C# Online Compiler | .NET Fiddle

<no name> by Anonymous

using System;
using System.Collections.Generic;
					
public class Program
{
	public static void Main()
	{
		List<float> resultsA = new List<float>();
		List<float> resultsR = new List<float>();
		for(float reds = 1; reds < 40; reds++){
			float max = 0;
			resultsA.Clear();
			resultsR.Clear();
			for(float aegis = 1; aegis<=reds;aegis++){
				float heals = (1f+(reds-aegis))*(0.5f*aegis);
				if(heals>max){
					resultsA.Clear();
					resultsR.Clear();
					max = heals;
				}
				if(heals == max){
					resultsA.Add(aegis);
					resultsR.Add(reds-aegis);
				}
			}
			Console.WriteLine($"For {reds} reds, optimal barrier distribution is {max*100}% with: {String.Join(",",resultsA)} aegii and {String.Join(",", resultsR)} racks");
		}
		
	}
}

 
using System;
using System.Collections.Generic;
                    
public class Program
{
    public static void Main()
    {
        List<float> resultsA = new List<float>();
        List<float> resultsR = new List<float>();
        for(float reds = 1; reds < 40; reds++){
            float max = 0;
            resultsA.Clear();
            resultsR.Clear();
            for(float aegis = 1; aegis<=reds;aegis++){
                float heals = (1f+(reds-aegis))*(0.5f*aegis);
                if(heals>max){
                    resultsA.Clear();
                    resultsR.Clear();
                    max = heals;
                }
                if(heals == max){
                    resultsA.Add(aegis);
                    resultsR.Add(reds-aegis);
                }
            }
            Console.WriteLine($"For {reds} reds, optimal barrier distribution is {max*100}% with: {String.Join(",",resultsA)} aegii and {String.Join(",", resultsR)} racks");
        }
        
    }
}

For 1 reds, optimal barrier distribution is 50% with: 1 aegii and 0 racks
For 2 reds, optimal barrier distribution is 100% with: 1,2 aegii and 1,0 racks
For 3 reds, optimal barrier distribution is 200% with: 2 aegii and 1 racks
For 4 reds, optimal barrier distribution is 300% with: 2,3 aegii and 2,1 racks
For 5 reds, optimal barrier distribution is 450% with: 3 aegii and 2 racks
For 6 reds, optimal barrier distribution is 600% with: 3,4 aegii and 3,2 racks
For 7 reds, optimal barrier distribution is 800% with: 4 aegii and 3 racks
For 8 reds, optimal barrier distribution is 1000% with: 4,5 aegii and 4,3 racks
For 9 reds, optimal barrier distribution is 1250% with: 5 aegii and 4 racks
For 10 reds, optimal barrier distribution is 1500% with: 5,6 aegii and 5,4 racks
For 11 reds, optimal barrier distribution is 1800% with: 6 aegii and 5 racks
For 12 reds, optimal barrier distribution is 2100% with: 6,7 aegii and 6,5 racks
For 13 reds, optimal barrier distribution is 2450% with: 7 aegii and 6 racks
For 14 reds, optimal barrier distribution is 2800% with: 7,8 aegii and 7,6 racks
For 15 reds, optimal barrier distribution is 3200% with: 8 aegii and 7 racks
For 16 reds, optimal barrier distribution is 3600% with: 8,9 aegii and 8,7 racks
For 17 reds, optimal barrier distribution is 4050% with: 9 aegii and 8 racks
For 18 reds, optimal barrier distribution is 4500% with: 9,10 aegii and 9,8 racks
For 19 reds, optimal barrier distribution is 5000% with: 10 aegii and 9 racks
For 20 reds, optimal barrier distribution is 5500% with: 10,11 aegii and 10,9 racks
For 21 reds, optimal barrier distribution is 6050% with: 11 aegii and 10 racks
For 22 reds, optimal barrier distribution is 6600% with: 11,12 aegii and 11,10 racks
For 23 reds, optimal barrier distribution is 7200% with: 12 aegii and 11 racks
For 24 reds, optimal barrier distribution is 7800% with: 12,13 aegii and 12,11 racks
For 25 reds, optimal barrier distribution is 8450% with: 13 aegii and 12 racks
For 26 reds, optimal barrier distribution is 9100% with: 13,14 aegii and 13,12 racks
For 27 reds, optimal barrier distribution is 9800% with: 14 aegii and 13 racks
For 28 reds, optimal barrier distribution is 10500% with: 14,15 aegii and 14,13 racks
For 29 reds, optimal barrier distribution is 11250% with: 15 aegii and 14 racks
For 30 reds, optimal barrier distribution is 12000% with: 15,16 aegii and 15,14 racks
For 31 reds, optimal barrier distribution is 12800% with: 16 aegii and 15 racks
For 32 reds, optimal barrier distribution is 13600% with: 16,17 aegii and 16,15 racks
For 33 reds, optimal barrier distribution is 14450% with: 17 aegii and 16 racks
For 34 reds, optimal barrier distribution is 15300% with: 17,18 aegii and 17,16 racks
For 35 reds, optimal barrier distribution is 16200% with: 18 aegii and 17 racks
For 36 reds, optimal barrier distribution is 17100% with: 18,19 aegii and 18,17 racks
For 37 reds, optimal barrier distribution is 18050% with: 19 aegii and 18 racks
For 38 reds, optimal barrier distribution is 19000% with: 19,20 aegii and 19,18 racks
For 39 reds, optimal barrier distribution is 20000% with: 20 aegii and 19 racks

Cached Result
Last Run:	9:49:34 pm
Compile:	0.008s
Execute:	0.07s
Memory:	3.72Mb
CPU:	0.078s

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