public static void ControlSearch()
{
KeyUnReg();
OptionKeyUnReg();
string ModuleName = MagicKeys.InputTextBox("Enter sub string for calling module", "ControlSearch");
if (ModuleName == "0")
{
OptionKeyReg();
return;
}
Module = ModuleName;
MagicKeys.SetWindowPos(MagicKeys.GetForegroundWindow(), 0, 10, 10, 0, 0, MKC.SWP_NOSIZE | MKC.SWP_NOACTIVATE | MKC.SWP_NOZORDER);
P = GetPluginCoord();
if (P[0] == 1)
{
MagicKeys.Speak("Module found");
MagicKeys.MouseMove(P[1], P[2], 0);
KeyReg();
OptionKeyReg();
MagicKeys.SoundPlay("WindowOpened", 0);
Directory.CreateDirectory(@".\DevSave\" + Module);
ModuleFound();
KeyUnReg();
MagicKeys.SoundPlay("WindowClosed", 0);
}
else
{
MagicKeys.Speak("Not found");
OptionKeyReg();
}
}
public static void MouseMover(string To)
{
OCRR = string.Empty;
Thread.Sleep(20);
KeyUnReg();
int[] MP = MagicKeys.GetMousePosition();
if (To == "Left")
{
if (MP[0] - MouseStep <= P[1])
{
MagicKeys.SoundPlay("End", 0);
MagicKeys.MouseMove(P[1], MP[1], 0);
KeyReg();
return;
}
MagicKeys.MouseMove(MP[0] - MouseStep, MP[1], 0);
}
if (To == "Right")
{
if (MP[0] + MouseStep >= P[3])
{
MagicKeys.SoundPlay("End", 0);
MagicKeys.MouseMove(P[3], MP[1], 0);
KeyReg();
return;
}
MagicKeys.MouseMove(MP[0] + MouseStep, MP[1], 0);
}
if (To == "Up")
{
if (MP[1] - MouseStep <= P[2])
{
MagicKeys.SoundPlay("End", 0);
MagicKeys.MouseMove(MP[0], P[2], 0);
KeyReg();
return;
}
MagicKeys.MouseMove(MP[0], MP[1] - MouseStep, 0);
}
if (To == "Down")
{
if (MP[1] + MouseStep >= P[4])
{
MagicKeys.SoundPlay("End", 0);
MagicKeys.MouseMove(MP[0], P[4], 0);
KeyReg();
return;
}
MagicKeys.MouseMove(MP[0], MP[1] + MouseStep, 0);
}
if (AutoOCR == 1)
{
VisionBot();
}
KeyReg();
}
public static void OCRClick(string BTN)
{
if (DP[0] == 0)
{
MagicKeys.Speak(T._("No rectangle for OCR"));
return;
}
int[] MP = MagicKeys.GetMousePosition();
MagicKeys.MouseClick(BTN, MP[0] + (DP[0] / 2), MP[1] + (DP[1] / 2), 1, 0, 0, 10);
MagicKeys.MouseMove(MP[0], MP[1], 1);
}
public static void MouseGoTo()
{
KeyUnReg();
OptionKeyUnReg();
int[] MP = MagicKeys.GetMousePosition();
InputBox X = new InputBox();
X.Text = "Mouse X";
X.InputBoxLabel.Text = "Enter new mouse position X";
X.Value.Minimum = 0;
X.Value.Maximum = P[3] - P[1];
X.ShowDialog();
int NewX;
if (X.DialogResult == DialogResult.OK)
{
NewX = Convert.ToInt32(X.GetString());
}
else
{
KeyReg();
OptionKeyReg();
return;
}
InputBox Y = new InputBox();
Y.Text = "Mouse Y";
Y.InputBoxLabel.Text = "Enter new mouse position Y";
Y.Value.Minimum = 0;
Y.Value.Maximum = P[4] - P[2];
Y.ShowDialog();
int NewY;
if (Y.DialogResult == DialogResult.OK)
{
NewY = Convert.ToInt32(Y.GetString());
}
else
{
KeyReg();
OptionKeyReg();
return;
}
MagicKeys.MouseMove(P[1] + NewX, P[2] + NewY, 0);
KeyReg();
OptionKeyReg();
}
public static async void OCRWordPosition()
{
KeyUnReg();
OptionKeyUnReg();
Bitmap Screen = new Bitmap(P[3] - P[1], P[4] - P[2]);
Graphics g = Graphics.FromImage(Screen);
g.CopyFromScreen(P[1], P[2], 00, 0, Screen.Size);
var engine = Windows.Media.Ocr.OcrEngine.TryCreateFromLanguage(new Windows.Globalization.Language("en"));
var memoryStream = new MemoryStream();
Screen.Save(memoryStream, ImageFormat.Bmp);
var WMS = WindowsRuntimeStreamExtensions.AsRandomAccessStream(memoryStream);
var decoder = await Windows.Graphics.Imaging.BitmapDecoder.CreateAsync(WMS);
var softwareBitmap = await decoder.GetSoftwareBitmapAsync();
var OCRR = await engine.RecognizeAsync(softwareBitmap);
OCRResultForm ORF = new OCRResultForm();
foreach (var Line in OCRR.Lines)
{
for (int I = 0; I <= Line.Words.Count - 1; I++)
{
LW.Add(Line.Words[I].Text);
LX.Add(Convert.ToInt32(Line.Words[I].BoundingRect.X));
LY.Add(Convert.ToInt32(Line.Words[I].BoundingRect.Y));
}
}
foreach (var W in LW)
{
ORF.WList.Items.Add(W);
}
ORF.ShowDialog();
if (ORF.DialogResult == DialogResult.OK)
{
int SI = ORF.WList.SelectedIndex;
MagicKeys.MouseMove(P[1] + LX[SI], P[2] + LY[SI], 0);
LW.Clear();
LX.Clear();
LY.Clear();
}
OptionKeyReg();
KeyReg();
}