public void AddHourInfo(HourInfo hourInfo)
{
lock (_lock)
{
if (hourInfo != null)
{
var hours = Hours;
if (hours == null)
{
hours = new List <HourInfo>();
}
hours.Add(hourInfo);
Hours = hours;
}
}
}
public void CombineHours()
{
lock (_lock)
{
if (Hours != null && Hours.Count > 0)
{
var newHours = new List <HourInfo>();
var _hours = Hours.ToList();
if (_hours != null)
{
_hours = _hours.FindAll(o => o != null); // Clean list of any null HourInfos
}
var distinctDates = _hours.Select(o => o.Date).Distinct();
foreach (string distinctDate in distinctDates.ToList())
{
var sameDate = _hours.FindAll(o => o.Date == distinctDate);
var distinctHours = sameDate.Select(o => o.Hour).Distinct();
foreach (int distinctHour in distinctHours.ToList())
{
var hourInfo = new HourInfo();
hourInfo.Date = distinctDate;
hourInfo.Hour = distinctHour;
double plannedProductionTime = 0;
double operatingtime = 0;
double idealOperatingTime = 0;
int totalPieces = 0;
int goodPieces = 0;
double active = 0;
double idle = 0;
double alert = 0;
double production = 0;
double setup = 0;
double teardown = 0;
double maintenance = 0;
double processDevelopment = 0;
var sameHours = _hours.FindAll(o => o.Hour == distinctHour);
foreach (var sameHour in sameHours.ToList())
{
// OEE
plannedProductionTime += sameHour.PlannedProductionTime;
operatingtime += sameHour.OperatingTime;
idealOperatingTime += sameHour.IdealOperatingTime;
totalPieces += sameHour.TotalPieces;
goodPieces += sameHour.GoodPieces;
// Device Status
active += sameHour.Active;
idle += sameHour.Idle;
alert += sameHour.Alert;
// Production Status
production += sameHour.Production;
setup += sameHour.Setup;
teardown += sameHour.Teardown;
maintenance += sameHour.Maintenance;
processDevelopment += sameHour.ProcessDevelopment;
}
hourInfo.PlannedProductionTime = Math.Round(plannedProductionTime, 2);
hourInfo.OperatingTime = Math.Round(operatingtime, 2);
hourInfo.IdealOperatingTime = Math.Round(idealOperatingTime, 2);
hourInfo.TotalPieces = totalPieces;
hourInfo.GoodPieces = goodPieces;
hourInfo.Active = Math.Round(active, 2);
hourInfo.Idle = Math.Round(idle, 2);
hourInfo.Alert = Math.Round(alert, 2);
hourInfo.Production = Math.Round(production, 2);
hourInfo.Setup = Math.Round(setup, 2);
hourInfo.Teardown = Math.Round(teardown, 2);
hourInfo.Maintenance = Math.Round(maintenance, 2);
hourInfo.ProcessDevelopment = Math.Round(processDevelopment, 2);
newHours.Add(hourInfo);
}
}
Hours = newHours;
}
}
}
public static List<HourInfo> CombineHours(List<HourInfo> hours)
{
var newHours = new List<HourInfo>();
// Used 'lock' since it sometimes threw a 'source array was not long enough' exception
var _hours = hours.ToList();
// Clean list of any null HourInfos
_hours = _hours.FindAll(o => o != null);
var distinctDates = _hours.Select(o => o.Date).Distinct();
foreach (string distinctDate in distinctDates.ToList())
{
var sameDate = _hours.FindAll(o => o.Date == distinctDate);
var distinctHours = sameDate.Select(o => o.Hour).Distinct();
foreach (int distinctHour in distinctHours.ToList())
{
var hourInfo = new HourInfo();
hourInfo.Date = distinctDate;
hourInfo.Hour = distinctHour;
double plannedProductionTime = 0;
double operatingtime = 0;
double idealOperatingTime = 0;
int totalPieces = 0;
int goodPieces = 0;
double active = 0;
double idle = 0;
double alert = 0;
double production = 0;
double setup = 0;
double teardown = 0;
double maintenance = 0;
double processDevelopment = 0;
var sameHours = _hours.FindAll(o => o.Hour == distinctHour);
foreach (var sameHour in sameHours.ToList())
{
// OEE
plannedProductionTime += sameHour.PlannedProductionTime;
operatingtime += sameHour.OperatingTime;
idealOperatingTime += sameHour.IdealOperatingTime;
totalPieces += sameHour.TotalPieces;
goodPieces += sameHour.GoodPieces;
// Device Status
active += sameHour.Active;
idle += sameHour.Idle;
alert += sameHour.Alert;
// Production Status
production += sameHour.Production;
setup += sameHour.Setup;
teardown += sameHour.Teardown;
maintenance += sameHour.Maintenance;
processDevelopment += sameHour.ProcessDevelopment;
}
hourInfo.PlannedProductionTime = Math.Round(plannedProductionTime, 2);
hourInfo.OperatingTime = Math.Round(operatingtime, 2);
hourInfo.IdealOperatingTime = Math.Round(idealOperatingTime, 2);
hourInfo.TotalPieces = totalPieces;
hourInfo.GoodPieces = goodPieces;
hourInfo.Active = Math.Round(active, 2);
hourInfo.Idle = Math.Round(idle, 2);
hourInfo.Alert = Math.Round(alert, 2);
hourInfo.Production = Math.Round(production, 2);
hourInfo.Setup = Math.Round(setup, 2);
hourInfo.Teardown = Math.Round(teardown, 2);
hourInfo.Maintenance = Math.Round(maintenance, 2);
hourInfo.ProcessDevelopment = Math.Round(processDevelopment, 2);
newHours.Add(hourInfo);
}
}
return newHours;
}
public static List <HourInfo> CombineHours(List <HourInfo> hours)
{
var newHours = new List <HourInfo>();
// Used 'lock' since it sometimes threw a 'source array was not long enough' exception
var _hours = hours.ToList();
// Clean list of any null HourInfos
_hours = _hours.FindAll(o => o != null);
var distinctDates = _hours.Select(o => o.Date).Distinct();
foreach (string distinctDate in distinctDates.ToList())
{
var sameDate = _hours.FindAll(o => o.Date == distinctDate);
var distinctHours = sameDate.Select(o => o.Hour).Distinct();
foreach (int distinctHour in distinctHours.ToList())
{
var hourInfo = new HourInfo();
hourInfo.Date = distinctDate;
hourInfo.Hour = distinctHour;
double plannedProductionTime = 0;
double operatingtime = 0;
double idealOperatingTime = 0;
int totalPieces = 0;
int goodPieces = 0;
double active = 0;
double idle = 0;
double alert = 0;
double production = 0;
double setup = 0;
double teardown = 0;
double maintenance = 0;
double processDevelopment = 0;
var sameHours = _hours.FindAll(o => o.Hour == distinctHour);
foreach (var sameHour in sameHours.ToList())
{
// OEE
plannedProductionTime += sameHour.PlannedProductionTime;
operatingtime += sameHour.OperatingTime;
idealOperatingTime += sameHour.IdealOperatingTime;
totalPieces += sameHour.TotalPieces;
goodPieces += sameHour.GoodPieces;
// Device Status
active += sameHour.Active;
idle += sameHour.Idle;
alert += sameHour.Alert;
// Production Status
production += sameHour.Production;
setup += sameHour.Setup;
teardown += sameHour.Teardown;
maintenance += sameHour.Maintenance;
processDevelopment += sameHour.ProcessDevelopment;
}
hourInfo.PlannedProductionTime = Math.Round(plannedProductionTime, 2);
hourInfo.OperatingTime = Math.Round(operatingtime, 2);
hourInfo.IdealOperatingTime = Math.Round(idealOperatingTime, 2);
hourInfo.TotalPieces = totalPieces;
hourInfo.GoodPieces = goodPieces;
hourInfo.Active = Math.Round(active, 2);
hourInfo.Idle = Math.Round(idle, 2);
hourInfo.Alert = Math.Round(alert, 2);
hourInfo.Production = Math.Round(production, 2);
hourInfo.Setup = Math.Round(setup, 2);
hourInfo.Teardown = Math.Round(teardown, 2);
hourInfo.Maintenance = Math.Round(maintenance, 2);
hourInfo.ProcessDevelopment = Math.Round(processDevelopment, 2);
newHours.Add(hourInfo);
}
}
return(newHours);
}
public void CombineHours()
{
lock (_lock)
{
if (Hours != null && Hours.Count > 0)
{
var newHours = new List<HourInfo>();
var _hours = Hours.ToList();
if (_hours != null) _hours = _hours.FindAll(o => o != null); // Clean list of any null HourInfos
var distinctDates = _hours.Select(o => o.Date).Distinct();
foreach (string distinctDate in distinctDates.ToList())
{
var sameDate = _hours.FindAll(o => o.Date == distinctDate);
var distinctHours = sameDate.Select(o => o.Hour).Distinct();
foreach (int distinctHour in distinctHours.ToList())
{
var hourInfo = new HourInfo();
hourInfo.Date = distinctDate;
hourInfo.Hour = distinctHour;
double plannedProductionTime = 0;
double operatingtime = 0;
double idealOperatingTime = 0;
int totalPieces = 0;
int goodPieces = 0;
double active = 0;
double idle = 0;
double alert = 0;
double production = 0;
double setup = 0;
double teardown = 0;
double maintenance = 0;
double processDevelopment = 0;
var sameHours = _hours.FindAll(o => o.Hour == distinctHour);
foreach (var sameHour in sameHours.ToList())
{
// OEE
plannedProductionTime += sameHour.PlannedProductionTime;
operatingtime += sameHour.OperatingTime;
idealOperatingTime += sameHour.IdealOperatingTime;
totalPieces += sameHour.TotalPieces;
goodPieces += sameHour.GoodPieces;
// Device Status
active += sameHour.Active;
idle += sameHour.Idle;
alert += sameHour.Alert;
// Production Status
production += sameHour.Production;
setup += sameHour.Setup;
teardown += sameHour.Teardown;
maintenance += sameHour.Maintenance;
processDevelopment += sameHour.ProcessDevelopment;
}
hourInfo.PlannedProductionTime = Math.Round(plannedProductionTime, 2);
hourInfo.OperatingTime = Math.Round(operatingtime, 2);
hourInfo.IdealOperatingTime = Math.Round(idealOperatingTime, 2);
hourInfo.TotalPieces = totalPieces;
hourInfo.GoodPieces = goodPieces;
hourInfo.Active = Math.Round(active, 2);
hourInfo.Idle = Math.Round(idle, 2);
hourInfo.Alert = Math.Round(alert, 2);
hourInfo.Production = Math.Round(production, 2);
hourInfo.Setup = Math.Round(setup, 2);
hourInfo.Teardown = Math.Round(teardown, 2);
hourInfo.Maintenance = Math.Round(maintenance, 2);
hourInfo.ProcessDevelopment = Math.Round(processDevelopment, 2);
newHours.Add(hourInfo);
}
}
Hours = newHours;
}
}
}
public void AddHourInfo(HourInfo hourInfo)
{
lock (_lock)
{
if (hourInfo != null)
{
var hours = Hours;
if (hours == null) hours = new List<HourInfo>();
hours.Add(hourInfo);
Hours = hours;
}
}
}