/// <summary>
/// this function calculates intensity factor by accepting NP, IF and FTP
/// </summary>
/// <returns>returns intensity factor of a string data type</returns>
public string CalculateIntensityFactor()
{
double IF1 = NP / FTP;
IF = Math.Round(IF1, 2);
return(IF.ToString());
}
private void Calculate_Click(object sender, EventArgs e)
{
//Declare Swimmer's Label, so we can write the Swimmer's Name, and store it with his/her proper Data
string swimmerName;
swimmerName = Console.ReadLine();
swimmerName = lblSwimerName.ToString();
//Declarations
double longDistance;
double longTime;
double shortDistance;
double shortTime;
double workoutDistance;
double workingTime;
double CSS; //Critical Swim Speed
double NSS; //Normalized Swim Speed
double IF; //Intensity Factor
double TSS; //Training Stress Score
//Inputs
//This 4 lines (with code) are used to calculate the CSS
longDistance = double.Parse(lblLongerDistance.Text);
longTime = double.Parse(lblLongerTime.Text);
shortDistance = double.Parse(lblShorterDistance.Text);
shortTime = double.Parse(lblShorterTime.Text);
//This 2 lines of code are used to calculate the NSS
workoutDistance = double.Parse(lblWorkoutDistance.Text);
workingTime = double.Parse(lblWorkingTime.Text);
//Processing
CSS = (longDistance - shortDistance) / (longTime - shortTime); //Calculates the CSS
NSS = (workoutDistance / workingTime); //Calculates tge NSS
IF = (NSS / CSS); //Calculates the IF
TSS = ((Math.Pow(IF, 3)) * (workingTime / 3600) * 100); //Calculates the TSS
//OutPut
lblCSS.Text = CSS.ToString();
lblNSS.Text = NSS.ToString();
lblIF.Text = IF.ToString();
lblTSS.Text = TSS.ToString();
}
// An expression starts out with a starting value, which we get from GetNextValue
// Functions are applied to that starting value
// Each function has a "tier", which means how many tokens can go after it
// toks: the max amount of tokens that should be parsed (determined by tier)
private Expression ParseExpression(bool topLevel = false, int toks = -1)
{
var val = GetNextValue(ref toks);
while (!tokenizer.EOF() && toks != 0 && tokenizer.Peek().Type == TokenType.Function)
{
// Another token has been consumed; therefore we need to update the breaks
var next = tokenizer.Next().Value;
toks--;
if (Function.IsUnary(next))
{
val = new FunctionInvocationExpression(val, next);
}
else
{
var tier = Function.GetTier(next);
var arg = ParseExpression(false, tier);
val = new FunctionInvocationExpression(val, next, arg);
}
// Get rid of all the brackets if this expression is a top level one
// And also clear out all the breaks
if (topLevel)
{
bracket = -1;
while (IsBracket())
{
tokenizer.Next();
}
}
else
{
ProcessBrackets();
}
}
//If a '?' follows this expression, it means it's a conditional expression
if (!tokenizer.EOF() && tokenizer.Peek().Type == TokenType.Punctuation && tokenizer.Peek().Value == IF.ToString())
{
tokenizer.Next();
val = new ConditionalExpression(val, ParseExpression(), ParseExpression());
}
return(val);
}