private void ButtonNetTrain_Click(object sender, RoutedEventArgs e)
{
switch (comboBoxNetDataset.Text)
{
case "1 Item":
getHistoryInterval = 3;
break;
case "2 Items":
getHistoryInterval = 3;
break;
case "0.2 Percent":
getHistoryInterval = 3;
break;
case "2.0 Percent":
getHistoryInterval = 5;
break;
case "10.0 Percent":
getHistoryInterval = 8;
break;
}
string command = "trainnet";
string args = '"' + comboBoxNetDataset.Text + "\" \"" + textBoxNetIterationSize.Text + '"';
command = command + " " + args;
string response = TcpConnection.SendMessage(command);
if (response == "training started")
{
labelNetTrainingProgress.Visibility = Visibility.Visible;
ProgressBarTraining.IsIndeterminate = true; // Start animation.
buttonNetStop.IsEnabled = true;
OpenTraining();
}
}
private void CreateNet()
{
string response = TcpConnection.SendMessage("addnet");
if (response != "")
{
if (IsCommandError(response))
{
MessageBox.Show("Server response: \r\n" + response);
}
else
{
LoadNetsView();
ViewNet(response); // Response is new net name.
}
}
else
{
MessageBox.Show("Error: could not create net.\r\n");
}
}
private void ButtonNetSave_Click(object sender, RoutedEventArgs e)
{
// Replace this with field validation on text change.
if (comboBoxNetType.Text == "Convolutional" && Convert.ToInt32(textBoxNetConvLayers.Text) < 1)
{
textBoxNetConvLayers.Text = "1";
}
string descriptionArguments = "\"" + Nets[currentNet].Name + "\" \"" +
textBoxNetName.Text + "\" \"" + comboBoxNetType.Text + "\" \"" +
comboBoxNetActivationFunction.Text + "\" \"" +
Convert.ToString(checkBoxNetIsGrayscale.IsChecked) + "\"";
string layerArguments = textBoxNetInputs.Text + " " + textBoxNetOutputs.Text + " " +
textBoxNetFCLayers.Text + " " + textBoxNetConvLayers.Text;
string command;
if (comboBoxNetType.Text != Nets[currentNet].Type ||
textBoxNetInputs.Text != Convert.ToString(Nets[currentNet].NumInputs) ||
textBoxNetOutputs.Text != Convert.ToString(Nets[currentNet].NumOutputs) ||
textBoxNetFCLayers.Text != Convert.ToString(Nets[currentNet].NumFCLayers) ||
textBoxNetConvLayers.Text != Convert.ToString(Nets[currentNet].NumConvLayers))
{
// Net structure needs to be changed for the save.
command = "updatewholenet " + descriptionArguments + " " + layerArguments;
}
else
{
command = "updatenet " + descriptionArguments;
}
string response = TcpConnection.SendMessage(command);
LoadNetsView();
ViewNet(textBoxNetName.Text);
MessageBox.Show("Server response: \r\n" + response);
}
private void ButtonTrainBump_Click(object sender, RoutedEventArgs e)
{
string command = "bump";
_ = TcpConnection.SendMessage(command);
}
private void ButtonNetReinitialize_Click(object sender, RoutedEventArgs e)
{
string command = "reinitialize";
_ = TcpConnection.SendMessage(command);
}
private void DeleteNet(string name)
{
char quote = '"';
TcpConnection.SendMessage("deletenet " + quote + name + quote);
}
private void MenuItemTestSQLStatement_Click(object sender, RoutedEventArgs e)
{
_ = TcpConnection.SendMessage("runsql");
//MessageBox.Show("Server response: " + response);
}
private int OpenNet(string netName)
{
bool nameFound = false;
int netIdx = 0;
string command = "opennet \"" + netName + "\"";
string response = TcpConnection.SendMessage(command);
if (response != "error")
{
bool isGrayscale;
if (response == "True")
{
isGrayscale = true;
}
else
{
isGrayscale = false;
}
textBoxNetIterationSize.Text = "1";
checkBoxNetIsGrayscale.IsChecked = isGrayscale;
while (!nameFound && netIdx < Nets.Count)
{
if (Nets[netIdx].Name == netName)
{
nameFound = true;
textBoxNetName.Text = Nets[netIdx].Name;
comboBoxNetType.Text = Nets[netIdx].Type.ToString();
comboBoxNetActivationFunction.Text = Nets[netIdx].ActivationFunction;
textBoxNetInputs.Text = Nets[netIdx].NumInputs.ToString();
textBoxNetOutputs.Text = Nets[netIdx].NumOutputs.ToString();
textBoxNetFCLayers.Text = Nets[netIdx].NumFCLayers.ToString();
textBoxNetConvLayers.Text = Nets[netIdx].NumConvLayers.ToString();
}
netIdx++;
}
if (!nameFound)
{
netIdx = -1;
}
else
{
netIdx -= 1;
}
}
else
{
netIdx = -1;
}
currentNet = netIdx;
if (netIdx == -1)
{
MessageBox.Show("Error: Could not open net.");
}
return(netIdx);
}
private void MenuClearLog_Click(object sender, RoutedEventArgs e)
{
_ = TcpConnection.SendMessage("clearlog");
}
private void MenuItemWriteToLog_Click(object sender, RoutedEventArgs e)
{
_ = TcpConnection.SendMessage("writetolog");
}
private void MenuItemTestTcpMessage_Click(object sender, RoutedEventArgs e)
{
string response = TcpConnection.SendMessage("test message");
MessageBox.Show("Server response: " + response);
}
private void MenuItemFileOpenKB_Click(object sender, RoutedEventArgs e)
{
_ = TcpConnection.SendMessage("openkb");
//MessageBox.Show("Server response: " + response);
}
public void ProcessStatements(string statements)
{
statements = statements.Trim();
if (statements.StartsWith("speak"))
{
statements = statements.Substring(6, statements.Length - 6);
Speech.Speak(Speech.AddPronunciation(statements));
textBoxCommands.CaretIndex = textBoxCommands.Text.Length;
textBoxCommands.AppendText("\r\n\r\n" + commandPrompt);
commandsText = textBoxCommands.Text;
promptIndex = textBoxCommands.Text.Length;
textBoxCommands.CaretIndex = textBoxCommands.Text.Length;
lastCaretIndex = textBoxCommands.Text.Length;
}
else if (statements.StartsWith("getvoices"))
{
string installedVoices = Speech.GetInstalledVoices();
textBoxCommands.CaretIndex = textBoxCommands.Text.Length;
textBoxCommands.AppendText("\r\n\r\n" + installedVoices + "\r\n" + commandPrompt);
commandsText = textBoxCommands.Text;
promptIndex = textBoxCommands.Text.Length;
textBoxCommands.CaretIndex = textBoxCommands.Text.Length;
lastCaretIndex = textBoxCommands.Text.Length;
}
else if (statements.ToLower() == "python")
{
string response = TcpConnection.SendMessage("python");
commandPrompt = pythonCommandPrompt;
textBoxCommands.CaretIndex = textBoxCommands.Text.Length;
textBoxCommands.AppendText("\r\n" + response.TrimEnd() + "\r\n\r\n" +
commandPrompt);
commandsText = textBoxCommands.Text;
promptIndex = textBoxCommands.Text.Length;
textBoxCommands.CaretIndex = textBoxCommands.Text.Length;
lastCaretIndex = textBoxCommands.Text.Length;
}
else if (commandPrompt == pythonCommandPrompt)
{
string response = TcpConnection.SendMessage("[py]" + statements);
if (response == "[python closed]")
{
commandPrompt = ">"; // Switch back to normal command prompt.
StopOutput();
}
else
{
lastPythonOutputTime = DateTime.UtcNow;
timerPythonOutput = new DispatcherTimer();
timerPythonOutput.Tick += new EventHandler(TimerPythonOutput_Tick);
timerPythonOutput.Interval = new TimeSpan(0, 0, 0, 0, 200);
timerPythonOutput.Start();
}
}
else
{
string response = TcpConnection.SendMessage("processstatements " + statements);
if (response == "RefreshUDWords")
{
// Maybe split pronunciations out of AddRecRulesFromLexRules, since they are
// for spokenSynth and can be added separately just for voice synth.
LangBnf.LoadLexRules();
LoadUDWords();
if (checkBoxVoiceRecogition.IsChecked == true)
{
Speech.LoadSpeechRecognizer();
}
if (checkBoxVoiceSynth.IsChecked == true)
{
Speech.AddSynthRulesFromLexRules();
}
response = "okay;";
}
textBoxCommands.CaretIndex = textBoxCommands.Text.Length;
textBoxCommands.AppendText("\r\n" + response.TrimEnd() + "\r\n\r\n" + commandPrompt);
commandsText = textBoxCommands.Text;
promptIndex = textBoxCommands.Text.Length;
textBoxCommands.CaretIndex = textBoxCommands.Text.Length;
lastCaretIndex = textBoxCommands.Text.Length;
if (Speech.Synth != null && checkBoxVoiceSynth.IsChecked == true &&
response.Length < 200)
{
Speech.Speak(response);
}
}
}