = 0; int paindex = 0; int pbindex = 1; void setup() { // Initialize all 38 LED pins as Output for (int index = 0; index <= 11; index++) { pinMode(lamppin[index], OUTPUT); digitalWrite(lamppin[index],1); } for (int index = 0 ; index <= 3; index++) { pinMode (anode[index], OUTPUT); digitalWrite (anode[index], 1); } for (int index = 0 ; index <= 16; index++) { pinMode (segment[index], OUTPUT); digitalWrite (segment[index], 1); } pinMode(led1,OUTPUT); pinMode(led2,OUTPUT); pinMode(led3,OUTPUT); pinMode(led4,OUTPUT); pinMode(led5,OUTPUT); // Serial.begin(9600); // Initialize all 4 pusbutton pins as Input for (int index = 0; index <= 3; index++) { pinMode(inpin[index], INPUT); } } void loop() { // Keyboard debounce & test for new key pressed time = millis(); if (time > otime + 500) {keyval = readkbde();} if((keyval == 45) && (windex ==1)) {modeselect();} // The whole Enigma machine operation revolves around which Operating Mode is current if(mode == 0) {mode0();} else if(mode == 1) {mode1();} else if(mode == 2) {mode2();} else if(mode == 3) {mode3();} else if(mode == 4) {mode4();} else if(mode == 5) {mode5();} else { } //Serial.println(keyval); // for debuging prints keybord value to serial monitor// for run or del } // This function takes care of figuring out which key has been pressed & returns a unique Integer int readkbde() { int kval = 100; for (int index = 0; index <= 3; index++) { inval[index] = analogRead(inpin[index]); } //Reads analog input values if((inval[0] > 925) && (inval[1] > 828) && (inval[2] > 730) && (inval[3] > 828)) {kval = 100;} // no key press else if((inval[0] < 924) && (inval[0] > 915)) {kval = 49;} //up arrow 4 else if((inval[0] < 914) && (inval[0] > 903)) {kval = 48;} //up arrow 3 else if((inval[0] < 902) && (inval[0] > 887)) {kval = 47;} //up arrow 2 else if((inval[0] < 886) && (inval[0] > 865)) {kval = 46;} //up arrow 1 else if((inval[0] < 864) && (inval[0] > 836)) {kval = 45;} //mode else if((inval[0] < 834) && (inval[0] > 793)) {kval = 44;} //enter else if((inval[0] < 792) && (inval[0] > 724)) {kval = 43;} else if((inval[0] < 723) && (inval[0] > 594)) {kval = 42;} else if((inval[0] < 593) && (inval[0] > 260)) {kval = 41;} else if(inval[0] < 259 ) {kval = 40;} else if((inval[1] < 827) && (inval[1] > 807)) {kval = 14;} else if((inval[1] < 806) && (inval[1] > 781)) {kval = 8;} else if((inval[1] < 780) && (inval[1] > 749)) {kval = 20;} else if((inval[1] < 748) && (inval[1] > 706)) {kval = 25;} else if((inval[1] < 705) && (inval[1] > 647)) {kval = 19;} else if((inval[1] < 646) && (inval[1] > 555)) {kval = 17;} else if((inval[1] < 554) && (inval[1] > 418)) {kval = 4;} else if((inval[1] < 417) && (inval[1] > 169)) {kval = 22;} else if(inval[1] < 168 ) {kval = 16;} else if((inval[2] < 729) && (inval[2] > 699)) {kval = 10;} else if((inval[2] < 698) && (inval[2] > 660)) {kval = 9;} else if((inval[2] < 659) && (inval[2] > 611)) {kval = 7;} else if((inval[2] < 610) && (inval[2] > 547)) {kval = 6;} else if((inval[2] < 546) && (inval[2] > 455)) {kval = 5;} else if((inval[2] < 454) && (inval[2] > 331)) {kval = 3;} else if((inval[2] < 330) && (inval[2] > 127)) {kval = 18;} else if(inval[2] < 126 ) {kval = 0;} else if((inval[3] < 827) && (inval[3] > 807)) {kval = 11;} else if((inval[3] < 806) && (inval[3] > 781)) {kval = 12;} else if((inval[3] < 780) && (inval[3] > 749)) {kval = 13;} else if((inval[3] < 748) && (inval[3] > 706)) {kval = 1;} else if((inval[3] < 705) && (inval[3] > 647)) {kval = 21;} else if((inval[3] < 646) && (inval[3] > 555)) {kval = 2;} else if((inval[3] < 554) && (inval[3] > 418)) {kval = 23;} else if((inval[3] < 417) && (inval[3] > 169)) {kval = 24;} else if(inval[3] < 169 ) {kval = 15;} else {kval = 100;} if(kval < 99) {otime = millis();} //Starts key debounce timer if((kval >= 0) && (kval <= 99)) {windex = 1;} //windex showing true (1) indicates the return of a fresh key stroke return kval; } // Function to change operating Mode void modeselect() { mode++; if(mode >=6) {mode = 0;} windex = 0; } // Default Mode: Enigma is a Typewriter void mode0() { if((keyval >= 0) && (keyval <= 25)) {lampval = keyval;} lampita(); marquee(); lampitb(); } // Select the Rotors & the Reflector void mode1() { int index; digitalWrite(led1, HIGH); if(windex == 1) {if((keyval == 43) || (keyval == 46)) {reflect[0]++; if (reflect[0] > 2) {reflect[0] = 1;} windex = 0;}} if(windex == 1) {if(keyval == 47) { for(index = wheel[2][0];(index == wheel[1][0]) || (index == wheel[0][0]) || (index == wheel[2][0]); index++) {if(index > 33) {index = 26;} }wheel[2][0] = index; windex = 0;}} if(windex == 1) {if(keyval == 48) { for(index = wheel[1][0];(index == wheel[2][0]) || (index == wheel[0][0]) || (index == wheel[1][0]); index++) {if(index > 33) {index = 26;} }wheel[1][0] = index; windex = 0;}} if(windex == 1) {if(keyval == 49) { for(index = wheel[0][0];(index == wheel[2][0]) || (index == wheel[1][0]) || (index == wheel[0][0]); index++) {if(index > 33) {index = 26;} }wheel[0][0] = index; windex = 0;}} if(windex == 1) {if(keyval == 42) { for(index = wheel[2][0];(index == wheel[1][0]) || (index == wheel[0][0]) || (index == wheel[2][0]); index--) {if(index < 28) {index = 35;} }wheel[2][0] = index; windex = 0;}} if(windex == 1) {if(keyval == 41) { for(index = wheel[1][0];(index == wheel[2][0]) || (index == wheel[0][0]) || (index == wheel[1][0]); index--) {if(index < 28) {index = 35;} }wheel[1][0] = index; windex = 0;}} if(windex == 1) {if(keyval == 40) { for(index = wheel[0][0];(index == wheel[2][0]) || (index == wheel[1][0]) || (index == wheel[0][0]); index--) {if(index < 28) {index = 35;} }wheel[0][0] = index; windex = 0;}} dig2 = wheel[2][0]; dig3 = wheel[1][0]; dig4 = wheel[0][0]; dig1 = reflect[0]; nixisend(); dig1 =37; dig2 = 37; dig3 = 37; dig4 = 37; digitalWrite(led1, LOW); } // Position the Inner setting of each Rotor void mode2() { digitalWrite(led2, HIGH); if(windex == 1){ if(keyval == 47) {wheel[2][1]++; if(wheel[2][1] > 25) {wheel[2][1] = 0;}} if(keyval == 48) {wheel[1][1]++; if(wheel[1][1] > 25) {wheel[1][1] = 0;}} if(keyval == 49) {wheel[0][1]++; if(wheel[0][1] > 25) {wheel[0][1] = 0;}} if(keyval == 42) {wheel[2][1]--; if(wheel[2][1] < 0) {wheel[2][1] = 25;}} if(keyval == 41) {wheel[1][1]--; if(wheel[1][1] < 0) {wheel[1][1] = 25;}} if(keyval == 40) {wheel[0][1]--; if(wheel[0][1] < 0) {wheel[0][1] = 25;}} windex = 0; } dig2 = wheel[2][1]; dig3 = wheel[1][1]; dig4 = wheel[0][1]; dig1 = 0; nixisend(); dig1 =37; dig2 = 37; dig3 = 37; dig4 = 37; digitalWrite(led2, LOW); } // Position the Start character of each Wheel void mode3() { digitalWrite(led3, HIGH); if(windex == 1){ if(keyval == 46) {reflect[1]++; if(reflect[1] > 25) {reflect[1] = 0;}} if(keyval == 47) {wheel[2][2]++; if(wheel[2][2] > 25) {wheel[2][2] = 0;}} if(keyval == 48) {wheel[1][2]++; if(wheel[1][2] > 25) {wheel[1][2] = 0;}} if(keyval == 49) {wheel[0][2]++; if(wheel[0][2] > 25) {wheel[0][2] = 0;}} if(keyval == 43) {reflect[1]--; if(reflect[1] < 0) {reflect[1] = 25;}} if(keyval == 42) {wheel[2][2]--; if(wheel[2][2] < 0) {wheel[2][2] = 25;}} if(keyval == 41) {wheel[1][2]--; if(wheel[1][2] < 0) {wheel[1][2] = 25;}} if(keyval == 40) {wheel[0][2]--; if(wheel[0][2] < 0) {wheel[0][2] = 25;}} windex = 0; } dig2 = wheel[2][2]; dig3 = wheel[1][2]; dig4 = wheel[0][2]; dig1 = reflect[1]; nixisend(); dig1 =37; dig2 = 37; dig3 = 37; dig4 = 37; digitalWrite(led3, LOW); } // Define the Plugboard pairs void mode4() { int index = 0; digitalWrite(led4, HIGH); if(pluguse <= 9) { if(plugval[0][paindex] == 1) {for(index = paindex;(index == paindex) || (index == pbindex) || (plugval[0][index] == 1); index++) {if(index > 24) {index = -1;}} paindex = index;} if(plugval[0][pbindex] == 1) {for(index = pbindex;(index == pbindex) || (index == paindex) || (plugval[0][index] == 1); index++) {if(index > 24) {index = -1;}} pbindex = index;} if(windex == 1) { if(keyval == 46) { for(index = paindex;(index == paindex) || (index == pbindex) || (plugval[0][index] == 1); index++) {if(index > 24) {index = -1;}} paindex = index; windex = 0; } if(keyval == 43) { for(index = paindex;(index == paindex) || (index == pbindex) || (plugval[0][index] == 1); index--) {if(index < 1) {index = 26;}} paindex = index; windex = 0; } if(keyval == 49) { for(index = pbindex;(index == pbindex) || (index == paindex) || (plugval[0][index] == 1); index++) {if(index > 24) {index = -1;}} pbindex = index; windex = 0; } if(keyval == 40) { for(index = pbindex;(index == pbindex) || (index == paindex) || (plugval[0][index] == 1); index--) {if(index < 1) {index = 26;}} pbindex = index; windex = 0; } if(keyval == 44) { plugval[0][paindex] = 1; plugval[1][paindex] = pbindex; plugval[0][pbindex] = 1; plugval[1][pbindex] = paindex; windex = 0; pluguse++;} } dig2 = 19; dig3 = 14; dig4 = pbindex; dig1 = paindex; nixisend(); dig1 =37; dig2 = 37; dig3 = 37; dig4 = 37; } else {done();} digitalWrite(led4, LOW); } // This is Normal Operation Mode to Encrypt/Decrypt void mode5() { int pv = 0; digitalWrite(led5, HIGH); if((keyval >= 0) && (keyval <= 25)) { if(windex == 1){procesvala = keyval; indexwheels();}} windex = 0; procesval = procesvala; procesval = plugval[1][procesval]; // Serial.print (procesval); Serial.print(" "); pv = (procesval + (wheel[0][2] - wheel[0][1])); if(pv < 0) {pv = pv + 26;} procesval = rotorvals[wheel[0][0] -27][pv]; if(procesval >= 100) {procesval = procesval - 100;} procesval = (procesval - (wheel[0][2] - wheel[0][1])); if(procesval < 0) {procesval = procesval + 26;}if(procesval > 25) {procesval = procesval - 26;} // Serial.print (procesval); Serial.print(" "); pv = (procesval + (wheel[1][2] - wheel[1][1])); if(pv < 0) {pv = pv + 26;} procesval = rotorvals[wheel[1][0] -27][pv]; if(procesval >= 100) {procesval = procesval - 100;} procesval = (procesval - (wheel[1][2] - wheel[1][1])); if(procesval < 0) {procesval = procesval + 26;}if(procesval > 25) {procesval = procesval - 26;} // Serial.print (procesval); Serial.print(" "); pv = (procesval + (wheel[2][2] - wheel[2][1])); if(pv < 0) {pv = pv + 26;} procesval = rotorvals[wheel[2][0] -27][pv]; if(procesval >= 100) {procesval = procesval - 100;} procesval = (procesval - (wheel[2][2] - wheel[2][1])); if(procesval < 0) {procesval = procesval + 26;}if(procesval > 25) {procesval = procesval - 26;} // Serial.print (procesval); Serial.print(" "); pv = (procesval ); procesval = rotorvals[reflect[0] + 7][pv]; if(procesval >= 100) {procesval = procesval - 100;} if(procesval < 0) {procesval = procesval + 26;}if(procesval > 25) {procesval = procesval - 26;} //Serial.print (procesval); Serial.print(" "); procesval = rotorvals[reflect[0] + 9][procesval]; //Serial.print (procesval); Serial.print(" "); pv = (procesval +26); procesval = rotorvali[reflect[0] + 7][pv]; if(procesval >= 100) {procesval = procesval - 100;} if(procesval < 0) {procesval = procesval + 26;}if(procesval > 25) {procesval = procesval - 26;} // Serial.print (procesval); Serial.print(" "); pv = (procesval + (wheel[2][2] - wheel[2][1])); if(pv < 0) {pv = pv + 26;} procesval = rotorvali[wheel[2][0] -27][pv]; if(procesval >= 100) {procesval = procesval - 100;} procesval = (procesval - (wheel[2][2] - wheel[2][1])); if(procesval < 0) {procesval = procesval + 26;}if(procesval > 25) {procesval = procesval - 26;} //Serial.print (procesval); Serial.print(" "); pv = (procesval + (wheel[1][2] - wheel[1][1])); if(pv < 0) {pv = pv + 26;} procesval = rotorvali[wheel[1][0] -27][pv]; if(procesval >= 100) {procesval = procesval - 100;} procesval = (procesval - (wheel[1][2] - wheel[1][1])); if(procesval < 0) {procesval = procesval + 26;}if(procesval > 25) {procesval = procesval - 26;} //Serial.print (procesval); Serial.print(" "); pv = (procesval + (wheel[0][2] - wheel[0][1])); if(pv < 0) {pv = pv + 26;} procesval = rotorvali[wheel[0][0] -27][pv]; if(procesval >= 100) {procesval = procesval - 100;} procesval = (procesval - (wheel[0][2] - wheel[0][1])); if(procesval < 0) {procesval = procesval + 26;}if(procesval > 25) {procesval = procesval - 26;} // Serial.print (procesval); Serial.print(" "); procesval = plugval[1][procesval]; lampval = procesval; //Serial.println(lampval); dig2 = wheel[2][2]; dig3 = wheel[1][2]; dig4 = wheel[0][2]; dig1 = reflect[1]; lampita(); nixisend(); lampitb(); dig1 =37; dig2 = 37; dig3 = 37; dig4 = 37; digitalWrite(led5, LOW); } // Helper Function to light the proper key void lampita() { digitalWrite(lamparray[lampval][0],0); digitalWrite(lamparray[lampval][1],0); } void lampitb(){ digitalWrite(lamparray[lampval][0],1); digitalWrite(lamparray[lampval][1],1); } // Help Function to illuminate "Nixies" void nixisend() { sixteenSegWrite(0, dig1); sixteenSegWrite(1, dig2); sixteenSegWrite(2, dig3); sixteenSegWrite(3, dig4); } void marquee() { time = millis(); if( mtime < time) { mtime = time + 400; mdex++;} dig1 = data[mdex]; dig2 = data[mdex + 1]; dig3 = data[mdex + 2]; dig4 = data[mdex + 3]; if (mdex >= 31) {mdex = 0;} nixisend(); } // Function that actually turns on each of 17 appropriate segments on each "Nixie" void sixteenSegWrite(int digit, int character) { digitalWrite(anode[digit],0); for (int index = 0; index < 17; index++) { digitalWrite(segment[index], segmentvals[character][index]); } delay(7); for (int index =0; index <= 16; index++) { digitalWrite(segment[index], 1); } digitalWrite(anode[digit], 1); } void done() { dig1 = 3; dig2 = 14; dig3 = 13; dig4 = 4; nixisend(); dig1 =37; dig2 = 37; dig3 = 37; dig4 = 37; } void indexwheels() { // Serial.print(rotorvals[wheel[0][0]-27][wheel[0][2]]); // Serial.print(" "); Serial.print(wheel[0][0]-27); Serial.print(" "); Serial.println(wheel[0][2]); if(rotorvals[wheel[0][0]-27][wheel[0][2]] >= 100) {windex1 = 1;} wheel[0][2]++; if(wheel[0][2] > 25) {wheel[0][2] = 0;} windex = 0; if(windex1 == 1){ if(rotorvals[wheel[1][0]-27][wheel[1][2]] >= 100) {windex2 = 1;} wheel[1][2]++; if(wheel[1][2] > 25) {wheel[1][2] = 0;}} windex1 = 0; if(windex2 == 1){ wheel[2][2]++; if(wheel[2][2] > 25) {wheel[2][2] = 0;} windex2 = 0; } }IF there is enough interest, we plan on are creating a PCB that would will allow for a much easier assembly of this wonderful fully functional Enigma replica. 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replica enigma machine kit