private void TemperatureText(List <TimeSery> series)
{
foreach (var ts in series)
{
DateTime parsedTime = Convert.ToDateTime(ts.validTime);
var timeOfDay = parsedTime.TimeOfDay;
if (timeOfDay == morning)
{
ForecastParameters parameters = new ForecastParameters(ts);
var temp = parameters.AirTemperature; //C°", TextView.BufferType.Normal, tableRow);
var weatherSymbol = WeatherSymbol.WeatherSymbolDictionary[parameters.WeatherSymbol];
var minPrecipitation = parameters.MinimumPrecipitationIntensity;
var maxPrecipitation = parameters.MaximumPrecipitationIntensity;
var windDirection = parameters.WindDirection;
var windSpeed = parameters.WindSpeed;
var windGustSpeed = parameters.WindGustSpeed;
}
//else if (timeOfDay == day)
//{
// ForecastParameters parameters = new ForecastParameters(timeSerie)
//}
//else if (timeOfDay == evening)
//{
// ForecastParameters parameters = new ForecastParameters(timeSerie)
//}
}
}
/* public void GridViewPresentation()
* {
* GridLayout layout = FindViewById<GridLayout>(Resource.Id.gridLayout1);
*
* //Img
* ImageView imgView = new ImageView(this);
* GridLayout.LayoutParams param = new GridLayout.LayoutParams();
* param.Height = GridLayout.LayoutParams.WrapContent;
* param.Width = GridLayout.LayoutParams.WrapContent;
* param.SetMargins(5, 5, 5, 5);
* param.SetGravity(Android.Views.GravityFlags.Center);
*
* //param.ColumnSpec = GridLayout.Spec;
* //param.rowSpec = GridLayout.spec(r);;
* imgView.LayoutParameters = param;
* layout.AddView(imgView);
*
* //Time
* TextView timeTextView = new TextView(this);
* timeTextView.Text = "Test";
* GridLayout.LayoutParams param1 = new GridLayout.LayoutParams();
* param1.Height = GridLayout.LayoutParams.WrapContent;
* param1.Width = GridLayout.LayoutParams.WrapContent;
* param1.SetMargins(5, 5, 5, 5);
* param1.SetGravity(Android.Views.GravityFlags.Center);
*
* timeTextView.LayoutParameters = param1;
* layout.AddView(timeTextView);
*
* //Temp
*
*
* //Wind
*
*
* //precipitation
*
*
* //Text
* }*/
private void ShowProduct(ForeCast product)
{
//label1.Text = ($"Approved Time: {product.approvedTime}");
//label2.Text = ($"Reference Time: {product.referenceTime}");
//label3.Text = ($"Long: {product.geometry.coordinates[0][0]}");
//label4.Text = ($"Lat: {product.geometry.coordinates[0][1]}");
TableLayout tableLayout = FindViewById <TableLayout>(Resource.Id.tableLayout1);
foreach (var timeSerie in product.timeSeries)
{
DateTime parsedTime = Convert.ToDateTime(timeSerie.validTime);
TimeSpan start = TimeSpan.Parse("12:00");
if (parsedTime.TimeOfDay == start)
{
TableRow tableRow = new TableRow(this);
var culture = new System.Globalization.CultureInfo("sv-SE");
var day = culture.DateTimeFormat.GetDayName(parsedTime.DayOfWeek).ToUpperInvariant(); // 23 Sat Saturday
AddTextView($"{day}", TextView.BufferType.Normal, tableRow);
//AddTextView($"Count: {timeSerie.parameters.Count}", TextView.BufferType.Normal, tableRow);
ForecastParameters parameters = new ForecastParameters(timeSerie);
var AirTemperature = timeSerie.parameters.FirstOrDefault(x => x.name == "t").values[0];
TextView AirTemperatureTv = new TextView(this);
AddTextView($"{parameters.AirTemperature} C°", TextView.BufferType.Normal, tableRow);
AddTextView($"{WeatherSymbol.WeatherSymbolDictionary[parameters.WeatherSymbol]}", TextView.BufferType.Normal, tableRow);
AddTextView($"{parameters.MinimumPrecipitationIntensity} - {parameters.MaximumPrecipitationIntensity} mm", TextView.BufferType.Normal, tableRow);
//AddTextView($"{parameters.WindDirection}", TextView.BufferType.Normal, tableRow);
AddTextView($"{parameters.WindSpeed} m/s", TextView.BufferType.Normal, tableRow);
AddTextView($"{parameters.WindGustSpeed}", TextView.BufferType.Normal, tableRow);
//AddTextView($"{ PrecipitationCategory.PrecipitationCategoryDictionary[parameters.PrecipitationCategory]}", TextView.BufferType.Normal, tableRow);
//label4.Text = ($"AirPressure: {parameters.AirPressure}");
// Console.WriteLine($"PrecipitationCategory: {PrecipitationCategory.PrecipitationCategoryDictionary[parameters.PrecipitationCategory]}");
//Console.WriteLine($"HorizontalVisibility: {parameters.HorizontalVisibility}");
//Console.WriteLine($"MeanValueOfHighLevelCloudCover: {parameters.MeanValueOfHighLevelCloudCover}");
//Console.WriteLine($"MeanValueOfLowLevelCloudCover: {parameters.MeanValueOfLowLevelCloudCover}");
//Console.WriteLine($"PercentOfPrecipitationInFrozenForm: {parameters.PercentOfPrecipitationInFrozenForm}");
//label1.Text = ($"RelativeHumidity: {parameters.RelativeHumidity}");
//Console.WriteLine($"ThunderProbability: {parameters.ThunderProbability}");
tableLayout.AddView(tableRow);
}
}
}
public WeatherDataTest()
{
weatherRepository = new WeatherRepository();
forecastParameters = new ForecastParameters()
{
ApiKey = ApiKey,
OptionalParameters = new OptionalParameters()
{
DataBlocksToExclude = new List <ExclusionBlocks>()
{
ExclusionBlocks.Alerts,
ExclusionBlocks.Daily,
ExclusionBlocks.Flags,
ExclusionBlocks.Hourly,
ExclusionBlocks.Minutely
}
},
Latitude = 51,
Longitude = 14
};
}
public MainWindow()
{
InitializeComponent();
this.weatherService = new WeatherService();
this.optionalParameters = new OptionalParameters()
{
DataBlocksToExclude = new List <ExclusionBlocks>()
{
ExclusionBlocks.Alerts,
ExclusionBlocks.Daily,
ExclusionBlocks.Flags,
ExclusionBlocks.Hourly,
ExclusionBlocks.Minutely
}
};
this.convertedLatitudeLongitude = new Dictionary <string, double>()
{
{ this.Latitude.Name, 0 },
{ this.Longitude.Name, 0 }
};
this.forecastParameters = new ForecastParameters();
}
/// <summary>
/// Make a request to get forecast data.
/// </summary>
/// <param name="forecastParameters">Forecast parameters.</param>
/// <returns>A DarkSkyResponse with the API headers and data.</returns>
public Task <DarkSkyResponse> GetForecast(ForecastParameters forecastParameters)
{
return(weatherRepository.GetForecast(forecastParameters));
}
