/**
* Description not yet available.
* \param
*/
dvariable nograd_assign(double tmp)
{
kkludge_object kg;
dvariable tmpout(kg);
value(tmpout)=tmp;
return tmpout;
}
QCString getMscImageMapFromFile(const QCString& inFile, const QCString& outDir,
const QCString& relPath,const QCString& context)
{
QCString outFile = inFile + ".map";
// chdir to the output dir, so dot can find the font file.
QCString oldDir = convertToQCString(QDir::currentDirPath());
// go to the html output directory (i.e. path)
QDir::setCurrent(outDir);
//printf("Going to dir %s\n",QDir::currentDirPath().data());
QCString mscExe = Config_getString("MSCGEN_PATH")+"mscgen"+portable_commandExtension();
QCString mscArgs = "-T ismap -i \"";
mscArgs+=inFile + ".msc\" -o \"";
mscArgs+=outFile + "\"";
int exitCode;
portable_sysTimerStart();
if ((exitCode=portable_system(mscExe,mscArgs,FALSE))!=0)
{
portable_sysTimerStop();
QDir::setCurrent(oldDir);
return "";
}
portable_sysTimerStop();
QString result;
QTextOStream tmpout(&result);
convertMapFile(tmpout, outFile, relPath, context);
QDir().remove(outFile);
QDir::setCurrent(oldDir);
return result.data();
}
vector<float>
FuzzyRule::FuzzyOutput_average(const vector<float>& a) const
{
//check the input dimension
assert(a.len()==variableSize);
//check whethe the rule is activated
if (checkRuleActive(a) !=1)
{
fprintf(stderr,"try to use unactivated rule\n");
exit(1);
}
float ave=0.0;
int tmp=0;
for (int i=0;i<variableSize;i++)
{
if (inputSetFlag[i]!=0)
{
ave +=inputVariable[i].output(a[i],inputSetFlag[i]);
tmp++;
}
}
ave =ave/tmp;
int outflag=0;
vector<float> tmpout(outputSize);
for (i=0;i<outputSize;i++)
{
if (outputSetFlag[i] ==0)
{
outflag++;
tmpout[i]=0.0;
}
else
{
if (outputSetFlag[i]>0)
tmpout[i]=ave;
else
{
if (ave>=0.9999)
tmpout[i]=0.0001;
else
tmpout[i]=1-ave;
}
}
}
if (outflag==outputSize)
{
cout<<"output flag can't be zero for all output variables"<<endl;
cout<<"before using rule, check whether it is feasible or not"<<endl;
cout<<"fuzzyrul.cpp, line 335"<<endl;
exit(1);
}
return tmpout;
}
vector<float>
FuzzyRule::FuzzyOutput_average(const vector<float>& a) const
{
//check the input dimension
assert(a.len()==variableSize);
//check whethe the rule is activated
if (checkRuleActive(a) !=1)
{
fprintf(stderr,"try to use unactivated rule\n");
exit(1);
}
float ave=0.0;
int tmp=0;
for (int i=0;i<variableSize;i++)
{
if (inputSetFlag[i]!=0)
{
ave +=inputVariable[i].output(a[i],inputSetFlag[i]);
tmp++;
}
}
ave =ave/tmp;
vector<float> tmpout(outputSize);
for (i=0;i<outputSize;i++)
{
if (outputSetFlag[i] ==0)
tmpout[i]=0.0;
else
{
if (outputSetFlag[i]>0)
tmpout[i]=ave;
else
{
if (ave>=0.9999)
tmpout[i]=0.0001;
else
tmpout[i]=1-ave;
}
}
}
return tmpout;
}
// Listing 8.9 Implementation of method FuzzyOutput() in class FuzzyRule
vector<float>
FuzzyRule::FuzzyOutput(const vector<float>& a) const
{
//check the input dimension
assert(a.len()==variableSize);
//check whethe the rule is activated
if (checkRuleActive(a) !=1)
{
fprintf(stderr,"try to use unactivated rule\n");
exit(1);
}
float min=1.0,tmp;
for (int i=0;i<variableSize;i++)
{
if (inputSetFlag[i]!=0)
{
tmp=inputVariable[i].output(a[i],inputSetFlag[i]);
if (min>tmp)
min=tmp; //get the minimum value
}
}
vector<float> tmpout(outputSize);
for (i=0;i<outputSize;i++)
{
if (outputSetFlag[i] ==0)
tmpout[i]=0.0;
else
{
if (outputSetFlag[i]>0)
tmpout[i]=min;
else
{
if (min>=0.9999)
tmpout[i]=0.0001;
else
tmpout[i]=1-min;
}
}
}
return tmpout;
}
