}//end bitClusterDiscord()
static public Tuple <double, int> squeezer(out List <int> cluster_belong, out RawDataType data, int N_LENGTH, int W_LENGTH, double threshold, string file_name, int type_convert_raw_data)
{
//read data
data = IOFunctions.readFile(file_name); //raw timeseries data
List <Cluster_Squeezer> b_cluster;
var watch = System.Diagnostics.Stopwatch.StartNew();///calc execution time
//call the function
BitCluster.squeezerCluster(data, type_convert_raw_data, out b_cluster, out cluster_belong, threshold, N_LENGTH, W_LENGTH, file_name);
watch.Stop();//stop timer
var elapsedMs = watch.ElapsedMilliseconds;
Console.WriteLine("________squeezerCluster is Done in " + elapsedMs + ".\nKeep going...Please wait");
// get Outer loop:
List <int> outer_loop = getOuterLoop(b_cluster, b_cluster.Count); //get outer
List <int> inner_loop;
bool continue_to_outer_loop = false;
double nearest_neighbor_dist = 0;
double dist = 0;
double best_so_far_dist = 0;
int best_so_far_loc = 0;
RawDataType p_center, q_center;
bool[] is_skip_at_p = new bool[outer_loop.Count];
for (int i = 0; i < outer_loop.Count; i++)
{
is_skip_at_p[i] = false;
}
int cluster_of_cur_outer; //thang p dang nam o cluster nao
int cluster_of_cur_inner; // tracking for q's cluster at inner loop
//test
int count_skip_at_p = 0;
int count_break_sub_2_dis = 0;
int count_dis_smaller_best_so_far = 0;
int count_center_p_diff_center_q = 0;
foreach (int p in outer_loop)
{
if (is_skip_at_p[p])
{
count_skip_at_p++;
//p was visited at inner loop before
continue;
}
else
{
nearest_neighbor_dist = INFINITE;
cluster_of_cur_outer = cluster_belong[p];
inner_loop = getInnerLoop(b_cluster, b_cluster.Count, cluster_of_cur_outer);
foreach (int q in inner_loop)// inner loop
{
if (Math.Abs(p - q) < N_LENGTH)
{
continue;// self-match => skip to the next one
}
else
{
/*cluster_of_cur_inner = cluster_belong[q];
*
* if (cluster_of_cur_inner != cluster_of_cur_outer)
* {
* count_center_p_diff_center_q++;
* p_center = data.GetRange(b_cluster[cluster_of_cur_outer].getCluster().getCenterIndex(), N_LENGTH);
* q_center = data.GetRange(b_cluster[cluster_of_cur_inner].getCluster().getCenterIndex(), N_LENGTH);
*
* if (distanceBetween2Clusters(p_center, q_center, b_cluster[cluster_of_cur_outer].getCluster().getRadius(), b_cluster[cluster_of_cur_inner].getCluster().getRadius()) >= best_so_far_dist)
* {
* continue_to_outer_loop = true;
* count_break_sub_2_dis++;
* break;
* }
* }
*/
//calculate the Distance between p and q
dist = HelperFunctions.gaussDistance(data.GetRange(p, N_LENGTH), data.GetRange(q, N_LENGTH));
if (dist < best_so_far_dist)
{
//skip the element q at oute_loop, 'cuz if (p,q) is not a solution, so does (q,p).
is_skip_at_p[q] = true;
count_dis_smaller_best_so_far++;
continue_to_outer_loop = true; //break, to the next loop at outer_loop
break; // break at inner_loop first
}
if (dist < nearest_neighbor_dist)
{
nearest_neighbor_dist = dist;
}
} //end else
} //end inner
if (continue_to_outer_loop)
{
continue_to_outer_loop = false; //reset
continue; //go to the next p in outer loop
}
if (nearest_neighbor_dist > best_so_far_dist)
{
best_so_far_dist = nearest_neighbor_dist;
best_so_far_loc = p;
}
} //end else
} //end outter
Console.WriteLine("count_skip_at_p =" + count_skip_at_p);
Console.WriteLine("=======count_break_sub_2_dis =" + count_break_sub_2_dis);
Console.WriteLine("count_dis_smaller_best_so_far =" + count_dis_smaller_best_so_far);
Console.WriteLine("count_center_p_diff_center_q=" + count_center_p_diff_center_q);
return(new Tuple <double, int>(best_so_far_dist, best_so_far_loc));
}//end bitClusterDiscord_Enhancement()
//algorithm 2:
static public Tuple <double, int> bitClusterDiscord(out RawDataType data, int N_LENGTH, int W_LENGTH, int K_CENTERS, string file_name)
{
//read data
data = IOFunctions.readFile(file_name); //raw timeseries data
//store Bit series data
Dictionary <int, BitseriesType> bit_series_data = HelperFunctions.bitSeriesDataset(data, N_LENGTH, W_LENGTH);//get bit series data from original data
//line 6: run algorithm 1 to have b_cluster
List <Cluster> b_cluster;
List <int> cluster_belong;
BitCluster.bitCluster(out b_cluster, out cluster_belong, K_CENTERS, N_LENGTH, W_LENGTH, file_name);
Console.WriteLine("Algorithm1 is Done !\nKeep going...Please wait");
// get Outer loop:
List <int> outer_loop = getOuterLoop(b_cluster, K_CENTERS); //get outer
List <int> inner_loop;
bool continue_to_outer_loop = false;
double nearest_neighbor_dist = 0;
double dist = 0;
double best_so_far_dist = 0;
int best_so_far_loc = 0;
RawDataType p_center, q_center;
bool[] is_skip_at_p = new bool[outer_loop.Count];
for (int i = 0; i < outer_loop.Count; i++)
{
is_skip_at_p[i] = false;
}
int cluster_of_cur_outer; //thang p dang nam o cluster nao
int cluster_of_cur_inner; // tracing for q's cluster at inner loop
foreach (int p in outer_loop)
{
//if (is_skip_at_p[p] || Math.Abs(p - 10867) < N_LENGTH || Math.Abs(p - 3994) < N_LENGTH
// || Math.Abs(p - 13492) < N_LENGTH)//
if (is_skip_at_p[p])
{
//p was visited at inner loop before
continue;
}
else
{
nearest_neighbor_dist = INFINITE;
cluster_of_cur_outer = cluster_belong[p];
inner_loop = getInnerLoop(b_cluster, K_CENTERS, cluster_of_cur_outer);
foreach (int q in inner_loop)// inner loop
{
if (Math.Abs(p - q) < N_LENGTH)
{
continue;// self-match => skip to the next one
}
else
{
cluster_of_cur_inner = cluster_belong[q];
p_center = data.GetRange(b_cluster[cluster_of_cur_outer].getCenterIndex(), N_LENGTH);
q_center = data.GetRange(b_cluster[cluster_of_cur_inner].getCenterIndex(), N_LENGTH);
if (distanceBetween2Clusters(p_center, q_center, b_cluster[cluster_of_cur_outer].getRadius(), b_cluster[cluster_of_cur_inner].getRadius()) >= best_so_far_dist)
{
continue_to_outer_loop = true;
break;
}
//calculate the Distance between p and q
dist = HelperFunctions.gaussDistance(data.GetRange(p, N_LENGTH), data.GetRange(q, N_LENGTH));
if (dist < best_so_far_dist)
{
//skip the element q at oute_loop, 'cuz if (p,q) is not a solution, so does (q,p).
is_skip_at_p[q] = true;
continue_to_outer_loop = true; //break, to the next loop at outer_loop
break; // break at inner_loop first
}
if (dist < nearest_neighbor_dist)
{
nearest_neighbor_dist = dist;
}
} //end else
} //end inner
if (continue_to_outer_loop)
{
continue_to_outer_loop = false; //reset
continue; //go to the next p in outer loop
}
if (nearest_neighbor_dist > best_so_far_dist)
{
best_so_far_dist = nearest_neighbor_dist;
best_so_far_loc = p;
}
} //end else
} //end outter
return(new Tuple <double, int>(best_so_far_dist, best_so_far_loc));
}