public float InputCharacter(char newCharacter, char[][] keyboard, int[] finger)
{
// Find finger to use
if (firstCharacter != null)
{
firstCharacter = char.ToUpper(newCharacter);
return(CalcDistance(Utilities.FindInDimensions(keyboard, (char)firstCharacter), Utilities.FindInDimensions(keyboard, newCharacter), 0));
}
return(0);
}
public void PrintChar(char letter)
{
if (char.IsLower(letter))
{
letter = char.ToUpper(letter);
}
Point charCoordinates = Utilities.FindInDimensions(shownKeyboard, letter);
paragraphText.Text += letter;
paragraphText.Invalidate();
paragraphText.Update();
paragraphText.Refresh();
if (charCoordinates.X < 0)
{
return;
}
string ID = "lbl_key_" + charCoordinates.X.ToString() + "_" + charCoordinates.Y.ToString();
Label lbl = this.Controls.Find(ID, true).FirstOrDefault() as Label;
Color oldColor = lbl.BackColor;
lbl.BackColor = Color.Yellow;
lbl.Invalidate();
lbl.Update();
lbl.Refresh();
System.Threading.Thread.Sleep(50);
lbl.BackColor = oldColor;
lbl.Invalidate();
lbl.Update();
lbl.Refresh();
System.Threading.Thread.Sleep(50);
}
void Form1_KeyPress(object sender, KeyPressEventArgs e)
{
Point charCoordinates;
string ID;
Label lbl;
if (char.IsLower(e.KeyChar))
{
e.KeyChar = char.ToUpper(e.KeyChar);
}
switch (settingsManager.stateOfProgram)
{
case SettingsManager.ProgramState.DefaultMode:
return;
case SettingsManager.ProgramState.KeyboardLockMode:
if (e.KeyChar == (char)Keys.Escape)
{
lblProgramMode.Visible = false;
settingsManager.stateOfProgram = SettingsManager.ProgramState.DefaultMode;
return;
}
charCoordinates = Utilities.FindInDimensions(shownKeyboard, e.KeyChar);
if (charCoordinates.X < 0)
{
return;
}
int lockedIndex = Utilities.Convert2DToIndex(charCoordinates, shownKeyboard);
keyboardManager.lockedChars[lockedIndex] = !keyboardManager.lockedChars[lockedIndex];
ID = "lbl_key_" + charCoordinates.X.ToString() + "_" + charCoordinates.Y.ToString();
lbl = this.Controls.Find(ID, true).FirstOrDefault() as Label;
if (lbl.BorderStyle == BorderStyle.None)
{
lbl.BorderStyle = BorderStyle.Fixed3D;
}
else
{
lbl.BorderStyle = BorderStyle.None;
}
return;
case SettingsManager.ProgramState.FingerChooseMode:
if (e.KeyChar == (char)Keys.Escape)
{
lblProgramMode.Visible = false;
settingsManager.stateOfProgram = SettingsManager.ProgramState.DefaultMode;
return;
}
else if (e.KeyChar >= 49 && e.KeyChar <= 56) //1-8 on keyboard
{
settingsManager.assignedFinger = (int)e.KeyChar - 49;
lblProgramMode.Text = "Assign to Finger " + (settingsManager.assignedFinger + 1).ToString() + ". Press # to Assign new Finger. Press ESC to exit mode.";
}
else
{
charCoordinates = Utilities.FindInDimensions(shownKeyboard, e.KeyChar);
//Set specific key to finger array in keyboard
keyboardManager.fingersOnEachKey[Utilities.Convert2DToIndex(charCoordinates, shownKeyboard)] = settingsManager.assignedFinger;
if (charCoordinates.X < 0)
{
return;
}
ID = "lbl_key_" + charCoordinates.X.ToString() + "_" + charCoordinates.Y.ToString();
lbl = this.Controls.Find(ID, true).FirstOrDefault() as Label;
lbl.BackColor = settingsManager.GetColor();
}
return;
}
}
public float CalculateString(string stringToCalculate, char[][] keyboard, FingerKeySet fingerKeys)
{
List <Finger> fingerList = fingerKeys.GetFingerList();
Finger[] fingerArray = new Finger[8];
float fitnessValue = 0;
int characterCount = 0;
//Change fingerlist into an array to keep consistent arrays
foreach (Finger f in fingerList)
{
fingerArray[(int)f.fingerID] = f;
}
int? oldFingerIndex = null;
bool?lastHandIsRight = null;
foreach (char c in stringToCalculate)
{
float fitnessValueModifier = 1;
firstCharacter = char.ToUpper(c);
firstCharacter = CheckShiftKey(firstCharacter);
//Find character on keyboard
Point characterOnKeyboard = Utilities.FindInDimensions(keyboard, (char)firstCharacter);
if (characterOnKeyboard == new Point(-1, -1))
{
continue;
}
characterCount++;
//Convert keyboard to 2D
int characterIndex = Utilities.Convert2DToIndex(characterOnKeyboard, keyboard);
//Find out which finger goes to this key
int fingerIndex = fingerKeys.keysPerFinger[characterIndex];
fitnessValueModifier *= fingerArray[fingerIndex].fingerBonus();
if (lastHandIsRight != null && lastHandIsRight != isRightHand(fingerIndex))
{
fitnessValueModifier *= Values.ALTERNATING_HAND;
}
else if (oldFingerIndex != null && oldFingerIndex != fingerIndex)
{
fitnessValueModifier *= Values.ALTERNATING_FINGER;
}
lastHandIsRight = isRightHand(fingerIndex);
fitnessValue += (CalcDistance(fingerArray[fingerIndex].CurrentPosition, characterOnKeyboard, 0) * fitnessValueModifier);
fingerArray[fingerIndex].CurrentPosition = characterOnKeyboard;
for (int i = 0; i < fingerArray.Length; i++)
{
if (fingerArray[i] != null)
{
fingerArray[i].Idle();
}
}
}
return(1 / (fitnessValue / characterCount));
}
