оператор if — C ++ DeathPrediction — первая программа, как добавить precentage в цикл for

Я выбрал свой первый проект на C ++, и я бы сделал предиктор смерти, который имел бы точные шансы на смерть и дал бы вам день рождения, в котором вы будете продолжать получать день рождения каждые 360 миллисекунд, пока в конце концов не умрете.

Проблема, с которой я сталкиваюсь, заключается в том, что я не знаю, как включить графики предварительной оценки в свою работу.
Я добавил только 1 из 19 if заявления, потому что 600 строк кода в потоке было бы болезненно переживать. Как мне включить эти графики precentage, чтобы программа работала?

//GOOOD LUCK
#include "stdafx.h"#include <iostream>
#include <iomanip>
#include <cmath>
#include <string>
#include <Windows.h>
#include <stdlib.h>
#include <time.h>
#include <random>

using namespace std;

int main()
{
random_device rd;
mt19937 gen(rd());

uniform_int_distribution<> dis1 (1,28440);         // Died under 1 year of
//age.  1.161756638 % chance

uniform_int_distribution<> dis2 (28441,33196);     // Died between 1-4 years of
//age.  0.194279696 % chance

uniform_int_distribution<> dis3 (33197,36033);     // Died between 5-9 years of
//age.  0.115889718 % chance

uniform_int_distribution<> dis4 (36034,39798);     // Died between 10-14 years of
//age.  0.153797951 % chance

uniform_int_distribution<> dis5 (39799,53501);     // Died between 15-19 years of
//age.  0.559759184 % chance

uniform_int_distribution<> dis6 (53502,74032);     // Died between 20-24 years of
//age.  0.838678816 % chance

uniform_int_distribution<> dis7 (74033,93600);     // Died between 25-29 years of
//age.  0.799340854 % chance

uniform_int_distribution<> dis8 (93601,115957);    // Died between 30-34 years of
//age.  0.913264801 % chance

uniform_int_distribution<> dis9 (115958,147377);   // Died between 35-39 years of
//age.  1.283487819 % chance

uniform_int_distribution<> dis10(147378,200742);   // Died between 40-44 years of
//age.  2.179927672 % chance

uniform_int_distribution<> dis11(200743,280125);   // Died between 45-49 years of
//age.  3.242747089 % chance

uniform_int_distribution<> dis12(280126,384272);   // Died between 50-54 years of
//age.  4.254341371 % chance

uniform_int_distribution<> dis13(384273,511750);   // Died between 55-59 years of
//age.  5.207398478 % chance

uniform_int_distribution<> dis14(511751,659573);   // Died between 60-64 years of
//age.  6.038474388 % chance

uniform_int_distribution<> dis15(659574,831809);   // Died between 65-69 years of
//age.  7.035735454 % chance

uniform_int_distribution<> dis16(831810,1057928);  // Died between 70-74 years of
//age.  9.236823110 % chance

uniform_int_distribution<> dis17(1057929,1365816); // Died between 75-79 years of
//age. 12.57703684 % chance

uniform_int_distribution<> dis18(1365817,1744593); // Died between 80-84 years of
//age. 15.47280922 % chance

uniform_int_distribution<> dis19(1744594,2447762); // Died at age 85 and above.
//     28.72402438 % chance//REFERENCE: http://www.disastercenter.com/cdc/Death%20rates%202005.htmlfor (double count = 0; count < 101; count++)
{
int var1 = dis1(gen);
int var2 = dis2(gen);
int var3 = dis3(gen);
int var4 = dis4(gen);
int var5 = dis5(gen);
int var6 = dis6(gen);
int var7 = dis7(gen);
int var8 = dis8(gen);
int var9 = dis9(gen);
int var10 = dis10(gen);
int var11 = dis11(gen);
int var12 = dis12(gen);
int var13 = dis13(gen);
int var14 = dis14(gen);
int var15 = dis15(gen);
int var16 = dis16(gen);
int var17 = dis17(gen);
int var18 = dis18(gen);
int var19 = dis19(gen);

if (count < 102)
{
Sleep(360);
cout << "\n\t\t    It's your birthday! You turned: " << count;

}
if (var1 > 1 && var1 > 28440)
{
cout << "\n\n\n\t\t\tYou died! Better luck next time!";
cout << "\n\n     ";
Sleep(1000);
cout << "T   "; Sleep(100);
cout << "H   "; Sleep(100);
cout << "A   "; Sleep(100);
cout << "N   "; Sleep(100);
cout << "K   "; Sleep(100);
cout << "S   "; Sleep(100);
cout << "    "; Sleep(100);
cout << "F   "; Sleep(100);
cout << "O   "; Sleep(100);
cout << "R   "; Sleep(100);
cout << "    "; Sleep(100);
cout << "P   "; Sleep(100);
cout << "L   "; Sleep(100);
cout << "A   "; Sleep(100);
cout << "Y   "; Sleep(100);
cout << "I   "; Sleep(100);
cout << "N   "; Sleep(100);
cout << "G   "; Sleep(100);
cout << "    "; Sleep(100);
cout << "\n\n\n\t\t\t  ";
return 0;