Write a program that prints a pine tree consisting of triang

Write a program that, prints a \'pine tree\' consisting of triangles of increasing sizes, filled with a character (\'*\' or \'+\' or \'$\' etc). Your program should consist of three functions: A function print_shifted_triangle (n, m, symbol). It prints an n-line triangle, filled with symbol characters, shifted m spaces from the left margin. For example, if we call print_shifted_triangle (3, 4, \'+\'), the expected output is: A function print_pine_tree (n, symbol). It prints a sequence of n triangles of increasing sizes (the smallest triangle is a 2-line triangle), which form the shape of a pine tree. The triangles are filled with the symbol character. For example, if we call print_pine_tree (3, \'#\'), the expected output is: For example, if we call print_pine_tree (3, \'#\'), the expected output is: A main () function that interacts with the user to read the number of triangles in tree and the character filling the tree.

Solution

Code:

#include <iostream>
using namespace std;
void print_shifted_triangle(int n, int m, char symbol);
void print_pine_tree(int n, char symbol);
void print_triangle(int n);
int main(){
print_shifted_triangle(3,4,\'+\');
cout << endl;
print_pine_tree(3,\'#\');
}
void print_shifted_triangle(int n, int m, char symbol){
   int k=0;
for(int i=1;i<=n;++i){
   for(int j=1;j<=m;j++){
       cout << \" \";
   }
for(int space=1;space<=n-i;++space){
cout<<\" \";
}
while(k!=2*i-1){
cout << symbol;
++k;
}
k=0;
cout<<\"\ \";
}
}

void print_pine_tree(int n, char symbol){
   print_shifted_triangle(n-1,n-1,symbol);
   print_shifted_triangle(n,n-2,symbol);
   print_shifted_triangle(n+1,n-n,symbol);
}

Output: