public static void Find_Combinations()
{
//Find out if enemy will release some molecules for you
int[] willbe_available_M = new int[5] {
0, 0, 0, 0, 0
};
int[] availableM = new int[5] {
bank.A, bank.B, bank.C, bank.D, bank.E
};
if (enemy.target == "LABORATORY")
{
//Find out what molecules WILL be available
foreach (Sample a in enemy.carried_sample.Values)
{
int[] dM = new int[5] {
a.costA - enemy.expertiseA, a.costB - enemy.expertiseB, a.costC - enemy.expertiseC, a.costD - enemy.expertiseD, a.costE - enemy.expertiseE
};
if (enemy.storageA - dM[0] >= 0 && enemy.storageB - dM[1] >= 0 && enemy.storageC - dM[2] >= 0 && enemy.storageD - dM[3] >= 0 && enemy.storageE - dM[4] >= 0)
{
for (int i = 0; i < 5; i++)
{
//Enemy will use this sample
willbe_available_M[i] += dM[i];
}
}
}
}
//Fill Combination
List <int> ID_list = new List <int>();
foreach (Sample a in ally.carried_sample.Values)
{
ID_list.Add(a.sampleId);
}
foreach (Sample a in ally.carried_sample.Values)
{
Combination Combo = new Combination();
combination_info Combo_info = new combination_info();
Combo_info.storageTot = ally.storageTot;
for (int i = 0; i < 5; i++)
{
//Initialize avail
availM[i] = 0;
//Then set availM
availM[i] = willbe_available_M[i] + availableM[i];
}
//Set values in convo info
Combo_info.availableA_inAlly = ally.storageA;
Combo_info.availableB_inAlly = ally.storageB;
Combo_info.availableC_inAlly = ally.storageC;
Combo_info.availableD_inAlly = ally.storageD;
Combo_info.availableE_inAlly = ally.storageE;
Console.Error.WriteLine("First sample" + a.sampleId);
//Find the IDs of the other samples
List <int> other_samples = new List <int>();
foreach (int b in ID_list)
{
if (b != a.sampleId)
{
other_samples.Add(b);
Console.Error.WriteLine("OTHER SAMPLES" + b);
}
}
//Check sample validity(S1)
Check_Sample(a, Combo, Combo_info);
//Check next 2
foreach (int b in other_samples)
{
Combination Combo2 = new Combination();
combination_info Combo_info2 = new combination_info();
Combo2.S1 = Combo.S1;
Console.Error.WriteLine("SECOND SAMPLE: " + b + " Combo2.S1=" + Combo2.S1);
Combo_info2.set_comb_info(Combo2, Combo_info.Health_GainTot, Combo_info.expertiseA, Combo_info.expertiseB, Combo_info.expertiseC, Combo_info.expertiseD, Combo_info.expertiseE, Combo_info.S_count, Combo_info.storageTot, Combo_info.availableA_inAlly, Combo_info.availableB_inAlly, Combo_info.availableC_inAlly, Combo_info.availableD_inAlly, Combo_info.availableE_inAlly);
//Find 3rd sample
int sample3_ID = -1;
foreach (int c in other_samples)
{
if (c != b)
{
sample3_ID = c;
}
}
//Try second sample
Check_Sample(ally.carried_sample[b], Combo2, Combo_info2);
Console.Error.WriteLine("Thrid SAMPLE: " + sample3_ID + " Combo2.S1=" + Combo2.S1 + "Combo.S2=" + Combo2.S2);
//Then 3rd
Check_Sample(ally.carried_sample[sample3_ID], Combo2, Combo_info2);
}
}
}
public static void Check_Sample(Sample a, Combination Combo, combination_info Combo_info)
{
int A_needed = ally.carried_sample[a.sampleId].costA - Combo_info.availableA_inAlly - Combo_info.expertiseA;
int B_needed = ally.carried_sample[a.sampleId].costB - Combo_info.availableB_inAlly - Combo_info.expertiseB;
int C_needed = ally.carried_sample[a.sampleId].costC - Combo_info.availableC_inAlly - Combo_info.expertiseC;
int D_needed = ally.carried_sample[a.sampleId].costD - Combo_info.availableD_inAlly - Combo_info.expertiseD;
int E_needed = ally.carried_sample[a.sampleId].costE - Combo_info.availableE_inAlly - Combo_info.expertiseE;
if (A_needed < 0)
{
A_needed = 0;
}
if (B_needed < 0)
{
B_needed = 0;
}
if (C_needed < 0)
{
C_needed = 0;
}
if (D_needed < 0)
{
D_needed = 0;
}
if (E_needed < 0)
{
E_needed = 0;
}
int needed_Tot = A_needed + B_needed + C_needed + D_needed + E_needed;
if (A_needed <= availM[0] && B_needed <= availM[1] && C_needed <= availM[2] && D_needed <= availM[3] && E_needed <= availM[4] && needed_Tot <= 10 - Combo_info.storageTot)
{
//Molecules has enough materials or you alrdy have it
//update info
Combo_info.S_count++;
Combo_info.storageTot += needed_Tot;
availM[0] -= A_needed;
availM[1] -= B_needed;
availM[2] -= C_needed;
availM[3] -= D_needed;
availM[4] -= E_needed;
Combo_info.availableA_inAlly = Get_Updated_Ally_Storage(A_needed, Combo_info.availableA_inAlly);
Combo_info.availableB_inAlly = Get_Updated_Ally_Storage(B_needed, Combo_info.availableB_inAlly);
Combo_info.availableC_inAlly = Get_Updated_Ally_Storage(C_needed, Combo_info.availableC_inAlly);
Combo_info.availableD_inAlly = Get_Updated_Ally_Storage(D_needed, Combo_info.availableD_inAlly);
Combo_info.availableE_inAlly = Get_Updated_Ally_Storage(E_needed, Combo_info.availableE_inAlly);
Combo_info.Health_GainTot += ally.carried_sample[a.sampleId].health;
if (a.gain == "A")
{
Combo_info.expertiseA++;
}
else if (a.gain == "B")
{
Combo_info.expertiseB++;
}
else if (a.gain == "C")
{
Combo_info.expertiseC++;
}
else if (a.gain == "D")
{
Combo_info.expertiseD++;
}
else if (a.gain == "E")
{
Combo_info.expertiseE++;
}
//Set Combo
if (Combo.S1 == -1)
{
Combo.S1 = a.sampleId;
}
else if (Combo.S2 == -1)
{
Combo.S2 = a.sampleId;
}
else if (Combo.S3 == -1)
{
Combo.S3 = a.sampleId;
}
//Add to combinations
//make new combination to get unique hashcode
Combination combAdd = new Combination();
combAdd.S1 = Combo.S1;
combAdd.S2 = Combo.S2;
combAdd.S3 = Combo.S3;
//Print Combination added
Combo.Print_sampleIDs();
if (!Combinations.ContainsKey(combAdd))
{
Combinations.Add(combAdd, Combo_info);
}
}
}
public static void AT_Diagnosis()
{
//First of all diagnose any unidentified samples
if (ally.undiagnosed_count > 0)
{
err_output = ("HAVE UNDIAGNOSED SAMPLE/S, DIAGNOSE THEM");
output = "CONNECT " + ally.undiagnosed_ids[0];
}
//all samples diagnosed
else
{
//Calculate possible combinations
Find_Combinations();
combinations_sorted = Combinations.Values.OrderByDescending(s => s.Health_GainTot).ThenBy(s => s.S_count).ThenBy(s => s.storageTot).ToList();
foreach (combination_info a in combinations_sorted)
{
if (a != null)
{
Console.Error.WriteLine("COMBINATION: " + a.Combo.S1 + " " + a.Combo.S2 + " " + a.Combo.S3 + " Can_Sample_Count: " + a.S_count + " Health_GainTot: " + a.Health_GainTot + " expertiseA: " + a.expertiseA + " expertiseB: " + a.expertiseB + " expertiseC: " + a.expertiseC + " expertiseD: " + a.expertiseD + " expertiseE: " + a.expertiseE);
}
}
if (ally.carried_sample.Count == 3)
{
if (combinations_sorted[0].S_count == 3)
{
//Great, Get on to Molecules
output = "GOTO MOLECULES";
}
else if (combinations_sorted[0].S_count == 2)
{
int RemoveID = -1;
Combination bo = combinations_sorted[0].Combo;
//Check the sample not included in the combination
foreach (Sample a in ally.carried_sample.Values)
{
if (bo.S1 != a.sampleId && bo.S2 != a.sampleId && bo.S3 != a.sampleId)
{
RemoveID = a.sampleId;
}
}
if (ally.carried_sample[RemoveID].valid)
{
output = "GOTO MOLECULES";
}
else
{
//remove it
output = "CONNECT " + RemoveID;
}
}
}
else if (ally.carried_sample.Count == 2)
{
//check out cloud
if (samples.Count != 0)
{
//check out samples in it
if (samples[samples_sorted[0]].valid)
{
//ASK for it
output = "CONNECT " + samples_sorted[0];
}
else
{
output = "GOTO MOLECULES";
}
}
}
}
}
