private double GetCapacityRatiokj(EUnitCapacity to)
{
double ratio = 0;
switch (to)
{
case EUnitCapacity.W:
ratio = 1.0 / 4.1868 * 1.1628;
break;
case EUnitCapacity.kcal:
ratio = 1.0 / 4.1868;
break;
case EUnitCapacity.Btu:
ratio = 1.0 / 4.1868 * 3.968;
break;
case EUnitCapacity.kJ:
ratio = 1.0;
break;
}
return(ratio);
}
private double GetCapacityRatio(EUnitCapacity from, EUnitCapacity to)
{
double ratio = 0;
switch (from)
{
case EUnitCapacity.W:
ratio = GetCapacityRatioWatt(to);
break;
case EUnitCapacity.kcal:
ratio = GetCapacityRatiokcal(to);
break;
case EUnitCapacity.Btu:
ratio = GetCapacityRatioBtu(to);
break;
case EUnitCapacity.kJ:
ratio = GetCapacityRatiokj(to);
break;
}
return(ratio);
}
public void Initialize()
{
RecNo = -1;
RegTime = DateTime.Now;
ConditionSchedule sch = context.Condition.Schedules[context.Index];
ReportSheet sheet;
ConditionMethod method = context.Condition.Method;
Method.IntegralCount = method.IntegralCount;
Method.IntegralTime = method.IntegralTime;
Method.ScanTime = method.ScanTime;
Method.CoolingCapacity = method.CoolingCapacity;
Method.HeatingCapacity = method.HeatingCapacity;
Method.AirFlow = method.AirFlow;
Method.Enthalpy = method.Enthalpy;
Method.Pressure = method.Pressure;
Method.DiffPressure = method.DiffPressure;
Method.AtmPressure = method.AtmPressure;
Method.AutoControllerSetting = method.AutoControllerSetting;
Method.UsePowerMeterIntegral = method.UsePowerMeterIntegral;
ConditionNote note = context.Condition.Note;
Note.Company = note.Company;
Note.Name = note.Name;
Note.No = note.No;
Note.Observer = note.Observer;
Note.Maker = note.Maker;
Note.Model1 = note.Model1;
Note.Serial1 = note.Serial1;
Note.Model2 = note.Model2;
Note.Serial2 = note.Serial2;
Note.Model3 = note.Model3;
Note.Serial3 = note.Serial3;
Note.ExpDevice = note.ExpDevice;
Note.Refrigerant = note.Refrigerant;
Note.RefCharge = note.RefCharge;
Note.Memo = note.Memo;
EIndoorMode mode = sch.IndoorMode;
if (mode == EIndoorMode.NotUsed)
{
mode = EIndoorMode.Cooling;
}
EUnitCapacity unitCapa = (mode == EIndoorMode.Cooling) ? method.CoolingCapacity : method.HeatingCapacity;
context.Value.SetUnitTo(EUnitType.Capacity, (int)unitCapa);
context.Value.SetUnitTo(EUnitType.EER_COP, (int)unitCapa);
ConditionRated rated = context.Condition.Rateds[EConditionRated.Total][(int)mode];
Rated.Capacity = rated.Capacity;
Rated.PowerInput = rated.PowerInput;
Rated.EER_COP = rated.EER_COP;
Rated.Voltage = rated.Voltage;
Rated.Current = rated.Current;
Rated.Frequency = rated.Frequency;
Rated.PM_IDU = rated.PM_IDU;
Rated.PM_ODU = rated.PM_ODU;
Rated.Wiring = rated.Wiring;
lock (ValueSheets)
{
string nozzleName;
string nozzleState = "O,O,O,O";
List <CoefficientDataRow> coeff = Resource.Settings.Coefficients;
ValueSheets.Clear();
nozzleName = $"Nozzle ({coeff[0].Nozzle1:f0}/{coeff[0].Nozzle2:f0}/{coeff[0].Nozzle3:f0}/{coeff[0].Nozzle4:f0})";
sheet = new ReportCalorieSheet(context, "ID1", "ID11",
sch.Indoor1DB, sch.Indoor1WB, sch.Indoor1Use, sch.Indoor1Mode1,
sch.OutdoorDB, sch.OutdoorWB, sch.OutdoorUse, sch.OutdoorDpSensor,
nozzleName, nozzleState);
sheet.Use = (sch.Indoor1Use == EIndoorUse.Indoor) ? true : false;
ValueSheets.Add("ID A #1", sheet);
nozzleName = $"Nozzle ({coeff[1].Nozzle1:f0}/{coeff[1].Nozzle2:f0}/{coeff[1].Nozzle3:f0}/{coeff[1].Nozzle4:f0})";
sheet = new ReportCalorieSheet(context, "ID1", "ID12",
sch.Indoor1DB, sch.Indoor1WB, sch.Indoor1Use, sch.Indoor1Mode2,
sch.OutdoorDB, sch.OutdoorWB, sch.OutdoorUse, sch.OutdoorDpSensor,
nozzleName, nozzleState);
sheet.Use = (sch.Indoor1Use == EIndoorUse.Indoor) ? true : false;
ValueSheets.Add("ID A #2", sheet);
nozzleName = $"Nozzle ({coeff[2].Nozzle1:f0}/{coeff[2].Nozzle2:f0}/{coeff[2].Nozzle3:f0}/{coeff[2].Nozzle4:f0})";
sheet = new ReportCalorieSheet(context, "ID2", "ID21",
sch.Indoor2DB, sch.Indoor2WB, sch.Indoor2Use, sch.Indoor2Mode1,
sch.OutdoorDB, sch.OutdoorWB, sch.OutdoorUse, sch.OutdoorDpSensor,
nozzleName, nozzleState);
sheet.Use = (sch.Indoor2Use == EIndoorUse.Indoor) ? true : false;
ValueSheets.Add("ID B #1", sheet);
nozzleName = $"Nozzle ({coeff[3].Nozzle1:f0}/{coeff[3].Nozzle2:f0}/{coeff[3].Nozzle3:f0}/{coeff[3].Nozzle4:f0})";
sheet = new ReportCalorieSheet(context, "ID2", "ID22",
sch.Indoor2DB, sch.Indoor2WB, sch.Indoor2Use, sch.Indoor2Mode2,
sch.OutdoorDB, sch.OutdoorWB, sch.OutdoorUse, sch.OutdoorDpSensor,
nozzleName, nozzleState);
sheet.Use = (sch.Indoor2Use == EIndoorUse.Indoor) ? true : false;
ValueSheets.Add("ID B #2", sheet);
sheet = new ReportThermoSheet(context, "ID1", "",
sch.Indoor1DB, sch.Indoor1WB, sch.Indoor1Use, sch.Indoor1Mode1,
sch.OutdoorDB, sch.OutdoorWB, sch.OutdoorUse, sch.OutdoorDpSensor, "", "");
if (sheet.Use == true)
{
sheet.Use = (sch.Indoor1Use == EIndoorUse.Indoor) ? true : false;
}
ValueSheets.Add("ID A TC", sheet);
sheet = new ReportThermoSheet(context, "ID2", "",
sch.Indoor2DB, sch.Indoor2WB, sch.Indoor2Use, sch.Indoor2Mode1,
sch.OutdoorDB, sch.OutdoorWB, sch.OutdoorUse, sch.OutdoorDpSensor, "", "");
if (sheet.Use == true)
{
sheet.Use = (sch.Indoor2Use == EIndoorUse.Indoor) ? true : false;
}
ValueSheets.Add("ID B TC", sheet);
sheet = new ReportThermoSheet(context, "OD", "",
sch.Indoor1DB, sch.Indoor1WB, sch.Indoor1Use, sch.Indoor1Mode1,
sch.OutdoorDB, sch.OutdoorWB, sch.OutdoorUse, sch.OutdoorDpSensor, "", "");
if (sheet.Use == true)
{
sheet.Use = (sch.OutdoorUse == EOutdoorUse.Outdoor) ? true : false;
}
ValueSheets.Add("OD TC", sheet);
}
DataRaw.Clear();
foreach (KeyValuePair <string, ValueRow> row in context.Value.Calcurated)
{
if (row.Value.Save == true)
{
DataRaw.Rows.Add(row.Key, new DataRaw(-1, row.Value));
}
}
foreach (KeyValuePair <string, ValueRow> row in context.Value.Measured)
{
if (row.Value.Save == true)
{
DataRaw.Rows.Add(row.Key, new DataRaw(-1, row.Value));
}
}
DataRaw.Count = DataRaw.Rows.Count / 600;
if ((DataRaw.Rows.Count % 600) != 0)
{
DataRaw.Count++;
}
}