public BetterFoundInfo(DateTime currentTime, KeyboardEPAlgorithm algorithm, KeyboardLayout current, double currentScore)
{
this.currentTime = currentTime;
this.algorithm = algorithm;
this.current = current;
this.currentScore = currentScore;
}
void StartButtonClick(object sender, EventArgs e)
{
if (!Settings.CanStartWithKnownLayout)
return;
var algorithm = new KeyboardEPAlgorithm(Settings.CurrentCorpus.FromJust, mainControl.settings.CurrentTimes.FromJust.Times,
mainControl.Logger);
var layout = Settings.CurrentLayout.FromJust;
algorithm.SetLayout(layout);
ConsoleTextBox.AppendText(startingNew);
ConsoleTextBox.AppendText(MainControl.PrintLayoutWithScore(layout, algorithm.CurrentScore));
mainControl.Start(algorithm);
}
public void Start(KeyboardEPAlgorithm algorithm)
{
Algorithm = algorithm;
ThreadStart work = () =>
{
while (State == MainControl.States.Running)
{
if (mainControl.UntilBetter(Algorithm))
continue;
Invoke(new Action(() => { mainControl.State = MainControl.States.Stopped; }));
break;
}
};
State = MainControl.States.Running;
workingThread = new Thread(work);
workingThread.Start();
}
public void Start(KeyboardEPAlgorithm algorithm)
{
runningControlBar1.Start(algorithm);
}
public bool UntilBetter(KeyboardEPAlgorithm algorithm)
{
var startingSolution = algorithm.Current;
while (IsRunning && algorithm.Current.Equals(startingSolution))
{
if (!algorithm.MoveNext())
return false;
}
return true;
}
void InvokeBetterSampleFound(KeyboardEPAlgorithm algorithm)
{
innerWorker.AddWorkItem(() => BetterSampleFound(new BetterFoundInfo(DateTime.Now, algorithm, algorithm.Current, algorithm.CurrentScore)));
}
KeyboardEPAlgorithm GetTestAlgorithm()
{
const int width = 3;
const int height = 3;
const int keyboardKeyCount = width * height;
var keyboard = new Keyboard(Enumerable.Range(0, height).Select(_ => width).ToArray(),
Keyboard.StandardKeyboard.AllChars.Take(keyboardKeyCount).ToHashSet());
var timeBuilder = TransitionTimeBuilder.GetEmpty(keyboard);
var fractions = new double[keyboardKeyCount, keyboardKeyCount];
for (var i = 0; i < keyboardKeyCount; i++)
{
for (var j = i; j < keyboardKeyCount; j++)
{
var miliseconds = i + j * keyboardKeyCount;
timeBuilder[i, j].AddMeasurement(miliseconds);
fractions[i, j] = miliseconds;
}
}
var corpus = new Corpus(fractions, keyboardKeyCount, keyboard);
var algorithm = new KeyboardEPAlgorithm(corpus, timeBuilder.Times, GetLogger());
algorithm.SetLayout(KeyboardLayout.Random(keyboard));
return algorithm;
}
KeyboardEPAlgorithm GetStandardWithCurrentSettings()
{
var corpus = Settings.CurrentCorpus.FromJust;
var style = Settings.CurrentTimes.FromJust.Times;
var algorithm = new KeyboardEPAlgorithm(corpus, style, GetLogger());
algorithm.SetLayout(KeyboardLayout.Random(Keyboard.StandardKeyboard));
return algorithm;
}
void StartRandomButtonClick(object sender, EventArgs e)
{
if (Settings.CanStart)
{
mainControl.consoleTextBox.Clear();
var layout = KeyboardLayout.Random(Keyboard.StandardKeyboard);
ConsoleTextBox.AppendText("Starting algorithm with a random layout." + Environment.NewLine);
var algorithm = new KeyboardEPAlgorithm(Settings.CurrentCorpus.FromJust, Settings.CurrentTimes.FromJust.Times,
mainControl.Logger);
algorithm.SetLayout(layout);
ConsoleTextBox.AppendText(startingNew);
ConsoleTextBox.AppendText(MainControl.PrintLayoutWithScore(layout, algorithm.CurrentScore));
mainControl.Start(algorithm);
}
else
ConsoleTextBox.AppendText(inComplete);
}
