/// <summary>
/// زمان - مان متانسب با هیورستیک 2 مقاله را پیدا میکند
/// </summary>
/// <param name="cindex">اندیس درس انتخاب شده برای انتساب زمان - مکان</param>
/// <returns>[0]: period [1]: room </returns>
public int[] HR2(int cindex)
{
k1 = 1;
k2 = 0.5;
int[] pos = new int[2];
pos[0] = -1;
pos[1] = -1;
List <int> uavtimes = new List <int>();
uavtimes = getUavPeriods(cindex);
double minCost = double.MaxValue;
int[] bestPos = new int[2];
bestPos[0] = -1;
bestPos[1] = -1;
for (int t = 0; t < p.Periods_per_day * p.Days; t++)
{
if (!uavtimes.Contains(t))
{
for (int r = 0; r < p.Rooms.Length; r++)
{
if (timeTable[t][r].CourseID == null)
{
int[] pr = new int[2];
pr[0] = t / p.Days;
pr[1] = t % p.Periods_per_day;
solution tempSol = new solution();
solutionCopier.copy(this, out tempSol);
tempSol.insertLecture(cindex, t, r);
double cost = k1 * uac(cindex, pr) + k2 * validator.getCost(p, tempSol);
if (cost < minCost)
{
minCost = cost;
bestPos[0] = t;
bestPos[1] = r;
}
}
}
}
}
return(bestPos);
}
public bool isAvl(solution X, simpleMove move)
{
if (move.courseId == null)
{
return(true);
}
foreach (var item in X.Constraints)
{
int t = item.Day * prblm.Periods_per_day + item.Day_Period;
if (item.CourseID == move.courseId && t == move.t)
{
return(false);
}
}
return(true);
}
public bool isMoveAv(solution X, string cId, int period, int room)
{
simpleMove m = new simpleMove();
m.courseId = cId;
m.r = room;
m.t = period;
if (simpleSwapTabuList.Contains(m))
{
return(false);
}
List <string> relatedCourse = new List <string>();
foreach (var item in prblm.Curricula)
{
if (item.Courses.Contains(cId))
{
foreach (var course in item.Courses)
{
if (course != "" && !relatedCourse.Contains(course))
{
relatedCourse.Add(course);
}
}
}
}
for (int i = 0; i < X.timeTable[period].Length; i++)
{
foreach (var item in X.timeTable[period])
{
if (relatedCourse.Contains(item.CourseID))//this move is not possible!!!
{
return(false);
}
}
}
return(true);
}
/// <summary>
/// تابع سازنده کلاس که شروع به حل مساله میکند
/// </summary>
/// <param name="input">نام فایل ورودی</param>
/// <param name="output">نام فایل خروجی</param>
public tabuSolver(string input, string output)
{
pomov = 0;
impomov = 0;
try
{
IReader = new StreamReader(input);
OWriter = new StreamWriter(output);
logWriter = new StreamWriter("log_" + output);
}
catch (Exception e)
{
Console.WriteLine(e.Message);
Console.WriteLine("press any to exit...");
Console.Read();
return;
}
DateTime startRuntime = new DateTime();
startRuntime = DateTime.Now;
readInput(out prblm);//Algorithm 3 line 1
Xi = 0;
theta = theta0 = 10;
Eta = EtaMin = 4;
EtaMax = 15;
landa = 0.3;
simpleSwapTabuList = new List<simpleMove>();
kempeSwapTabuList = new List<kempeSwap>();
X0.initSol(prblm);
int[] pos = new int[2];
do
{
int ci = X0.HR1();
pos = X0.HR2(ci);
X0.insertLecture(ci, pos[0], pos[1]);
//OWriter.WriteLine(prblm.courses[ci].CourseID + " " + prblm.Rooms[pos[1]].ID + " " + pos[0] / prblm.Periods_per_day + " " + pos[0] % prblm.Periods_per_day);
logWriter.WriteLine("ci:" + ci + " " + prblm.courses[ci].CourseID + " " + prblm.Rooms[pos[1]].ID + " " + pos[0] / prblm.Periods_per_day + " " + pos[0] % prblm.Periods_per_day);
Console.WriteLine("ci:" + ci + " " + prblm.courses[ci].CourseID + " " + prblm.Rooms[pos[1]].ID + " " + pos[0] / prblm.Periods_per_day + " " + pos[0] % prblm.Periods_per_day);
} while (X0.LC.Count > 0 && pos[0] != -1);//end of part1: initialization
poindex = 0;
Xstar = new solution();
solutionCopier.copy(X0, out Xstar);
solutionCopier.copy(TS(X0, theta), out Xstar);
int loopCount1 = 10;
int loopCount2 = 20;
int tbcouner = 0;
do
{
loopCount1 = 10;
solutionCopier.copy(perturb(Xstar, Eta), out Xprime);
solutionCopier.copy(TS(Xprime, theta), out XstarPrime);
double XstarPrime_Cost = validator.getCost(prblm, XstarPrime);
double Xstar_Cost = validator.getCost(prblm, Xstar);
if (XstarPrime_Cost < Xstar_Cost + 2)
{
do
{
theta = (int)(1.6 * theta0);
solutionCopier.copy(TS(Xprime, theta), out XstarPrime);
} while (loopCount1-- > 0);
}
if (validator.getCost(prblm, XstarPrime) < validator.getCost(prblm, Xstar))
{
solutionCopier.copy(XstarPrime, out Xstar);
theta = theta0;
Eta = EtaMin;
}
else
{
theta = theta0;
Xi++;
Eta = Math.Max((int)(EtaMin + landa * Xi), EtaMax);
}
Console.WriteLine("tabu list count = {0}", simpleSwapTabuList.Count);
Console.WriteLine("cost = {0}", validator.getCost(prblm, Xstar));
logWriter.WriteLine("tabu list count = {0}", simpleSwapTabuList.Count);
logWriter.WriteLine("cost = {0}", validator.getCost(prblm, Xstar));
if (tbcouner != 0 && tbcouner == simpleSwapTabuList.Count)
{
loopCount2 = 0;
}
else
{
tbcouner = simpleSwapTabuList.Count;
}
} while (loopCount2-- > 0);
for (int t = 0; t < Xstar.timeTable.Length; t++)
{
for (int r = 0; r < Xstar.timeTable[0].Length; r++)
{
course c = Xstar.timeTable[t][r];
if(c.CourseID!=null){
OWriter.WriteLine(c.CourseID + " " + prblm.Rooms[r].ID + " " + t / prblm.Periods_per_day + " " + t % prblm.Periods_per_day);
}
}
}
OWriter.Close();
DateTime endRuntime = new DateTime();
endRuntime = DateTime.Now;
Console.WriteLine("{0} possible moves \n{1} impossible move \n", pomov, impomov);
Console.WriteLine("run time = {0}", endRuntime - startRuntime);
logWriter.WriteLine("{0} possible moves \n {1} impossible move \n", pomov, impomov);
logWriter.WriteLine("run time = {0}", endRuntime - startRuntime);
logWriter.Close();
Console.WriteLine("press any to exit...");
Console.Read();
}
/// <summary>
/// make a deep copy of solution s to solution d
/// </summary>
/// <param name="s">source solution</param>
/// <param name="d">destination solution</param>
public static void copy(solution s, out solution d)
{
d = new solution();
d.p = s.p;
d.apd = new int[s.apd.Length];
d.aps = new int[s.aps.Length];
d.arm = new int[s.arm.Length];
d.Constraints = new List<UNAVAILABILITY_CONSTRAINT>();
for (int i = 0; i <s.Constraints.Count; i++)
{
UNAVAILABILITY_CONSTRAINT Constraint = new UNAVAILABILITY_CONSTRAINT();
Constraint.CourseID = s.Constraints[i].CourseID;
Constraint.Day = s.Constraints[i].Day;
Constraint.Day_Period = s.Constraints[i].Day_Period;
d.Constraints.Add(Constraint);
}
d.LC = new Dictionary<int, course>();
foreach (var item in s.LC)
{
d.LC.Add(item.Key, item.Value);// its not a deep copy of s.LC
}
d.nd = new int[s.nd.Length];
d.nl = new int[s.nl.Length];
d.nr = new int[s.nr.Length];
for (int i = 0; i < s.nl.Length; i++)
{
d.apd[i] = s.apd[i];
d.aps[i] = s.aps[i];
d.arm[i] = s.arm[i];
d.nd[i] = s.nd[i];
d.nl[i] = s.nl[i];
d.nr[i] = s.nr[i];
}
d.timeTable = new course[s.timeTable.Length][];
for (int i = 0; i < s.timeTable.Length; i++)
{
d.timeTable[i] = new course[s.timeTable[i].Length];
for (int j = 0; j < s.timeTable[i].Length; j++)
{
d.timeTable[i][j] = s.timeTable[i][j];
}
}
}
/// <summary>
/// زمان - مان متانسب با هیورستیک 2 مقاله را پیدا میکند
/// </summary>
/// <param name="cindex">اندیس درس انتخاب شده برای انتساب زمان - مکان</param>
/// <returns>[0]: period [1]: room </returns>
public int[] HR2(int cindex)
{
k1 = 1;
k2 = 0.5;
int[] pos = new int[2];
pos[0] = -1;
pos[1] = -1;
List<int> uavtimes=new List<int>();
uavtimes = getUavPeriods(cindex);
double minCost = double.MaxValue;
int[] bestPos = new int[2];
bestPos[0] = -1;
bestPos[1] = -1;
for (int t = 0; t < p.Periods_per_day*p.Days; t++)
{
if (!uavtimes.Contains(t))
{
for (int r = 0; r < p.Rooms.Length; r++)
{
if(timeTable[t][r].CourseID==null){
int[] pr = new int[2];
pr[0] = t / p.Days;
pr[1] = t % p.Periods_per_day;
solution tempSol = new solution();
solutionCopier.copy(this, out tempSol);
tempSol.insertLecture(cindex, t, r);
double cost = k1 * uac(cindex, pr) + k2 * validator.getCost(p, tempSol);
if (cost < minCost)
{
minCost = cost;
bestPos[0] = t;
bestPos[1] = r;
}}
}
}
}
return bestPos;
}
public static int iso(solution X,int q, int i)
{
if ((i % P.Periods_per_day == 1 && X.app(q, i - 1) == 0) || (i % P.Periods_per_day == 0 && X.app(q, i + 1) == 0))
{
return 1;
}
return 0;
}
public static double getCost(problemInstance p, solution x)
{
alpha1 = 1;
alpha2 = 1;
alpha3 = 5;
alpha4 = 2;
P = p;
if (x.apd == null) {
X = x;
}
X = x;
return f();
}
/// <summary>
/// tabu search
/// </summary>
/// <param name="X">a feasible initial solution</param>
/// <param name="theta">θ:the depth of TS</param>
/// <returns>X best :best solution found so far</returns>
public solution TS(solution X, int theta)
{
int loops = theta;
solution Xbest = new solution();
solutionCopier.copy(X, out Xbest);//make a deep copy of X to Xbest
simpleSwapList = new List <int[]>();
poindex = 0;
int r1, r2, t1, t2;
int len = X.timeTable.Length * X.timeTable[0].Length;
for (int i = 0; i < len; i++)
{
for (int j = i + 1; j < len; j++)
{
// simswap[0]:t1
// simswap[1]:r1
// simswap[2]:t2
// simswap[3]:r2
int[] simswap = new int[4];
t1 = simswap[0] = i / X.timeTable[0].Length;
r1 = simswap[1] = i % X.timeTable[0].Length;
t2 = simswap[2] = j / X.timeTable[0].Length;
r2 = simswap[3] = +j % X.timeTable[0].Length;
string course1 = X.timeTable[t1][r1].CourseID;
string course2 = X.timeTable[t2][r2].CourseID;
simpleMove m1 = new simpleMove();
simpleMove m2 = new simpleMove();
m1.courseId = course1;
m1.r = r2;
m1.t = t2;
m2.courseId = course2;
m2.r = r1;
m2.t = t1;
if (isAvl(X, m1) && isAvl(X, m2))
{
if (m1.courseId != null || m2.courseId != null)
{
simpleSwapList.Add(simswap);
}
// if (m1.courseId != null && m2.courseId != null)
//Console.WriteLine("{0} , {1}",m1.courseId, m2.courseId);
}
}
}
do
{
solutionCopier.copy(TSN1(X, theta), out Xstar);
solutionCopier.copy(TSN2(Xstar, (int)(theta / 3)), out XstarPrime);
double costXstarPrime, costXbest;
costXbest = validator.getCost(prblm, Xbest);
costXstarPrime = validator.getCost(prblm, XstarPrime);
if (costXstarPrime < costXbest)
{
// Console.Write("{0} < {1} < {2}\n",validator.getCost( prblm,Xstar), costXstarPrime,costXbest);
solutionCopier.copy(XstarPrime, out Xbest);
solutionCopier.copy(XstarPrime, out X);
}
} while (loops-- > 0);
return(Xbest);
}//end of TS
public solution perturb(solution Xstar, int Eta)
{
poindex += Eta;
return Xstar;
}
/// <summary>
/// tabu search
/// </summary>
/// <param name="X">a feasible initial solution</param>
/// <param name="theta">θ:the depth of TS</param>
/// <returns>X best :best solution found so far</returns>
public solution TS(solution X, int theta)
{
int loops = theta;
solution Xbest = new solution();
solutionCopier.copy(X, out Xbest);//make a deep copy of X to Xbest
simpleSwapList = new List<int[]>();
poindex = 0;
int r1, r2, t1, t2;
int len = X.timeTable.Length * X.timeTable[0].Length;
for (int i = 0; i < len; i++)
{
for (int j = i + 1; j < len; j++)
{
// simswap[0]:t1
// simswap[1]:r1
// simswap[2]:t2
// simswap[3]:r2
int[] simswap = new int[4];
t1 = simswap[0] = i / X.timeTable[0].Length;
r1 = simswap[1] = i % X.timeTable[0].Length;
t2 = simswap[2] = j / X.timeTable[0].Length;
r2 = simswap[3] = +j % X.timeTable[0].Length;
string course1 = X.timeTable[t1][r1].CourseID;
string course2 = X.timeTable[t2][r2].CourseID;
simpleMove m1 = new simpleMove();
simpleMove m2 = new simpleMove();
m1.courseId = course1;
m1.r = r2;
m1.t = t2;
m2.courseId = course2;
m2.r = r1;
m2.t = t1;
if (isAvl(X, m1) && isAvl(X, m2))
{
if (m1.courseId != null || m2.courseId != null)
simpleSwapList.Add(simswap);
// if (m1.courseId != null && m2.courseId != null)
//Console.WriteLine("{0} , {1}",m1.courseId, m2.courseId);
}
}
}
do
{
solutionCopier.copy(TSN1(X, theta), out Xstar);
solutionCopier.copy(TSN2(Xstar, (int)(theta / 3)), out XstarPrime);
double costXstarPrime, costXbest;
costXbest = validator.getCost(prblm, Xbest);
costXstarPrime = validator.getCost(prblm, XstarPrime);
if (costXstarPrime < costXbest)
{
// Console.Write("{0} < {1} < {2}\n",validator.getCost( prblm,Xstar), costXstarPrime,costXbest);
solutionCopier.copy(XstarPrime, out Xbest);
solutionCopier.copy(XstarPrime, out X);
}
} while (loops-- > 0);
return Xbest;
}
/// <summary>
/// تابع سازنده کلاس که شروع به حل مساله میکند
/// </summary>
/// <param name="input">نام فایل ورودی</param>
/// <param name="output">نام فایل خروجی</param>
public tabuSolver(string input, string output)
{
pomov = 0;
impomov = 0;
try
{
IReader = new StreamReader(input);
OWriter = new StreamWriter(output);
logWriter = new StreamWriter("log_" + output);
}
catch (Exception e)
{
Console.WriteLine(e.Message);
Console.WriteLine("press any to exit...");
Console.Read();
return;
}
DateTime startRuntime = new DateTime();
startRuntime = DateTime.Now;
readInput(out prblm);//Algorithm 3 line 1
Xi = 0;
theta = theta0 = 10;
Eta = EtaMin = 4;
EtaMax = 15;
landa = 0.3;
simpleSwapTabuList = new List <simpleMove>();
kempeSwapTabuList = new List <kempeSwap>();
X0.initSol(prblm);
int[] pos = new int[2];
do
{
int ci = X0.HR1();
pos = X0.HR2(ci);
X0.insertLecture(ci, pos[0], pos[1]);
//OWriter.WriteLine(prblm.courses[ci].CourseID + " " + prblm.Rooms[pos[1]].ID + " " + pos[0] / prblm.Periods_per_day + " " + pos[0] % prblm.Periods_per_day);
logWriter.WriteLine("ci:" + ci + " " + prblm.courses[ci].CourseID + " " + prblm.Rooms[pos[1]].ID + " " + pos[0] / prblm.Periods_per_day + " " + pos[0] % prblm.Periods_per_day);
Console.WriteLine("ci:" + ci + " " + prblm.courses[ci].CourseID + " " + prblm.Rooms[pos[1]].ID + " " + pos[0] / prblm.Periods_per_day + " " + pos[0] % prblm.Periods_per_day);
} while (X0.LC.Count > 0 && pos[0] != -1);//end of part1: initialization
poindex = 0;
Xstar = new solution();
solutionCopier.copy(X0, out Xstar);
solutionCopier.copy(TS(X0, theta), out Xstar);
int loopCount1 = 10;
int loopCount2 = 20;
int tbcouner = 0;
do
{
loopCount1 = 10;
solutionCopier.copy(perturb(Xstar, Eta), out Xprime);
solutionCopier.copy(TS(Xprime, theta), out XstarPrime);
double XstarPrime_Cost = validator.getCost(prblm, XstarPrime);
double Xstar_Cost = validator.getCost(prblm, Xstar);
if (XstarPrime_Cost < Xstar_Cost + 2)
{
do
{
theta = (int)(1.6 * theta0);
solutionCopier.copy(TS(Xprime, theta), out XstarPrime);
} while (loopCount1-- > 0);
}
if (validator.getCost(prblm, XstarPrime) < validator.getCost(prblm, Xstar))
{
solutionCopier.copy(XstarPrime, out Xstar);
theta = theta0;
Eta = EtaMin;
}
else
{
theta = theta0;
Xi++;
Eta = Math.Max((int)(EtaMin + landa * Xi), EtaMax);
}
Console.WriteLine("tabu list count = {0}", simpleSwapTabuList.Count);
Console.WriteLine("cost = {0}", validator.getCost(prblm, Xstar));
logWriter.WriteLine("tabu list count = {0}", simpleSwapTabuList.Count);
logWriter.WriteLine("cost = {0}", validator.getCost(prblm, Xstar));
if (tbcouner != 0 && tbcouner == simpleSwapTabuList.Count)
{
loopCount2 = 0;
}
else
{
tbcouner = simpleSwapTabuList.Count;
}
} while (loopCount2-- > 0);
for (int t = 0; t < Xstar.timeTable.Length; t++)
{
for (int r = 0; r < Xstar.timeTable[0].Length; r++)
{
course c = Xstar.timeTable[t][r];
if (c.CourseID != null)
{
OWriter.WriteLine(c.CourseID + " " + prblm.Rooms[r].ID + " " + t / prblm.Periods_per_day + " " + t % prblm.Periods_per_day);
}
}
}
OWriter.Close();
DateTime endRuntime = new DateTime();
endRuntime = DateTime.Now;
Console.WriteLine("{0} possible moves \n{1} impossible move \n", pomov, impomov);
Console.WriteLine("run time = {0}", endRuntime - startRuntime);
logWriter.WriteLine("{0} possible moves \n {1} impossible move \n", pomov, impomov);
logWriter.WriteLine("run time = {0}", endRuntime - startRuntime);
logWriter.Close();
Console.WriteLine("press any to exit...");
Console.Read();
}
public bool swap(solution X, int[] swap)
{
course c1 = X.timeTable[swap[0]][swap[1]];
course c2 = X.timeTable[swap[2]][swap[3]];
if (c1.CourseID != null)//mojaz bodan enteqal ra barasi kon
{
if (!isMoveAv(X, c1.CourseID, swap[2], swap[3]))
{
// Console.WriteLine("{0} can't move to {1}",c1.CourseID,swap[2]);
impomov++;
return(false);
}
}
if (c2.CourseID != null)//mojaz bodan enteqal ra barasi kon
{
if (!isMoveAv(X, c2.CourseID, swap[0], swap[1]))
{
// Console.WriteLine("{0} can't move to {1}", c2.CourseID, swap[0]);
impomov++;
return(false);
}
}
pomov++;
X.timeTable[swap[0]][swap[1]] = c2;
X.timeTable[swap[2]][swap[3]] = c1;
int c1Index, c2Index;
c1Index = c2Index = 0;
for (int i = 0; i < prblm.courses.Length; i++)
{
if (prblm.courses[i].CourseID == c1.CourseID)
{
c1Index = i;
}
if (prblm.courses[i].CourseID == c2.CourseID)
{
c2Index = i;
}
}
if (c1.CourseID != null)
{
simpleMove m1 = new simpleMove();
m1.courseId = c1.CourseID;
m1.t = swap[2];
m1.r = swap[3];
X.setNr(c1.CourseID);
X.setNd(c1Index);
simpleSwapTabuList.Add(m1);
}
if (c2.CourseID != null)
{
simpleMove m2 = new simpleMove();
m2.courseId = c2.CourseID;
m2.t = swap[0];
m2.r = swap[1];
X.setNr(c2.CourseID);
X.setNd(c2Index);
simpleSwapTabuList.Add(m2);
}
return(true);
}
public solution perturb(solution Xstar, int Eta)
{
poindex += Eta;
return(Xstar);
}
public bool isAvl(solution X, simpleMove move)
{
if (move.courseId == null) return true;
foreach (var item in X.Constraints)
{
int t = item.Day * prblm.Periods_per_day + item.Day_Period;
if (item.CourseID == move.courseId && t == move.t) return false;
}
return true;
}
public bool isMoveAv(solution X, string cId, int period, int room)
{
simpleMove m = new simpleMove();
m.courseId = cId;
m.r = room;
m.t = period;
if (simpleSwapTabuList.Contains(m))
return false;
List<string> relatedCourse = new List<string>();
foreach (var item in prblm.Curricula)
{
if (item.Courses.Contains(cId))
{
foreach (var course in item.Courses)
{
if (course != "" && !relatedCourse.Contains(course)) relatedCourse.Add(course);
}
}
}
for (int i = 0; i < X.timeTable[period].Length; i++)
{
foreach (var item in X.timeTable[period])
{
if (relatedCourse.Contains(item.CourseID))//this move is not possible!!!
{
return false;
}
}
}
return true;
}
public solution TSN1(solution X, int theta)
{
solution tempX = new solution();
solutionCopier.copy(X, out tempX);
double cost2 = validator.getCost(prblm, Xstar);
double cost1 = 10000000000;
Random r = new Random();
//int index = r.Next(simpleSwapList.Count);
int maxUav = 200;
do
{
if (++poindex < simpleSwapList.Count - 1)
{
int index = r.Next(simpleSwapList.Count);
bool re = swap(tempX, simpleSwapList[poindex]);
if (!re)
{
// maxUav--;
theta++;
if (maxUav == 0)
theta = 0;
}
}
cost1 = validator.getCost(prblm, tempX);
if (cost1 < cost2)
{
theta++;
return tempX;
}
else
{
if (cost1 > cost2 + 10)
{
solutionCopier.copy(X, out tempX);
}
}
} while (theta-- > 0);
if (cost1 < cost2)
return tempX;
return Xstar;
}
public bool swap(solution X, int[] swap)
{
course c1 = X.timeTable[swap[0]][swap[1]];
course c2 = X.timeTable[swap[2]][swap[3]];
if (c1.CourseID != null)//mojaz bodan enteqal ra barasi kon
{
if (!isMoveAv(X, c1.CourseID, swap[2], swap[3]))
{
// Console.WriteLine("{0} can't move to {1}",c1.CourseID,swap[2]);
impomov++;
return false;
}
}
if (c2.CourseID != null)//mojaz bodan enteqal ra barasi kon
{
if (!isMoveAv(X, c2.CourseID, swap[0], swap[1]))
{
// Console.WriteLine("{0} can't move to {1}", c2.CourseID, swap[0]);
impomov++;
return false;
}
}
pomov++;
X.timeTable[swap[0]][swap[1]] = c2;
X.timeTable[swap[2]][swap[3]] = c1;
int c1Index, c2Index;
c1Index = c2Index = 0;
for (int i = 0; i < prblm.courses.Length; i++)
{
if (prblm.courses[i].CourseID == c1.CourseID) c1Index = i;
if (prblm.courses[i].CourseID == c2.CourseID) c2Index = i;
}
if (c1.CourseID != null)
{
simpleMove m1 = new simpleMove();
m1.courseId = c1.CourseID;
m1.t = swap[2];
m1.r = swap[3];
X.setNr(c1.CourseID);
X.setNd(c1Index);
simpleSwapTabuList.Add(m1);
}
if (c2.CourseID != null)
{
simpleMove m2 = new simpleMove();
m2.courseId = c2.CourseID;
m2.t = swap[0];
m2.r = swap[1];
X.setNr(c2.CourseID);
X.setNd(c2Index);
simpleSwapTabuList.Add(m2);
}
return true;
}
public solution TSN2(solution X, int theta)
{
solution tempX = new solution();
solutionCopier.copy(X, out tempX);
do
{
} while (theta-- > 0);
return tempX;
}
