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bannerLib.h
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//This header File is made by Youssef Mattar in 2022
//**** gpl license ****
#pragma once
#pragma warning(disable : 4996)
#include<stdio.h>
#include<string.h>
#include<cctype>
#include <malloc.h>
//******* prototypes ***********
int printBanner(char* text[]);
int printmultiple(int count, char character);
int length(char* Text);
//******************************
char* p1;
char* p2;
char* p3;
char* p4;
char* p5;
char* p6;
char* p7;
char* p8;
char* buff;
//********** data needed for printing banner *************************
//********************* letter A ***************************
char A1[] = " /\\ ";
char A2[] = " / \\ ";
char A3[] = " / \\ ";
char A4[] = " / /\\ \\ ";
char A5[] = " / /__\\ \\ ";
char A6[] = " / ____ \\ ";
char A7[] = " / / \\ \\ ";
char A8[] = "/___/ \\___\\";
//int A = 16;
//******************* letter B ****************************
char B1[] = " --------- ";
char B2[] = "| ____ \\ ";
char B3[] = "| | \\ |";
char B4[] = "| |____/ /";
char B5[] = "| ____ < ";
char B6[] = "| | \\ \\";
char B7[] = "| |____/ |";
char B8[] = "|_________/ ";
//int B = 12;
//************** letter C ***********************************
char C1[] = " ----------- ";
char C2[] = "| ________|";
char C3[] = "| | ";
char C4[] = "| | ";
char C5[] = "| | ";
char C6[] = "| | ";
char C7[] = "| |________ ";
char C8[] = "|___________|";
//int C = 13;
//*********** letter D ***************************************
char D1[] = " --------- ";
char D2[] = "| _____ \\ ";
char D3[] = "| | \\ |";
char D4[] = "| | | |";
char D5[] = "| | | |";
char D6[] = "| | | |";
char D7[] = "| |_____/ |";
char D8[] = "|_________/ ";
//int D = 12;
//************* letter E *************************************
char E1[] = " ----------- ";
char E2[] = "| ________|";
char E3[] = "| | ";
char E4[] = "| |________ ";
char E5[] = "| ________|";
char E6[] = "| | ";
char E7[] = "| |________ ";
char E8[] = "|___________|";
//int E = 13;
//*********** letter F *************************************
char F1[] = " ----------- ";
char F2[] = "| ________|";
char F3[] = "| | ";
char F4[] = "| |________ ";
char F5[] = "| ________|";
char F6[] = "| | ";
char F7[] = "| | ";
char F8[] = "|__| ";
//int F = 13;
//************* letter G ***********************************
char G1[] = " ------------- ";
char G2[] = "| __________|";
char G3[] = "| | ";
char G4[] = "| | _______ ";
char G5[] = "| | |____ |";
char G6[] = "| | | |";
char G7[] = "| |_______| |";
char G8[] = "|_____________|";
//int G = 15;
//************ letter H ************************************
char H1[] = " -- -- ";
char H2[] = "| | | |";
char H3[] = "| | | |";
char H4[] = "| |________| |";
char H5[] = "| ________ |";
char H6[] = "| | | |";
char H7[] = "| | | |";
char H8[] = "|__| |__|";
//int H = 16;
//************** letter I **********************************
char I1[] = " --------------- ";
char I2[] = "|_____ _____|";
char I3[] = " | | ";
char I4[] = " | | ";
char I5[] = " | | ";
char I6[] = " | | ";
char I7[] = " _____| |_____ ";
char I8[] = "|_______________|";
//int I = 17;
//************* letter J **********************************
char J1[] = " --------------- ";
char J2[] = "|________ __|";
char J3[] = " | | ";
char J4[] = " | | ";
char J5[] = " | | ";
char J6[] = " ___ | | ";
char J7[] = " \\ \\___/ / ";
char J8[] = " \\_________/ ";
//int J = 17;
//*********** letter K ************************************
char K1[] = " -- -- ";
char K2[] = "| | / / ";
char K3[] = "| | / / ";
char K4[] = "| |_/ / ";
char K5[] = "| _ | ";
char K6[] = "| | \\ \\ ";
char K7[] = "| | \\ \\ ";
char K8[] = "|__| \\__\\";
//int K = 14;
//************* letter L **********************************
char L1[] = " --- ";
char L2[] = "| | ";
char L3[] = "| | ";
char L4[] = "| | ";
char L5[] = "| | ";
char L6[] = "| | ";
char L7[] = "| |------- ";
char L8[] = "|___________|";
//int L = 13;
//************* letter M **********************************
char M1[] = " _________________ ";
char M2[] = "| |";
char M3[] = "| -- -- |";
char M4[] = "| | | | | |";
char M5[] = "| | | | | |";
char M6[] = "| | | | | |";
char M7[] = "| | | | | |";
char M8[] = "|___| |___| |___|";
//int M = 19;
//************* letter N **********************************
char N1[] = " ____ __ ";
char N2[] = "| \\ | | ";
char N3[] = "| |\\ \\ | | ";
char N4[] = "| | \\ \\ | | ";
char N5[] = "| | \\ \\ | | ";
char N6[] = "| | \\ \\ | | ";
char N7[] = "| | \\ \\| | ";
char N8[] = "|__| \\____| ";
//int N = 16;
//************ letter O ************************************
char O1[] = " --------------- ";
char O2[] = "| _________ |";
char O3[] = "| | | |";
char O4[] = "| | | |";
char O5[] = "| | | |";
char O6[] = "| | | |";
char O7[] = "| |_________| |";
char O8[] = "|_______________|";
//int O = 17;
//************ letter P ************************************
char P1[] = " ------------- ";
char P2[] = "| _________ |";
char P3[] = "| |_________| |";
char P4[] = "| ___________|";
char P5[] = "| | ";
char P6[] = "| | ";
char P7[] = "| | ";
char P8[] = "|_| ";
//int P = 15;
//************ letter Q ************************************
char Q1[] = " ------------ ";
char Q2[] = "/ _______ \\ ";
char Q3[] = "| / \\ |";
char Q4[] = "| | | |";
char Q5[] = "| | _ | |";
char Q6[] = "| \\__\\ \\__/ |";
char Q7[] = "\\______\\ \\__ / ";
char Q8[] = " \\_\\ ";
//int Q = 15;
//*********** letter R *************************************
char R1[] = " ------------- ";
char R2[] = "| _______ |";
char R3[] = "| |_______| |";
char R4[] = "| __ _____|";
char R5[] = "| | \\ \\ ";
char R6[] = "| | \\ \\ ";
char R7[] = "| | \\ \\ ";
char R8[] = "|__| \\__\\ ";
//int R = 15;
//********** letter S **************************************
char S1[] = " _______ ";
char S2[] = " / ___ \\ ";
char S3[] = "| | \\__\\";
char S4[] = "\\ \\_____ ";
char S5[] = " \\_____ \\ ";
char S6[] = " __ | |";
char S7[] = "\\ \\___/ /";
char S8[] = " \\_______/ ";
//int S = 11;
//********** letter T *************************************
char T1[] = " --------------- ";
char T2[] = "|_____ _____|";
char T3[] = " | | ";
char T4[] = " | | ";
char T5[] = " | | ";
char T6[] = " | | ";
char T7[] = " | | ";
char T8[] = " |___| ";
//int T = 17;
//********* letter U *************************************
char U1[] = " -- -- ";
char U2[] = "| | | |";
char U3[] = "| | | |";
char U4[] = "| | | |";
char U5[] = "| | | |";
char U6[] = "| | | |";
char U7[] = "| -------- |";
char U8[] = "|______________|";
//int U = 16;
//*********** letter V ************************************
char V1[] = " -- -- ";
char V2[] = "\\ \\ / / ";
char V3[] = " \\ \\ / / ";
char V4[] = " \\ \\ / / ";
char V5[] = " \\ \\/ / ";
char V6[] = " \\ / ";
char V7[] = " \\ / ";
char V8[] = " \\_/ ";
//int V = 16;
//********** letter w *************************************
char W1[] = " __ ____ __ ";
char W2[] = "| | / \\ | | ";
char W3[] = "| | / /\\ \\ | | ";
char W4[] = "| | / / \\ \\ | | ";
char W5[] = "| | / / \\ \\ | | ";
char W6[] = "| | / / \\ \\ | | ";
char W7[] = "| |/ / \\ \\| | ";
char W8[] = "|_____/ \\_____| ";
//int W = 25;
//*********** letter X ************************************
char X1[] = " __ __ ";
char X2[] = "\\ \\ / /";
char X3[] = " \\ \\/ / ";
char X4[] = " \\ / ";
char X5[] = " > < ";
char X6[] = " / \\ ";
char X7[] = " / /\\ \\ ";
char X8[] = "/__/ \\__\\";
//int X = 10;
//*************** letter Y ********************************
char Y1[] = " __ __ ";
char Y2[] = "\\ \\ / /";
char Y3[] = " \\ \\/ / ";
char Y4[] = " \\ / ";
char Y5[] = " | | ";
char Y6[] = " | | ";
char Y7[] = " | | ";
char Y8[] = " |__| ";
//int Y = 10;
//**************** letter Z ********************************
char Z1[] = " ________ ";
char Z2[] = "|_____ |";
char Z3[] = " / / ";
char Z4[] = " / / ";
char Z5[] = " / / ";
char Z6[] = " / / ";
char Z7[] = " / /____ ";
char Z8[] = "|________|";
//int Z = 10;
//****************** space ********************************
char sp1[] = " ";
char sp2[] = " ";
char sp3[] = " ";
char sp4[] = " ";
char sp5[] = " ";
char sp6[] = " ";
char sp7[] = " ";
char sp8[] = " ";
//int sp = 3;
//**********************************************************
int printBanner(char* text)
{
int txtlen = length(text); //calculates malloc size
//buff = (char*)malloc(sizeof(text));
p1 = (char*)malloc(txtlen * sizeof(char));
p2 = (char*)malloc(txtlen * sizeof(char));
p3 = (char*)malloc(txtlen * sizeof(char));
p4 = (char*)malloc(txtlen * sizeof(char));
p5 = (char*)malloc(txtlen * sizeof(char));
p6 = (char*)malloc(txtlen * sizeof(char));
p7 = (char*)malloc(txtlen * sizeof(char));
p8 = (char*)malloc(txtlen * sizeof(char));
//strcpy(buff, text);
for (int ctr = 0; ctr < strlen(text)+1; ctr++) //strcat or strcpy in array to print then
{
if (ctr == 0)
{
if (toupper(text[ctr]) == 'A')
{
strcpy(p1, A1);
strcpy(p2, A2);
strcpy(p3, A3);
strcpy(p4, A4);
strcpy(p5, A5);
strcpy(p6, A6);
strcpy(p7, A7);
strcpy(p8, A8);
}
else if (toupper(text[ctr]) == 'B')
{
strcpy(p1, B1);
strcpy(p2, B2);
strcpy(p3, B3);
strcpy(p4, B4);
strcpy(p5, B5);
strcpy(p6, B6);
strcpy(p7, B7);
strcpy(p8, B8);
}
else if (toupper(text[ctr]) == 'C')
{
strcpy(p1, C1);
strcpy(p2, C2);
strcpy(p3, C3);
strcpy(p4, C4);
strcpy(p5, C5);
strcpy(p6, C6);
strcpy(p7, C7);
strcpy(p8, C8);
}
else if (toupper(text[ctr]) == 'D')
{
strcpy(p1, D1);
strcpy(p2, D2);
strcpy(p3, D3);
strcpy(p4, D4);
strcpy(p5, D5);
strcpy(p6, D6);
strcpy(p7, D7);
strcpy(p8, D8);
}
else if (toupper(text[ctr]) == 'E')
{
strcpy(p1, E1);
strcpy(p2, E2);
strcpy(p3, E3);
strcpy(p4, E4);
strcpy(p5, E5);
strcpy(p6, E6);
strcpy(p7, E7);
strcpy(p8, E8);
}
else if (toupper(text[ctr]) == 'F')
{
strcpy(p1, F1);
strcpy(p2, F2);
strcpy(p3, F3);
strcpy(p4, F4);
strcpy(p5, F5);
strcpy(p6, F6);
strcpy(p7, F7);
strcpy(p8, F8);
}
else if (toupper(text[ctr]) == 'G')
{
strcpy(p1, G1);
strcpy(p2, G2);
strcpy(p3, G3);
strcpy(p4, G4);
strcpy(p5, G5);
strcpy(p6, G6);
strcpy(p7, G7);
strcpy(p8, G8);
}
else if (toupper(text[ctr]) == 'H')
{
strcpy(p1, H1);
strcpy(p2, H2);
strcpy(p3, H3);
strcpy(p4, H4);
strcpy(p5, H5);
strcpy(p6, H6);
strcpy(p7, H7);
strcpy(p8, H8);
}
else if (toupper(text[ctr]) == 'I')
{
strcpy(p1, I1);
strcpy(p2, I2);
strcpy(p3, I3);
strcpy(p4, I4);
strcpy(p5, I5);
strcpy(p6, I6);
strcpy(p7, I7);
strcpy(p8, I8);
}
else if (toupper(text[ctr]) == 'J')
{
strcpy(p1, J1);
strcpy(p2, J2);
strcpy(p3, J3);
strcpy(p4, J4);
strcpy(p5, J5);
strcpy(p6, J6);
strcpy(p7, J7);
strcpy(p8, J8);
}
else if (toupper(text[ctr]) == 'K')
{
strcpy(p1, K1);
strcpy(p2, K2);
strcpy(p3, K3);
strcpy(p4, K4);
strcpy(p5, K5);
strcpy(p6, K6);
strcpy(p7, K7);
strcpy(p8, K8);
}
else if (toupper(text[ctr]) == 'L')
{
strcpy(p1, L1);
strcpy(p2, L2);
strcpy(p3, L3);
strcpy(p4, L4);
strcpy(p5, L5);
strcpy(p6, L6);
strcpy(p7, L7);
strcpy(p8, L8);
}
else if (toupper(text[ctr]) == 'M')
{
strcpy(p1, M1);
strcpy(p2, M2);
strcpy(p3, M3);
strcpy(p4, M4);
strcpy(p5, M5);
strcpy(p6, M6);
strcpy(p7, M7);
strcpy(p8, M8);
}
else if (toupper(text[ctr]) == 'N')
{
strcpy(p1, N1);
strcpy(p2, N2);
strcpy(p3, N3);
strcpy(p4, N4);
strcpy(p5, N5);
strcpy(p6, N6);
strcpy(p7, N7);
strcpy(p8, N8);
}
else if (toupper(text[ctr]) == 'O')
{
strcpy(p1, O1);
strcpy(p2, O2);
strcpy(p3, O3);
strcpy(p4, O4);
strcpy(p5, O5);
strcpy(p6, O6);
strcpy(p7, O7);
strcpy(p8, O8);
}
else if (toupper(text[ctr]) == 'P')
{
strcpy(p1, P1);
strcpy(p2, P2);
strcpy(p3, P3);
strcpy(p4, P4);
strcpy(p5, P5);
strcpy(p6, P6);
strcpy(p7, P7);
strcpy(p8, P8);
}
else if (toupper(text[ctr]) == 'Q')
{
strcpy(p1, Q1);
strcpy(p2, Q2);
strcpy(p3, Q3);
strcpy(p4, Q4);
strcpy(p5, Q5);
strcpy(p6, Q6);
strcpy(p7, Q7);
strcpy(p8, Q8);
}
else if (toupper(text[ctr]) == 'R')
{
strcpy(p1, R1);
strcpy(p2, R2);
strcpy(p3, R3);
strcpy(p4, R4);
strcpy(p5, R5);
strcpy(p6, R6);
strcpy(p7, R7);
strcpy(p8, R8);
}
else if (toupper(text[ctr]) == 'S')
{
strcpy(p1, S1);
strcpy(p2, S2);
strcpy(p3, S3);
strcpy(p4, S4);
strcpy(p5, S5);
strcpy(p6, S6);
strcpy(p7, S7);
strcpy(p8, S8);
}
else if (toupper(text[ctr]) == 'T')
{
strcpy(p1, T1);
strcpy(p2, T2);
strcpy(p3, T3);
strcpy(p4, T4);
strcpy(p5, T5);
strcpy(p6, T6);
strcpy(p7, T7);
strcpy(p8, T8);
}
else if (toupper(text[ctr]) == 'U')
{
strcpy(p1, U1);
strcpy(p2, U2);
strcpy(p3, U3);
strcpy(p4, U4);
strcpy(p5, U5);
strcpy(p6, U6);
strcpy(p7, U7);
strcpy(p8, U8);
}
else if (toupper(text[ctr]) == 'V')
{
strcpy(p1, V1);
strcpy(p2, V2);
strcpy(p3, V3);
strcpy(p4, V4);
strcpy(p5, V5);
strcpy(p6, V6);
strcpy(p7, V7);
strcpy(p8, V8);
}
else if (toupper(text[ctr]) == 'W')
{
strcpy(p1, W1);
strcpy(p2, W2);
strcpy(p3, W3);
strcpy(p4, W4);
strcpy(p5, W5);
strcpy(p6, W6);
strcpy(p7, W7);
strcpy(p8, W8);
}
else if (toupper(text[ctr]) == 'X')
{
strcpy(p1, X1);
strcpy(p2, X2);
strcpy(p3, X3);
strcpy(p4, X4);
strcpy(p5, X5);
strcpy(p6, X6);
strcpy(p7, X7);
strcpy(p8, X8);
}
else if (toupper(text[ctr]) == 'Y')
{
strcpy(p1, Y1);
strcpy(p2, Y2);
strcpy(p3, Y3);
strcpy(p4, Y4);
strcpy(p5, Y5);
strcpy(p6, Y6);
strcpy(p7, Y7);
strcpy(p8, Y8);
}
else if (toupper(text[ctr]) == 'Z')
{
strcpy(p1, Z1);
strcpy(p2, Z2);
strcpy(p3, Z3);
strcpy(p4, Z4);
strcpy(p5, Z5);
strcpy(p6, Z6);
strcpy(p7, Z7);
strcpy(p8, Z8);
}
else if (text[ctr] == ' ')
{
strcpy(p1, sp1);
strcpy(p2, sp2);
strcpy(p3, sp3);
strcpy(p4, sp4);
strcpy(p5, sp5);
strcpy(p6, sp6);
strcpy(p7, sp7);
strcpy(p8, sp8);
}
}
else
{
if (toupper(text[ctr]) == 'A')
{
strcat(p1, A1);
strcat(p2, A2);
strcat(p3, A3);
strcat(p4, A4);
strcat(p5, A5);
strcat(p6, A6);
strcat(p7, A7);
strcat(p8, A8);
}
else if (toupper(text[ctr]) == 'B')
{
strcat(p1, B1);
strcat(p2, B2);
strcat(p3, B3);
strcat(p4, B4);
strcat(p5, B5);
strcat(p6, B6);
strcat(p7, B7);
strcat(p8, B8);
}
else if (toupper(text[ctr]) == 'C')
{
strcat(p1, C1);
strcat(p2, C2);
strcat(p3, C3);
strcat(p4, C4);
strcat(p5, C5);
strcat(p6, C6);
strcat(p7, C7);
strcat(p8, C8);
}
else if (toupper(text[ctr]) == 'D')
{
strcat(p1, D1);
strcat(p2, D2);
strcat(p3, D3);
strcat(p4, D4);
strcat(p5, D5);
strcat(p6, D6);
strcat(p7, D7);
strcat(p8, D8);
}
else if (toupper(text[ctr]) == 'E')
{
strcat(p1, E1);
strcat(p2, E2);
strcat(p3, E3);
strcat(p4, E4);
strcat(p5, E5);
strcat(p6, E6);
strcat(p7, E7);
strcat(p8, E8);
}
else if (toupper(text[ctr]) == 'F')
{
strcat(p1, F1);
strcat(p2, F2);
strcat(p3, F3);
strcat(p4, F4);
strcat(p5, F5);
strcat(p6, F6);
strcat(p7, F7);
strcat(p8, F8);
}
else if (toupper(text[ctr]) == 'G')
{
strcat(p1, G1);
strcat(p2, G2);
strcat(p3, G3);
strcat(p4, G4);
strcat(p5, G5);
strcat(p6, G6);
strcat(p7, G7);
strcat(p8, G8);
}
else if (toupper(text[ctr]) == 'H')
{
strcat(p1, H1);
strcat(p2, H2);
strcat(p3, H3);
strcat(p4, H4);
strcat(p5, H5);
strcat(p6, H6);
strcat(p7, H7);
strcat(p8, H8);
}
else if (toupper(text[ctr]) == 'I')
{
strcat(p1, I1);
strcat(p2, I2);
strcat(p3, I3);
strcat(p4, I4);
strcat(p5, I5);
strcat(p6, I6);
strcat(p7, I7);
strcat(p8, I8);
}
else if (toupper(text[ctr]) == 'J')
{
strcat(p1, J1);
strcat(p2, J2);
strcat(p3, J3);
strcat(p4, J4);
strcat(p5, J5);
strcat(p6, J6);
strcat(p7, J7);
strcat(p8, J8);
}
else if (toupper(text[ctr]) == 'K')
{
strcat(p1, K1);
strcat(p2, K2);
strcat(p3, K3);
strcat(p4, K4);
strcat(p5, K5);
strcat(p6, K6);
strcat(p7, K7);
strcat(p8, K8);
}
else if (toupper(text[ctr]) == 'L')
{
strcat(p1, L1);
strcat(p2, L2);
strcat(p3, L3);
strcat(p4, L4);
strcat(p5, L5);
strcat(p6, L6);
strcat(p7, L7);
strcat(p8, L8);
}
else if (toupper(text[ctr]) == 'M')
{
strcat(p1, M1);
strcat(p2, M2);
strcat(p3, M3);
strcat(p4, M4);
strcat(p5, M5);
strcat(p6, M6);
strcat(p7, M7);
strcat(p8, M8);
}
else if (toupper(text[ctr]) == 'N')
{
strcat(p1, N1);
strcat(p2, N2);
strcat(p3, N3);
strcat(p4, N4);
strcat(p5, N5);
strcat(p6, N6);
strcat(p7, N7);
strcat(p8, N8);
}
else if (toupper(text[ctr]) == 'O')
{
strcat(p1, O1);
strcat(p2, O2);
strcat(p3, O3);
strcat(p4, O4);
strcat(p5, O5);
strcat(p6, O6);
strcat(p7, O7);
strcat(p8, O8);
}
else if (toupper(text[ctr]) == 'P')
{
strcat(p1, P1);
strcat(p2, P2);
strcat(p3, P3);
strcat(p4, P4);
strcat(p5, P5);
strcat(p6, P6);
strcat(p7, P7);
strcat(p8, P8);
}
else if (toupper(text[ctr]) == 'Q')
{
strcat(p1, Q1);
strcat(p2, Q2);
strcat(p3, Q3);
strcat(p4, Q4);
strcat(p5, Q5);
strcat(p6, Q6);
strcat(p7, Q7);
strcat(p8, Q8);
}
else if (toupper(text[ctr]) == 'R')
{
strcat(p1, R1);
strcat(p2, R2);
strcat(p3, R3);
strcat(p4, R4);
strcat(p5, R5);
strcat(p6, R6);
strcat(p7, R7);
strcat(p8, R8);
}
else if (toupper(text[ctr]) == 'S')
{
strcat(p1, S1);
strcat(p2, S2);
strcat(p3, S3);
strcat(p4, S4);
strcat(p5, S5);
strcat(p6, S6);
strcat(p7, S7);
strcat(p8, S8);
}
else if (toupper(text[ctr]) == 'T')
{
strcat(p1, T1);
strcat(p2, T2);
strcat(p3, T3);
strcat(p4, T4);
strcat(p5, T5);
strcat(p6, T6);
strcat(p7, T7);
strcat(p8, T8);
}
else if (toupper(text[ctr]) == 'U')
{
strcat(p1, U1);
strcat(p2, U2);
strcat(p3, U3);
strcat(p4, U4);
strcat(p5, U5);
strcat(p6, U6);
strcat(p7, U7);
strcat(p8, U8);
}
else if (toupper(text[ctr]) == 'V')
{
strcat(p1, V1);
strcat(p2, V2);
strcat(p3, V3);
strcat(p4, V4);
strcat(p5, V5);
strcat(p6, V6);
strcat(p7, V7);
strcat(p8, V8);
}
else if (toupper(text[ctr]) == 'W')
{
strcat(p1, W1);
strcat(p2, W2);
strcat(p3, W3);
strcat(p4, W4);
strcat(p5, W5);
strcat(p6, W6);
strcat(p7, W7);
strcat(p8, W8);
}
else if (toupper(text[ctr]) == 'X')
{
strcat(p1, X1);
strcat(p2, X2);
strcat(p3, X3);
strcat(p4, X4);
strcat(p5, X5);
strcat(p6, X6);
strcat(p7, X7);
strcat(p8, X8);
}
else if (toupper(text[ctr]) == 'Y')
{
strcat(p1, Y1);
strcat(p2, Y2);
strcat(p3, Y3);
strcat(p4, Y4);
strcat(p5, Y5);
strcat(p6, Y6);
strcat(p7, Y7);
strcat(p8, Y8);
}
else if (toupper(text[ctr]) == 'Z')
{
strcat(p1, Z1);
strcat(p2, Z2);
strcat(p3, Z3);
strcat(p4, Z4);
strcat(p5, Z5);
strcat(p6, Z6);
strcat(p7, Z7);
strcat(p8, Z8);
}
else if (text[ctr] == ' ')
{
strcat(p1, sp1);
strcat(p2, sp2);
strcat(p3, sp3);
strcat(p4, sp4);
strcat(p5, sp5);
strcat(p6, sp6);
strcat(p7, sp7);
strcat(p8, sp8);
}
}
}