package proto;

import java.math.BigDecimal;

public class Task2 {

	public static void main(String[] args) {
		double total_35 = 35.00;
		int f1 = 10, f2 = 16, f3 = 26;
		// по 1 центу
		do_obeda: for (double p1 = 0.01; p1 < total_35; p1 += 0.01) {
			posle_obeda: for (double p2 = 0.01; p2 < total_35 && p2 < p1; p2 += 0.01) {

				int fi1_found = -1;
				f1_10: for (int fi1 = 1; fi1 <= f1; fi1++) {
					double f1_10_summ = summ(f1, p1, p2, fi1);
					if (f1_10_summ == total_35) {
						fi1_found = fi1;
						int fi2_found = -1;
						f2_16: for (int fi2 = 1; fi2 <= f2; fi2++) {
							double f2_16_summ = summ(f2, p1, p2, fi2);
							if (f2_16_summ == total_35) {
								fi2_found = fi2;
								int fi3_found = -1;
								f3_26: for (int fi3 = 1; fi3 <= f3; fi3++) {
									double f3_26_summ = summ(f3, p1, p2, fi3);
									if (f3_26_summ == total_35) {
										fi3_found = fi3;

										System.out.println("Продано до обеда (1-й,2-й,3-й фермер): " + fi1_found + "," + fi2_found + "," + fi3_found);
										System.out.println( "Цена до обеда: " + round(p1) + "$, после обеда: " + round(p2) + "$");
									}
								}
							}
						}
					}
				}
			}
		}
	}

	private static double summ(int f1, double p1, double p2, int fi1) {
		double d = fi1 * p1 + (f1 - fi1) * p2;
		return round(d);
	}

	private static double round(double d) {
		return BigDecimal.valueOf(d).setScale(2,BigDecimal.ROUND_HALF_DOWN).doubleValue();
	}
}