private static List<BoreSection> ParsePositionAndRadiusDimensions(string dimensionString)
{
List<BoreSection> boreSections;
List<PositionAndRadius> dimensions = new List<PositionAndRadius>();
int lineNumber = 0;
decimal previousPosition = 0;
foreach (string dimensionLine in dimensionString.Replace('\r', '\n').Replace("\n\n", "\n").Split('\n'))
{
string line = dimensionLine.Trim();
//ignore blank lines
if (line.Length == 0)
continue;
PositionAndRadius positionAndRadius;
try
{
positionAndRadius = new PositionAndRadius(line);
}
catch (ValidationException ex)
{
throw new ValidationException("Line {0}: \"{1}\" - {2}", lineNumber, line, ex.Message);
}
if (positionAndRadius.Position < previousPosition)
throw new ValidationException("Line {0}: \"{1}\" - The position \"{2}\" must be greater than or equal to the previous position \"{3}\"", lineNumber, line, positionAndRadius.Position, previousPosition);
previousPosition = positionAndRadius.Position;
if (positionAndRadius.Radius == 0)
throw new ValidationException("Line {0}: \"{1}\" - The radius cannot be 0", lineNumber, line);
dimensions.Add(positionAndRadius);
lineNumber++;
}
if (dimensions.Count == 1)
throw new ValidationException("There must be at least 2 dimensions entered");
boreSections = new List<BoreSection>();
for (int i = 0; i < dimensions.Count - 1; i++)
{
if (dimensions[i + 1].Position > dimensions[i].Position)
{
BoreSection boreSection = new BoreSection(dimensions[i].Radius, dimensions[i + 1].Radius, (dimensions[i + 1].Position - dimensions[i].Position));
boreSections.Add(boreSection);
}
}
return boreSections;
}
private static List<BoreSection> ParseRadiusAndLengthDimensions(string dimensionString)
{
List<BoreSection> boreSections = new List<BoreSection>();
if (dimensionString.Trim().Length == 0)
return boreSections;
List<RadiusAndLength> dimensions = new List<RadiusAndLength>();
int lineNumber = 0;
bool foundLastLine = false;
foreach (string dimensionLine in dimensionString.Replace('\r', '\n').Replace("\n\n", "\n").Split('\n'))
{
string line = dimensionLine.Trim();
//ignore blank lines
if (line.Length == 0)
continue;
if (foundLastLine)
throw new ValidationException("Line {0}: \"{1}\" - Not expecting another line. You probably didn't put a length value on the previous line", lineNumber, line);
RadiusAndLength radiusAndLength;
try
{
radiusAndLength = new RadiusAndLength(line);
}
catch (ValidationException ex)
{
throw new ValidationException("Line {0}: \"{1}\" - {2}", lineNumber, line, ex.Message);
}
if (radiusAndLength.Length == -1)
foundLastLine = true;
if (radiusAndLength.Radius == 0)
throw new ValidationException("Line {0}: \"{1}\" - The radius cannot be 0", lineNumber, line);
dimensions.Add(radiusAndLength);
lineNumber++;
}
if (dimensions.Count == 1)
throw new ValidationException("There must be at least 2 lines. The last line must contain a single number, which is the radius at the end of the bore");
if (dimensions[dimensions.Count - 1].Length != -1)
throw new ValidationException("The last line cannot contain a length value. It must be a single number, which is the radius at the end of the bore");
boreSections = new List<BoreSection>();
for (int i = 1; i < dimensions.Count; i++)
{
BoreSection boreSection = new BoreSection(dimensions[i - 1].Radius, dimensions[i].Radius, dimensions[i - 1].Length);
boreSections.Add(boreSection);
}
return boreSections;
}
public BoreSectionCalculations(BoreSection boreSection)
: base(boreSection.OpeningRadius, boreSection.ClosingRadius, boreSection.Length)
{
if (!IsCylindrical)
{
double temp = Math.Sqrt(Math.Pow((double)(Length / (ClosingRadius - OpeningRadius)), 2) + 1);
inputXi = (double)OpeningRadius * temp;
outputXi = (double)ClosingRadius * temp;
sphericalLength = outputXi - inputXi;
sphericalArea = Math.PI * Math.Pow(inputXi, 2) * 2 * (1 - (Math.Sqrt(1 - Math.Pow((double)OpeningRadius / inputXi, 2))));
}
else
{
sphericalLength = (double)this.length;
sphericalArea = Math.PI * Math.Pow((double)openingRadius, 2);
}
averageRadius = (double)((openingRadius + closingRadius) / 2.0m);
sphericalAreaTimesAverageRadius = sphericalArea * averageRadius;
}
