public void ByDistanceFromLatLong(double[] lonlat, double ele)
{
stations = StationGrouping.getAllStationsFromDB(db);
var siteCoord = new GeoCoordinate(lonlat[1], lonlat[0]);
double dist = 0;
double eleDiff = 0;
StationGroup sg = new StationGroup();
sg.name = "sumapaz";
foreach (int actScode in activeStationCodes)
{
//get the ref station details
//find within radius altitude
if (stations.Exists(x => x.code == actScode))
{
Station s = stations.Find(x => x.code == actScode);
var sCoord = new GeoCoordinate(s.latitude, s.longitude);
dist = siteCoord.GetDistanceTo(sCoord);
eleDiff = ele - s.elevation;
if (dist < 20000)//&& Math.Abs(eleDiff) < 100
{
sg.stationcodes.Add(s.code);
}
}
}
CityYearBuilder cyb = new CityYearBuilder();
cyb.prepOneGroup(sg);
cyb.makeSynthYear(sg, "medianHour");
}
public void printCityRegionGroups()
{
db = MongoTools.connect("mongodb://localhost", "climaColombia");
var coll = db.GetCollection <StationGroup>("cityRegionGroups");
allRegionGroups = coll.Find(FilterDefinition <StationGroup> .Empty).ToList();
StreamWriter sw = new StreamWriter("regiongroups.csv");
foreach (StationGroup sg in allRegionGroups)
{
StringBuilder sb = new StringBuilder();
sb.Append(sg.name + ",");
foreach (int code in sg.stationcodes)
{
sb.Append(code + ",");
}
sw.WriteLine(sb.ToString());
}
sw.Close();
cities = MapTools.readCities();
stations = StationGrouping.getAllStationsFromDB(db);
JSONout.writeGroup(allRegionGroups, @"C:\Users\Admin\Documents\projects\IAPP\climaColombiaOrg\tools\cityGroups\cityregiongroups.json", stations, cities);
}
public async Task syntheticYearDataPrep(string groups)
{
stations = StationGrouping.getAllStationsFromDB(db);
var coll = db.GetCollection <StationGroup>(groups);
var allCityGroups = coll.Find(FilterDefinition <StationGroup> .Empty).ToList();
this.addLineToLogFile("INFO: preparing data");
foreach (StationGroup sg in allCityGroups)
{
var city = sg.name;
try
{
var cityGroup = allCityGroups.Find(x => x.name == city);
var stationCollNames = getStationsColNames(cityGroup);
averageTenMinute(ref stationCollNames);
await index60Minutes(stationCollNames);
this.addLineToLogFile("INFO: " + city + " data prep completed");
}
catch
{
this.addLineToLogFile("WARN: " + city + " data prep failed");
}
}
}
public async Task syntheticYearBatchFixer(string method)
{
CityYearFixer cyf = new CityYearFixer();
List <NeededData> neededData = cyf.readRequiredData();
stations = StationGrouping.getAllStationsFromDB(db);
var coll = db.GetCollection <StationGroup>("cityRegionGroups");
var allCityGroups = coll.Find(FilterDefinition <StationGroup> .Empty).ToList();
this.addLineToLogFile("INFO: starting batch of synth years");
List <Task> tasks = new List <Task>();
foreach (StationGroup sg in allCityGroups)
{
var city = sg.name;
NeededData cityNeeds = neededData.Find(nd => nd.name == city);
if (cityNeeds != null)
{
if (city != "MITU")
{
var cityGroup = allCityGroups.Find(x => x.name == city);
var stationCollNames = getStationsColNames(cityGroup);
tasks.Add(fixCity(city, method, cityNeeds, stationCollNames));
}
}
}
await Task.WhenAll(tasks);
}
public void graphCityGroups()
{
stations = StationGrouping.getAllStationsFromDB(db);
var coll = db.GetCollection <StationGroup>("cityGroups");
stationsByCity = coll.Find(FilterDefinition <StationGroup> .Empty).ToList();
graphPerCity();
}
private void defineCityRegionGroups()
{
var coll = db.GetCollection <StationGroup>("regionGroups");
allRegionGroups = coll.Find(FilterDefinition <StationGroup> .Empty).ToList();
cities = MapTools.readCities();
regions = MapTools.readRegions();
stations = StationGrouping.getAllStationsFromDB(db);
setCityRegionGroups();
//insertManyRecord("cityRegionGroups", cityRegionGroup);
}
public void temporalCityGroupMonthly()
{
stations = StationGrouping.getAllStationsFromDB(db);
var coll = db.GetCollection <StationGroup>("cityRegionGroups");
stationsByCity = coll.Find(FilterDefinition <StationGroup> .Empty).ToList();
foreach (StationGroup cityGroup in stationsByCity)
{
weatherCollections = getStationsColNames(cityGroup);
cityMonthlyGraphs(cityGroup);
}
}
public async Task syntheticYearBatch(string method)
{
stations = StationGrouping.getAllStationsFromDB(db);
var coll = db.GetCollection <StationGroup>("cityGroups");
var allCityGroups = coll.Find(FilterDefinition <StationGroup> .Empty).ToList();
this.addLineToLogFile("INFO: starting batch of synth years");
foreach (StationGroup sg in allCityGroups)
{
await makeSynthYear(sg, method);
}
}
public void readSythYearFromDB()
{
stations = StationGrouping.getAllStationsFromDB(db);
//for the regional fix use:
//var coll = db.GetCollection<StationGroup>("cityRegionGroups");
//for the city groups use:
var coll = db.GetCollection <StationGroup>("cityGroups");
var allCityGroups = coll.Find(FilterDefinition <StationGroup> .Empty).ToList();
this.addLineToLogFile("INFO: preparing to read synthYearsFromDB");
foreach (StationGroup sg in allCityGroups)
{
var city = sg.name;
//the good from the city groups
//city == "SANTA FE DE BOGOTÁ" || city == "BARRANQUILLA" || city == "CARTAGENA"||city == "LETICIA"
if (city == "LETICIA")
{
List <City> cities = MapTools.readCities();
City current = cities.Find(c => c.name == city);
writeEPW(current.name, current.location[1], current.location[0], current.elevation);
}
}
}
private void setGroups(object sender, EventArgs e)
{
StationGrouping sg = new StationGrouping(false);
}
private void groupMonthBarChart(List <StationMonthly> group, string groupname)
{
List <Station> stations = StationGrouping.getAllStationsFromDB(db);
List <City> cities = MapTools.readCities();
var c = cities.Find(x => x.name == groupname);
//find the first month and year of all monthlytotals
//generate yaxis titles
int startYear = 0;
int startMonth = 0;
getGroupFirstMonth(group, ref startYear, ref startMonth);
int endYear = 0;
int endMonth = 0;
getGroupLastMonth(group, ref endYear, ref endMonth);
DateTime startDate = new DateTime();
if (startYear != 10000)
{
startDate = new DateTime(startYear, startMonth, 1);
}
else
{
startDate = new DateTime(1985, 1, 1);
}
DateTime endDate = new DateTime();
if (endYear != 0)
{
endDate = new DateTime(endYear, endMonth, 1);
}
else
{
startDate = new DateTime(2018, 8, 1);
}
int monthsSpan = (int)Math.Round((endDate - startDate).Days / 30.0, 1);
//set the master pane
ZedGraphControl zgc = new ZedGraphControl();
MasterPane master = zgc.MasterPane;
master.Rect = new RectangleF(0, 0, 2000, 666 * group.Count);
master.PaneList.Clear();
master.Title.IsVisible = true;
master.Title.Text = "City: " + c.name +
" lat: " + Math.Round(c.location[1], 3) + " lon: " + Math.Round(c.location[0], 3) +
" alt: " + (int)(c.elevation) + "\nDate range: " + startDate.Year + "_" + startDate.Month + " >> " + endDate.Year + "_" + endDate.Month;
master.Title.FontSpec = new FontSpec("Arial", 7.0f, Color.Black, false, false, false);
master.Margin.All = 5;
master.Legend.IsVisible = false;
foreach (StationMonthly sm in group)
{
var s = stations.Find(x => x.code == sm.code);
GraphPane pane1 = new GraphPane();
pane1.BarSettings.Type = BarType.Stack;
pane1.Border.IsVisible = false;
pane1.Title.Text = sm.code.ToString() + " " + s.name +
" lat: " + Math.Round(s.latitude, 3) + " lon: " + Math.Round(s.longitude, 3) +
" alt: " + (int)(s.elevation);
//only show the first
pane1.Legend.IsVisible = true;
//pane1.YAxis.Title.Text = "n records";
pane1.XAxis.Scale.Max = monthsSpan;
pane1.XAxis.Scale.MajorStep = 12.0;
pane1.XAxis.Scale.MinorStep = 1.0;
pane1.XAxis.MajorTic.Size = 10;
pane1.XAxis.MajorGrid.IsVisible = true;
foreach (VariableMonthly vm in sm.variablesMonthly)
{
List <double> xvalues = new List <double>();
for (int m = 0; m <= monthsSpan + 1; m++)
{
xvalues.Add(0);
}
Color col;
switch (vm.variableName)
{
case "VV":
col = Color.Red;
break;
case "DV":
col = Color.DodgerBlue;
break;
case "NUB":
col = Color.ForestGreen;
break;
case "RS":
col = Color.BlueViolet;
break;
case "TS":
col = Color.YellowGreen;
break;
case "HR":
col = Color.LawnGreen;
break;
case "PR":
col = Color.Orchid;
break;
default:
col = Color.Black;
break;
}
foreach (MonthTotal mt in vm.monthlytotals)
{
if (mt.month == 0 || mt.year == 0)
{
continue;
}
DateTime date = new DateTime(mt.year, mt.month, 1);
int datediff = (int)Math.Round((date - startDate).TotalDays / 30.0, 1);
if (vm.interval == 10)
{
xvalues[datediff] = mt.total / 6;
}
else
{
xvalues[datediff] = mt.total;
}
}
double[] x = xvalues.ToArray();
BarItem myBar = pane1.AddBar(vm.variableName, null, x, col);
myBar.Bar.Fill = new Fill(col, col, col);
myBar.Bar.Border.IsVisible = false;
}
pane1.AxisChange();
master.Add(pane1);
}
// Refigure the axis ranges for the GraphPanes
zgc.AxisChange();
// Layout the GraphPanes using a default Pane Layout
Bitmap b = new Bitmap(2000, 666 * group.Count);
using (Graphics g = Graphics.FromImage(b))
{
master.SetLayout(g, PaneLayout.SingleColumn);
}
master.GetImage().Save(@"C:\Users\Admin\Documents\projects\IAPP\piloto\Climate\groupMonthlyBarCharts\" + groupname + ".jpeg", System.Drawing.Imaging.ImageFormat.Jpeg);
}
private void getStationData()
{
//list of station meta data
stations = StationGrouping.getAllStationsFromDB(db);
var coll = db.GetCollection <StationGroup>("cityGroups");
}