Program #31
Description:
System will randomly generates unique (x,y) co-ordinates and in the front user can see the Progress Bar and Execution time.
/*
Make 5 dots randomly in different (x,y) positions in the Screen
Also Program will dynamically show the progress using Progress Bar Logic
using C Program
*/
#include<stdio.h>
#include<conio.h>
#include<stdlib.h>
#include<time.h>
/* Defined constants */
#define MAXDOTS 5;
#define ASCII_POSITION 122;
#define PROGRESS_ROW 13
#define PROGRESS_COLUMN 28
/* !Important!
This Program defines the Progress Bar ASCII Positions as
79, 80, 81 and 122
79 - illusion Progress Bar
122 - Completion Progress Bar
*/
/* Global variable declaration */
int row=1, col=1, rowTrack[5], colTrack[5];
/* Global function declaration */
char getAscii(int);
int main(){
/* Local variable declaration */
int counter=0, dupCheck=0, maxDots;
char asciiChar;
clock_t startTime, stopTime;
/* Function Prototype declaration */
void getX();
void getY();
int duplicateCheck(int, int);
void printCoOrdinates();
void initialMessage();
void drawProgressBar(int);
void percentCompleted();
void illusionProgressBar();
void printExecutionTime(clock_t);
/* Clear the Screen */
clrscr();
/* Start Execution Time */
startTime = clock();
//printf("Start Time %f",startTime);
/* Print Initial Message to the User */
initialMessage();
/* Print illusion Progress Bar */
illusionProgressBar();
/* Indefinite loop */
for (;!kbhit(); ){
/* Randomize */
randomize();
/* get a next random (x,y) position */
getX();
getY();
/* Initial value to Duplicate check */
dupCheck = 0;
/* Track Positions, avoid duplicate co-ordinates */
if ( !duplicateCheck(row, col) ){
/* no duplicate matched */
dupCheck = 1;
}
if (dupCheck == 1){
/* Sets current position to Positioning Array */
rowTrack[counter] = row;
colTrack[counter] = col;
/* Increase DOT counter */
counter++;
}
/* Draw Progress Bar about the Processing */
drawProgressBar(counter);
/* Print Percentage Completed */
percentCompleted(counter);
if (dupCheck == 1){
/* Move Cursor to random position */
gotoxy(col, row);
printf("*");
}
maxDots = MAXDOTS;
/* program ends, once counter reaches MAXDOTS */
if (counter==maxDots){
/* Print Dynamic Co-Ordinates */
printCoOrdinates();
break;
}
/* Display Execution time */
printExecutionTime(startTime);
}
getch();
return 1;
}
/* Print Execution Time */
void printExecutionTime(clock_t startTime){
double execTim;
int finalSec, color;
clock_t stopTime = clock();
/* Convert Milliseconds into Seconds, for user friendly */
execTim = ((double)(stopTime-startTime))/CLOCKS_PER_SEC;
finalSec = (int)execTim;
gotoxy(30, 10);
/* print execution message */
printf("Execution Time: %d (secs)",finalSec);
}
/* Print illusion Progress Bar, for User Friendly ;) */
void illusionProgressBar(){
int i, columnPos, rowPos, dynamicProgress;
char asciiVal;
/* get Default Row, Column Position */
columnPos = PROGRESS_COLUMN;
rowPos = PROGRESS_ROW;
/* Dynamic Progress Bar length using Completion % */
dynamicProgress = 25;
/* Get Ascii character */
asciiVal = getAscii(79);
/* default progress bar position */
for(i=0; i<dynamicProgress; i++){
gotoxy(columnPos++, rowPos);
printf("%c",asciiVal);
/* Add delay to draw illusion progress bar, smoothly */
delay(10);
}
/* Delay after illusion progress Bar */
delay(300);
}
/* Print Percentage Completion */
void percentCompleted(int completion){
int columnPos, rowPos, dynamicProgress;
/* get Default Row, Column Position */
columnPos = PROGRESS_COLUMN + 27;
rowPos = PROGRESS_ROW;
/* Dynamic Progress Bar length using Completion % */
dynamicProgress = completion * 20;
/* Positioning % completion */
gotoxy(columnPos, rowPos);
printf("%d% Completed", dynamicProgress);
}
/* Draw Progress Bar to show Current Completion status to the User */
void drawProgressBar(int completion){
int i, columnPos, rowPos, dynamicProgress;
char asciiVal;
/* get Default Row, Column Position */
columnPos = PROGRESS_COLUMN;
rowPos = PROGRESS_ROW;
/* Dynamic Progress Bar length using Completion % */
dynamicProgress = completion * 5;
/* Get Ascii character */
asciiVal = getAscii(0);
/* default progress bar position */
gotoxy(columnPos, rowPos);
for(i=0; i<dynamicProgress; i++){
gotoxy(columnPos++, 13);
printf("%c",asciiVal);
/* Add delay to draw progress bar, smoothly */
delay(100);
}
}
/* Print Intial Message to the User */
void initialMessage(){
char *plsMessage = "Please wait ... (Press ANY Key to Exit)";
int i, columnPos=20;
for(i=0; i<strlen(plsMessage); i++){
gotoxy(columnPos++,12);
printf("%c",plsMessage[i]);
delay(50);
}
}
/* Print dynamic co-ordinates */
void printCoOrdinates(){
int i=0;
/* Print the Result from 1st Row to 5th Row */
for (; i<5; i++) {
gotoxy(1,(i+1));
printf("Dynamic Position #%d: (%d,%d)", (i+1), colTrack[i], rowTrack[i]);
}
}
/*
get Random x position
'x' means column value
*/
void getX() {
int x=1;
x = random(80);
/* randVal range from 0 to 99
but we are expecting COLUMN value
but it ranges from 1 to 80 only */
if (x<1 || x>80){
getX();
}
col = x;
}
/*
get Random y position
'y' means row value
*/
void getY() {
int y=1;
/* get random for Row */
y = random(25);
/* randVal range from 0 to 99
but we are expecting ROW value
but it ranges from 1 to 25 only */
if (y<1 || y>25){
getY();
}
row = y;
}
/* Duplicate Position Check */
int duplicateCheck(int r, int c) {
int i;
int rowMatch=0, colMatch=0;
/* check Row Value match with Existing Value */
for (i=0; i<5; i++) {
if (rowTrack[i] == r){
rowMatch = 1;
}
}
/* check Column Value match with Existing Value */
for (i=0; i<5; i++) {
if (colTrack[i] == c){
colMatch = 1;
}
}
if (rowMatch == 0 && colMatch == 0) {
return 0;
}
return 1;
}
/* Iterate the loop until expected ASCII character */
char getAscii(int overWritePos){
int i, ascii_pos;
/* Default position to the Ascii, !Important! */
char cc='a';
/* Assign default character position */
ascii_pos = ASCII_POSITION;
/* Overwrite Ascii Position, if function gets some position */
if (overWritePos != 0){
ascii_pos = overWritePos;
}
for (i=0; i<256; i++) {
/* Break the Loop, once we got the Character */
if (i == ascii_pos) break;
cc = cc + 1;
}
return cc;
}
Description:
System will randomly generates unique (x,y) co-ordinates and in the front user can see the Progress Bar and Execution time.
/*
Make 5 dots randomly in different (x,y) positions in the Screen
Also Program will dynamically show the progress using Progress Bar Logic
using C Program
*/
#include<stdio.h>
#include<conio.h>
#include<stdlib.h>
#include<time.h>
/* Defined constants */
#define MAXDOTS 5;
#define ASCII_POSITION 122;
#define PROGRESS_ROW 13
#define PROGRESS_COLUMN 28
/* !Important!
This Program defines the Progress Bar ASCII Positions as
79, 80, 81 and 122
79 - illusion Progress Bar
122 - Completion Progress Bar
*/
/* Global variable declaration */
int row=1, col=1, rowTrack[5], colTrack[5];
/* Global function declaration */
char getAscii(int);
int main(){
/* Local variable declaration */
int counter=0, dupCheck=0, maxDots;
char asciiChar;
clock_t startTime, stopTime;
/* Function Prototype declaration */
void getX();
void getY();
int duplicateCheck(int, int);
void printCoOrdinates();
void initialMessage();
void drawProgressBar(int);
void percentCompleted();
void illusionProgressBar();
void printExecutionTime(clock_t);
/* Clear the Screen */
clrscr();
/* Start Execution Time */
startTime = clock();
//printf("Start Time %f",startTime);
/* Print Initial Message to the User */
initialMessage();
/* Print illusion Progress Bar */
illusionProgressBar();
/* Indefinite loop */
for (;!kbhit(); ){
/* Randomize */
randomize();
/* get a next random (x,y) position */
getX();
getY();
/* Initial value to Duplicate check */
dupCheck = 0;
/* Track Positions, avoid duplicate co-ordinates */
if ( !duplicateCheck(row, col) ){
/* no duplicate matched */
dupCheck = 1;
}
if (dupCheck == 1){
/* Sets current position to Positioning Array */
rowTrack[counter] = row;
colTrack[counter] = col;
/* Increase DOT counter */
counter++;
}
/* Draw Progress Bar about the Processing */
drawProgressBar(counter);
/* Print Percentage Completed */
percentCompleted(counter);
if (dupCheck == 1){
/* Move Cursor to random position */
gotoxy(col, row);
printf("*");
}
maxDots = MAXDOTS;
/* program ends, once counter reaches MAXDOTS */
if (counter==maxDots){
/* Print Dynamic Co-Ordinates */
printCoOrdinates();
break;
}
/* Display Execution time */
printExecutionTime(startTime);
}
getch();
return 1;
}
/* Print Execution Time */
void printExecutionTime(clock_t startTime){
double execTim;
int finalSec, color;
clock_t stopTime = clock();
/* Convert Milliseconds into Seconds, for user friendly */
execTim = ((double)(stopTime-startTime))/CLOCKS_PER_SEC;
finalSec = (int)execTim;
gotoxy(30, 10);
/* print execution message */
printf("Execution Time: %d (secs)",finalSec);
}
/* Print illusion Progress Bar, for User Friendly ;) */
void illusionProgressBar(){
int i, columnPos, rowPos, dynamicProgress;
char asciiVal;
/* get Default Row, Column Position */
columnPos = PROGRESS_COLUMN;
rowPos = PROGRESS_ROW;
/* Dynamic Progress Bar length using Completion % */
dynamicProgress = 25;
/* Get Ascii character */
asciiVal = getAscii(79);
/* default progress bar position */
for(i=0; i<dynamicProgress; i++){
gotoxy(columnPos++, rowPos);
printf("%c",asciiVal);
/* Add delay to draw illusion progress bar, smoothly */
delay(10);
}
/* Delay after illusion progress Bar */
delay(300);
}
/* Print Percentage Completion */
void percentCompleted(int completion){
int columnPos, rowPos, dynamicProgress;
/* get Default Row, Column Position */
columnPos = PROGRESS_COLUMN + 27;
rowPos = PROGRESS_ROW;
/* Dynamic Progress Bar length using Completion % */
dynamicProgress = completion * 20;
/* Positioning % completion */
gotoxy(columnPos, rowPos);
printf("%d% Completed", dynamicProgress);
}
/* Draw Progress Bar to show Current Completion status to the User */
void drawProgressBar(int completion){
int i, columnPos, rowPos, dynamicProgress;
char asciiVal;
/* get Default Row, Column Position */
columnPos = PROGRESS_COLUMN;
rowPos = PROGRESS_ROW;
/* Dynamic Progress Bar length using Completion % */
dynamicProgress = completion * 5;
/* Get Ascii character */
asciiVal = getAscii(0);
/* default progress bar position */
gotoxy(columnPos, rowPos);
for(i=0; i<dynamicProgress; i++){
gotoxy(columnPos++, 13);
printf("%c",asciiVal);
/* Add delay to draw progress bar, smoothly */
delay(100);
}
}
/* Print Intial Message to the User */
void initialMessage(){
char *plsMessage = "Please wait ... (Press ANY Key to Exit)";
int i, columnPos=20;
for(i=0; i<strlen(plsMessage); i++){
gotoxy(columnPos++,12);
printf("%c",plsMessage[i]);
delay(50);
}
}
/* Print dynamic co-ordinates */
void printCoOrdinates(){
int i=0;
/* Print the Result from 1st Row to 5th Row */
for (; i<5; i++) {
gotoxy(1,(i+1));
printf("Dynamic Position #%d: (%d,%d)", (i+1), colTrack[i], rowTrack[i]);
}
}
/*
get Random x position
'x' means column value
*/
void getX() {
int x=1;
x = random(80);
/* randVal range from 0 to 99
but we are expecting COLUMN value
but it ranges from 1 to 80 only */
if (x<1 || x>80){
getX();
}
col = x;
}
/*
get Random y position
'y' means row value
*/
void getY() {
int y=1;
/* get random for Row */
y = random(25);
/* randVal range from 0 to 99
but we are expecting ROW value
but it ranges from 1 to 25 only */
if (y<1 || y>25){
getY();
}
row = y;
}
/* Duplicate Position Check */
int duplicateCheck(int r, int c) {
int i;
int rowMatch=0, colMatch=0;
/* check Row Value match with Existing Value */
for (i=0; i<5; i++) {
if (rowTrack[i] == r){
rowMatch = 1;
}
}
/* check Column Value match with Existing Value */
for (i=0; i<5; i++) {
if (colTrack[i] == c){
colMatch = 1;
}
}
if (rowMatch == 0 && colMatch == 0) {
return 0;
}
return 1;
}
/* Iterate the loop until expected ASCII character */
char getAscii(int overWritePos){
int i, ascii_pos;
/* Default position to the Ascii, !Important! */
char cc='a';
/* Assign default character position */
ascii_pos = ASCII_POSITION;
/* Overwrite Ascii Position, if function gets some position */
if (overWritePos != 0){
ascii_pos = overWritePos;
}
for (i=0; i<256; i++) {
/* Break the Loop, once we got the Character */
if (i == ascii_pos) break;
cc = cc + 1;
}
return cc;
}
