public IActionResult Dashboard()
{
MongoIndoorTempSetting_Model mongoIndoor = new MongoIndoorTempSetting_Model();
List <MongoIndoorTempSetting_Model> settingList = SETTINGCOLLECTION.Find(_ => true).ToList();
if (settingList.Count <= 0) //no record
{
mongoIndoor.Id = "";
mongoIndoor.acDefaultTemp = 25.5;
mongoIndoor.tempRangeHighest = 30;
mongoIndoor.checkDegRange = 2;
mongoIndoor.eachTempRange = 3;
mongoIndoor.acLowestTemp = 16;
}
foreach (MongoIndoorTempSetting_Model m in settingList) //have setting record
{
mongoIndoor = m;
}
IntelligentControlDeviceUnit intelligentControlDeviceUnit = new IntelligentControlDeviceUnit();
intelligentControlDeviceUnit.mongoIndoor = mongoIndoor;
string checkTimeMin = "*/5 * * * *";
if (mongoIndoor != null)
{
checkTimeMin = "*/" + mongoIndoor.checkTimeMinutes + " * * * *";
Debug.WriteLine("checkTimeMin!!!!!!!!" + checkTimeMin);
}
RecurringJob.AddOrUpdate(() => intelligentControlDeviceUnit.IntelligentControlDevice(), checkTimeMin.ToString());
RecurringJob.AddOrUpdate(() => intelligentControlDeviceUnit.scheduledControl(), "* * * * *");
//batch
DevicesPowerUseInputUtil devicesPowerUseInputUtil = new DevicesPowerUseInputUtil();
RecurringJob.AddOrUpdate(() => devicesPowerUseInputUtil.updateRoomPower(), "* * * * *");
DevicesPowerUseOutputUtil powerUseOutputUtil = new DevicesPowerUseOutputUtil();
double TotalSavings = 0;
double TotalUsage = Math.Round(powerUseOutputUtil.getTotalPowerUse(), 2);
double ACpower = Math.Round(powerUseOutputUtil.getACPowerUse(), 2);
double LTpower = Math.Round(powerUseOutputUtil.getLPowerUse(), 2);
double HDpower = Math.Round(powerUseOutputUtil.getHUMPowerUse(), 2);
double EFpower = Math.Round(powerUseOutputUtil.getEXHFPowerUse(), 2);
ViewBag.TotalUsage = TotalUsage;
ViewBag.TotalSavings = TotalSavings;
ViewBag.ACpower = ACpower;
ViewBag.LTpower = LTpower;
ViewBag.HDpower = HDpower;
ViewBag.EFpower = EFpower;
ViewBag.trendJsonString = powerUseOutputUtil.getRoomPowerTrend();
return(View());
}
public ActionResult DoughnutChart()
{
Debug.WriteLine(Request.Query["title"]);
Debug.WriteLine(Request.Query["chartType"]);
Debug.WriteLine(Request.Query["position"]);
ViewBag.charttitle = Request.Query["title"];
ViewBag.chartType = Request.Query["chartType"];
ViewBag.position = Request.Query["position"];
List <string> label = new List <string>();
DevicesController device = new DevicesController();
List <double> data = new List <double>();
DevicesPowerUseOutputUtil powerUseOutputUtil = new DevicesPowerUseOutputUtil();
double ACpower = Math.Round(powerUseOutputUtil.getACPowerUse(), 2);
double LTpower = Math.Round(powerUseOutputUtil.getLPowerUse(), 2);
double HDpower = Math.Round(powerUseOutputUtil.getHUMPowerUse(), 2);
double EFpower = Math.Round(powerUseOutputUtil.getEXHFPowerUse(), 2);
double[] myNum = { ACpower, LTpower, HDpower, EFpower };
var i = 0;
foreach (string getDeviceTypeName in device.typeName)
{
label.Add(getDeviceTypeName);
//data.Add(device.GetDeviceCount(getDeviceTypeName));
data.Add(myNum[i]);
i++;
}
ViewBag.divId = GetRandomDivId();
ChartController chart = new ChartController();
ViewBag.datasets = chart.DoughnutChart(label, data);
ViewData["devices"] = label.ToJson();
return(PartialView("_DoughnutChart"));
}
