#!/usr/bin/env python3

from math import sqrt

def cynical():
    #main
    i=1+int((2+sqrt(4+12*1009))/6)
    o=3*i**2-2*i
    while o<10000:
        base=(o-(o//100)*100)*100
        if base>=1000:
            a=curse(base,o//100,[])
            if a!=False:
                return a+[o]
        i+=1
        o=3*i**2-2*i
    return False

def curse(base,last,sit):
    #recursive
    if len(sit)==4:
        if fig(base+last)!=False and not(fig(base*100+last) in sit):
            return [base+last]
    else:
        i=10
        while i<100:
            if fig(base+i)!=False and not(fig(base+i) in sit):
                a=curse(i*100,last,sit+[fig(base+i)])
                if a!=False:
                    return a+[base+i]
            i+=1
    return False

def fig(x):
    #pocekira ce je x katera izmed figurative stevil
    if int(sqrt(x))==sqrt(x):
        return 2
    k=(1+sqrt(1+24*x))/3
    if int(k)==k:
        return 3
    k=sqrt(1+8*x)
    if int(k)==k:
        k=(1+sqrt(1+8*x))/4
        if int(k)==k:
            return 4
        return 1
    k=(3+sqrt(9+40*x))/5
    if int(k)==k:
        return 5
    return False

if __name__ == '__main__':
    print(sum(cynical()))