public SortingResult()
{
InitializeComponent();
_path = null;
picNum = 0;
for (int i = 0; i < MainInfo.tot; i++)
{
if (MainInfo.selected[i])
{
picNum++;
}
}
progress = 0;
int id = 0;
Thread progressThread = new Thread(progress_thread);
progressThread.IsBackground = true;
progressThread.Start();
originArray = new SortObject[picNum];
sortedArray = new SortObject[picNum];
for (int i = 0; i < MainInfo.tot; i++)
{
if (MainInfo.selected[i])
{
double result = NR_algorithm.NR_method(
SettingInfo.imageSort_NRmethod,
MainInfo.picInfo[MainInfo.path_name[i]].rgb,
MainInfo.picInfo[MainInfo.path_name[i]].height,
MainInfo.picInfo[MainInfo.path_name[i]].width);
MainInfo.picInfo[MainInfo.path_name[i]].grade_none = NR_algorithm.NR_grade(SettingInfo.imageSort_NRmethod, result);
originArray[id] = new SortObject(MainInfo.picInfo[MainInfo.path_name[i]].grade_none, MainInfo.path_name[i], MainInfo.name[i]);
sortedArray[id++] = new SortObject(MainInfo.picInfo[MainInfo.path_name[i]].grade_none, MainInfo.path_name[i], MainInfo.name[i]);
}
progress = 1000 * id / picNum;
}
Array.Sort(sortedArray, new sortObjectComparer()); //图片排序调用
origin_e1 = new EventHandler(origin_item_double_click);
origin_e2 = new EventHandler(origin_pictureBox_double_click);
origin_e3 = new EventHandler(origin_label_double_click);
sorted_e1 = new EventHandler(sorted_item_double_click);
sorted_e2 = new EventHandler(sorted_pictureBox_double_click);
sorted_e3 = new EventHandler(sorted_label_double_click);
}
private void confirm_Click(object sender, EventArgs e)
{
Dispose();
int tot = 0;
for (int i = 0; i < MainInfo.tot; i++)
{
if (MainInfo.selected[i])
{
tot++;
}
}
int index = 0;
if (ratioButton.Checked)
{
SortObject[] sortedArray = new SortObject[tot];
for (int i = 0; i < MainInfo.tot; i++)
{
if (MainInfo.selected[i])
{
double result = NR_algorithm.NR_method(
SettingInfo.imageClear_NRmethod,
MainInfo.picInfo[MainInfo.path_name[i]].rgb,
MainInfo.picInfo[MainInfo.path_name[i]].height,
MainInfo.picInfo[MainInfo.path_name[i]].width);
MainInfo.picInfo[MainInfo.path_name[i]].grade_none = NR_algorithm.NR_grade(SettingInfo.imageClear_NRmethod, result);
sortedArray[index++] = new SortObject(MainInfo.picInfo[MainInfo.path_name[i]].grade_none, MainInfo.path_name[i], MainInfo.name[i]);
}
}
Array.Sort(sortedArray, new sortObjectComparer());
DeleteComfirm imageDeleteComfirmForm = new DeleteComfirm(clearingRatioBar.Value, mf, sortedArray);
imageDeleteComfirmForm.Show();
}
else
{
SortObject[] sortedArrayTemp = new SortObject[tot];
for (int i = 0; i < MainInfo.tot; i++)
{
if (MainInfo.selected[i])
{
double result = NR_algorithm.NR_method(SettingInfo.imageClear_NRmethod,
MainInfo.picInfo[MainInfo.path_name[i]].rgb,
MainInfo.picInfo[MainInfo.path_name[i]].height,
MainInfo.picInfo[MainInfo.path_name[i]].width);
MainInfo.picInfo[MainInfo.path_name[i]].grade_none = NR_algorithm.NR_grade(SettingInfo.imageClear_NRmethod, result);
if (MainInfo.picInfo[MainInfo.path_name[i]].grade_none <= threadsoldBar.Value)
{
sortedArrayTemp[index++] = new SortObject(MainInfo.picInfo[MainInfo.path_name[i]].grade_none, MainInfo.path_name[i], MainInfo.name[i]);
}
}
}
SortObject[] sortedArray = new SortObject[index];
for (int i = 0; i < index; i++)
{
sortedArray[i] = sortedArrayTemp[i];
}
Array.Sort(sortedArray, new sortObjectComparer());
DeleteComfirm imageDeleteComfirmForm = new DeleteComfirm(100, mf, sortedArray);
imageDeleteComfirmForm.Show();
}
}