private void FillGrid()
{
dgvMeasurements.Rows.Clear();
List <MeasurementsModel> results = new List <MeasurementsModel>();
var newtones = NewtonDevidedDifferencescs.Calc(xz, x, y);
var q1s = LessSquares.Calc(x, y, xz, 1);
var q2s = LessSquares.Calc(x, y, xz, 2);
var q3s = LessSquares.Calc(x, y, xz, 3);
var q4s = LessSquares.Calc(x, y, xz, 4);
for (int i = 0; i < xz.Length; i++)
{
var newMeasurement = new MeasurementsModel();
newMeasurement.X = xz[i];
newMeasurement.L = Lagrange.Calc(x, y, xz[i]);
newMeasurement.P = newtones[i];
newMeasurement.Q1 = q1s[i];
newMeasurement.Q2 = q2s[i];
newMeasurement.Q3 = q3s[i];
newMeasurement.Q4 = q4s[i];
results.Add(newMeasurement);
var idx = dgvMeasurements.Rows.Add();
dgvMeasurements.Rows[idx].Cells["dcX"].Value = newMeasurement.X;
dgvMeasurements.Rows[idx].Cells["dcL"].Value = newMeasurement.L;
dgvMeasurements.Rows[idx].Cells["dcP"].Value = newMeasurement.P;
dgvMeasurements.Rows[idx].Cells["dcQ1"].Value = newMeasurement.Q1;
dgvMeasurements.Rows[idx].Cells["dcQ2"].Value = newMeasurement.Q2;
dgvMeasurements.Rows[idx].Cells["dcQ3"].Value = newMeasurement.Q3;
dgvMeasurements.Rows[idx].Cells["dcQ4"].Value = newMeasurement.Q4;
}
}
public TMeasurements CreateMeasurement(MeasurementsModel measurementModel, out string message)
{
message = string.Empty;
//Map the measurement model to entity model
TMeasurements measurementEntity = null;
bool isExisitngmeasurement = (measurementModel.Measurementid != null && measurementModel.Measurementid != 0);
if (isExisitngmeasurement)
{
measurementEntity = _measurementRepository.Get(measurementModel.Measurementid.Value);
if (measurementEntity == null)
{
message = "No measurements found for update! Please enter a valid measurement id";
return(null);
}
}
else
{
measurementEntity = new TMeasurements();
}
//Map the model to entity
measurementEntity.Winshapeid = measurementModel.Winshapeid;
measurementEntity.Winfuncid = measurementModel.Winfuncid;
measurementEntity.Windowpic = measurementModel.Windowpic == null ? measurementEntity == null ? null : measurementEntity.Windowpic : measurementModel.Windowpic;
measurementEntity.Width = measurementModel.Width;
measurementEntity.Height = measurementModel.Height;
measurementEntity.Description = measurementModel.Description;
measurementEntity.Projectid = measurementModel.Projectid;
measurementEntity.Itemid = measurementModel.Itemid;
measurementEntity.Isactive = true;
if (!isExisitngmeasurement)
{
_measurementRepository.Insert(measurementEntity);
message = "Measurement added successfully. Generated measurement Id is " + measurementEntity.Measurementid;
}
else
{
//Its an existing measurement, update it
_measurementRepository.Update(measurementEntity);
message = "Measurement details updated successfully";
}
return(measurementEntity);
}
public IActionResult createmeasurement(IFormFile file, int winshapeid, int winfuncid,
decimal width, decimal height, string description, int projectid, int measurementId = 0)
{
try
{
byte[] fileData = null;
if (file != null)
{
using (var binaryStream = new BinaryReader(file.OpenReadStream()))
{
fileData = binaryStream.ReadBytes((int)file.Length);
}
}
//! Make Model object
var measurement = new MeasurementsModel()
{
Measurementid = measurementId,
Winshapeid = winshapeid,
Winfuncid = winfuncid,
Windowpic = fileData,
Width = width,
Height = height,
Description = description,
Projectid = projectid
};
string strMessage = string.Empty;
var measurementObj = _measurementService.CreateMeasurement(measurement, out strMessage);
if (measurementObj != null)
{
measurementObj.Windowpic = null;
}
return(Ok(new { status = measurementObj != null ? Constants.Success : Constants.Failed, message = strMessage, measurement = measurementObj }));
}
catch (Exception ex)
{
//TODO: Log the exception
return(Ok(new { status = Constants.Error, message = Constants.ErrorMessage, project = "" }));
}
}
