private void Explain(EvolutionOutcome evolutionOutcome, int stars)
{
Console.WriteLine($"We want to make a {stars}, best input was {evolutionOutcome.Input}, computed value was {evolutionOutcome.Value}");
Console.WriteLine("Total Cost:");
Console.WriteLine(evolutionOutcome.Cost);
Console.WriteLine("Here's the steps");
foreach (var action in evolutionOutcome.Actions)
{
Console.WriteLine(action);
}
}
/* private Tuple<Node,Cost, List<Node>,Tuple<int, int, int, int, int>> GetUnit(int stars)
* {
* return stars < MinMakeThreshold ? Tuple.Create(new Node(stars), new Cost(), new List<Node>(), Tuple.Create(1,0,0,0,0)) : Make(stars);
* }
*
* private Tuple<Node, Cost, List<Node>> Make(int stars)
* {
* var possibleInputs = GetPossiblePowerUpCombos(stars - 1);
* var from = GetUnit(stars - 1);
* var baseUnit = from.Item1;
* var cost = from.Item2;
* var output = new List<Node>();
* var minValue = double.MaxValue;
* var bestOutput = (List<Node>)null;
* var bestCost = (Cost)null;
* var bestInput = default(Tuple<int, int, int, int, int>);
* foreach (var possibleInput in possibleInputs)
* {
* var input = new Node[possibleInput.Item1 + possibleInput.Item2 + possibleInput.Item3 +
* possibleInput.Item4 + possibleInput.Item5];
* var i = 0;
* for (int j = 0; j < possibleInput.Item1; j++,i++)
* {
* var unit = GetUnit(1);
* input[i] = unit.Item1;
* cost.Add(unit.Item2);
* output.AddRange(unit.Item3);
* }
*
* for (int j = 0; j < possibleInput.Item2; j++, i++)
* {
* var unit = GetUnit(2);
* input[i] = unit.Item1;
* cost.Add(unit.Item2);
* output.AddRange(unit.Item3);
* }
* for (int j = 0; j < possibleInput.Item3; j++, i++)
* {
* var unit = GetUnit(3);
* input[i] = unit.Item1;
* cost.Add(unit.Item2);
* output.AddRange(unit.Item3);
* }
* for (int j = 0; j < possibleInput.Item4; j++, i++)
* {
* var unit = GetUnit(4);
* input[i] = unit.Item1;
* cost.Add(unit.Item2);
* output.AddRange(unit.Item3);
* }
* for (int j = 0; j < possibleInput.Item5; j++, i++)
* {
* var unit = GetUnit(5);
* input[i] = unit.Item1;
* cost.Add(unit.Item2);
* output.AddRange(unit.Item3);
* }
* baseUnit.MakeMaxLevel(cost);
* baseUnit.ApplyPowerUp(cost,input);
* output.Add( baseUnit.Evolve(cost));
* var value = _costAnalysis(cost, output);
* if (value < minValue)
* {
* minValue = value;
* bestCost = cost;
* bestOutput = output;
* bestInput = possibleInput;
* }
* }
* return Tuple.Create(new Node(stars), bestCost, bestOutput, bestInput);
* }
*
* public Tuple<Node, Cost> CreateUnit(int stars)
* {
* var x = GetUnit(stars);
* Bag[1] -= x.Item4.Item1;
* Bag[2] -= x.Item4.Item2;
* Bag[3] -= x.Item4.Item3;
* Bag[4] -= x.Item4.Item4;
* Bag[5] -= x.Item4.Item5;
* foreach (var node in x.Item3)
* {
* Bag[node.Stars]++;
* }
*
* return Tuple.Create(x.Item1, x.Item2);
* }*/
public void Go()
{
var bestCostPerStar = new EvolutionOutcome[6];
bestCostPerStar[0] = new EvolutionOutcome();
for (var i = 0; i < bestCostPerStar.Length; i++)
{
bestCostPerStar[i] = GetBestCostPerStar(i + 1, bestCostPerStar);
Explain(bestCostPerStar[i], i + 1);
}
Console.Read();
}
private Node GetUnit(int stars, EvolutionOutcome current, EvolutionOutcome[] bestCostPerStar)
{
//if we have one, we return that one
if (current.OutputUnits.Bag[stars] > 0)
{
current.Actions.Add($"Needed a {stars}, had one in inventory, using that");
current.OutputUnits.Decrement(stars);
current.CreatedUnits.Increment(stars);
current.Actions.Add($"Current output bag state: {current.OutputUnits}");
current.Actions.Add($"Current create bag state: {current.CreatedUnits}");
return(new Node(stars));
}
//else we need to make a new one
current.Actions.Add($"Needed a {stars}, creating one by {bestCostPerStar[stars-1].CreateMethod}");
current.Cost.Add(bestCostPerStar[stars - 1].Cost);
current.OutputUnits.Add(bestCostPerStar[stars - 1].OutputUnits);
current.CreatedUnits.Increment(stars);
current.Actions.Add($"Current output bag state: {current.OutputUnits}");
current.Actions.Add($"Current create bag state: {current.CreatedUnits}");
return(new Node(stars));
}
private static double UnitCount(EvolutionOutcome o)
{
var c = o.Cost;
return(o.Input.Bag.Sum(kvp => kvp.Value));
}
private static double ExpBooks(EvolutionOutcome o)
{
var c = o.Cost;
return(c.Experience / 100.0 + c.Books * c.Books - o.OutputUnits.Level1 - o.OutputUnits.Level2 * 10 - o.OutputUnits.Level3 * 100 - o.OutputUnits.Level4 * 1000 - o.OutputUnits.Level5 * 10000);
}
private static double ExpOnly(EvolutionOutcome o)
{
var c = o.Cost;
return(c.Experience);
}
private static double SumAll(EvolutionOutcome o)
{
var c = o.Cost;
return((double)(c.EvolutionStones + c.Experience + c.Gold + c.MovementStones + 1000000 * c.Books));
}
/// <summary>
/// gets the best cost of making a <paramref name="stars"/> unit. Meaning powering up a
/// unit thats one level lower to +5 and evolving it
/// </summary>
/// <param name="stars"></param>
/// <param name="bestCostPerStar"></param>
/// <returns></returns>
private EvolutionOutcome GetBestCostPerStar(int stars, EvolutionOutcome[] bestCostPerStar)
{
if (stars == 1)
{
var ret = new EvolutionOutcome();
ret.Actions.Add("Summon a level 1");
ret.Cost.Gold += 3000;
ret.Cost.Books++;
ret.CreatedUnits.Level1++;
ret.CreateMethod = "Summon";
return(ret);
}
if (stars == 2)
{
var ret = new EvolutionOutcome();
ret.Actions.Add("Summon a level 2");
ret.Cost.Gold += 30000;
ret.Cost.Books += 10;
ret.CreatedUnits.Level2++;
ret.CreateMethod = "Summon";
return(ret);
}
var possibleInputs = GetPossiblePowerUpCombos(stars - 1);
var minValue = double.MaxValue;
var bestCost = new EvolutionOutcome();
foreach (var possibleInput in possibleInputs)
{
var current = new EvolutionOutcome {
Input = possibleInput
};
var baseUnit = GetUnit(stars - 1, current, bestCostPerStar);
//var baseUnit = new Node(stars-1);
for (var i = 0; i < possibleInput.Level5; i++)
{
GetUnit(5, current, bestCostPerStar);
}
for (var i = 0; i < possibleInput.Level4; i++)
{
GetUnit(4, current, bestCostPerStar);
}
for (var i = 0; i < possibleInput.Level3; i++)
{
GetUnit(3, current, bestCostPerStar);
}
for (var i = 0; i < possibleInput.Level2; i++)
{
GetUnit(2, current, bestCostPerStar);
}
for (var i = 0; i < possibleInput.Level1; i++)
{
GetUnit(1, current, bestCostPerStar);
}
baseUnit.MakeMaxLevel(current.Cost);
baseUnit.ApplyPowerUp(current.Cost, current.CreatedUnits);
baseUnit.Evolve(current);
var value = _costAnalysis(current);
current.Value = value;
if (value < minValue)
{
minValue = value;
bestCost = current;
}
}
bestCost.Input.Increment(stars - 1);
bestCost.CreateMethod = $"Evolve with {bestCost.Input}";
return(bestCost);
}