//skyline函数-----
public void beginfileSkyline()
{
InDatasouce F = new DataIO();
List <string> inputlist = new List <string>();
inputlist = F.inputdata(inputfilepath);
List <double> ax = new List <double>();
List <double> ay = new List <double>();
// ------------------------------------------------------------------------------------获得初始数据
#region
// MessageBox.Show("开始读入数据");
for (int i = 0; i < inputlist.Count; i++)//获得初始数据
{
string[] inputa = inputlist[i].Split(new char[] { '\t' }, StringSplitOptions.RemoveEmptyEntries);
StringBuilder s = new StringBuilder();
System.Text.ASCIIEncoding asciiEncoding = new System.Text.ASCIIEncoding();
int intAsciiCodea = (int)asciiEncoding.GetBytes(inputa[1].ToString())[0];
s.Append(intAsciiCodea.ToString());
s.Append(".");
s.Append(inputa[0].ToString());
s.Append("(");
s.Append(System.Convert.ToDouble(inputa[2]));
s.Append(",");
s.Append(System.Convert.ToDouble(inputa[3]));
s.Append(")");
begindataList.Add(s.ToString());
ax.Add(System.Convert.ToDouble(inputa[2]));
ay.Add(System.Convert.ToDouble(inputa[3]));
}
MessageBox.Show("数据读取完毕，进入物化阶段");
//字典序排序
//-----------------------------------------------------------------------------------------全局变量赋值
begindataList.Sort();//begindataList 放的是有序的特征实例及其位置，TypeCountList放每个特征的个数，也是有序的
begindataList.Insert(0, "begin");
int k = 1;
int s3no = 1;
begindataList.Add("over");//begindataList有一个over结尾，避免无法将其中的最后一个特征加不进TypeCountList的情况
// s2.Add("0");
TypeCountList.Add(0);
TypeInsList.Add(0);
TypeInsList.Add(1);
DataGrid dg = new DataGrid();//=========================================================datagrad对象
dg.instancelized(begindataList);
for (int i = 1; i < begindataList.Count - 1; i++)
{
string[] a = begindataList[i].Split('.');
string[] b = begindataList[i + 1].Split('.');
if (!b[0].Equals(a[0]))
{
s3no++;
TypeInsList.Add(s3no); //TypeInsList放的是实例对应的特征 如：[1]=1，[2]=1,[3]=2 说明实例1，2都是特征1的实例 实例3是特征2的实例
TypeCountList.Add(k); //TypeCountList放的是特征对应的个数 如：[0]=0，[1]=5,[2]=7说明特征1有5个实例，特征2有2个实例 两个数组差为特征的实例范围
k++;
}
else
{
TypeInsList.Add(s3no);
k++;
}
}
#endregion
//--------------------------------------------------------------------------------------物化
int maxx = (int)ax.Max() / ((int)rand); //获得最大行数
int maxy = (int)ay.Max() / ((int)rand); //获得最大列数
StringBuilder[,] co = dg.Grid(maxx, maxy, (int)rand, dg.instancelized(begindataList)); //格化
//--------------------------------------------------------------------------------------建立实例邻居表
INs = dg.InstanceNeighbor(maxx, maxy, (int)rand, dg.Grid(maxx, maxy, (int)rand, dg.instancelized(begindataList)), dg.instancelized(begindataList));
//--------------------------------------------------------------------------------------产生模式
Prevalence classprevalence = new Prevalence();
T2 = classprevalence.TwoSize(INs, prev, TypeCountList, TypeInsList);//得到二阶模式
//================================================================输出头文件行1特征表行2min_prev
foreach (var item1 in T2)
{
if (!item1.Key.Contains("extend"))
{
StringBuilder fs2string = new StringBuilder();
string h1 = item1.Key;
string h2 = T2[h1][T2[h1].Count() - 1].First().ToString();
fs2string.Append(h1);
for (int ii = 0; ii < T2[h1].Count; ii++)
{
fs2string.Append("(");
foreach (var item11 in T2[h1][ii])//获得初始数据
{
fs2string.Append(item11);
fs2string.Append("-");
}
//fs2string.Append(T2[h1][ii].Last());
fs2string.Append(")");
}
fs2string.Append("=");
fs2string.Append((double.Parse(h2) / 100.00).ToString());
printf11.Add(fs2string.ToString());
}
else
{
}
}
//=======================================================================================================输出二阶aaaaa
if (!System.IO.File.Exists(outputname))
{
FileStream files1 = new FileStream(outputname, FileMode.Create, FileAccess.Write);//创建写入文件
StreamWriter sw = new StreamWriter(files1);
sw.WriteLine("min_prev=" + prev.ToString());
sw.WriteLine("d=" + rand.ToString());
sw.WriteLine("min_occ=" + occ.ToString());
foreach (var item in printf11) //获得初始数据
{
sw.WriteLine(item); //开始写入值
}
sw.Close();
files1.Close();
}
//======================================================================================================输出多阶
SortedList <string, List <List <int> > > CNk1 = new SortedList <string, List <List <int> > >();
CNk1 = classprevalence.MoreSize1(T2, INs, prev, TypeCountList, TypeInsList);
//输出多阶
List <string> printfm = new List <string>();
foreach (var item1 in CNk1)
{
if (!item1.Key.Contains("extend"))
{
StringBuilder fsstring = new StringBuilder();
string h1 = item1.Key;
string h2 = CNk1[h1][CNk1[h1].Count() - 1].First().ToString();
fsstring.Append(h1);
for (int ii = 0; ii < CNk1[h1].Count - 1; ii++)
{
fsstring.Append("(");
foreach (var item11 in CNk1[h1][ii])//获得初始数据
{
fsstring.Append(item11);
fsstring.Append("-");
}
//fs2string.Append(T2[h1][ii].Last());
fsstring.Append(")");
}
fsstring.Append("=");
fsstring.Append((double.Parse(h2) / 100.00).ToString());
printfm.Add(fsstring.ToString());
FileStream files2 = new FileStream(outputname, FileMode.Append);
StreamWriter sw2 = new StreamWriter(files2);
foreach (var item in printfm) //获得初始数据
{
sw2.WriteLine(item); //开始写入值
}
sw2.Close();
}
}
}
//weight+threshold函数----
public void beginfileWT()
{
InDatasouce F = new DataIO();
List <string> inputlist = new List <string>();
inputlist = F.inputdata(inputfilepath);
List <double> ax = new List <double>();
List <double> ay = new List <double>();
// ------------------------------------------------------------------------------------获得初始数据
#region
// MessageBox.Show("开始读入数据");
for (int i = 0; i < inputlist.Count; i++)//获得初始数据
{
string[] inputa = inputlist[i].Split(new char[] { '\t' }, StringSplitOptions.RemoveEmptyEntries);
StringBuilder s = new StringBuilder();
System.Text.ASCIIEncoding asciiEncoding = new System.Text.ASCIIEncoding();
int intAsciiCodea = (int)asciiEncoding.GetBytes(inputa[1].ToString())[0];
s.Append(intAsciiCodea.ToString());
s.Append(".");
s.Append(inputa[0].ToString());
s.Append("(");
s.Append(System.Convert.ToDouble(inputa[2]));
s.Append(",");
s.Append(System.Convert.ToDouble(inputa[3]));
s.Append(")");
begindataList.Add(s.ToString());
ax.Add(System.Convert.ToDouble(inputa[2]));
ay.Add(System.Convert.ToDouble(inputa[3]));
}
MessageBox.Show("数据读取完毕，进入物化阶段");
//字典序排序
//-----------------------------------------------------------------------------------------全局变量赋值
begindataList.Sort();//begindataList 放的是有序的特征实例及其位置，TypeCountList放每个特征的个数，也是有序的
begindataList.Insert(0, "begin");
int k = 1;
int s3no = 1;
begindataList.Add("over");//begindataList有一个over结尾，避免无法将其中的最后一个特征加不进TypeCountList的情况
// s2.Add("0");
TypeCountList.Add(0);
TypeInsList.Add(0);
TypeInsList.Add(1);
DataGrid dg = new DataGrid();//=========================================================datagrad对象
dg.instancelized(begindataList);
for (int i = 1; i < begindataList.Count - 1; i++)
{
string[] a = begindataList[i].Split('.');
string[] b = begindataList[i + 1].Split('.');
if (!b[0].Equals(a[0]))
{
s3no++;
TypeInsList.Add(s3no); //TypeInsList放的是实例对应的特征 如：[1]=1，[2]=1,[3]=2 说明实例1，2都是特征1的实例 实例3是特征2的实例
TypeCountList.Add(k); //TypeCountList放的是特征对应的个数 如：[0]=0，[1]=5,[2]=7说明特征1有5个实例，特征2有2个实例 两个数组差为特征的实例范围
k++;
}
else
{
TypeInsList.Add(s3no);
k++;
}
}
#endregion
//--------------------------------------------------------------------------------------物化
int maxx = (int)ax.Max() / ((int)rand); //获得最大行数
int maxy = (int)ay.Max() / ((int)rand); //获得最大列数
StringBuilder[,] co = dg.Grid(maxx, maxy, (int)rand, dg.instancelized(begindataList)); //格化
//--------------------------------------------------------------------------------------建立实例邻居表
INs = dg.InstanceNeighbor(maxx, maxy, (int)rand, dg.Grid(maxx, maxy, (int)rand, dg.instancelized(begindataList)), dg.instancelized(begindataList));
//--------------------------------------------------------------------------------------产生模式
Prevalence classprevalence = new Prevalence();
Constraint_Weight classcons = new Constraint_Weight();
T2 = classcons.TwoSize(INs, prev, TypeCountList, TypeInsList, w, occ);//得到二阶模式
//================================================================输出头文件行1特征表行2min_prev
//foreach (var item1 in T2)
//{
// if (!item1.Key.Contains("extend"))
// {
// StringBuilder fs2string = new StringBuilder();
// string h1 = item1.Key;
// string hpi = T2[h1][T2[h1].Count() - 1][0].ToString();
// string hoi = T2[h1][T2[h1].Count() - 1][1].ToString();
// string hwpo = T2[h1][T2[h1].Count() - 1][2].ToString();
// fs2string.Append(h1);
// fs2string.Append("=PI:");
// fs2string.Append((double.Parse(hpi) / 100.00).ToString());
// fs2string.Append(" OI:");
// fs2string.Append((double.Parse(hoi) / 100.00).ToString());
// fs2string.Append(" Quality:");
// fs2string.Append((double.Parse(hwpo) / 100.00).ToString());
// printf11.Add(fs2string.ToString());
// }
// else { }
//}
//=======================================================================================================输出二阶aaaaa
if (!System.IO.File.Exists(outputname))
{
FileStream files1 = new FileStream(outputname, FileMode.Create, FileAccess.Write);//创建写入文件
StreamWriter sw = new StreamWriter(files1);
sw.WriteLine("min_prev=" + prev.ToString());
sw.WriteLine("d=" + rand.ToString());
sw.WriteLine("min_occ=" + occ.ToString());
sw.WriteLine("weight=" + w.ToString());
/*foreach (var item in printf11)//获得初始数据
* {
* sw.WriteLine(item);//开始写入值
* }*/
sw.Close();
files1.Close();
}
//======================================================================================================输出多阶
SortedList <int, string> listfn = new SortedList <int, string>();
List <SortedList <string, List <List <int> > > > fnn = new List <SortedList <string, List <List <int> > > >();
fnn.Add(T2);
SortedList <string, List <List <int> > > T3 = new SortedList <string, List <List <int> > >(); //二阶模式表实例集
T3 = classcons.MoreSize(T2, INs, prev, TypeCountList, TypeInsList, w, occ); //得到k+1阶
SortedList <string, List <List <int> > > T4 = new SortedList <string, List <List <int> > >(); //二阶模式表实例集
T4 = classcons.MoreSize(T3, INs, prev, TypeCountList, TypeInsList, w, occ); //得到k+1阶
int o = 0;
/*
*
* foreach (var item1 in T3)
* {
* if (!item1.Key.Contains("extend"))
* {
* StringBuilder fs2string = new StringBuilder();
* string h1 = item1.Key;
* string hpi = T3[h1][T3[h1].Count() - 1][0].ToString();
* string hoi = T3[h1][T3[h1].Count() - 1][1].ToString();
* string hwpo = T3[h1][T3[h1].Count() - 1][2].ToString();
* fs2string.Append(h1);
* fs2string.Append("=pi:");
* fs2string.Append((double.Parse(hpi) / 100.00).ToString());
* fs2string.Append(" oi:");
* fs2string.Append((double.Parse(hoi) / 100.00).ToString());
* fs2string.Append(" quality:");
* fs2string.Append((double.Parse(hwpo) / 100.00).ToString());
* //printf11.Add(fs2string.ToString());
* }
* else { }
* }
*
* SortedList<string, List<List<int>>> T4 = new SortedList<string, List<List<int>>>();//二阶模式表实例集
* T4 = classcons.MoreSize(T3, INs, prev, TypeCountList, TypeInsList, w, occ);//得到k+1阶
* int o = 0;
* foreach (var item1 in T4)
* {
* if (!item1.Key.Contains("extend"))
* {
* StringBuilder fs2string = new StringBuilder();
* string h1 = item1.Key;
* string hpi = T4[h1][T4[h1].Count() - 1][0].ToString();
* string hoi = T4[h1][T4[h1].Count() - 1][1].ToString();
* string hwpo = T4[h1][T4[h1].Count() - 1][2].ToString();
* fs2string.Append(h1);
* fs2string.Append("=pi:");
* fs2string.Append((double.Parse(hpi) / 100.00).ToString());
* fs2string.Append(" oi:");
* fs2string.Append((double.Parse(hoi) / 100.00).ToString());
* fs2string.Append(" quality:");
* fs2string.Append((double.Parse(hwpo) / 100.00).ToString());
* //printf11.Add(fs2string.ToString());
* }
* else { }
* }
*
*/
while (fnn[0].Count != 0)
{
SortedList <string, List <List <int> > > CNk = new SortedList <string, List <List <int> > >();
CNk = classcons.MoreSize(fnn[0], INs, prev, TypeCountList, TypeInsList, w, occ);//得到k+1阶
//if (fnn[0].Count == 0) { break; }
fnn.Add(CNk);
//按阶输出多阶
List <string> printfm = new List <string>();
//输出上一阶模式
#region
foreach (var item1 in fnn[0].Take(fnn[0].Count - 1))
{
//if (!item1.Key.Contains("extend"))
//{
StringBuilder fsstring = new StringBuilder();
string h1 = item1.Key;
string hpi = fnn[0][h1][fnn[0][h1].Count() - 1][0].ToString();
string hoi = fnn[0][h1][fnn[0][h1].Count() - 1][1].ToString();
string hwpo = fnn[0][h1][fnn[0][h1].Count() - 1][2].ToString();
fsstring.Append(h1);
fsstring.Append("=PI:");
fsstring.Append((double.Parse(hpi) / 100.00).ToString());
fsstring.Append(" OI:");
fsstring.Append((double.Parse(hoi) / 100.00).ToString());
fsstring.Append(" Quality:");
fsstring.Append((double.Parse(hwpo) / 100.00).ToString());
printfm.Add(fsstring.ToString());
Console.WriteLine(fsstring);
// }
}
FileStream files2 = new FileStream(outputname, FileMode.Append);
StreamWriter sw2 = new StreamWriter(files2);
foreach (var item in printfm) //获得初始数据
{
sw2.WriteLine(item); //开始写入值
}
sw2.Close();
#endregion
fnn.RemoveAt(0);
}
}
