public async Task <WeatherDataValuesListModel> GetData()
{
using (var client = new HttpClient())
{
var url = string.Format("http://twister.utm.edu/?command=DataQuery&uri=twister%3AUTM_1.Table1&format=json&mode=since-record&p1=624768&p2=2017-09-13T22:00:00&headsig=30291&nextpoll=10000&order=collected&_=1505340243729");
string resp;
try
{
resp = await client.GetStringAsync(url);
resp = resp.Replace("\\n", "");
}
catch (Exception e)
{
throw e;
}
WeatherDataModel root = new WeatherDataModel();
try
{
root = JsonConvert.DeserializeObject <WeatherDataModel>(resp);
}
catch (Exception e)
{
throw e;
}
WeatherDataValuesListModel weatherDataValuesListModel = setJSONObject(root);
return(weatherDataValuesListModel);
}
}
public UserDashboard()
{
apiservice = new ApiService();
InitializeComponent();
Task.Run(async() =>
{
weatherData = await apiservice.GetData();
}).ContinueWith(t => { App.Current.MainPage.Navigation.PopModalAsync(); });
}
public TabbedGraphPage(string GraphTitle, WeatherDataValuesListModel Data)
{
Graph graphData = new Graph(GraphTitle);
Title = GraphTitle + " Trends";
this.Children.Add(new GraphPage(graphData.Hourly(Data), "Hourly"));
this.Children.Add(new GraphPage(graphData.Daily(Data), "Daily"));
this.Children.Add(new GraphPage(graphData.Weekly(Data), "Weekly"));
InitializeComponent();
}
public WeatherDataValuesListModel setJSONObject(WeatherDataModel weatherDataModel)
{
WeatherDataValuesListModel weatherDataValuesListModel;
weatherDataValuesListModel = new WeatherDataValuesListModel();
foreach (DataListModel model in weatherDataModel.data)
{
WeatherDataValuesModel weatherDataValuesModel = new WeatherDataValuesModel();
weatherDataValuesModel.Time_Stamp = model.time;
weatherDataValuesModel.Record = model.no;
weatherDataValuesModel.T1_Avg = model.vals[0];
weatherDataValuesModel.T2_Avg = model.vals[1];
weatherDataValuesModel.T1_Asp_Avg = model.vals[2];
weatherDataValuesModel.RH1 = model.vals[3];
weatherDataValuesModel.RH2 = model.vals[4];
weatherDataValuesModel.U1_Avg = model.vals[5];
weatherDataValuesModel.U2_Avg = model.vals[6];
weatherDataValuesModel.UDir1 = model.vals[7];
weatherDataValuesModel.UDir2 = model.vals[8];
weatherDataValuesModel.U1_Max = model.vals[9];
weatherDataValuesModel.U2_Max = model.vals[10];
weatherDataValuesModel.P_mb_Avg = model.vals[11];
weatherDataValuesModel.PPN_mm_Tot = model.vals[12];
weatherDataValuesModel.TC1_Avg = model.vals[13];
weatherDataValuesModel.SoilW1_Avg = model.vals[14];
weatherDataValuesModel.SoilW2_Avg = model.vals[15];
weatherDataValuesModel.SoilW3_Avg = model.vals[16];
weatherDataValuesModel.SW_UP_Avg = model.vals[17];
weatherDataValuesModel.SW_Down_Avg = model.vals[18];
weatherDataValuesModel.LW_UP_Avg = model.vals[19];
weatherDataValuesModel.LW_Down_Avg = model.vals[20];
weatherDataValuesModel.CNR1TC_Avg = model.vals[21];
weatherDataValuesModel.CNR1TK_Avg = model.vals[22];
weatherDataValuesModel.NetSW_Avg = model.vals[23];
weatherDataValuesModel.NetLW_Avg = model.vals[24];
weatherDataValuesModel.Albedo_Avg = model.vals[25];
weatherDataValuesModel.UpTot_Avg = model.vals[26];
weatherDataValuesModel.DnTot_Avg = model.vals[27];
weatherDataValuesModel.NetTot_Avg = model.vals[28];
weatherDataValuesModel.CG3UpCo_Avg = model.vals[29];
weatherDataValuesModel.CG3DnCo_Avg = model.vals[30];
weatherDataValuesModel.Batt_Volt_Avg = model.vals[31];
weatherDataValuesModel.T_Panel_Avg = model.vals[32];
weatherDataValuesListModel.weatherDataValuesModel.Add(weatherDataValuesModel);
}
return(weatherDataValuesListModel);
}
