Program #37
Description:
Music Visualization Simulation using C Program. Dynamically it will pick the Themes.
/*
Music Visualizer Simulation using C Program
Music Visualization Dynamic Effect using C Program
Track Music using Simple Animation in C
Music Visualize Print using C Program
Vertical Progress Bar Print using C Program
*/
#include<stdio.h>
#include<conio.h>
#include<stdlib.h>
/* Defined Constants */
#define TRACK_DELAY 15;
/* Global Function Prototype Declaration */
void clearColumnTrack();
void setColor();
void setTrackCharacter();
void printBaseLine();
/* Global Variables */
int trackChar, cols[25], rows[15];
int main(){
/* Local Function Prototype Declaration */
void printRandomTrack();
void setColumnPosition();
void setRowPosition();
/* Clear the Screen */
clrscr();
/* randomize */
randomize();
/* Set Track Character */
setTrackCharacter();
/* Initialize Row & Column Positions */
setColumnPosition();
setRowPosition();
for ( ; !kbhit() ; ){
printBaseLine();
printRandomTrack();
}
return 1;
}
/* Print Specific Track Dynamics - Specific COLUMN */
void printRandomTrack(){
int i, row=20, randCols, randRows;
int trackDelay;
/* Set Track Speed i.e. Delay */
trackDelay = TRACK_DELAY;
/* Set a Random Track Color */
setColor();
/* Get a Column Randomly */
randCols = random(20);
/* Get a Row Randomly */
randRows = random(10);
/* Clear Column Track */
clearColumnTrack(cols[randCols]);
/* Print Track Bar */
for (i=row; i<=rows[randRows]; i++){
gotoxy(cols[randCols], row--);
cprintf("%c", trackChar);
/* Delay */
delay( trackDelay );
}
}
/* Clear Specific Column */
void clearColumnTrack(int column){
int i, row=20;
for (i=1;i<=10;i++){
gotoxy(column, row--);
printf(" ");
}
}
/* Set a Track Color Randomly */
void setColor(){
int color;
color = random(15);
/* Avoid BLACK color */
if (color == 0) color = 1;
/* Set Color */
textcolor(color);
}
/* Get Random Track Character */
int getTrackCharacter(){
int rands, trackChars[]={176, 177, 178, 179, 220, 223};
randomize();
/* Get a random Character */
rands = random(6);
/* Set Random Track Characters */
return trackChars[rands];
}
/* Get Track Character */
void setTrackCharacter(){
trackChar = getTrackCharacter();
}
/* Set Column Position */
void setColumnPosition(){
int i, randCols=0;
/* Column Array values */
for (i=31; i<=51; i++){
cols[randCols]=i;
randCols++;
}
}
/* Set Row Position */
void setRowPosition(){
int i, randRows=0;
/* Row Array values */
for (i=20; i<=30; i++){
rows[randRows]=i;
randRows++;
}
}
/* Draw Base Line */
void printBaseLine(){
int i, colVal=26;
for (i=1; i<=30; i++){
gotoxy(colVal++, 20);
printf("-");
}
}
Description:
Music Visualization Simulation using C Program. Dynamically it will pick the Themes.
/*
Music Visualizer Simulation using C Program
Music Visualization Dynamic Effect using C Program
Track Music using Simple Animation in C
Music Visualize Print using C Program
Vertical Progress Bar Print using C Program
*/
#include<stdio.h>
#include<conio.h>
#include<stdlib.h>
/* Defined Constants */
#define TRACK_DELAY 15;
/* Global Function Prototype Declaration */
void clearColumnTrack();
void setColor();
void setTrackCharacter();
void printBaseLine();
/* Global Variables */
int trackChar, cols[25], rows[15];
int main(){
/* Local Function Prototype Declaration */
void printRandomTrack();
void setColumnPosition();
void setRowPosition();
/* Clear the Screen */
clrscr();
/* randomize */
randomize();
/* Set Track Character */
setTrackCharacter();
/* Initialize Row & Column Positions */
setColumnPosition();
setRowPosition();
for ( ; !kbhit() ; ){
printBaseLine();
printRandomTrack();
}
return 1;
}
/* Print Specific Track Dynamics - Specific COLUMN */
void printRandomTrack(){
int i, row=20, randCols, randRows;
int trackDelay;
/* Set Track Speed i.e. Delay */
trackDelay = TRACK_DELAY;
/* Set a Random Track Color */
setColor();
/* Get a Column Randomly */
randCols = random(20);
/* Get a Row Randomly */
randRows = random(10);
/* Clear Column Track */
clearColumnTrack(cols[randCols]);
/* Print Track Bar */
for (i=row; i<=rows[randRows]; i++){
gotoxy(cols[randCols], row--);
cprintf("%c", trackChar);
/* Delay */
delay( trackDelay );
}
}
/* Clear Specific Column */
void clearColumnTrack(int column){
int i, row=20;
for (i=1;i<=10;i++){
gotoxy(column, row--);
printf(" ");
}
}
/* Set a Track Color Randomly */
void setColor(){
int color;
color = random(15);
/* Avoid BLACK color */
if (color == 0) color = 1;
/* Set Color */
textcolor(color);
}
/* Get Random Track Character */
int getTrackCharacter(){
int rands, trackChars[]={176, 177, 178, 179, 220, 223};
randomize();
/* Get a random Character */
rands = random(6);
/* Set Random Track Characters */
return trackChars[rands];
}
/* Get Track Character */
void setTrackCharacter(){
trackChar = getTrackCharacter();
}
/* Set Column Position */
void setColumnPosition(){
int i, randCols=0;
/* Column Array values */
for (i=31; i<=51; i++){
cols[randCols]=i;
randCols++;
}
}
/* Set Row Position */
void setRowPosition(){
int i, randRows=0;
/* Row Array values */
for (i=20; i<=30; i++){
rows[randRows]=i;
randRows++;
}
}
/* Draw Base Line */
void printBaseLine(){
int i, colVal=26;
for (i=1; i<=30; i++){
gotoxy(colVal++, 20);
printf("-");
}
}
