#include "stdafx.h"
#include "BoundaryInput.h"
using namespace std;
void disable_inputs(BoundaryDialog* BoundaryDlg)
{
UNREFERENCED_PARAMETER(BoundaryDlg); //to get rid of compiler warning message
//common inputs disabled in dialog class
}
/* re-enable the windows after an analysis run is done */
void enable_inputs(BoundaryDialog* BoundaryDlg){
//enable the common inputs
BoundaryDlg->EnableCommonInputs();
//flash for 3 seconds to alert user that we are done
BoundaryDlg->FlashWindowEx(FLASHW_TRAY, 3, 0);
}
UINT BoundarySetup(LPVOID pParam)
{
char boundary_directory[512];
BoundaryDialog* BoundaryDlg = (BoundaryDialog*) pParam;
disable_inputs(BoundaryDlg);
sprintf(boundary_directory, "%sSurfaceStructure", BoundaryDlg->field_directory_work_str);
if (!CreateDirectory(boundary_directory, NULL)) //create a new surface structure directory if needed
write_to_log("Surface Structure: 'SurfaceStructure' directory already exists, new one will not be created.");
DS_1b_cube * ds_cube = BoundaryDlg->Dlg_Input_to_cDS();
UNREFERENCED_PARAMETER(ds_cube); //to get rid of compiler warning message
//THICKNESS
//if (BoundaryDlg->check_run_thickness_dist.GetCheck())
//{
// minT = BoundaryDlg.m_b_upper - BoundaryDlg.m_t_lower;
// maxT = BoundaryDlg.m_b_lower - BoundaryDlg.m_t_upper;
// for(int i = BoundaryDlg.m_first; i <= BoundaryDlg.m_last; i++)
// {
// sprintf(samplebmpname,"%s%d.bmp", pictureName, i);
// sprintf(outputname,"resultThickness//thick_%s%d.txt", bmp_fname, i);
// sprintf(newDirPath,"resultThickness/");
// CreateDirectory(newDirPath,NULL);
// cout<<"Processing the "<<i<<" image: "<<samplebmpname<<endl;
// cout<<"Output "<<outputname<<endl<<endl;
// List<headtail>* result;
// result=getboundary(samplebmpname, thres, BoundaryDlg.m_left, BoundaryDlg.m_right);
// //AfxMessageBox("Running getboundary.");
// getathickness(result,outputname);//OK
// //AfxMessageBox("Running getthickness.");
// }
// getdist(bmp_fname, BoundaryDlg.m_first, BoundaryDlg.m_last, BoundaryDlg.m_t_upper, BoundaryDlg.m_t_lower,
// BoundaryDlg.m_b_upper, BoundaryDlg.m_b_lower, BoundaryDlg.m_left, BoundaryDlg.m_right, manual, invert, BoundaryDlg.m_threshold);
//}
//
// //SURFACE VOLUME
// if (BoundaryDlg.m_runsurfacestructure == TRUE)
// {
// sprintf(newDirPath,"resultSurfaceVolume/");
// CreateDirectory(newDirPath,NULL);
// sprintf(outputname,"resultSurfaceVolume/surface_blend3.txt");
//
// for(i = BoundaryDlg.m_first; i <= BoundaryDlg.m_last; i++)
// {
// sprintf(samplebmpname,"%s%d.bmp", pictureName, i);
// List<headtail>* result;
// result=getboundary(samplebmpname, thres, BoundaryDlg.m_left, BoundaryDlg.m_right);
// cout<<"Get Peak from "<<i<<" slice: "<<endl;
// getpeak(result,&high,&low, BoundaryDlg.m_t_upper, BoundaryDlg.m_t_lower,
// BoundaryDlg.m_b_upper, BoundaryDlg.m_b_lower);
// cout<<"Get Surface Height from "<<i<<" slice: "<<endl;
// getsurhigh(result,high,low,outputname,
// BoundaryDlg.m_t_upper, BoundaryDlg.m_t_lower,
// BoundaryDlg.m_b_upper, BoundaryDlg.m_b_lower);
// }
//
// getsurdist(outputname, "surface_volume_distribution.csv", bmp_fname, BoundaryDlg.m_first, BoundaryDlg.m_last,
// BoundaryDlg.m_t_upper, BoundaryDlg.m_t_lower, BoundaryDlg.m_b_upper, BoundaryDlg.m_b_lower,
// BoundaryDlg.m_left, BoundaryDlg.m_right, manual, invert, BoundaryDlg.m_threshold);
//
// }
//
// //CONTACT FRACTION AND SURFACE PIT DIST
// if ( (BoundaryDlg.m_runbottom == TRUE) || (BoundaryDlg.m_runtop == TRUE))
// {
// peak1=10000;
// peak2=0;
// for(i = BoundaryDlg.m_first; i <= BoundaryDlg.m_last; i++)
// {
// cout<<"Get Peak from "<<i<<" slice: "<<endl;
// sprintf(samplebmpname,"%s%d.bmp", pictureName, i);//sprintf(samplebmpname,"d://Users//Leiwang//project//w50edp//W50EDP_0%d.bmp",i);
// List<headtail>* result;
// result=getboundary(samplebmpname, thres, BoundaryDlg.m_left, BoundaryDlg.m_right);
// //result=getboundary(samplebmpname);
// if(result->getNumber() <= 100)
// {
// cout<<endl;
// continue;
// }
//
// //int high,low;
// getpeak(result,&high,&low, BoundaryDlg.m_t_upper, BoundaryDlg.m_t_lower,
// BoundaryDlg.m_b_upper, BoundaryDlg.m_b_lower);
// //getpeak(result,&high,&low);
// result->Clear();
// if(high < peak1)
// peak1 = high;
// if(low > peak2)
// peak2 = low;
// }
//
// if (BoundaryDlg.m_runtop == TRUE)
// {
// ofstream fout("contact_fraction_Top.csv",ios::out);
// char bmp_name[512];
// if(!fout.is_open())
// {
// cout<<"cannot write file..."<<endl;
// exit(1);
// }
// //sample info
// sprintf(bmp_name, "%s###.bmp", bmp_fname);
// fout << "Results file for contact fraction on top layer."<<endl<<endl;
// fout << "Sample Name:,," << bmp_name << endl;
// fout << "Run Parameters:,,,First Slice," << BoundaryDlg.m_first << ",,Last Slice,"<< BoundaryDlg.m_last << endl;
// fout << ",,Top:,Upper limit," << BoundaryDlg.m_t_upper << ",,Lower limit," << BoundaryDlg.m_t_lower << endl;
// fout << ",,,Left limit," << BoundaryDlg.m_left << ",,Right limit," << BoundaryDlg.m_right << endl;
// fout << ",,,Threshold," << BoundaryDlg.m_threshold;
// if (manual == 1)
// fout << ",(manual),Inverted?,";
// else
// fout << ",(auto),Inverted?,";
// if (invert == 1)
// fout << "YES" << endl;
// else
// fout << "NO" << endl;
// fout << endl << endl;
//
// fout << "Layer" << "," << "Fraction" << endl;
// for(i = peak1; i <= BoundaryDlg.m_t_lower; i++)
// {
// cout<<"On Level "<<i<<" ..."<<endl;
// j = i - peak1;
// //char pitoutname[40];
// sprintf(pitoutname,"resultContactFractTop/pitdist_%d.txt",j);
// sprintf(newDirPath,"resultContactFractTop/");
// CreateDirectory(newDirPath,NULL);
//
// double contactfract=getcontactpit(pictureName, BoundaryDlg.m_first,
// BoundaryDlg.m_last, j, pitoutname, true, thres, BoundaryDlg.m_left, BoundaryDlg.m_right, BoundaryDlg.m_t_upper, BoundaryDlg.m_t_lower, BoundaryDlg.m_b_upper, BoundaryDlg.m_b_lower);
//
// if(fabs(contactfract - 1.0) < 0.001) break;
//
// else
// {
// cout<<"The contact fraction of level "<<i<<" is: "<<contactfract<<endl;
// fout << j << "," << contactfract << endl;
// }
// }
// fout.close();
// getdistsurfpit("resultContactFractTop/pitdist_", "surfacepit_distribution_Top.csv", bmp_name,
// BoundaryDlg.m_first, BoundaryDlg.m_last, BoundaryDlg.m_t_upper, BoundaryDlg.m_t_lower,
// BoundaryDlg.m_left, BoundaryDlg.m_right, manual, invert, BoundaryDlg.m_res, BoundaryDlg.m_threshold, 0);
// }
//
// if (BoundaryDlg.m_runbottom == TRUE)
// {
// ofstream fout("contact_fraction_Bottom.csv",ios::out);
// char bmp_name[512];
// if(!fout.is_open())
// {
// cout<<"cannot write file..."<<endl;
// exit(1);
// }
// sprintf(bmp_name, "%s###.bmp", bmp_fname);
// fout << "Results file for contact fraction on bottom layer."<<endl<<endl;
// fout << "Sample Name:,,," << bmp_name << endl;
// fout << "Run Parameters:,First Slice," << BoundaryDlg.m_first << ",,Last Slice,"<< BoundaryDlg.m_last << endl;
// fout << ",,Bottom:,Upper limit," << BoundaryDlg.m_b_upper << ",,Lower limit," << BoundaryDlg.m_b_lower << endl;
// fout << ",,,Left limit," << BoundaryDlg.m_left << ",,Right limit," << BoundaryDlg.m_right << endl;
// fout << ",,,Threshold," << BoundaryDlg.m_threshold;
// if (manual == 1)
// fout << ",(manual),Inverted?,";
// else
// fout << ",(auto),Inverted?,";
// if (invert == 1)
// fout << "YES" << endl;
// else
// fout << "NO" << endl;
// fout << endl << endl;
//
// fout << "Layer" << "," << "Fraction" << endl;
// for(i = peak2; i >= BoundaryDlg.m_b_upper; i--)
// {
// cout<<"On Level "<<i<<" ..."<<endl;
// int j = peak2 - i;
//
// sprintf(pitoutname,"resultContactFractBottom//pitdist_%d.txt",j);
// sprintf(newDirPath,"resultContactFractBottom/");
// CreateDirectory(newDirPath,NULL);
//
// double contactfract=getcontactpit(pictureName, BoundaryDlg.m_first,
// BoundaryDlg.m_last, j, pitoutname, false, thres, BoundaryDlg.m_left, BoundaryDlg.m_right, BoundaryDlg.m_t_upper, BoundaryDlg.m_t_lower, BoundaryDlg.m_b_upper, BoundaryDlg.m_b_lower);
//
// if(fabs(contactfract-1.0)<0.001) break;
//
// else
// {
// cout<<"The contact fraction of level "<<i<<" is: "<<contactfract<<endl;
// fout<<j<<","<<contactfract<<endl;
// }
// }
// fout.close();
// getdistsurfpit("resultContactFractBottom/pitdist_", "surfacepit_distribution_Bottom.csv", bmp_name,
// BoundaryDlg.m_first, BoundaryDlg.m_last, BoundaryDlg.m_b_upper, BoundaryDlg.m_b_lower,
// BoundaryDlg.m_left, BoundaryDlg.m_right, manual, invert, BoundaryDlg.m_res, BoundaryDlg.m_threshold, 1);
// //getdistsurfpit("resultContactFractBottom/pitdist_", "surfacepit_distribution_Bottom.txt",
// // BoundaryDlg.m_b_upper, BoundaryDlg.m_b_lower, BoundaryDlg.m_res, thres);
// //cout<<"done!"<<endl;
// }
// }
//
//
enable_inputs(BoundaryDlg);
return 0;
}