PoroMediaDialogShare.cpp #2

#include "stdafx.h"
#include "PoroMediaDialogShare.h"

//constructor (CHANGE these to change default shared dialog values)
PoroMediaDialogShare::PoroMediaDialogShare()
{
//
//	COMMON AMONG ALL POROMEDIA DIALOGS
//
	//input and output files
	field_directory_and_file_input_str = "";
	field_directory_work_str = "";
	field_name_output_str = "";
	//input parameters
	field_start_slice_int = 0;
	field_start_X_int = 0;
	field_start_Y_int = 0;
	field_width_slices_int = 0;
	field_width_X_int = 0;
	field_width_Y_int = 0;
	field_end_slice_int = 0;
	field_end_X_int = 0;
	field_end_Y_int = 0;
	field_pixel_size_float = 0.7f;
	//threshold
	field_manual_threshold_int = 0;
	//stop request flag
	stop_request = false;
	//optional
	flag_add_options = false;
	//memory estimate byte multiplier (adjust in specific dialog to make alg specific)
	req_mem_byte_multiplier = 0.125f;

//
//	THE FOLLOWING ARE ADDITIONAL OPTIONS MODIFIED ONLY THROUGH THE PREPROCESSING FILTERS DIALOG
//
	skip_binarization = false;
	//contrast	
	filter_contrast_percentage = 20;
	//convolve
	filter_convolve_type = 2;// 0 = Median; Median+Aver; Uniform; Linear; Exponential; Square; debug;
	filter_convolve_savebounds = false;	//keep the boundaries or not
	filter_convolve_radius = 1.9f;
	//aniso defaults
	filter_aniso_fast = false;
	filter_aniso_savebounds = false;
	filter_aniso_conboost = false;
	filter_aniso_K = 14;
	filter_aniso_TAU = 1.0f;
	filter_aniso_TAU_defVon = 1.0f;
	filter_aniso_TAU_defVoff = 1.0f;
	filter_aniso_K_defVon = 14;
	filter_aniso_K_defVoff = 30;
	filter_aniso_K_var = true;
	filter_aniso_iterations = 100;
	filter_aniso_midpoint = 127;
	filter_aniso_diff_coef = 2; // 0 = 1/[1+]^2, 1 = exp^2, 2 = exp^4, 3 = exp^n
	filter_aniso_radius = 1.9f;
	//vox rem
	filter_voxrem_removal_run_4_pore = true;
	filter_voxrem_removal_run_4_fiber = true;
	filter_voxrem_pore_um_vol = 512;
	filter_voxrem_fiber_um_vol = 512;
	//close filt
	filter_close_iterations = 3;	//was 5, need larger value for skeletonization (smoother surface)
	filter_close_neighs_ext = 14;
	filter_close_neighs_non = 4;
	filter_close_extended = true;
	if (filter_close_extended)
		filter_close_neighs = filter_close_neighs_ext;
	else
		filter_close_neighs = filter_close_neighs_non;
	//additional save options
	save_intermediate_results = true;
	check_save_raw_files_bool = false;
	
//
//	USED ONLY BY POROMEDIADIALOGSHARE
//
	left_bracket_indx = 0;
	max_dig_cnt = MAX_DIG_LIMIT;
	cur_dig_cnt = 4;
	first_slice_indx = -1;
	first_X_indx = -1;
	first_Y_indx = -1;

	max_XY_depth = 0;
	max_XZ_depth = 0;
	max_YZ_depth = 0;

	max_X_size = MAX_NUM_LIMIT;
	max_Y_size = MAX_NUM_LIMIT;

	//everything enabled by default
	dialog_inactive_flags = 0;
	
	program_generated = false;
}

PoroMediaDialogShare::~PoroMediaDialogShare()
{
}

void PoroMediaDialogShare::StopRequest()
{
	//ask user for confirmation
	if (AfxMessageBox("Are you sure you want to permanently end the simulation?", MB_YESNO, 0) == IDYES)
	{
		stop_request = true;
		//grey out stop button
		button_STOP.EnableWindow(FALSE);

		txt_field_progress.SetWindowText("Please WAIT, simulation is being aborted...");

		// currently running function should:
		// 1) stop it's current execution (going back to "input" code)
		// 2) re-enable all dialog inputs
		// 3) finally call StopConfirm()
	}
}

void PoroMediaDialogShare::StopConfirm()
{	
	stop_request = false;
	txt_field_progress.SetWindowText("Simulation successfully stopped.");
}