#include //Compiler version gcc 6.3.0 main() { for (int i=0;i<=4;i++) // for changing rows { for (int j=1 ;j<=8-i;j++) // for printing first part(#) { if (j==8-i) printf(" "); else printf("#"); } for (int k=1; k<=i*2+1 ; k++) // for printing second part ($) { printf ("$"); } printf(" "); for (int j=1 ;j<=7-i;j++) // for printing third part(*) { printf("*"); } printf (" "); // Code for second pattern starts : for (int j=1 ;j<=8-i;j++) // for printing first part(*) { if (j==8-i) printf(" "); else printf("*"); } for (int k=1; k<=i*2+1 ; k++) // for printing second part ($) { printf ("$"); } printf(" "); for (int j=1 ;j<=7-i;j++) // for printing third part(#) { printf("#"); } printf ("\n"); } // For inverted triangle : for (int i=4 ;i>=1; i--) // for changing rows { for (int j =1 ; j<=9-i; j++) // for printing first part (#) { if(j==9-i) printf(" "); else printf ("#"); } for (int k =1 ;k <=2*i-1; k++) // for printing second part($) { printf ("$"); } printf (" "); for (int j =1 ; j<=8-i; j++) // for printing third part(*) { printf ("*"); } printf(" "); // Code for second pattern of inverted triangle starts: for (int j =1 ; j<=9-i; j++) // for printing first part (*) { if(j==9-i) printf(" "); else printf ("*"); } for (int k =1 ;k <=2*i-1; k++) // for printing second part ($) { printf ("$"); } printf (" "); for (int j =1 ; j<=8-i; j++) // for printing third part (#) { printf ("#"); } printf ("\n"); } }

Dual_Pattern