private void setErrorTextColor(int starting, int ending, RichTextBox rtb)
{
//Select the entire box
rtb.SelectAll();
//Create a selection
TextSelection currentSelection = rtb.Selection;
//Set the starter pointer to the start of the content
TextPointer start = rtb.Document.ContentStart;
TypingModel newModel = new TypingModel();
//Indicate the start and end pos
TextPointer startPos = GetTextPointAt(start, starting);
TextPointer endPos = GetTextPointAt(start, ending);
//Choose the area in which to change the color
currentSelection.Select(startPos, endPos);
Color color = (Color)ColorConverter.ConvertFromString("#Ab3334");
currentSelection.ApplyPropertyValue(TextElement.ForegroundProperty, new SolidColorBrush(color));
currentSelection.ApplyPropertyValue(TextElement.FontWeightProperty, FontWeights.Bold);
}
//Set the color for the next word
private int setNextIndex(int nextIndex)
{
int returnIndex = 0;
if (roundNumber == 0)
{
TypingModel newModel = new TypingModel();
//Gets the total count of words
paragraphString = newModel.getTextInArray();;
//Gets the length of the first word
int currentLength = paragraphString[0].Length;
returnIndex = 0 + currentLength + 1;
}
else
{
TypingModel newModel = new TypingModel();
paragraphString = newModel.getTextInArray();
int currentLength = paragraphString[roundNumber].Length;
returnIndex = currentIndex + currentLength + 1;
}
return(returnIndex);
}
private double calAverageTypingSpeed(TimeSpan elapsed, List <int> numberOfCorrectKeyInput, List <int> numberOfWrongKeyInput)
{
//Takes the total time
double time = elapsed.TotalMinutes + elapsed.TotalSeconds;
Console.WriteLine("Current Elapsed Time is " + time);
int totalInput = 0;
//Gets all the input regardless of correct or wrong
foreach (int input in numberOfCorrectKeyInput)
{
totalInput += input;
}
foreach (int input in numberOfWrongKeyInput)
{
totalInput += input;
}
//Find the percentage that got wrong
TypingModel newModel = new TypingModel();
string[] totalCount = newModel.getTextInArray();
//Get the total number of word count
int totalWords = totalCount.Count();
double currentError = currentErrorList.Count();
//Get the percentage of Wrong
double percentageOfWrong = currentError / totalWords;
Console.WriteLine("Current number of error is " + currentErrorList.Count);
Console.WriteLine("Current total count is " + totalCount.Count());
Console.WriteLine("Current percentage of wrong is " + percentageOfWrong);
//Calculate the Total * (100 - Percentage of Wrong)
//Which is basically the rate at which is quite average
double finalInput = totalInput * (1 - percentageOfWrong);
double averageTypingSpeed = finalInput / time;
return(averageTypingSpeed);
}
private void keyboardFunctions(object sender, KeyEventArgs e)
{
//If this is the first round, i will start the timer once one of the key is inputted
if (roundNumber == 0 && startTimerBoolean == false)
{
startTimer();
}
//If user enters the space key
if (e.Key == Key.Space)
{
Console.WriteLine("Activated ");
//Check to see if this is the last word in the entire set of words
if (roundNumber == paragraphString.Length - 1)
{
//Checks if its correct or wrong
if (enterField.Text.Equals(paragraphString[roundNumber]) || enterField.Text.Equals(" " + paragraphString[roundNumber]))
{
//If correct, then save the correct word, set the color and add it into the correct list
startCorrectKeyCapture(enterField.Text.Length);
setCorrectTextColor(currentIndex, nextIndex, paragraphBox);
currentCorrectList.Add(currentIndex);
nextCorrectList.Add(nextIndex);
enterField.Text = "";
}
else
{
//save the wrong word, set the wrong color and add it into the wrong list
startWrongKeyCapture(enterField.Text.Length);
setErrorTextColor(currentIndex, nextIndex, paragraphBox);
currentErrorList.Add(currentIndex);
nextErrorList.Add(nextIndex);
enterField.Text = "";
}
nextIndex = setNextIndex(nextIndex);
//removeTextColor(paragraphBox);
// setCorrect(currentCorrectList, nextCorrectList, paragraphBox);
//if (currentErrorList.Count != 0)
//{
// setError(currentErrorList, nextErrorList, paragraphBox);
//}
//This is what happens after you finish
TypingModel newModel = new TypingModel();
//Get the total number of word count
string [] totalCount = newModel.getTextInArray();
//Check to see if the word count matches
if (nextErrorList.Count() + nextCorrectList.Count() == totalCount.Count())
{
//If it matches, check the validation of this page to true
CurrentPageModel.sixthValidation = true;
//A big chuck of stuff that shows the average of your typing speed
MessageBox.Show("You have successfully completed the Typing Test");
Console.WriteLine("Number of Errors are " + nextErrorList.Count());
Console.WriteLine("Number of Corrects are " + nextCorrectList.Count());
double averageTypingSpeed = calAverageTypingSpeed(sw.Elapsed, numberOfCorrectKeyInput, numberOfWrongKeyInput);
MessageBox.Show("Number of Errors are " + nextErrorList.Count() + "\n" +
"Number of Corrects are " + nextCorrectList.Count() + "\n" +
"The Average Character Per Second is " + averageTypingSpeed + "\n" +
"The Average Number of Words per minute is " + ((averageTypingSpeed * 60) / 5));
Console.WriteLine(
"Number of Errors are " + nextErrorList.Count() + "\n" +
"Number of Corrects are " + nextCorrectList.Count() + "\n" +
"The Average Character Per Second is " + averageTypingSpeed + "\n" +
"The Average Number of Words per minute is " + ((averageTypingSpeed * 60) / 5));
stopGame();
}
}
else
{
if (enterField.Text.Equals(paragraphString[roundNumber]) || enterField.Text.Equals(" " + paragraphString[roundNumber]))
{
//If correct, then save the correct word, set the color and add it into the correct list
Console.Write("Hiuhsada");
startCorrectKeyCapture(enterField.Text.Length);
//Increment the current round to the next
roundNumber++;
currentCorrectList.Add(currentIndex);
nextCorrectList.Add(nextIndex);
//setCorrectTextColor(current)
setCorrectTextColor(currentIndex, nextIndex, paragraphBox);
//Set the current index to the next location and set the next index to the next next location
currentIndex = nextIndex;
nextIndex = setNextIndex(nextIndex);
//removeTextColor(paragraphBox);
//if (currentErrorList.Count != 0)
//{
// setError(currentErrorList, nextErrorList, paragraphBox);
//}
setNextTextColor(currentIndex, nextIndex, paragraphBox);
enterField.Text = "";
}
else
{
//save the wrong word, set the wrong color and add it into the wrong list
roundNumber++;
currentErrorList.Add(currentIndex);
startWrongKeyCapture(enterField.Text.Length);
nextErrorList.Add(nextIndex);
//removeTextColor(paragraphBox);
//if (currentCorrectList.Count != 0)
//{
// setCorrect(currentCorrectList, nextCorrectList, paragraphBox);
//}
//setError(currentErrorList, nextErrorList, paragraphBox);
setErrorTextColor(currentIndex, nextIndex, paragraphBox);
//Set the current index to the next location and set the next index to the next next location
currentIndex = nextIndex;
nextIndex = setNextIndex(nextIndex);
setNextTextColor(currentIndex, nextIndex, paragraphBox);
enterField.Text = "";
}
}
}
}
public async Task UserTyping(TypingModel model)
{
var user = await _userManager.GetUserAsync(User);
await _hubContext.Clients.All.SendAsync("IsTyping", user.UserName, model.IsTyping);
}
