4180 Morse / Mbed 2 deprecated morseCode_1_1

Text_to_morse function written

Dependencies:   mbed 4DGL-uLCD-SE

Fork of morseCode_1 by 4180 Morse

main.cpp@9:3c1acc87b80c, 2018-05-01 (annotated)

Committer:
Jeco13
Date:
Tue May 01 17:32:44 2018 +0000
Revision:
9:3c1acc87b80c
Parent:
8:78b057dd6da4 
*Commented "cout" on lines 390 & 402 in the header file.; *Commented out "Text_to_morse()" function calls on lines 122, 129, 130, & 131 in main().c.

Who changed what in which revision?

UserRevisionLine numberNew contents of line
colson 0:4e10b6c94be9 1 #include "mbed.h"
colson 4:62c590826ddb 2 #include "Header_file.h"
colson 4:62c590826ddb 3 #include <iostream>
colson 4:62c590826ddb 4 #include <string>
colson 4:62c590826ddb 5
colson 6:421ece74143e 6 //To-do list:
colson 6:421ece74143e 7 //Bluetooth input for strings
colson 6:421ece74143e 8 //Modify dot/dash for speaker/LED output
colson 6:421ece74143e 9 //Give user output/UI for game
colson 6:421ece74143e 10 //Traverse the tree using telegraph key
colson 6:421ece74143e 11 //Make menus/UI look pretty
colson 5:5b86521e418c 12
Jeco13 9:3c1acc87b80c 13 //
Jeco13 9:3c1acc87b80c 14 RawSerial pc(USBTX, USBRX);//pc serial out
Jeco13 9:3c1acc87b80c 15 Serial dev(p13,p14);//serial text input from bluetooth module
Jeco13 9:3c1acc87b80c 16 DigitalOut led1(LED1); //For spacing between character. Denotes the end of a character
Jeco13 9:3c1acc87b80c 17
Jeco13 9:3c1acc87b80c 18
Jeco13 9:3c1acc87b80c 19 //Variables
Jeco13 9:3c1acc87b80c 20 char string_input[20];
Jeco13 9:3c1acc87b80c 21
Jeco13 9:3c1acc87b80c 22 void dev_recv() //Funtion that reads in text from bluetooth, and calls the text to morse conversion function
Jeco13 9:3c1acc87b80c 23 {
Jeco13 9:3c1acc87b80c 24 if(dev.readable()){ //scan in inout string
Jeco13 9:3c1acc87b80c 25 dev.scanf("%s",string_input);
Jeco13 9:3c1acc87b80c 26 }
Jeco13 9:3c1acc87b80c 27
Jeco13 9:3c1acc87b80c 28 int string_length = strlen(string_input);
Jeco13 9:3c1acc87b80c 29
Jeco13 9:3c1acc87b80c 30 for(int i = 0; i<string_length; i++) { //call Text_to_morse() function on each character of input string
Jeco13 9:3c1acc87b80c 31 wait(1.0);
Jeco13 9:3c1acc87b80c 32 Text_to_morse(string_input[i]);
Jeco13 9:3c1acc87b80c 33 led1 = !led1; //blink to denote end of current character output
Jeco13 9:3c1acc87b80c 34 wait(0.1);
Jeco13 9:3c1acc87b80c 35 led1 = !led1;
Jeco13 9:3c1acc87b80c 36 }
Jeco13 9:3c1acc87b80c 37 }
colson 5:5b86521e418c 38
colson 5:5b86521e418c 39
Jeco13 3:6e52b66c5a0c 40 //Part 1
Jeco13 3:6e52b66c5a0c 41 //Main takes in string text input from bluetooth module. Store in string variable
Jeco13 3:6e52b66c5a0c 42 //call text_to_morse function on each character from input string variable
Jeco13 3:6e52b66c5a0c 43
colson 0:4e10b6c94be9 44 int main() {
colson 4:62c590826ddb 45
Jeco13 9:3c1acc87b80c 46 //Function call for bluetooth text input
Jeco13 9:3c1acc87b80c 47 dev.attach(&dev_recv, Serial::RxIrq); //calls text_to_morse function on bluetooth text inputs
Jeco13 9:3c1acc87b80c 48
colson 6:421ece74143e 49 //Variable word list for the game portion
colson 6:421ece74143e 50 //Feel free to add words, just update the array size
colson 6:421ece74143e 51 string wordlist[20] = {"Dog","Cat","Car","Tree","Star","Radio","Tea","Book","Hello","Bank","Bird","Bus","Red","Green","Blue","Coat","Dress","Shirt","Egg","Pear"};
colson 6:421ece74143e 52
colson 6:421ece74143e 53
colson 5:5b86521e418c 54 //Creation of the binary search tree//
colson 6:421ece74143e 55 //I need to insert 2,8,9,0,+//
colson 8:78b057dd6da4 56 node * newRoot = new node;
colson 8:78b057dd6da4 57 insertdot('e', newRoot);
colson 8:78b057dd6da4 58 node * eNode = newRoot->dot;
colson 8:78b057dd6da4 59 insertdash('a', eNode);
colson 8:78b057dd6da4 60 insertdot('i', eNode);
colson 8:78b057dd6da4 61 cout << returnvalue(eNode->dash) <<endl;
colson 8:78b057dd6da4 62 node * iNode = eNode->dot;
colson 8:78b057dd6da4 63 insertdash('u',iNode);
colson 8:78b057dd6da4 64 insertdot('s',iNode);
colson 8:78b057dd6da4 65 node * sNode = iNode->dot;
colson 8:78b057dd6da4 66 insertdash('v',sNode);
colson 8:78b057dd6da4 67 insertdot('h',sNode);
colson 8:78b057dd6da4 68 node * hNode = sNode->dot;
colson 8:78b057dd6da4 69 insertdash('4',hNode);
colson 8:78b057dd6da4 70 insertdot('5',hNode);
colson 8:78b057dd6da4 71 node * vNode = sNode->dash;
colson 8:78b057dd6da4 72 insertdash('3',vNode);
colson 8:78b057dd6da4 73 node * uNode = iNode->dash;
colson 8:78b057dd6da4 74 insertdot('f',uNode);
colson 8:78b057dd6da4 75 node * aNode = eNode->dash;
colson 8:78b057dd6da4 76 insertdot('r',aNode);
colson 8:78b057dd6da4 77 insertdash('w',aNode);
colson 8:78b057dd6da4 78 node * rNode = aNode->dot;
colson 8:78b057dd6da4 79 insertdot('l',rNode);
colson 8:78b057dd6da4 80 node * wNode = aNode->dash;
colson 8:78b057dd6da4 81 insertdot('p',wNode);
colson 8:78b057dd6da4 82 insertdash('j',wNode);
colson 8:78b057dd6da4 83 node * jNode = wNode->dash;
colson 8:78b057dd6da4 84 insertdash('1',jNode);
colson 8:78b057dd6da4 85 insertdash('t',newRoot);
colson 8:78b057dd6da4 86 node * tNode = newRoot->dash;
colson 8:78b057dd6da4 87 insertdot('n',tNode);
colson 8:78b057dd6da4 88 insertdash('m',tNode);
colson 8:78b057dd6da4 89 node * nNode = tNode->dash;
colson 8:78b057dd6da4 90 insertdot('d',nNode);
colson 8:78b057dd6da4 91 insertdash('k',nNode);
colson 8:78b057dd6da4 92 node * dNode = nNode->dot;
colson 8:78b057dd6da4 93 insertdot('b',dNode);
colson 8:78b057dd6da4 94 insertdash('x',dNode);
colson 8:78b057dd6da4 95 node * bNode = dNode->dot;
colson 8:78b057dd6da4 96 insertdot('6',bNode);
colson 8:78b057dd6da4 97 insertdash('=',bNode);
colson 8:78b057dd6da4 98 node * xNode = dNode->dash;
colson 8:78b057dd6da4 99 insertdot('/',xNode);
colson 8:78b057dd6da4 100 node * kNode = nNode->dash;
colson 8:78b057dd6da4 101 insertdot('c',kNode);
colson 8:78b057dd6da4 102 insertdash('y',kNode);
colson 8:78b057dd6da4 103 node * mNode = tNode->dash;
colson 8:78b057dd6da4 104 insertdot('g',mNode);
colson 8:78b057dd6da4 105 insertdash('o',mNode);
colson 8:78b057dd6da4 106 node * gNode = mNode->dot;
colson 8:78b057dd6da4 107 insertdot('z',gNode);
colson 8:78b057dd6da4 108 insertdash('q',gNode);
colson 8:78b057dd6da4 109 node * zNode = gNode->dot;
colson 8:78b057dd6da4 110 insertdot('7',zNode);
colson 8:78b057dd6da4 111
colson 8:78b057dd6da4 112 //Syntax for traversing the tree
colson 8:78b057dd6da4 113 /*node * newNode = new node;
colson 8:78b057dd6da4 114 newNode = newRoot;
colson 8:78b057dd6da4 115
colson 8:78b057dd6da4 116 *newNode = traverseDot(newNode);
colson 8:78b057dd6da4 117 cout << returnvalue(newNode) << " return new node" << endl;*/
colson 5:5b86521e418c 118
colson 4:62c590826ddb 119 string newString = "YYZ";
colson 4:62c590826ddb 120
colson 4:62c590826ddb 121 for (int i = 0; i < newString.length(); i++){
Jeco13 9:3c1acc87b80c 122 //Text_to_morse(newString[i]);
colson 4:62c590826ddb 123 }
colson 4:62c590826ddb 124
colson 4:62c590826ddb 125 char schar = 's';
colson 4:62c590826ddb 126 char ochar = 'o';
colson 0:4e10b6c94be9 127 while(1) {
colson 4:62c590826ddb 128 uLCD.printf("do this\n");
Jeco13 9:3c1acc87b80c 129 //Text_to_morse(schar);
Jeco13 9:3c1acc87b80c 130 // Text_to_morse(ochar);
Jeco13 9:3c1acc87b80c 131 // Text_to_morse(schar);
colson 4:62c590826ddb 132 wait(0.5);
colson 0:4e10b6c94be9 133 }
colson 0:4e10b6c94be9 134 }