public async Task <ActionResult> DeleteConfirmed(int id) { MeteoDataPeriodicity meteoDataPeriodicity = await db.MeteoDataPeriodicities.FindAsync(id); db.MeteoDataPeriodicities.Remove(meteoDataPeriodicity); await db.SaveChangesAsync(); return(RedirectToAction("Index")); }
public async Task <ActionResult> Edit([Bind(Include = "Id,Code,NameEN,NameKZ,NameRU")] MeteoDataPeriodicity meteoDataPeriodicity) { if (ModelState.IsValid) { db.Entry(meteoDataPeriodicity).State = EntityState.Modified; await db.SaveChangesAsync(); return(RedirectToAction("Index")); } return(View(meteoDataPeriodicity)); }
public async Task <ActionResult> Create([Bind(Include = "Id,Code,NameEN,NameKZ,NameRU")] MeteoDataPeriodicity meteoDataPeriodicity) { if (ModelState.IsValid) { db.MeteoDataPeriodicities.Add(meteoDataPeriodicity); await db.SaveChangesAsync(); return(RedirectToAction("Index")); } return(View(meteoDataPeriodicity)); }
public async Task <ActionResult> Delete(int?id) { if (id == null) { return(new HttpStatusCodeResult(HttpStatusCode.BadRequest)); } MeteoDataPeriodicity meteoDataPeriodicity = await db.MeteoDataPeriodicities.FindAsync(id); if (meteoDataPeriodicity == null) { return(HttpNotFound()); } return(View(meteoDataPeriodicity)); }
public async Task <ActionResult> Details(int?id) { if (id == null) { return(new HttpStatusCodeResult(HttpStatusCode.BadRequest)); } MeteoDataPeriodicity meteoDataPeriodicity = await db.MeteoDataPeriodicities.FindAsync(id); if (meteoDataPeriodicity == null) { return(HttpNotFound()); } ViewBag.Role = ""; string CurrentUserId = User.Identity.GetUserId(); if (UserManager.IsInRole(CurrentUserId, "Admin")) { ViewBag.Role = "Admin"; } return(View(meteoDataPeriodicity)); }
public ActionResult Average(int?MeteoDataPeriodicityId, int?MeteoDataPeriodicityToId, int?MeteoDataSourceId, int?MeteoDataTypeId, string Action) { string report = ""; DateTime start = DateTime.Now; int count = 0; //if(MeteoDataTypeId==null) if (Action == "Change") { Session["MeteoDataPeriodicityId"] = MeteoDataPeriodicityId; Session["MeteoDataSourceId"] = MeteoDataSourceId; Session["MeteoDataPeriodicityIdErase"] = false; return(RedirectToAction("Average")); } Session["MeteoDataPeriodicityIdErase"] = true; // Average if (MeteoDataTypeId != null && MeteoDataPeriodicityToId != null) { MeteoDataType meteodatatype = db.MeteoDataTypes .Where(m => m.Id == MeteoDataTypeId) .FirstOrDefault(); MeteoDataPeriodicity meteodataperoidicity = db.MeteoDataPeriodicities .Where(m => m.Id == meteodatatype.MeteoDataPeriodicityId) .FirstOrDefault(); MeteoDataPeriodicity meteodataperoidicityto = db.MeteoDataPeriodicities .Where(m => m.Id == MeteoDataPeriodicityToId) .FirstOrDefault(); MeteoDataSource meteodatasource = db.MeteoDataSources .Where(m => m.Id == meteodatatype.MeteoDataSourceId) .FirstOrDefault(); //---------------------------------------------------------------------------------------------------------------------------------------- if (meteodataperoidicity.Code.Contains("Daily") && meteodataperoidicityto.Code.Contains("Daily") && meteodataperoidicityto.Code.Contains("average")) { // add a new type of weather data if not exists int ismeteodatatypeto = db.MeteoDataTypes .Where(m => m.MeteoDataPeriodicityId == meteodataperoidicityto.Id && m.MeteoDataSourceId == meteodatatype.MeteoDataSourceId) .Count(); if (ismeteodatatypeto == 0) { MeteoDataType meteodatatypetonew = new MeteoDataType() { AdditionalEN = meteodatatype.AdditionalEN, Code = meteodatatype.Code, MeteoDataSourceId = meteodatatype.MeteoDataSourceId, NameEN = meteodatatype.NameEN, NameKZ = meteodatatype.NameKZ, NameRU = meteodatatype.NameRU, MeteoDataPeriodicityId = meteodataperoidicityto.Id }; db.MeteoDataTypes.Add(meteodatatypetonew); db.SaveChanges(); } MeteoDataType meteodatatypeto = db.MeteoDataTypes .Where(m => m.MeteoDataPeriodicityId == MeteoDataPeriodicityToId && m.MeteoDataSourceId == meteodatasource.Id) .FirstOrDefault(); string CurrentUserId = User.Identity.GetUserId(); string path = "~/Upload/" + CurrentUserId; bool error = false; try { if (!Directory.Exists(Server.MapPath(path))) { DirectoryInfo di = Directory.CreateDirectory(Server.MapPath(path)); } } catch (Exception e) { report += "<br/>" + e.Message; error = true; } if (!error) { decimal longitude_min = 45 - 0.5m, longitude_max = 95 + 0.5m, latitude_min = 39 - 0.5m, latitude_max = 56 + 0.5m; string filenameout = Path.Combine(Server.MapPath(path), "Average.txt"); using (StreamWriter sw = System.IO.File.AppendText(filenameout)) { for (decimal latitude = latitude_min; latitude <= latitude_max; latitude++) { for (decimal longitude = longitude_min; longitude <= longitude_max; longitude++) { using (var db_ = new NpgsqlContext()) { List <MeteoData> meteodatas = db_.MeteoDatas .Where(m => m.Latitude == latitude && m.Longitude == longitude && m.MeteoDataTypeId == meteodatatype.Id) .ToList(); for (int month = 1; month <= 12; month++) { for (int day = 1; day <= 31; day++) { List <MeteoData> meteodatasnew = meteodatas. Where(m => m.Month == month && m.Day == day) .ToList(); if (meteodatasnew.Count() > 0) { sw.WriteLine(meteodatatypeto.Id.ToString() + "\t" + "\t" + month.ToString() + "\t" + day.ToString() + "\t" + longitude.ToString().Replace(',', '.') + "\t" + latitude.ToString().Replace(',', '.') + "\t" + meteodatasnew.Average(m => m.Value).ToString().Replace(',', '.') ); count++; } } } db_.Dispose(); GC.Collect(); } } } } string query = "COPY \"MeteoData\" (\"MeteoDataTypeId\", \"Year\", \"Month\", \"Day\", \"Longitude\", \"Latitude\", \"Value\") FROM '" + filenameout + "' WITH NULL AS ''"; try { db.MeteoDatas.SqlQuery(query).SingleOrDefault(); } catch (Exception ex) { if (ex.Message != "The data reader is incompatible with the specified 'AtlasSolar.Models.MeteoData'. A member of the type, 'Id', does not have a corresponding column in the data reader with the same name.") { } } try { System.IO.File.Delete(filenameout); } catch (Exception ex) { } } } //---------------------------------------------------------------------------------------------------------------------------------------- if (meteodataperoidicity.Code.Contains("Daily") && meteodataperoidicityto.Code.Contains("Yearly") && meteodataperoidicityto.Code.Contains("average")) { // add a new type of weather data if not exists int ismeteodatatypeto = db.MeteoDataTypes .Where(m => m.MeteoDataPeriodicityId == meteodataperoidicityto.Id && m.MeteoDataSourceId == meteodatatype.MeteoDataSourceId && m.Code == meteodatatype.Code) .Count(); if (ismeteodatatypeto == 0) { MeteoDataType meteodatatypetonew = new MeteoDataType() { AdditionalEN = meteodatatype.AdditionalEN, Code = meteodatatype.Code, MeteoDataSourceId = meteodatatype.MeteoDataSourceId, NameEN = meteodatatype.NameEN, NameKZ = meteodatatype.NameKZ, NameRU = meteodatatype.NameRU, MeteoDataPeriodicityId = meteodataperoidicityto.Id }; db.MeteoDataTypes.Add(meteodatatypetonew); db.SaveChanges(); } MeteoDataType meteodatatypeto = db.MeteoDataTypes .Where(m => m.MeteoDataPeriodicityId == MeteoDataPeriodicityToId && m.MeteoDataSourceId == meteodatasource.Id) .FirstOrDefault(); string CurrentUserId = User.Identity.GetUserId(); string path = "~/Upload/" + CurrentUserId; bool error = false; try { if (!Directory.Exists(Server.MapPath(path))) { DirectoryInfo di = Directory.CreateDirectory(Server.MapPath(path)); } } catch (Exception e) { report += "<br/>" + e.Message; error = true; } if (!error) { decimal longitude_min = 45 - 0.5m, longitude_max = 95 + 0.5m, latitude_min = 39 - 0.5m, latitude_max = 56 + 0.5m; string filenameout = Path.Combine(Server.MapPath(path), "Average.txt"); try { System.IO.File.Delete(filenameout); } catch (Exception ex) { } using (StreamWriter sw = System.IO.File.AppendText(filenameout)) { for (decimal latitude = latitude_min; latitude <= latitude_max; latitude++) { for (decimal longitude = longitude_min; longitude <= longitude_max; longitude++) { using (var db_ = new NpgsqlContext()) { List <MeteoData> meteodatas = db_.MeteoDatas .Where(m => m.Latitude == latitude && m.Longitude == longitude && m.MeteoDataTypeId == meteodatatype.Id) .ToList(); List <MeteoData> meteodatasnew = meteodatas.ToList(); if (meteodatasnew.Count() > 0) { sw.WriteLine(meteodatatypeto.Id.ToString() + "\t" + "\t" + "\t" + "\t" + longitude.ToString().Replace(',', '.') + "\t" + latitude.ToString().Replace(',', '.') + "\t" + meteodatasnew.Average(m => m.Value).ToString().Replace(',', '.') ); count++; } db_.Dispose(); GC.Collect(); } } } } string query = "COPY \"MeteoData\" (\"MeteoDataTypeId\", \"Year\", \"Month\", \"Day\", \"Longitude\", \"Latitude\", \"Value\") FROM '" + filenameout + "' WITH NULL AS ''"; try { db.MeteoDatas.SqlQuery(query).SingleOrDefault(); } catch (Exception ex) { if (ex.Message != "The data reader is incompatible with the specified 'AtlasSolar.Models.MeteoData'. A member of the type, 'Id', does not have a corresponding column in the data reader with the same name.") { } } try { System.IO.File.Delete(filenameout); } catch (Exception ex) { } } } //---------------------------------------------------------------------------------------------------------------------------------------- TimeSpan time = DateTime.Now - start; report += "<br/>Time: " + time.ToString() + "<br/>Count: " + count.ToString(); ViewBag.Report = report; } else { ViewBag.Report = "Select Periodicity and Source!"; } return(View()); }
public ActionResult CreateLayerData(int?MeteoDataPeriodicityId, int?MeteoDataSourceId, int?MeteoDataTypeId, string Action) { string report = ""; DateTime start = DateTime.Now; int count = 0; if (Action == "Change") { Session["MeteoDataPeriodicityId"] = MeteoDataPeriodicityId; Session["MeteoDataSourceId"] = MeteoDataSourceId; Session["MeteoDataPeriodicityIdErase"] = false; return(RedirectToAction("CreateLayerData")); } Session["MeteoDataPeriodicityIdErase"] = true; // Average if (MeteoDataTypeId != null) { MeteoDataType meteodatatype = db.MeteoDataTypes .Where(m => m.Id == MeteoDataTypeId) .FirstOrDefault(); MeteoDataPeriodicity meteodataperoidicity = db.MeteoDataPeriodicities .Where(m => m.Id == meteodatatype.MeteoDataPeriodicityId) .FirstOrDefault(); MeteoDataSource meteodatasource = db.MeteoDataSources .Where(m => m.Id == meteodatatype.MeteoDataSourceId) .FirstOrDefault(); //---------------------------------------------------------------------------------------------------------------------------------------- if (meteodataperoidicity.Code.Contains("Monthly average")) { string CurrentUserId = User.Identity.GetUserId(); string path = "~/Upload/" + CurrentUserId; bool error = false; try { if (!Directory.Exists(Server.MapPath(path))) { DirectoryInfo di = Directory.CreateDirectory(Server.MapPath(path)); } } catch (Exception e) { report += "<br/>" + e.Message; error = true; } if (!error) { decimal longitude_min = 45 - 0.5m, longitude_max = 95 + 0.5m, latitude_min = 39 - 0.5m, latitude_max = 56 + 0.5m; longitude_min = Properties.Settings.Default.NASASSELongitudeMin; longitude_max = Properties.Settings.Default.NASASSELongitudeMax; latitude_min = Properties.Settings.Default.NASASSELatitudeMin; latitude_max = Properties.Settings.Default.NASASSELatitudeMax; decimal step = Properties.Settings.Default.NASASSECoordinatesStep; string filenameout = Path.Combine(Server.MapPath(path), $"{meteodatatype.Code} {meteodatatype.AdditionalEN}.csv"); System.IO.File.Delete(filenameout); using (StreamWriter sw = System.IO.File.AppendText(filenameout)) { sw.WriteLine("latitude" + ";" + "longitude" + ";" + "sum month 1" + ";" + "sum month 2" + ";" + "sum month 3" + ";" + "sum month 4" + ";" + "sum month 5" + ";" + "sum month 6" + ";" + "sum month 7" + ";" + "sum month 8" + ";" + "sum month 9" + ";" + "sum month 10" + ";" + "sum month 11" + ";" + "sum month 12" + ";" + "average" + ";" + "sum year" + ";" + "average month 1" + ";" + "average month 2" + ";" + "average month 3" + ";" + "average month 4" + ";" + "average month 5" + ";" + "average month 6" + ";" + "average month 7" + ";" + "average month 8" + ";" + "average month 9" + ";" + "average month 10" + ";" + "average month 11" + ";" + "average month 12" ); for (decimal latitude = latitude_min; latitude <= latitude_max; latitude += step) { for (decimal longitude = longitude_min; longitude <= longitude_max; longitude += step) { using (var db_ = new NpgsqlContext()) { List <MeteoData> meteodatas = db_.MeteoDatas .Where(m => m.Latitude == latitude && m.Longitude == longitude && m.MeteoDataTypeId == meteodatatype.Id) .ToList(); if (meteodatas.Count() > 0) { decimal?[] msperday = new decimal?[12]; msperday[0] = meteodatas.Where(m => m.Month == 1).Select(m => m.Value).Sum(); msperday[1] = meteodatas.Where(m => m.Month == 2).Select(m => m.Value).Sum(); msperday[2] = meteodatas.Where(m => m.Month == 3).Select(m => m.Value).Sum(); msperday[3] = meteodatas.Where(m => m.Month == 4).Select(m => m.Value).Sum(); msperday[4] = meteodatas.Where(m => m.Month == 5).Select(m => m.Value).Sum(); msperday[5] = meteodatas.Where(m => m.Month == 6).Select(m => m.Value).Sum(); msperday[6] = meteodatas.Where(m => m.Month == 7).Select(m => m.Value).Sum(); msperday[7] = meteodatas.Where(m => m.Month == 8).Select(m => m.Value).Sum(); msperday[8] = meteodatas.Where(m => m.Month == 9).Select(m => m.Value).Sum(); msperday[9] = meteodatas.Where(m => m.Month == 10).Select(m => m.Value).Sum(); msperday[10] = meteodatas.Where(m => m.Month == 11).Select(m => m.Value).Sum(); msperday[11] = meteodatas.Where(m => m.Month == 12).Select(m => m.Value).Sum(); decimal?[] days = new decimal?[12]; days[0] = 31; days[1] = 622 / 22; days[2] = 31; days[3] = 30; days[4] = 31; days[5] = 30; days[6] = 31; days[7] = 31; days[8] = 30; days[9] = 31; days[10] = 30; days[11] = 31; decimal?average = 0, sum = 0, days_count = 0; for (int i = 0; i < 12; i++) { sum += days[i] * msperday[i]; days_count += days[i]; } average = sum / days_count; sw.WriteLine(latitude.ToString() + ";" + longitude.ToString() + ";" + (msperday[0] * days[0]).ToString() + ";" + (msperday[1] * days[1]).ToString() + ";" + (msperday[2] * days[2]).ToString() + ";" + (msperday[3] * days[3]).ToString() + ";" + (msperday[4] * days[4]).ToString() + ";" + (msperday[5] * days[5]).ToString() + ";" + (msperday[6] * days[6]).ToString() + ";" + (msperday[7] * days[7]).ToString() + ";" + (msperday[8] * days[8]).ToString() + ";" + (msperday[9] * days[9]).ToString() + ";" + (msperday[10] * days[10]).ToString() + ";" + (msperday[11] * days[11]).ToString() + ";" + average.ToString() + ";" + sum.ToString() + ";" + msperday[0].ToString() + ";" + msperday[1].ToString() + ";" + msperday[2].ToString() + ";" + msperday[3].ToString() + ";" + msperday[4].ToString() + ";" + msperday[5].ToString() + ";" + msperday[6].ToString() + ";" + msperday[7].ToString() + ";" + msperday[8].ToString() + ";" + msperday[9].ToString() + ";" + msperday[10].ToString() + ";" + msperday[11].ToString() ); count++; } db_.Dispose(); GC.Collect(); } } } } } } //---------------------------------------------------------------------------------------------------------------------- TimeSpan time = DateTime.Now - start; report += "<br/>Time: " + time.ToString() + "<br/>Count: " + count.ToString(); ViewBag.Report = report; } else { ViewBag.Report = "Select Periodicity and Source!"; } return(View()); }