/**********************************************************************************************
* Function: CalcResults()
* Description: Calculates the results given a Fence object and returns a List of FenceResults
* Input: myFence - the Fence object to calculate results from
* Output: results - the List of FenceResults returned with calculated spacing and
* measurements
**********************************************************************************************/
public static List <FenceResults> CalcResults(Fence myFence, double roundedTo)
{
int numPickets = 0;
double spacing = 0.0;
double sectionWidth = 0.0;
//make a list to return
List <FenceResults> results = new List <FenceResults>();
//calculate the number of pickets
numPickets = FenceMath.GetNumPickets(myFence);
//if no pickets, return no pickets fit
if (numPickets > 0)
{
//calculate spacing rounded to double accuracy
spacing = FenceMath.GetSpacing(myFence, numPickets);
//calculate section width (spacing + picket width)
sectionWidth = myFence.PicketWidth + spacing;
//Console.Write("\nAll measurements are in inches and starting at the left edge of the workspace rounded to the nearest 1/16th\n");
//put fence object into results list to return
for (int i = 1; i <= numPickets; i++)
{
FenceResults fence = new FenceResults(i, Calculations.DecimalToFraction(spacing, roundedTo).ToString(), spacing);
results.Add(fence);
spacing = spacing + sectionWidth;
}
}
return(results);
}
/**********************************************************************************************
* Function: Main()
* Description:
* Input:
* Output:
**********************************************************************************************/
static void Main(string[] args)
{
double accuracy = 0.0;
string frac;
Fence myFence = new Fence(); //new fence object
//get wall length of the fence that pickets will go on
Console.Write("Enter the Length of the Space to place pickets (in inches as 2-1/4 or 2.25): ");
myFence.WallLength = GetInput(Console.ReadLine());
//get picket width from user
Console.Write("Enter the Width of the pickets (in inches as 1-1/8 or 1.125): ");
myFence.PicketWidth = GetInput(Console.ReadLine());
//get max space from the user between pickets
Console.Write("Enter the Max Spacing between pickets (in inches as 4-1/2 or 4.5): ");
myFence.MaxSpace = GetInput(Console.ReadLine());
//get answers rounded to what place?
Console.Write("Enter what you want answers rounded (in inches as 1/16 or 1/4): ");
//store input as string to display for testing //TEST
//bypass to accuracy if not displayed //TEST
frac = Console.ReadLine();
//combine above statement with this when working properly //TEST
accuracy = GetInput(frac);
//output info to console for verification
Console.WriteLine("\nFence Length rounded to the nearest " + frac + ": \t" +
Calculations.DecimalToFraction(myFence.WallLength, accuracy) + '"'); //TEST
Console.WriteLine("Picket Width rounded to the nearest " + frac + ": \t" +
Calculations.DecimalToFraction(myFence.PicketWidth, accuracy) + '"'); //TEST
Console.WriteLine("Max Spacing rounded to the nearest " + frac + ": \t" +
Calculations.DecimalToFraction(myFence.MaxSpace, accuracy) + '"'); //TEST
List <FenceResults> results = FenceMath.CalcResults(myFence, accuracy);
if (results.Count == 0)
{
Console.WriteLine("No Pickets will fit in desired space! Make sure the right measurements were entered and try again");
}
else
{
foreach (FenceResults r in results)
{
Console.Write("\nLeft edge of picket " + r.boardNumber + " is at: \t" + r.roundedResult + '"');
Console.Write(" \t | Exact measurement is: " + r.exactResult); //TEST
}
}
Console.ReadLine();
}