USpeak: Difference between revisions

Line 112:

This can be done via simple calls to the X11 Server. Here is a snippet of how that can be done.

XGetInputFocus(...); ~~//to focus to the window.~~

// Get the currently focused window.

// Create the event

XGetInputFocus(...);

XKeyEvent event = createKeyEvent(...);

// Send the KEYCODE. We can define these using XK_ constants

// Create the event

XSendEvent(...);

XKeyEvent event = createKeyEvent(...);

// Resend the event to emulate the key release

event = createKeyEvent(...);

// Send the KEYCODE. We can define these using XK_ constants

XSendEvent(...);

// Resend the event to emulate the key release

event = createKeyEvent(...);

XSendEvent(...);

</source>

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Line 162:

I will be using (and have been using) Juilus as the speech recognition tool. Julius is suited for both dictation (continuous speech recognition) and command and control. A grammar-based recognition parser named "Julian" is integrated into Julius which is modified to use hand-designed DFA grammar as a language model. And hence it is suited for voice command system of small vocabulary, or various spoken dialog system tasks.

The coding will be done in C ~~and~~ shell scripts and recording will be done on an external computer and the compiled model will be stored on the XO. I own an XO because of my previous efforts and hence I plan to work natively on it and test the performance real time.

The coding will be done in C, shell scripts and Python and recording will be done on an external computer and the compiled model will be stored on the XO. I own an XO because of my previous efforts and hence I plan to work natively on it and test the performance real time.

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@@ Line 112: / Line 112: @@
 This can be done via simple calls to the X11 Server. Here is a snippet of how that can be done.
+<source lang=cpp>
-                       XGetInputFocus(...); //to focus to the window.
+// Get the currently focused window.
-                       // Create the event
+XGetInputFocus(...);
-                       XKeyEvent event = createKeyEvent(...);
-                       // Send the KEYCODE. We can define these using XK_ constants
+// Create the event
-                       XSendEvent(...);
+XKeyEvent event = createKeyEvent(...);
-                       // Resend the event to emulate the key release
-                       event = createKeyEvent(...);
+// Send the KEYCODE. We can define these using XK_ constants
-                       XSendEvent(...);
+XSendEvent(...);
+// Resend the event to emulate the key release
+event = createKeyEvent(...);
+XSendEvent(...);
+</source>
@@ Line 156: / Line 162: @@
 I will be using (and have been using) Juilus as the speech recognition tool. Julius is suited for both dictation (continuous speech recognition) and command and control. A grammar-based recognition parser named "Julian" is integrated into Julius which is modified to use hand-designed DFA grammar as a language model. And hence it is suited for voice command system of small vocabulary, or various spoken dialog system tasks.
-The coding will be done in C and shell scripts and recording will be done on an external computer and the compiled model will be stored on the XO. I own an XO because of my previous efforts and hence I plan to work natively on it and test the performance real time.
+The coding will be done in C, shell scripts and Python and recording will be done on an external computer and the compiled model will be stored on the XO. I own an XO because of my previous efforts and hence I plan to work natively on it and test the performance real time.
 ----