private void SetWeatherValuesToTable(DataColumn[] dataWeatherColumns, DataTable weatherDataSource, int dataRowCounter, int rowCounter)
{
double windVector10 = 0;
double windVector50 = 0;
WeatherCalculator weatherCalculator = new WeatherCalculator();
for (int i = 0; i < dataWeatherColumns.Count(); i++)
{
switch (i)
{
case 0:
dgvMeasurementResults.Rows[dataRowCounter].Cells[dataWeatherColumns[i].ColumnName].Value = Math.Round((double)weatherDataSource.Rows[rowCounter].ItemArray[i + 2] / 100, 3);
break;
case 1:
dgvMeasurementResults.Rows[dataRowCounter].Cells[dataWeatherColumns[i].ColumnName].Value = Math.Round((double)weatherDataSource.Rows[rowCounter].ItemArray[i + 2] * 1000, 3);
break;
case 2:
dgvMeasurementResults.Rows[dataRowCounter].Cells[dataWeatherColumns[i].ColumnName].Value = Math.Round((double)weatherDataSource.Rows[rowCounter].ItemArray[i + 2] - 273.15, 3);
break;
case 3:
dgvMeasurementResults.Rows[dataRowCounter].Cells[dataWeatherColumns[i].ColumnName].Value = Math.Round(weatherCalculator.CalculateVectorSpeed((double)weatherDataSource.Rows[rowCounter].ItemArray[i + 2], (double)weatherDataSource.Rows[rowCounter].ItemArray[i + 3]), 3);
break;
case 4:
windVector10 = Math.Round(rbAzimuthVector.Checked ? weatherCalculator.CalculateWindVector((double)weatherDataSource.Rows[rowCounter].ItemArray[i + 1], (double)weatherDataSource.Rows[rowCounter].ItemArray[i + 2]) : weatherCalculator.CalculateWindVector(-(double)weatherDataSource.Rows[rowCounter].ItemArray[i + 1], -(double)weatherDataSource.Rows[rowCounter].ItemArray[i + 2]), 3);
if (windVector10 >= 0)
{
dgvMeasurementResults.Rows[dataRowCounter].Cells[dataWeatherColumns[i].ColumnName].Value = windVector10;
}
else
{
dgvMeasurementResults.Rows[dataRowCounter].Cells[dataWeatherColumns[i].ColumnName].Value = windVector10 + 360;
}
break;
case 5:
dgvMeasurementResults.Rows[dataRowCounter].Cells[dataWeatherColumns[i].ColumnName].Value = Math.Round(weatherCalculator.CalculateVectorSpeed((double)weatherDataSource.Rows[rowCounter].ItemArray[i + 2], (double)weatherDataSource.Rows[rowCounter].ItemArray[i + 3]), 3);
break;
case 6:
windVector50 = Math.Round(rbAzimuthVector.Checked ? weatherCalculator.CalculateWindVector((double)weatherDataSource.Rows[rowCounter].ItemArray[i + 1], (double)weatherDataSource.Rows[rowCounter].ItemArray[i + 2]) : weatherCalculator.CalculateWindVector(-(double)weatherDataSource.Rows[rowCounter].ItemArray[i + 1], -(double)weatherDataSource.Rows[rowCounter].ItemArray[i + 2]), 3);
if (windVector50 >= 0)
{
dgvMeasurementResults.Rows[dataRowCounter].Cells[dataWeatherColumns[i].ColumnName].Value = windVector50;
}
else
{
dgvMeasurementResults.Rows[dataRowCounter].Cells[dataWeatherColumns[i].ColumnName].Value = windVector50 + 360;
}
break;
default:
dgvMeasurementResults.Rows[dataRowCounter].Cells[dataWeatherColumns[i].ColumnName].Value = Math.Round((double)weatherDataSource.Rows[rowCounter].ItemArray[i + 2], 3);
break;
}
}
}
public void ShouldReturnSuccessWhenFerengiCalculatorIsValid()
{
using (WeatherCalculator _weatherCalculator = new WeatherCalculator())
{
//[0,1,2,3,4,5]
var ferengiVelocity = 1;
var index = 3;
var position = _weatherCalculator.CalculePosition(index, ferengiVelocity);
Assert.Equal(3, position);
}
}
public void ShoulReturnSuccessWhenBetasoideCalculatorIsValid()
{
using (WeatherCalculator _weatherCalculator = new WeatherCalculator())
{
//[0,3,6,9,12]
var betasoideVelocity = 3;
var index = 4;
var position = _weatherCalculator.CalculePosition(index, betasoideVelocity);
Assert.Equal(12, position);
}
}
public void ShouldReturnSuccessWhenVolcanoCalculatorIsValid()
{
using (WeatherCalculator _weatherCalculator = new WeatherCalculator())
{
//[0,5,10,15,20,25]
var volcanoVelocity = 5;
var index = 5;
var position = _weatherCalculator.CalculePosition(index, volcanoVelocity);
Assert.Equal(25, position);
}
}
public string Clima(int dia)
{
Console.WriteLine("clima");
var k = new WeatherCalculator.MaxRain();
var result = new WeatherCalculator.dayData
{
dia = dia,
clima = WeatherCalculator.GetWeather(dia, ref k)
};
return(JsonConvert.SerializeObject(result));
}
public void ShouldReturnSuccessWhenWeatherIsValid()
{
using (WeatherCalculator _weatherCalculator = new WeatherCalculator())
{
var handler = new WeatherHandler(new FakeWeatherRepository(), _weatherCalculator);
var command = new NewWeatherCommand()
{
Type = Domain.VolcanoContext.Enums.WeatherType.Lluvia,
Description = "Test",
Date = DateTime.Now,
PlanetPosition = 40
};
handler.Handle(command);
Assert.True(command.IsValid());
}
}
public dynamic Report()
{
Console.WriteLine("Report");
return(WeatherCalculator.GetNextTenYearsReport());
}
private DataRow SetDataRowWithValues(DataRow dataRow, string[] values, bool isFirstFile = false)
{
double windVector10 = 0;
double windVector50 = 0;
WeatherCalculator weatherCalculator = new WeatherCalculator();
for (int i = 0; i < values.Count(); i++)
{
switch (i)
{
case 0:
string dateTimeString = values[i];
dataRow[i] = ConvertDateTime(dateTimeString);
break;
case 1:
dataRow[i] = Math.Round(double.Parse(values[i]) / 100, 3);
break;
case 2:
dataRow[i] = Math.Round(double.Parse(values[i]) * 1000, 3);
break;
case 3:
dataRow[i] = Math.Round(double.Parse(values[i]) - 273.15, 3);
break;
case 4:
dataRow[i] = Math.Round(weatherCalculator.CalculateVectorSpeed(double.Parse(values[i]), double.Parse(values[i + 1])), 3);
break;
case 5:
windVector10 = Math.Round(rbAzimuthVector.Checked ? weatherCalculator.CalculateWindVector(double.Parse(values[i - 1]), double.Parse(values[i])) : weatherCalculator.CalculateWindVector(-double.Parse(values[i - 1]), -double.Parse(values[i])), 3);
if (windVector10 >= 0)
{
dataRow[i] = windVector10;
}
else
{
dataRow[i] = windVector10 + 360;
}
break;
case 6:
double windSpeed = Math.Round(weatherCalculator.CalculateVectorSpeed(double.Parse(values[i]), double.Parse(values[i + 1])), 3);
dataRow[i] = windSpeed;
if (cbSpeedAndPower.Checked)
{
dataRow[i + 2] = weatherCalculator.CalculateWindSpeedByHeight((double)nudHx.Value, windSpeed, (double)nudAlpha.Value, 50);
dataRow[i + 3] = weatherCalculator.ConversionOfWindSpeedIntoPower(windSpeed, (double)nudPr.Value, (double)nudVci.Value, (double)nudVr.Value, (double)nudVco.Value);
}
break;
case 7:
windVector50 = Math.Round(rbAzimuthVector.Checked ? weatherCalculator.CalculateWindVector(double.Parse(values[i - 1]), double.Parse(values[i])) : weatherCalculator.CalculateWindVector(-double.Parse(values[i - 1]), -double.Parse(values[i])), 3);
if (windVector50 >= 0)
{
dataRow[i] = windVector50;
}
else
{
dataRow[i] = windVector50 + 360;
}
break;
}
}
return(dataRow);
}
