void CMainDlg::OnBnClickedFlAutoprog()
{
CBusy busy;
if(!m_BootConnected)
return;
EnableControlBtn(false);
// program it!
if(prg_mem() < 0)
{
ProgressChanged(100);
LogResetReplaceLine();
fprintf(stderr, "Program memory failed.\n");
LogResetReplaceLine();
EnableControlBtn(true);
}else
{
ProgressChanged(100);
LogResetReplaceLine();
EnableControlBtn(true);
OnBnClickedConnect();
}
}
/*
void CMainDlg::OnBnClickedFlRead()
{
CBusy busy;
BOARD_MEM imageOut;
if(!m_BootConnected)
return;
EnableControlBtn(false);
reset_S19image(&imageOut);
if(read_mem(&imageOut) >= 0)
{
// save image!!
CString fileName,pathName;
CFileDialog dlg(TRUE,NULL,NULL,(OFN_HIDEREADONLY | OFN_OVERWRITEPROMPT),_T("S19 files (*.s19;*.sx;*.srec)|*.s19; *.sx; *.srec|MOT files (*.mot)|*.mot|All files (*.*)|*.*||"));
if(dlg.DoModal() == IDOK)
{
pathName = dlg.GetPathName();
fileName=dlg.GetFileName();
if(write_s19(pathName.GetBuffer(), &imageOut)<0)
{
MessageBox("Write output file operation failed.", "Read image Error", MB_ICONERROR | MB_OK);
}
}else
MessageBox("Open output file operation failed.", "Read image Error", MB_ICONERROR | MB_OK);
}else
{
MessageBox("Read image operation failed.", "Read image Error", MB_ICONERROR | MB_OK);
}
LogResetReplaceLine();
ProgressChanged(100);
LogResetReplaceLine();
EnableControlBtn(true);
}
*/
void CMainDlg::OnBnClickedFlRead()
{
CBusy busy;
BOARD_MEM* pImageOut;
myprintf("/n Experimental feature!!!");
if(!m_BootConnected)
return;
pImageOut = (BOARD_MEM*)malloc(sizeof(BOARD_MEM));
EnableControlBtn(false);
reset_S19image(pImageOut);
if(read_mem(pImageOut, 1) >= 0)
{
// save image!!
CString fileName,pathName;
CFileDialog dlg(TRUE,NULL,NULL,(OFN_HIDEREADONLY | OFN_OVERWRITEPROMPT),_T("S19 files (*.s19;*.sx;*.srec)|*.s19; *.sx; *.srec|MOT files (*.mot)|*.mot|All files (*.*)|*.*||"));
if(dlg.DoModal() == IDOK)
{
pathName = dlg.GetPathName();
fileName=dlg.GetFileName();
if(write_s19(pathName.GetBuffer(), pImageOut)<0)
{
MessageBox("Write output file operation failed.", "Read image Error", MB_ICONERROR | MB_OK);
}
}else
MessageBox("Open output file operation failed.", "Read image Error", MB_ICONERROR | MB_OK);
}else
{
MessageBox("Read image operation failed.", "Read image Error", MB_ICONERROR | MB_OK);
}
free(pImageOut);
LogResetReplaceLine();
ProgressChanged(100);
LogResetReplaceLine();
EnableControlBtn(true);
}
void DriveTransfer::TransferFile(QString sourcePath, QString relativeFilePath, QString targetPath, int64_t& checksum)
{
QFile source(sourcePath + "/" + relativeFilePath);
_subTaskDescription = "Copying " + relativeFilePath.toStdString();
// TODO: Ensure trailing slash to remove need of appending it in multiple places
if (QFile::exists(targetPath + relativeFilePath))
{
QFile::remove(targetPath + "/" + relativeFilePath);
}
QFile target(targetPath + "/" + relativeFilePath);
OC_LOG_INFO("From: " + source.fileName().toStdString() + " To: " + target.fileName().toStdString());
source.open(QIODevice::ReadOnly);
target.open(QIODevice::WriteOnly);
if (source.error() || target.error())
{
OC_LOG_ERROR("DriveTransfer failed.");
return;
}
int TRANSFER_BLOCK_SIZE = 1024 * 1024; // 1MB
float progressBlock = source.size() / 100.0f;
int totalRead = 0;
int progress = 0;
const std::unique_ptr<IHashGenerator> hashGenerator(new xxHashAdapter());
hashGenerator->Initialize();
// TODO: Error handling
char* buffer = new char[TRANSFER_BLOCK_SIZE];
while (!source.atEnd())
{
qint64 readSize = source.read(buffer, TRANSFER_BLOCK_SIZE);
target.write(buffer, readSize);
hashGenerator->Update(buffer, readSize);
totalRead += readSize;
//progress = totalRead / progressBlock;
if (totalRead > progressBlock * progress)
{
progress += totalRead / progressBlock;
ProgressChanged(progress);
}
}
checksum = hashGenerator->Retrieve();
}
void CMainDlg::OnBnClickedFlErase()
{
CBusy busy;
if(!m_BootConnected)
return;
EnableControlBtn(false);
erase_mem(1); // to do - what to do when erase operation halted ?
ProgressChanged(100);
LogResetReplaceLine();
EnableControlBtn(true);
}
void CMainDlg::OnBnClickedFlProgram()
{
CBusy busy;
if(!m_BootConnected)
return;
EnableControlBtn(false);
prg_only_mem(); // to do what to do if error occured
ProgressChanged(100);
LogResetReplaceLine();
EnableControlBtn(true);
}
void CMainDlg::OnBnClickedFlCompare()
{
CBusy busy;
if(!m_BootConnected)
return;
EnableControlBtn(false);
// check if code goes to valid memory only - issue warning only, but continue! (r30323)
check_image();
LogResetReplaceLine();
verify_mem(1);// to do - what to do when erase operation halted ?
ProgressChanged(100);
LogResetReplaceLine();
EnableControlBtn(true);
}
void Filter::guass3DFilterSipl(Raw* src, Raw *ret,int iter, int halfsize,void (*ProgressChanged)(int,int ,int,bool&))
{
//globalProgressChanged = src->size();
bool flag = false;
int rs = 0 ;
//if ( ProgressChanged != NULL )
//{
// ProgressChanged (0, 100,0,flag);
//}
//progressStep =0;
//ProgressChanged = ProgressChanged;
int i=0,j=0,k=0,m=0,n=0,l=0,width=0,depth=0,length=0;
float sum = 0;
int delta=1;
Raw *temp;
bool MULTITHREADMIDLESILCES = iter !=0 && (iter+1)*ret->getZsize() < src->getZsize();
bool MULTITHREADFIRST = (iter == 0 && (iter+1)*ret->getZsize() != src->getZsize());
bool MULTITHREADLAST = ((iter+1)*ret->getZsize() >= src->getZsize()&& iter !=0 );
bool SINGLETHREAD = true ;
//int rs = 0;
if (MULTITHREADMIDLESILCES)
{
//Raw *s = new Raw(ret->getXsize(), ret->getYsize(), ret->getZsize() + 2, src->getdata()+iter*ret->size()-ret->getXsize()*ret->getYsize());
temp = new Raw(src->getXsize(),src->getYsize(),ret->getZsize() + 2*halfsize,src->getdata()+
ret->size()*iter-halfsize*ret->getXsize()*ret->getYsize(),true);
//puregauss(temp,rs,src,ret,halfsize,sum,globalProgressChanged,progressStep,ProgressChanged);
//globalProgressChanged = src->size();
size_t interval = globalProgressChanged/1000 == 0? 1:globalProgressChanged/1000;
bool flag = false;
//Raw * _ret =new Raw(*temp);
width = temp->getXsize();
length = temp->getYsize();
depth = temp->getZsize();
Raw *guass = new Raw(*temp); ///< The result of guass filter.
for (i = 0; i < depth; i++)
{
for (j = 0; j < length; j++)
{
for (k =0; k < width; k++)
{
//rs++;
//if ( rs == interval && ProgressChanged != NULL )
//{
// rs = 0;
// progressStep += interval;
// ProgressChanged (1, 100, (long long)( progressStep)*100/(globalProgressChanged +
// (src->getZsize()/ret->getZsize()-1)*halfsize*2*ret->getXsize() * ret->getYsize()),flag);
//}
sum=0;
float weight=0, total=0;
for( l=i-halfsize; l<=i+halfsize; l++)
{
for(n=j-halfsize; n<=j+halfsize; n++)
{
for (int m = k - halfsize; m <= k + halfsize; m++ )
{
if(m >= 0 && m < width && n>=0 && n < length && l >= 0 && l < depth)
{
//weight=1.0f/((m-i)*(m-i)+(n-i)*(n-i)+1);
weight=1.0f/exp((float)((m-k)*(m-k)+(n-j)*(n-j) + (l-i)*(l-i) ));
if (i == 250 && j == 407 && k == 0)
{
cout <<temp->get(i,j,k)<<endl;
}
sum += weight*(temp->get(m, n, l));
total += weight;
}
}
}
}
if(total!=0)
{
sum /= total;//total is 1,regulation
guass->put(k, j,i , (PIXTYPE)sum);
}
else //should never come here
{
//cout << "total==0" << endl;
}
}//k...
}//j...
}//i...
for (int i = 0; i < ret->size();i++ )
{
ret->putXYZ( i, guass->getXYZ(i + ret->getXsize()*ret->getYsize()) );
}
delete guass;
delete temp;
}
else if ( MULTITHREADFIRST|| MULTITHREADLAST )
{
if ( iter ==0 )
{
temp = new Raw(ret->getXsize(),ret->getYsize(),ret->getZsize()+ halfsize,src->getdata(),true);
//puregauss(temp,rs,src,ret,halfsize,sum,globalProgressChanged,progressStep,ProgressChanged);
globalProgressChanged = src->size();
size_t interval = globalProgressChanged/1000 == 0? 1:globalProgressChanged/1000;
//int rs = 0;
bool flag = false;
//Raw * _ret =new Raw(*temp);
width = temp->getXsize();
length = temp->getYsize();
depth = temp->getZsize();
Raw *guass = new Raw(*temp); ///< The result of guass filter.
for (i = 0; i < depth; i++)
{
for (j = 0; j < length; j++)
{
for (k =0; k < width; k++)
{
//delete for qt gui 20140307
//rs++;
//if ( rs == interval && ProgressChanged != NULL )
//{
// rs = 0;
// progressStep += interval;
// ProgressChanged (1, 100,(long long)( progressStep)*100/(globalProgressChanged +
// (src->getZsize()/ret->getZsize()-1)*halfsize*2*ret->getXsize() * ret->getYsize()),flag);
//}
sum=0;
float weight=0, total=0;
for( l=i-halfsize; l<=i+halfsize; l++)
{
for(n=j-halfsize; n<=j+halfsize; n++)
{
for (int m = k - halfsize; m <= k + halfsize; m++ )
{
if(m >= 0 && m < width && n>=0 && n < length && l >= 0 && l < depth)
{
//weight=1.0f/((m-i)*(m-i)+(n-i)*(n-i)+1);
weight=1.0f/exp((float)((m-k)*(m-k)+(n-j)*(n-j) + (l-i)*(l-i) ));
sum += weight*(temp->get(m, n, l));
total += weight;
}
}
}
}
if(total!=0)
{
sum /= total;//total is 1,regulation
guass->put(k, j,i , (PIXTYPE)sum);
}
else //should never come here
{
//cout << "total==0" << endl;
}
}//k...
}//j...
}//i...
for (int i =0; i < ret->size(); i++)
{
rs++;
ret->putXYZ(i , guass->getXYZ(i));
}
delete guass;
delete temp;
} //...if first multi thread
else//last slice
{
temp = new Raw(ret->getXsize(),ret->getYsize(), ret->getZsize()+halfsize,
src->getdata() + iter*ret->getXsize()*ret->getYsize()*(src->getZsize()/(iter+1))-ret->getXsize()*ret->getYsize()*halfsize,true);
//puregauss(temp,rs,src,ret,halfsize,sum,globalProgressChanged,progressStep,ProgressChanged);
globalProgressChanged = src->size();
size_t interval = globalProgressChanged/1000 == 0? 1:globalProgressChanged/1000;
//int rs = 0;
bool flag = false;
//Raw * _ret =new Raw(*temp);
width=temp->getXsize();
length=temp->getYsize();
depth = temp->getZsize();
Raw *guass = new Raw(*temp); ///< The result of guass filter.
for (i = 0; i < depth; i++)
{
for (j = 0; j < length; j++)
{
for (k =0; k < width; k++)
{
//delete for qt gui
//rs++;
//if ( rs == interval && ProgressChanged != NULL )
//{
// rs = 0;
// progressStep += interval;
// ProgressChanged (1, 100,(long long)( progressStep)*100/(globalProgressChanged +
// (src->getZsize()/ret->getZsize()-1)*halfsize*2*ret->getXsize() * ret->getYsize()),flag);
//}
sum=0;
float weight=0, total=0;
for( l=i-halfsize; l<=i+halfsize; l++)
{
for(n=j-halfsize; n<=j+halfsize; n++)
{
for (int m = k - halfsize; m <= k + halfsize; m++ )
{
if(m >= 0 && m < width && n>=0 && n < length && l >= 0 && l < depth)
{
//weight=1.0f/((m-i)*(m-i)+(n-i)*(n-i)+1);
weight=1.0f/exp((float)((m-k)*(m-k)+(n-j)*(n-j) + (l-i)*(l-i) ));
sum += weight*(temp->get(m, n, l));
total += weight;
}
}
}
}
if(total!=0)
{
sum /= total;//total is 1,regulation
guass->put(k, j,i , (PIXTYPE)sum);
}
else //should never come here
{
//cout << "total==0" << endl;
}
}//k...
}//j...
}//i...
for (int i =0; i < ret->size(); i++)
{
rs++;
ret->putXYZ(i , guass->getXYZ(i + ret->getXsize()*ret->getYsize()*halfsize));//?????
}
delete guass;
delete temp;
}
}
else //single thread
{
temp = new Raw(ret->getXsize(),ret->getYsize(),ret->getZsize(),src->getdata(),true);
//puregauss(temp,rs,src,ret,halfsize,sum,globalProgressChanged,progressStep,ProgressChanged);
globalProgressChanged = src->size();
size_t interval = globalProgressChanged/1000 == 0? 1:globalProgressChanged/1000;
//int rs = 0;
bool flag = false;
//Raw * _ret =new Raw(*temp);
width=temp->getXsize();
length=temp->getYsize();
depth = temp->getZsize();
Raw *guass = new Raw(*temp); ///< The result of guass filter.
for (i = 0; i < depth; i++)
{
for (j = 0; j < length; j++)
{
for (k =0; k < width; k++)
{
rs++;
if ( rs == interval && ProgressChanged != NULL )
{
rs = 0;
progressStep += interval;
ProgressChanged (1, 100,(long long)( progressStep)*100/(globalProgressChanged +
(src->getZsize()/ret->getZsize()-1)*halfsize*2*ret->getXsize() * ret->getYsize()),flag);
}
sum=0;
float weight=0, total=0;
for( l=i-halfsize; l<=i+halfsize; l++)
{
for(n=j-halfsize; n<=j+halfsize; n++)
{
for (int m = k - halfsize; m <= k + halfsize; m++ )
{
if(m >= 0 && m < width && n>=0 && n < length && l >= 0 && l < depth)
{
//weight=1.0f/((m-i)*(m-i)+(n-i)*(n-i)+1);
weight=1.0f/exp((float)((m-k)*(m-k)+(n-j)*(n-j) + (l-i)*(l-i) ));
sum += weight*(temp->get(m, n, l));
total += weight;
}
}
}
}
if(total!=0)
{
sum /= total;//total is 1,regulation
guass->put(k, j,i , (PIXTYPE)sum);
}
else //should never come here
{
//cout << "total==0" << endl;
}
}//k...
}//j...
}//i...
for ( int i = 0; i < ret->size(); i ++)
{
ret->putXYZ(i , guass->getXYZ(i));
}
delete guass;
delete temp;
}
}
void puregauss(Raw *temp,int rs,Raw *src,Raw *ret,int halfsize,int sum,int globalProgressChanged,int progressStep,void (*ProgressChanged)(int,int ,int,bool&))
{
size_t interval = globalProgressChanged/1000 == 0? 1:globalProgressChanged/1000;
//int rs = 0;
bool flag = false;
//Raw * _ret =new Raw(*temp);
int width = temp->getXsize();
int length = temp->getYsize();
int depth = temp->getZsize();
Raw *guass = new Raw(*temp); ///< The result of guass filter.
for (int i = 0; i < depth; i++)
{
for (int j = 0; j < length; j++)
{
for (int k =0; k < width; k++)
{
rs++;
if ( rs == interval && ProgressChanged != NULL )
{
rs = 0;
progressStep += interval;
ProgressChanged (1, 100,(long long)( progressStep)*100/(globalProgressChanged +
(src->getZsize()/ret->getZsize()-1)*halfsize*2*ret->getXsize() * ret->getYsize()),flag);
}
sum=0;
float weight=0, total=0;
for( int l=i-halfsize; l<=i+halfsize; l++)
{
for(int n=j-halfsize; n<=j+halfsize; n++)
{
for (int m = k - halfsize; m <= k + halfsize; m++ )
{
if(m >= 0 && m < width && n>=0 && n < length && l >= 0 && l < depth)
{
//weight=1.0f/((m-i)*(m-i)+(n-i)*(n-i)+1);
weight=1.0f/exp((float)((m-k)*(m-k)+(n-j)*(n-j) + (l-i)*(l-i) ));
sum += weight*(temp->get(m, n, l));
total += weight;
}
}
}
}
if(total!=0)
{
sum /= total;//total is 1,regulation
guass->put(k, j,i , (PIXTYPE)sum);
}
else //should never come here
{
//cout << "total==0" << endl;
}
}//k...
}//j...
}//i...
for (int i =0; i < ret->size(); i++)
{
rs++;
ret->putXYZ(i , guass->getXYZ(i));
}
delete guass;
delete temp;
}
void WipeNioisePde::Perona_MalikSipl(Raw *src,Raw *ret,int iter)
{
//size_t progresstotal = src->size()*this->delt;
//size_t progressstep = .size();
globalProgressChanged = src->size();//*this->delt;
float a=1,sum;
int z,y,x,K,j,i;
//Raw *d=new Raw(src->getXsize(),src->getYsize(),src->getZsize(),src->getdata());
//Raw *d=new Raw(ret->getXsize(),ret->getYsize(),ret->getZsize(),ret->getdata());
//Raw s=Raw(src);
Raw * temp;
float Maxvar;
if ( sizeof (PIXTYPE) == 1)
{
Maxvar = 255;
}
else if ( sizeof (PIXTYPE) == 2)
{
//qym 2014-1-10
//Maxvar = 65536;
Maxvar = 65535;
}
else
{
//qym 2014-1-10
//Maxvar = 10000000;
Maxvar = std::numeric_limits<float>::max();
}
if (iter > 0 && ( iter+1 )*ret->getZsize() < src->getZsize())
{
Raw *s = new Raw(ret->getXsize(), ret->getYsize(), ret->getZsize() + 2, src->getdata()+iter*ret->getXsize()*ret->getYsize()*(ret->getZsize())-ret->getXsize()*ret->getYsize());
temp = new Raw(*s);
PIXTYPE *around =new PIXTYPE[6];
//size_t threadtotal = s->size();
size_t step = iter *ret->size();
int call = 10000;
bool flag = false;
for (i = 0 ;i < delt; i++)
{
for (z = 1; z < s->getZsize()-1;z++)
{
for ( y = 1; y < s->getYsize()-1; y++)
{
for ( x = 1; x < s->getXsize()-1; x++)
{
around[0] = s->get(x-1,y,z)-s->get(x,y,z);
around[1] = s->get(x,y-1,z)-s->get(x,y,z);
around[2] = s->get(x,y,z-1)-s->get(x,y,z);
around[3] = s->get(x+1,y,z-1)-s->get(x,y,z);
around[4] = s->get(x,y+1,z)-s->get(x,y,z);
around[5] = s->get(x,y,z+1)-s->get(x,y,z);
sum=0;
//swf 2014-1-9 for divide by zero
if(val == 0)
sum = 0;
else
{
for (int k=0; k < 6; k++)
{
//implementation sum(g(i)*f(i))
sum += around[k]/(1 + around[k]*around[k]/(val*val));
}
float tempval = s->get(x,y,z) + a*sum/double(6);
if (tempval <= Maxvar)
{
temp->put(x, y, z, tempval);
}
else
{
temp->put(x, y, z, s->get(x,y,z));
}
}//else val !=0...
}//forx...
}//fory...
//cout << "times = :" << i << endl;
}//for z...
s = temp;
}//for delta .....
int interval = globalProgressChanged/1000 == 0 ? 1:globalProgressChanged /1000 ;//first call diygieshi0 houmianshi 1
int rs = 0 ;
//bool flag = false;
for ( int i = 0; i < ret->size(); i ++)
{
rs ++;
if ( rs == interval && ProgressChanged != NULL )
{
progressStep += interval;
rs = 0;
ProgressChanged (1, 100,(int) (long long)( progressStep)*100/(globalProgressChanged ),flag);
}
ret->putXYZ( i, temp->getXYZ(i + ret->getXsize() * ret->getYsize()) );
}
delete s;
}
else
{
if ((iter == 0 && (iter+1)*ret->getZsize() != src->getZsize()) || ((iter+1)*ret->getZsize() >= src->getZsize() && iter !=0 ))
{
/*
two cases:
one:number one time
two:the last block of the multi thread
*/
Raw *s;
if (iter != 0)
{
s= new Raw(ret->getXsize(),ret->getYsize(),ret->getZsize() + 1,
src->getdata()+ iter*ret->getXsize()*ret->getYsize()*(src->getZsize()/(iter+1))-ret->getXsize()*ret->getYsize());
}
else
{
s = new Raw(ret->getXsize(),ret->getYsize(),ret->getZsize() + 1,src->getdata());
}
temp = new Raw (*s);
PIXTYPE *around=new PIXTYPE[6];
for (i = 0 ;i < delt; i++)
{
for (z = 1; z < s->getZsize()-1;z++)
{
for ( y = 1; y < s->getYsize()-1; y++)
{
for ( x = 1; x < s->getXsize()-1; x++)
{
around[0]=s->get(x-1,y,z)-s->get(x,y,z);
around[1]=s->get(x,y-1,z)-s->get(x,y,z);
around[2]=s->get(x,y,z-1)-s->get(x,y,z);
around[3]=s->get(x+1,y,z-1)-s->get(x,y,z);
around[4]=s->get(x,y+1,z)-s->get(x,y,z);
around[5]=s->get(x,y,z+1)-s->get(x,y,z);
sum=0;
//qym 2014-1-8 for divide by zero
if(val == 0)
sum = 0;
else
{
for (int k=0; k < 6; k++)
{
//implementation sum(g(i)*f(i))
sum+=around[k]/(1+around[k]*around[k]/(val*val));
}
float tempval = s->get(x,y,z) + a*sum/double(6);
if (tempval <= Maxvar)
{
temp->put(x, y, z, tempval);
}
else
{
temp->put(x, y, z, s->get(x,y,z));
}
}
}//for x..
}//for y..
}//forz..
s = temp;
}//for delta
//size_t step = iter *ret->size();
//int call = 10000;
bool flag = false;
int interval = globalProgressChanged/1000 == 0 ? 1:globalProgressChanged /1000 ;//first call diygieshi0 houmianshi 1
int rs = 0 ;
//bool flag = false;
if (iter == 0)
{
int firstvar;
if ( progressStep == 0 )
{
firstvar = 0;
}
else firstvar = 1;
for ( int i = 0; i < ret->size(); i ++)
{
rs ++;
if ( rs == interval && ProgressChanged != NULL )
{
progressStep += interval;
rs = 0;
ProgressChanged (firstvar, 100, (int) (long long)( progressStep)*100/(globalProgressChanged ), flag);
}
ret->putXYZ(i ,temp->getXYZ(i));
}
}
else//..iter!=0
{
int interval = globalProgressChanged/1000 == 0 ? 1:globalProgressChanged /1000 ;//first call diygieshi0 houmianshi 1
int rs = 0 ;
bool flag = false;
for (int i = 0; i < ret->size(); i++)
{
rs++;
if ( rs == interval && ProgressChanged != NULL )
{
progressStep += interval;
rs = 0;
ProgressChanged (1, 100,(int) (long long)( progressStep)*100/(globalProgressChanged ),flag);
}
ret->putXYZ(i ,temp->getXYZ(i + ret->getXsize()*ret->getYsize() ));
}
}//else ..._if iter =0
delete s;
}//if
else
{
//P-M function 2nd-order PDE denoise
PIXTYPE a=1,sum;
int z,y,x,K,j,i;
//Raw *d=new Raw(src->getXsize(),src->getYsize(),src->getZsize(),src->getdata());
Raw *d=new Raw(src->getXsize(), src->getYsize(), src->getZsize(), src->getdata());
temp = new Raw(*d);
//Raw s=Raw(src);
PIXTYPE *around=new PIXTYPE[6];
for (i = 0 ;i < delt; i++)
{
for (z = 1; z < src->getZsize()-1;z++)
{
for ( y = 1; y < src->getYsize()-1; y++)
{
for ( x = 1; x < src->getXsize()-1; x++)
{
around[0]=d->get(x-1,y,z)-d->get(x,y,z);
around[1]=d->get(x,y-1,z)-d->get(x,y,z);
around[2]=d->get(x,y,z-1)-d->get(x,y,z);
around[3]=d->get(x+1,y,z-1)-d->get(x,y,z);
around[4]=d->get(x,y+1,z)-d->get(x,y,z);
around[5]=d->get(x,y,z+1)-d->get(x,y,z);
sum=0;
//swf 2014-1-9 for divide by zero
if(val == 0)
sum = 0;
else
{
for (int k=0; k < 6; k++)
{
//implementation sum(g(i)*f(i))
sum += around[k]/(1 + around[k] * around[k]/(val * val));
}
float tempval = d->get(x,y,z) + a*sum/double(6);
if ( tempval <= Maxvar )
{
temp->put(x, y, z, tempval);
}
else
{
temp->put(x, y, z, d->get(x,y,z));
}
}
}//for
}//for
//cout << "times = :" << i << endl;
}//for
//d += s*(-1);
d = temp;
}//for delte
//size_t step = iter *ret->size();
int interval = globalProgressChanged/1000 == 0 ? 1:globalProgressChanged /1000 ;//first call diygieshi0 houmianshi 1
int rs = 0 ;
bool flag = false;
//recover data order from x,z,y
//
for ( int i = 0; i < ret->size(); i ++)
{
rs ++;
if ( rs == interval && ProgressChanged != NULL )
{
progressStep += interval;
rs = 0;
ProgressChanged (1, 100,(int) (long long)( progressStep)*100/(globalProgressChanged ),flag);
}
ret->putXYZ(i , temp->getXYZ(i) );
}
delete d;
//src = s;
//return d;
}
}
//if (iter !=0 && (iter+1)*ret->getZsize() < src->getZsize())
//{
//}
//else if ((iter == 0 && (iter+1)*ret->getZsize() != src->getZsize())|| ((iter+1)*ret->getZsize() == src->getZsize()&& iter !=0 ))
//{
//}
//else
//{
//}
}