public MainPage() { this.InitializeComponent(); DisplayProperties.OrientationChanged += Orientation; BQ = new BlueQueenCore(@"http://usafeapi.bluequeen.tk", "v1", "token"); CultureInfo culture = new CultureInfo("en-US"); WeatherData = BQ.getWeatherData(fromDate: DateTime.Now.ToString("d", culture)); PressureData = BQ.getPressureData(fromDate: DateTime.Now.ToString("d", culture)); //var test = WeatherData; fillTextBlock(); //tile var tileXml = TileUpdateManager.GetTemplateContent(TileTemplateType.TileSquare150x150PeekImageAndText01); var tileImage = tileXml.GetElementsByTagName("image")[0] as XmlElement; tileImage.SetAttribute("src", "ms-appx:///Assets/Square71x71Logo.scale-100.png"); var tileText = tileXml.GetElementsByTagName("text"); WeatherInfo lastTemp = WeatherData.Last(x => x.ID > 0); PressureInfo lastPress = PressureData.Last(x => x.ID > 0); (tileText[0] as XmlElement).InnerText = "Wejherowo"; (tileText[1] as XmlElement).InnerText = lastTemp.Date.ToString(); (tileText[2] as XmlElement).InnerText = string.Format("{0}°C", lastTemp.Value.ToString()); (tileText[3] as XmlElement).InnerText = string.Format("{0} hPa", lastPress.Pressure.ToString()); var tileNotification = new TileNotification(tileXml); TileUpdateManager.CreateTileUpdaterForApplication().Update(tileNotification); // eoTile }
private string GetPressureUnitString(PressureInfo pressureInfo) { switch (pressureInfo.Unit) { case PressureInfo.eUnit.hPa: return(R.HPA); case PressureInfo.eUnit.mmHq: return(R.MMHQ); default: throw new NotSupportedException(); } }
private static string Get(PressureInfo pressureInfo) { StringBuilder ret = new StringBuilder(); ret.Append(R.Pressure + R.Colon + R.Space); if (pressureInfo.Unit == PressureInfo.eUnit.hPa) { ret.Append(pressureInfo.QNH + R.hPa); } else { ret.Append(pressureInfo.mmHq + R.mmHq); } ret.Append(R.Dot); return(ret.ToString()); }
private void FileOpen_Click(object sender, RoutedEventArgs e) { WF.OpenFileDialog openFile = new WF.OpenFileDialog(); openFile.Filter = @"CSV文件(*.csv)|*.csv"; if (openFile.ShowDialog() == WF.DialogResult.OK) { pressureInfo = new PressureInfo(openFile.FileName); pressureInfo.GetPressure(); pressureInfo.GetMaxValue(out mArea, out mPressure, out mMaxPressure); label1.Content = "帧数:" + pressureInfo.allFrames.Count.ToString() + ",步数:" + pressureInfo.backFrames.Count.ToString(); canvas1.Children.Clear(); canvas3.Children.Clear(); canvas4.Children.Clear(); UnFillPixelGrid(); timer.Stop(); currentFrame = 0; int frameCount = pressureInfo.allFrames.Count - 1; axisWidth = ((frameCount % 5 == 0) ? frameCount : ((frameCount / 5 + 1) * 5)) * 6; DrawAxis(axisWidth); //DrawPixelGrid(); FillPixelGrid(0); DrawPressureCurve(type); } }
private string GetPressureString(PressureInfo pressureInfo) { return(pressureInfo.QNH.ToString("0")); }
/// <summary> /// The descendant's implementation of the decoding function. /// </summary> /// <param name="source">Source string to decode.</param> /// <returns></returns> protected override Metar _Decode(string source) { Metar ret = new Metar(); string p = source; ret.Type = new MetarPrefixDecoder().Decode(ref p); ret.IsCorrected = new CORDecoder() { Required = false }.Decode(ref p); ret.ICAO = new ICAOWithNumbersDecoder().Decode(ref p); ret.Date = new DayHourMinuteDecoder().Decode(ref p); ret.IsMissing = new NILDecoder() { Required = false }.Decode(ref p); ret.IsAUTO = new AUTODecoder() { Required = false }.Decode(ref p); var wind = new WindWithVariabilityDecoder() { Required = false }.Decode(ref p); if (wind == null) { wind = new WindWithVariability(); } ret.Wind = wind; var visib = new VisibilityForMetarDecoder() { Required = false }.Decode(ref p); if (visib == null) { visib = new VisibilityForMetar(); } ret.Visibility = visib; ret.Visibility.Runways = new RunwayVisibilityListDecoder() { Required = false }.Decode(ref p); var phenomens = new PhenomInfoDecoder() { Required = false }.Decode(ref p); if (phenomens == null) { phenomens = new Types.PhenomInfo(); } ret.Phenomens = phenomens; ret.Clouds = new CloudInfoWithNCDDecoder() { Required = false }.Decode(ref p); ret.Temperature = new TemperatureDecoder() { Required = false }.Decode(ref p); ret.DewPoint = new DewPointDecoder() { Required = false }.Decode(ref p); PressureInfo pi = new PressureInfoDecoder() { Required = false }.Decode(ref p); if (pi == null) { pi = new PressureInfo() { QNH = 1013 } } ; ret.Pressure = pi; ret.RePhenomens = new RePhenomInfoDecoder() { Required = false }.Decode(ref p); ret.WindShears = new WindShearInfoDecoder() { Required = false }.Decode(ref p); ret.SeaSurfaceTemperature = new SeaSurfaceTemperatureDecoder() { Required = false }.Decode(ref p); ret.SeaState = new SeaStateDecoder() { Required = false }.Decode(ref p); ret.RunwayConditions = new RunwayConditionInfoDecoder() { Required = false }.Decode(ref p); ret.Trend = new TrendInfoForMetarDecoder() { Required = false }.Decode(ref p); ret.Remark = new RemarkDecoder() { Required = false }.Decode(ref p); return(ret); } }