📄 liedoc.cpp
字号:
3001 一般属性约简
3002 可辨识矩阵属性约简
3003 特征选择属性约简
3004 归纳属性约简
3005 信息熵属性约简1
3006 信息熵属性约简2
3007 信息熵属性约简3 MIBARK
3008 动态约简
3009 手工约简
3010 遗传算法1
3011 遗传算法2(贪心算法)
3012 遗传算法3(贪心算法)
值约简(优化) 400-
4001 一般值约简
4002 启发式值约简
4003 决策矩阵值约简
4004 归纳值约简
4005 skowron 算法
不规则数据处理 500-
5001 不完备数据处理——容差关系
5002 不完备数据处理——限制容差关系
5003 不完备数据处理——相似关系
样本测试 1000-
10001 一般测试
10002 容差关系测试
10003 限制容差测试
10004 相似关系测试
样本识别 2000-
20001 一般识别
20002 容差关系识别
20003 限制容差识别
20004 相似关系识别
自主学习模型:
30001 不确定性自主学习
其它(工具）：
40001 随机遗失
*/
//---------------------------------------------------------
UINT CLieDoc::PerformFunc( LPVOID pParam )
{
P_KYLIN_PARAM param=(P_KYLIN_PARAM)pParam; //get param
BOOL bErrorOccured=false;
char TmpPath[_MAX_DIR],TmpFileNameIn[_MAX_DIR];
// char TmpFileNameOut[_MAX_DIR];
char TmpFileNameOut[200];
CRSetApp* pApp=(CRSetApp*)AfxGetApp();
if(param->inFlag!=500)
{
// prepare for out file name
GetTempPath(_MAX_DIR,TmpPath);
param->outFile1.Format("%s~~Rs@%d.tmp",TmpPath,pApp->iIndex++);
param->outFile1.LockBuffer();
strcpy(TmpFileNameOut,param->outFile1.GetBuffer(_MAX_DIR));
param->outFile1.ReleaseBuffer();
// prepare for in file name
strcpy(TmpFileNameIn,param->inFile1.GetBuffer(_MAX_DIR));
// try{
}
switch (param->inFlag)
{
//---------------------------------- 打开数据库文件 --------------------------------------------
case 500:
{
CDatabase *database=new CDatabase;
LinkDB link;
link.pDb=database;
if(link.DoModal()==IDOK)
{
if(strcmp(link.OutPath,"")!=0)
{
param->outFile1.Format("%s",link.OutPath);
param->outFile1.LockBuffer();
strcpy(TmpFileNameOut,param->outFile1.GetBuffer(200));
param->outFile1.ReleaseBuffer();
}
else bErrorOccured=true;
}
else
bErrorOccured=true;
break;
}
//---------------------------------- 补齐算法 --------------------------------------------
case 1001: //取消补齐
{
pApp->WriteLogAlg("补齐:取消补齐",TmpFileNameIn);
CLieCompleteDel a;
if(! a.ReadFile(TmpFileNameIn))
{
bErrorOccured=true;
break;
}
if( !a.WriteFile(TmpFileNameOut))
{
AfxMessageBox("error! Please check source file!");
bErrorOccured=true;
break;
}
break;
}
case 1002: //基于可辨识矩阵补齐
{
pApp->WriteLogAlg("补齐:基于可辨识矩阵",TmpFileNameIn);
CBaoComplete a;
if(! a.ReadDataFromFile(TmpFileNameIn))
{
AfxMessageBox("error! Please check source file!");
bErrorOccured=true;
break;
}
if(! a.InitTable())
{
bErrorOccured=true;
break;
}
if(!a.Remedy())
{
AfxMessageBox("分配内存时发生错误!");
bErrorOccured=true;
break;
}
if ( !a.SaveFile(TmpFileNameOut) )
{
AfxMessageBox("发生错误!");
bErrorOccured=true;
break;
}
break;
}
case 1003: //组合补齐
{
pApp->WriteLogAlg("补齐:组合补齐",TmpFileNameIn);
CZssCombinalComplete aa;
if(!aa.CombinatorialCompleter(TmpFileNameIn,TmpFileNameOut))
{
AfxMessageBox("发生错误!");
bErrorOccured=true;
}
break;
}
// 1003 组合补齐 combination compleate
// 1004 条件组合补齐
// 1005 平均补齐 meancomplete
// 1006 条件平均补齐 condition mean complete
case 1004:
{
pApp->WriteLogAlg("补齐:条件组合补齐",TmpFileNameIn);
CZssCombinalComplete aa;
if(!aa.ConditionCombinatorialCompleter(TmpFileNameIn,TmpFileNameOut))
{
AfxMessageBox("发生错误!");
bErrorOccured=true;
}
break;
}
case 1005:
{
pApp->WriteLogAlg("补齐:平均补齐",TmpFileNameIn);
CZssMeanComplete aa;
if(!aa.MeanComplete(TmpFileNameIn,TmpFileNameOut))
{
AfxMessageBox("发生错误!");
bErrorOccured=true;
}
break;
}
case 1006:
{
pApp->WriteLogAlg("补齐:条件平均补齐",TmpFileNameIn);
CZssConditionMeanComplete aa;
if(!aa.ConditionMeanCompleter(TmpFileNameIn,TmpFileNameOut))
{
AfxMessageBox("发生错误!");
bErrorOccured=true;
}
break;
}
//--------------------------------离散化算法--------------------------------------
case 2001: //Ngugen贪心算法
{
pApp->WriteLogAlg("离散化:贪心算法",TmpFileNameIn);
CSemiMini a;
if(!a.ReadDataFromFile(TmpFileNameIn))
{
AfxMessageBox("发生错误!");
bErrorOccured=true;
break;
}
if(! a.OnSemiMinidis())
{
AfxMessageBox("发生错误!");
bErrorOccured=true;
break;
}
a.OnSemiMinidisSave(TmpFileNameOut);
break;
}
case 2002: //属性重要性算法
{
pApp->WriteLogAlg("离散化:属性重要性算法",TmpFileNameIn);
CMydis a;
if(!a.ReadDataFromFile(TmpFileNameIn))
{
AfxMessageBox("发生错误!");
bErrorOccured=true;
break;
}
if(!a.OnMydis())
{
AfxMessageBox("发生错误!");
bErrorOccured=true;
break;
}
a.OnMydisSave(TmpFileNameOut);
break;
}
case 2003: //Naive算法
{
pApp->WriteLogAlg("离散化:Naive算法",TmpFileNameIn);
CNaivedis a;
if(!a.ReadDataFromFile(TmpFileNameIn))
{
AfxMessageBox("发生错误!");
bErrorOccured=true;
break;
}
if(!a.OnNaivedis())
{
AfxMessageBox("发生错误!");
bErrorOccured=true;
break;
}
if(!a.OnNaivedisSave(TmpFileNameOut))
{
AfxMessageBox("发生错误!");
bErrorOccured=true;
break;
}
break;
}
case 2012: //原本的贪心算法(按照算法的思路重写)
{
pApp->WriteLogAlg("离散化:Nguyen贪心算法",TmpFileNameIn);
CDisThree a;
if(!a.ReadDataFromFile(TmpFileNameIn))
{
AfxMessageBox("发生错误!");
bErrorOccured=true;
break;
}
if(!a.OnDisThree())
{
AfxMessageBox("发生错误!");
bErrorOccured=true;
break;
}
a.OnDisThreeSave(TmpFileNameOut);
break;
}
case 2004: //改进的贪心算法1
{
pApp->WriteLogAlg("离散化:改进的贪心算法1",TmpFileNameIn);
CDisOne a;
if(!a.ReadDataFromFile(TmpFileNameIn))
{
AfxMessageBox("发生错误!");
bErrorOccured=true;
break;
}
if(!a.OnDisOne())
{
AfxMessageBox("发生错误!");
bErrorOccured=true;
break;
}
a.OnDisOneSave(TmpFileNameOut);
break;
}
case 2005: //改进的贪心算法2
{
pApp->WriteLogAlg("离散化:改进的贪心算法2",TmpFileNameIn);
CDisTwo a;
if(!a.ReadDataFromFile(TmpFileNameIn))
{
AfxMessageBox("发生错误!");
bErrorOccured=true;
break;
}
if(!a.OnDisTwo())
{
AfxMessageBox("发生错误!");
bErrorOccured=true;
break;
}
a.OnDisTwoSave(TmpFileNameOut);
break;
}
case 2013: //改进的贪心算法3
{
pApp->WriteLogAlg("离散化:改进的贪心算法3",TmpFileNameIn);
CDisFour a;
if(!a.ReadDataFromFile(TmpFileNameIn))
{
AfxMessageBox("发生错误!");
bErrorOccured=true;
break;
}
if(!a.OnDisFour())
{
AfxMessageBox("发生错误!");
bErrorOccured=true;
break;
}
a.OnDisFourSave(TmpFileNameOut);
break;
}
case 2014: //改进的贪心算法3等价算法
{
pApp->WriteLogAlg("离散化:贪心算法",TmpFileNameIn);
CSemiMiniOne a;
if(!a.ReadDataFromFile(TmpFileNameIn))
{
AfxMessageBox("发生错误!");
bErrorOccured=true;
break;
}
if(! a.OnSemiMinidis())
{
AfxMessageBox("发生错误!");
bErrorOccured=true;
break;
}
a.OnSemiMinidisSave(TmpFileNameOut);
break;
}
case 2006: //seminaive算法
{
pApp->WriteLogAlg("离散化:SemiNaive算法",TmpFileNameIn);
CSemiNaive a;
if(!a.ReadDataFromFile(TmpFileNameIn))
{
AfxMessageBox("发生错误!");
bErrorOccured=true;
break;
}
if(!a.OnSemiNaivedis())
{
AfxMessageBox("发生错误!");
bErrorOccured=true;
break;
}
a.OnSemiNaivedisSave(TmpFileNameOut);
break;
}
// 2007 等距离离散化 widthscaler
// 2008 等频率 frequency scaler
// 2009 信息熵 entropy sclaer
// 2010 断点重要性 breakpointscalar
// 2011 Manual scalar
case 2007: //2007等距离离散化 widthscaler
{
pApp->WriteLogAlg("离散化:等距离离散化",TmpFileNameIn);
CZssWidthScaler aa;
if(!aa.EqualWidthScaler(TmpFileNameIn,TmpFileNameOut))
{
AfxMessageBox("发生错误或者取消操作!");
bErrorOccured=true;
}
break;
}
case 2008:// 2008 等频率 frequency scaler
{
pApp->WriteLogAlg("离散化:等频率离散化",TmpFileNameIn);
CZssFrequencyScaler aa;
if(!aa.EqualFrequencyScaler(TmpFileNameIn,TmpFileNameOut))
{
AfxMessageBox("发生错误或者取消操作!");
bErrorOccured=true;
}
break;
}
case 2009:// 2009 信息熵 entropy sclaer
{
pApp->WriteLogAlg("离散化:信息熵算法",TmpFileNameIn);
CZssEntropyScaler aa;
if(!aa.EntropyScaler (TmpFileNameIn,TmpFileNameOut))
{
AfxMessageBox("发生错误!");
bErrorOccured=true;
}
break;
}
case 2010:// 2010 断点重要性 breakpointscalar
{
pApp->WriteLogAlg("离散化:断点重要性算法",TmpFileNameIn);
try
{
CZssBreakPointScaler aa;
aa.BreakPointScaler(TmpFileNameIn,TmpFileNameOut);
}
catch(...)
{
AfxMessageBox("发生错误!");
}
break;
}
case 2011:// 2011 Manual scalar
{
pApp->WriteLogAlg("离散化:手工离散化",TmpFileNameIn);
CZssManualScaler aa;
if(! aa.MannualScaler(TmpFileNameIn,TmpFileNameOut) )
{
AfxMessageBox("发生错误或者用户取消操作!");
bErrorOccured=true;
}
break;
}
//----------------------------------------属性约简------------------------------------
case 3001: //一般属性约简
{
pApp->WriteLogAlg("属性约简:一般约简",TmpFileNameIn);
CTable *redu= new CReduct1;
if(! redu->Perform(TmpFileNameIn,TmpFileNameOut))
{
AfxMessageBox("error occured!");
bErrorOccured=true;
delete redu;
break;
}
delete redu;
break;
}
case 3002: //可辨识矩阵属性约简
{
pApp->WriteLogAlg("属性约简:可辨识矩阵约简",TmpFileNameIn);
CTable *redu= new CReduct2;
if(! redu->Perform(TmpFileNameIn,TmpFileNameOut))
{
AfxMessageBox("发生错误!");
bErrorOccured=true;
delete redu;
break;
}
delete redu;
break;
}
case 3003: //特征选择属性约简
{
pApp->WriteLogAlg("属性约简:特征选择约简",TmpFileNameIn);
CTable *redu= new CReduct3;
if(! redu->Perform(TmpFileNameIn,TmpFileNameOut))
{
AfxMessageBox("发生错误!");
bErrorOccured=true;
delete redu;
break;
}
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