A simple cooperative game in Game Theory C # implementation

I've been reading a book about games recently. There is a relatively simple game of non-cooperative cooperation. It's interesting, the main idea is this:

This game is a simple abstraction of the cooperation between people in real life, the specific content and rules can be summed up as "if A and B are cooperative attitude, it is a double win, 3 points per person, if a cooperative attitude, B play Yin, then a cheated B, achieved B should be benefited, then B to 5 points, a deduction 3 points, and vice versa. Finally, if A and B are not cooperative, then a beat two scattered, two people are in vain, then each buckle a point "in this game, everyone and in addition to their own cooperation 100 times, the highest scoring people win."

I abstract into C # code by using an interface to standardize the participants, to enable them to implement their own algorithms, and to save the previous collaboration record with the opponent through a generic list, and to return to the adopted policy based on the cooperative record. No nonsense. The interface code is as follows:

1 public interface ActorBase
2 {
3　　bool Gamble(string OpponentName);//你的策略封装在这个函数里，true是合作false是不合作
4　　string GetUniqueCode();//用于返回你的名字来让对手确认你的身份
5　　int Score { get; set; }//记录总分
6　　void AddRecord(string OpponentName,bool record);　 //用于添加以往对战的记录
7 }

As for my strategy, I maintained a cooperative attitude in my first cooperation and whether I would cooperate in the future according to the situation of the opponents and the previous step.

The specific code is as follows:

1public class Careyson:actorbase
2 {
3 dictionary<string, list<bool>> record;//used to save and match the previous Record the
4 public Songyunjian ()//constructor for constructing records
5 {
6 record = new dictionary<string, list<bool>> ();
7}
8 public string Getuniquecode ()//back to your unique ID
9 {
Ten return "Careyson";
One}
public void AddRecord (string opponentname, bool record)
{
?　　　　Record.containskey (opponentname)//If not, create a collaboration record
{
list<bool> L = new list<bool> ();
17 L.add (record);
Record.add (Opponentname, L);
19}
Else
{
Record[opponentname]. Add (record),//Use the indexer for adding records to the list
{}
}
public bool Gamble (string name)
{
?　　　　　Record.containskey (name)//If it is the first time cooperation, then maintain a cooperative attitude
{
return true;
}
to else
{
33 List<bool> t = record[name];
if (t.count >= 1)
35 {
if (t[t.count-1])//If the last time is cooperation, return cooperation
(s) {
returns true;
else//}
　　　Returns a non-cooperative
=
is returned false;
$}

' return true;
'
'
48
$}
a public int Score
Wuyi {
' get {return _score;}
Set{_score=value;}
54}
a public int _score=0;//is used to record each person's score
of