private void InitializeFromText(string fullText)
{
fullText = fullText.Replace("\\n", "\n"); //If double backslashes are present convert to single
var lines = fullText.Split('\n').ToList(); //Break text into list of lines
lines.ForEach(s => s.Trim()); //Trim whitespace from each line
//Identify phones,mail and website with simple regex and remove from full text after identification
Email = lines.Where(l => _matchMail.IsMatch(l)).FirstOrDefault();
lines.Remove(Email);
Mobile = lines.Where(l => _matchMobilePhone.IsMatch(l)).FirstOrDefault();
if (Mobile != null)
{
Mobile = Mobile.Trim().Replace(" ", ""); //remove whitespaces to compensate for D365 20 char limit
}
lines.Remove(Mobile);
FixedLine = lines.Where(l => _matchLandlinePhone.IsMatch(l)).FirstOrDefault();
if (FixedLine != null)
{
FixedLine = FixedLine.Trim().Replace(" ", "");
}
lines.Remove(FixedLine);//remove whitespaces to compensate for D365 20 char limit
Website = lines.Where(l => _matchWebSite.IsMatch(l)).FirstOrDefault();
lines.Remove(Website);
// Try to identify organistation name "the easy way" by looking for an official legal incorporation abbreviation
foreach (var form in _incorporationForms)
{
if (lines.Exists(l => l.Contains(form)))
{
Organisation = lines.Where(l => l.Contains(form)).FirstOrDefault();
lines.Remove(Organisation);
}
}
//The rest of the text should contain names, address and organisation
//To identify names, organisation (if not identified by incorporation abbreviation) and address use AzureML and entity extraction on remaining full text
//TODO: We should find a way to join all address lines (City,Street,..) before sending to ML
var extractor = new EntityExtractor(lines);
//if an organisation match has not been found - try named entity recognition
if (Organisation == "")
{
Organisation = extractor.OutputData.Where(data => data.Type == "ORG").FirstOrDefault() != null?
extractor.OutputData.Where(data => data.Type == "ORG").FirstOrDefault().Mention : "";
}
FullName = extractor.OutputData.Where(data => data.Type == "PER").FirstOrDefault() != null?
extractor.OutputData.Where(data => data.Type == "PER").FirstOrDefault().Mention : "";
Address =
extractor.OutputData.Count(data => data.Type == "LOC") > 0 ?
string.Join("\n", extractor.OutputData.Where(data => data.Type == "LOC").Select(s => s.Mention)) : "";
System.Console.WriteLine("");
}
private async void saveButton_Click(object sender, RoutedEventArgs e)
{
val = new Validation();
if (val.isEmpty(firstName) || val.isEmpty(lastName) || val.isEmpty(addressLine1) || val.isEmpty(addressLine2) ||
val.isEmpty(addressLine3) || val.isEmpty(email) || val.isEmpty(mobileNumber.ToString()) || val.isEmpty(FixedLine.ToString()))
{
await this.ShowMessageAsync("Error", "Input Data Cannot Be Empty", MessageDialogStyle.Affirmative);
}
else if (val.isNumeric(mobileNumber.ToString()) || val.isNumeric(FixedLine.ToString()))
{
await this.ShowMessageAsync("Error", "Contact Numbers Should Be Numeric", MessageDialogStyle.Affirmative);
}
else
{
int affectedLines = 0;
customerData = new CustomerData();
customerData.setFirstName(firstName);
customerData.setLastName(lastName);
customerData.setAddress(addressLine1, addressLine2, addressLine3);
customerData.setEmail(email);
customerData.setMobileNumer(mobileNumber);
customerData.setFixedNumber(fixedNumber);
try
{
handleDatabase = new HandleDatabase();
affectedLines = handleDatabase.executeCustomerEntry(customerData);
if (affectedLines > 0)
{
await this.ShowMessageAsync("Successfull", "Customer have been Successfully Entered", MessageDialogStyle.Affirmative);
FirstName.Text = "";
LastName.Text = "";
Address1.Text = "";
Address2.Text = "";
Address3.Text = "";
Email.Text = "";
FixedLine.Text = "";
Mobile.Text = "";
}
else
{
await this.ShowMessageAsync("Error", "Sorry Can not Create the Profile, Please Try again", MessageDialogStyle.Affirmative);
}
}
catch (SqlException sqlException)
{
Console.WriteLine(sqlException);
}
}
}
void computeNewFixedVelocity()
{
_fixedLines.Clear();
for (var i = 0; i < neighborsList.Count; ++i)
{
var neighbor = neighborsList[i];
var relativePos = neighbor.Position.ToVector2d() - _self.Position.ToVector2d();
var mRelativePos = relativePos.Magnitude();
//flag
var relativeVel = _self.Velocity.ToVector2d() - neighbor.Velocity.ToVector2d();
var comRadius = neighbor.Radius + _self.Radius;
FixedLine line = new FixedLine();
Vector2d u = Vector2d.zero;
if (comRadius < mRelativePos)
{
Vector2d vec = relativeVel - relativePos / FixedMath.Create(6);
var mVec = vec.Magnitude();
var dotProduct = Vector2d.Dot(vec, relativePos);
if (dotProduct < 0 && dotProduct.Mul(dotProduct) > comRadius.Mul(comRadius) * mVec.Mul(mVec))
{
Vector2d normVec = vec.Normalize();
line.direction = new Vector2d(normVec.y, -normVec.x);
u = normVec * (comRadius.Div(FixedMath.Create(6)) - mVec);
}
else
{
long mEdge = FixedMath.Sqrt(mRelativePos.Mul(mRelativePos) - comRadius.Mul(comRadius));
Vector2d edge = Vector2d.zero;
if (Vector2d.det(relativePos, vec) > 0)
{
edge = Vector2d.rotate(relativePos, mEdge.Div(mRelativePos), comRadius.Div(mRelativePos));
}
else
{
edge = Vector2d.rotate(relativePos, mEdge.Div(mRelativePos), -comRadius.Div(mRelativePos));
edge *= -1;
}
line.direction = edge.Normalize();
// project u' = v * dot(u, v) / v^2
// v = ||line.direction|| = 1
u = Vector2d.Dot(relativeVel, line.direction) * line.direction - relativeVel;
}
}
// tricks
else
{
Vector2d vec = relativeVel - relativePos / LockFrameMgr.FixedFrameTime;
Vector2d normVec = vec.Normalize();
line.direction = new Vector2d(normVec.y, -normVec.x);
u = (comRadius.Div(LockFrameMgr.FixedFrameTime) - vec.Magnitude()) * normVec;
}
line.point = _fixedVecocity + u / 2;
_fixedLines.Add(line);
}
_fixedVecocity = linearPrograming(_fixedLines);
}
