public FormOpenSchedule(ConditionSchedule sch)
{
InitializeComponent();
defSch = sch;
Initialize();
}
private void RefreshContext()
{
if (InvalidContext == false)
{
return;
}
try
{
ConditionSchedule sch = context.Condition.Schedules[context.Index];
ConditionMethod method = context.Condition.Method;
context.RefreshCondition();
context.Report.RefreshCondition();
context.Value.Integral.Initialize(method.ScanTime, method.IntegralTime, sch);
sheetArgs.Index = EWorkSheet.Title;
OnSetSpreadSheet();
descArgs.Name = sch.Name;
descArgs.RepeatMax = sch.Repeat;
descArgs.PrepareMaxTime = sch.PreRun * csOneMiniteMsec;
descArgs.JudgeMaxTime = sch.Judge * csOneMiniteMsec;
descArgs.JudgeMax = sch.NoOfSteady;
OnDispState();
}
finally
{
InvalidContext = false;
}
}
public void Initialize(int scanTime, int integTime, ConditionSchedule sch)
{
lock (this)
{
Sheets["Judge"]["Total.IDU.Voltage"].Set(sch.OutdoorVolt1, sch.OutdoorVolt1Avg, sch.OutdoorVolt1Dev, scanTime);
Sheets["Judge"]["Total.ODU.Voltage"].Set(sch.OutdoorVolt2, sch.OutdoorVolt2Avg, sch.OutdoorVolt2Dev, scanTime);
Sheets["Judge"]["ID11.Entering.DB"].Set(sch.Indoor1DB, sch.Indoor1DBAvg, sch.Indoor1DBDev, scanTime);
Sheets["Judge"]["ID11.Entering.WB"].Set(sch.Indoor1WB, sch.Indoor1WBAvg, sch.Indoor1WBDev, scanTime);
Sheets["Judge"]["ID11.Leaving.DB"].Set(0, float.NaN, sch.Indoor1LDB1Dev, scanTime);
Sheets["Judge"]["ID11.Leaving.WB"].Set(0, float.NaN, sch.Indoor1LWB1Dev, scanTime);
Sheets["Judge"]["ID11.Air.Flow.Lev"].Set(0, float.NaN, sch.Indoor1AirFlow1Dev, scanTime);
Sheets["Judge"]["ID11.Static.Pressure"].Set(sch.Indoor1CP1, sch.Indoor1CP1Avg, sch.Indoor1CP1Dev, scanTime);
Sheets["Judge"]["ID12.Entering.DB"].Set(sch.Indoor1DB, sch.Indoor1DBAvg, sch.Indoor1DBDev, scanTime);
Sheets["Judge"]["ID12.Entering.WB"].Set(sch.Indoor1WB, sch.Indoor1WBAvg, sch.Indoor1WBDev, scanTime);
Sheets["Judge"]["ID12.Leaving.DB"].Set(0, float.NaN, sch.Indoor1LDB2Dev, scanTime);
Sheets["Judge"]["ID12.Leaving.WB"].Set(0, float.NaN, sch.Indoor1LWB2Dev, scanTime);
Sheets["Judge"]["ID12.Air.Flow.Lev"].Set(0, float.NaN, sch.Indoor1AirFlow2Dev, scanTime);
Sheets["Judge"]["ID12.Static.Pressure"].Set(sch.Indoor1CP2, sch.Indoor1CP2Avg, sch.Indoor1CP2Dev, scanTime);
Sheets["Judge"]["ID21.Entering.DB"].Set(sch.Indoor2DB, sch.Indoor2DBAvg, sch.Indoor2DBDev, scanTime);
Sheets["Judge"]["ID21.Entering.WB"].Set(sch.Indoor2WB, sch.Indoor2WBAvg, sch.Indoor2WBDev, scanTime);
Sheets["Judge"]["ID21.Leaving.DB"].Set(0, float.NaN, sch.Indoor2LDB1Dev, scanTime);
Sheets["Judge"]["ID21.Leaving.WB"].Set(0, float.NaN, sch.Indoor2LWB1Dev, scanTime);
Sheets["Judge"]["ID21.Air.Flow.Lev"].Set(0, float.NaN, sch.Indoor2AirFlow1Dev, scanTime);
Sheets["Judge"]["ID21.Static.Pressure"].Set(sch.Indoor2CP1, sch.Indoor2CP1Avg, sch.Indoor2CP1Dev, scanTime);
Sheets["Judge"]["ID22.Entering.DB"].Set(sch.Indoor2DB, sch.Indoor2DBAvg, sch.Indoor2DBDev, scanTime);
Sheets["Judge"]["ID22.Entering.WB"].Set(sch.Indoor2WB, sch.Indoor2WBAvg, sch.Indoor2WBDev, scanTime);
Sheets["Judge"]["ID22.Leaving.DB"].Set(0, float.NaN, sch.Indoor2LDB2Dev, scanTime);
Sheets["Judge"]["ID22.Leaving.WB"].Set(0, float.NaN, sch.Indoor2LWB2Dev, scanTime);
Sheets["Judge"]["ID22.Air.Flow.Lev"].Set(0, float.NaN, sch.Indoor2AirFlow2Dev, scanTime);
Sheets["Judge"]["ID22.Static.Pressure"].Set(sch.Indoor2CP2, sch.Indoor2CP2Avg, sch.Indoor2CP2Dev, scanTime);
Sheets["Judge"]["OD.Entering.DB"].Set(sch.OutdoorDB, sch.OutdoorDBAvg, sch.OutdoorDBDev, scanTime);
Sheets["Judge"]["OD.Entering.WB"].Set(sch.OutdoorWB, sch.OutdoorWBAvg, sch.OutdoorWBDev, scanTime);
Sheets["Judge"]["OD.Entering.DP"].Set(sch.OutdoorDP, sch.OutdoorDPAvg, sch.OutdoorDPDev, scanTime);
IgnoreJudgement = IsAllZero("Judge");
foreach (KeyValuePair <string, IntegralValues> sheet in Sheets)
{
if (sheet.Key == "Judge")
{
continue;
}
foreach (KeyValuePair <string, IntegralValue> row in sheet.Value.Values)
{
row.Value.Set(0, 0, 0, scanTime, integTime * 60);
}
}
}
}
public void RefreshCondition()
{
ConditionSchedule sch = context.Condition.Schedules[context.Index];
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;
}
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;
(ValueSheets["ID A #1"] as ReportCalorieSheet).Set(sch.Indoor1DB, sch.Indoor1WB, sch.OutdoorDB, sch.OutdoorWB);
(ValueSheets["ID A #2"] as ReportCalorieSheet).Set(sch.Indoor1DB, sch.Indoor1WB, sch.OutdoorDB, sch.OutdoorWB);
(ValueSheets["ID B #1"] as ReportCalorieSheet).Set(sch.Indoor2DB, sch.Indoor2WB, sch.OutdoorDB, sch.OutdoorWB);
(ValueSheets["ID B #2"] as ReportCalorieSheet).Set(sch.Indoor2DB, sch.Indoor2WB, sch.OutdoorDB, sch.OutdoorWB);
(ValueSheets["ID A TC"] as ReportThermoSheet).Set(sch.Indoor1DB, sch.Indoor1WB, sch.OutdoorDB, sch.OutdoorWB);
(ValueSheets["ID A TC"] as ReportThermoSheet).Reinitialize();
(ValueSheets["ID B TC"] as ReportThermoSheet).Set(sch.Indoor2DB, sch.Indoor2WB, sch.OutdoorDB, sch.OutdoorWB);
(ValueSheets["ID B TC"] as ReportThermoSheet).Reinitialize();
(ValueSheets["OD TC"] as ReportThermoSheet).Set(sch.Indoor1DB, sch.Indoor1WB, sch.OutdoorDB, sch.OutdoorWB);
(ValueSheets["OD TC"] as ReportThermoSheet).Reinitialize();
}
private void LoadSchedule(int paramNo)
{
ScheduleParamDataSet schSet = Context.DB.ScheduleParamSet;
schSet.SelectOrderByRecNo(paramNo);
Context.Condition.Schedules.Clear();
for (int i = 0; i < schSet.GetRowCount(); i++)
{
ConditionSchedule sch = new ConditionSchedule(Context.Condition.Schedules.Count + 1);
schSet.Fetch(i);
SetSchedule(sch, schSet);
Context.Condition.Schedules.Add(sch);
}
}
private void DoJudgement(ConditionSchedule sch)
{
bool repeat = true;
try
{
while (repeat == true)
{
try
{
descArgs.Step = ETestStep.Judgement;
descArgs.JudgeMax = sch.NoOfSteady;
descArgs.JudgeCount = 0;
descArgs.JudgeMaxTime = sch.Judge * csOneMiniteMsec;
descArgs.JudgeCurTime = 0;
OnDispState();
Judgement();
repeat = false;
}
catch (UlThreadTerminatedException e)
{
ClearCurrentValues();
switch ((ETestMessage)e.Code)
{
case ETestMessage.None:
throw e;
case ETestMessage.Next:
repeat = false;
break;
case ETestMessage.Reset:
repeat = true;
break;
}
}
}
}
finally
{
context.Value.Integral.Clear("Judge");
}
}
private void OpenScheduleDialog(ConditionSchedule sch)
{
FormOpenSchedule form = new FormOpenSchedule(sch);
if (form.ShowDialog() == DialogResult.OK)
{
if (form.ScheduleGridView.FocusedRowHandle >= 0)
{
AdvBandedGridView view = Context.Condition.Control.ScheduleGridView;
ConditionSchedule row = Context.Condition.Schedules[view.FocusedRowHandle];
form.standardEdit.Focus();
SetScheduleByForm(row, form);
view.RefreshData();
Context.Condition.Control.noteCompanyEdit.Focus();
view.Focus();
}
}
}
private void DoPreparation(ConditionSchedule sch)
{
bool repeat = true;
descArgs.Step = ETestStep.Preparation;
while (repeat == true)
{
try
{
descArgs.Step = ETestStep.Preparation;
descArgs.PrepareMaxTime = sch.PreRun * csOneMiniteMsec;
descArgs.PrepareCurTime = 0;
OnDispState();
Preparation();
repeat = false;
}
catch (UlThreadTerminatedException e)
{
ClearCurrentValues();
switch ((ETestMessage)e.Code)
{
case ETestMessage.None:
throw e;
case ETestMessage.Next:
repeat = false;
break;
case ETestMessage.Reset:
repeat = true;
break;
}
}
}
}
private void SetScheduleByForm(ConditionSchedule sch, FormOpenSchedule form)
{
sch.Standard = form.standardEdit.Text;
sch.Name = form.nameEdit.Text;
sch.NoOfSteady = int.Parse(form.noSteadyEdit.Text);
sch.PreRun = int.Parse(form.preparationEdit.Text);
sch.Judge = int.Parse(form.judgementEdit.Text);
sch.Repeat = int.Parse(form.repeatEdit.Text);
sch.Indoor1Use = form.Chambers[0].Indoor1Use;
sch.Indoor1Mode1 = form.Chambers[0].Indoor1Mode1;
sch.Indoor1Duct1 = form.Chambers[0].Indoor1Duct1;
sch.Indoor1Mode2 = form.Chambers[0].Indoor1Mode2;
sch.Indoor1Duct2 = form.Chambers[0].Indoor1Duct2;
sch.Indoor1DB = float.Parse(form.id1EdbSetupEdit.Text);
sch.Indoor1DBAvg = float.Parse(form.id1EdbAvgEdit.Text);
sch.Indoor1DBDev = float.Parse(form.id1EdbDevEdit.Text);
sch.Indoor1WB = float.Parse(form.id1EwbSetupEdit.Text);
sch.Indoor1WBAvg = float.Parse(form.id1EwbAvgEdit.Text);
sch.Indoor1WBDev = float.Parse(form.id1EwbDevEdit.Text);
sch.Indoor1LDB1Dev = float.Parse(form.id1Ldb1DevEdit.Text);
sch.Indoor1LWB1Dev = float.Parse(form.id1Lwb1DevEdit.Text);
sch.Indoor1AirFlow1Dev = float.Parse(form.id1Airflow1DevEdit.Text);
sch.Indoor1LDB2Dev = float.Parse(form.id1Ldb2DevEdit.Text);
sch.Indoor1LWB2Dev = float.Parse(form.id1Lwb2DevEdit.Text);
sch.Indoor1AirFlow2Dev = float.Parse(form.id1Airflow2DevEdit.Text);
sch.Indoor1CP1 = float.Parse(form.id1Cdp1SetupEdit.Text);
sch.Indoor1CP1Avg = float.Parse(form.id1Cdp1AvgEdit.Text);
sch.Indoor1CP1Dev = float.Parse(form.id1Cdp1DevEdit.Text);
sch.Indoor1CP2 = float.Parse(form.id1Cdp2SetupEdit.Text);
sch.Indoor1CP2Avg = float.Parse(form.id1Cdp2AvgEdit.Text);
sch.Indoor1CP2Dev = float.Parse(form.id1Cdp2DevEdit.Text);
sch.Indoor2Use = form.Chambers[0].Indoor2Use;
sch.Indoor2Mode1 = form.Chambers[0].Indoor2Mode1;
sch.Indoor2Duct1 = form.Chambers[0].Indoor2Duct1;
sch.Indoor2Mode2 = form.Chambers[0].Indoor2Mode2;
sch.Indoor2Duct2 = form.Chambers[0].Indoor2Duct2;
sch.Indoor2DB = float.Parse(form.id2EdbSetupEdit.Text);
sch.Indoor2DBAvg = float.Parse(form.id2EdbAvgEdit.Text);
sch.Indoor2DBDev = float.Parse(form.id2EdbDevEdit.Text);
sch.Indoor2WB = float.Parse(form.id2EwbSetupEdit.Text);
sch.Indoor2WBAvg = float.Parse(form.id2EwbAvgEdit.Text);
sch.Indoor2WBDev = float.Parse(form.id2EwbDevEdit.Text);
sch.Indoor2LDB1Dev = float.Parse(form.id2Ldb1DevEdit.Text);
sch.Indoor2LWB1Dev = float.Parse(form.id2Lwb1DevEdit.Text);
sch.Indoor2AirFlow1Dev = float.Parse(form.id2Airflow1DevEdit.Text);
sch.Indoor2LDB2Dev = float.Parse(form.id2Ldb2DevEdit.Text);
sch.Indoor2LWB2Dev = float.Parse(form.id2Lwb2DevEdit.Text);
sch.Indoor2AirFlow2Dev = float.Parse(form.id2Airflow2DevEdit.Text);
sch.Indoor2CP1 = float.Parse(form.id2Cdp1SetupEdit.Text);
sch.Indoor2CP1Avg = float.Parse(form.id2Cdp1AvgEdit.Text);
sch.Indoor2CP1Dev = float.Parse(form.id2Cdp1DevEdit.Text);
sch.Indoor2CP2 = float.Parse(form.id2Cdp2SetupEdit.Text);
sch.Indoor2CP2Avg = float.Parse(form.id2Cdp2AvgEdit.Text);
sch.Indoor2CP2Dev = float.Parse(form.id2Cdp2DevEdit.Text);
sch.OutdoorUse = form.Chambers[0].OutdoorUse;
sch.OutdoorDpSensor = form.Chambers[0].OutdoorDpSensor;
sch.OutdoorAutoVolt = form.Chambers[0].OutdoorAutoVolt;
sch.OutdoorDB = float.Parse(form.odEdbSetupEdit.Text);
sch.OutdoorDBAvg = float.Parse(form.odEdbAvgEdit.Text);
sch.OutdoorDBDev = float.Parse(form.odEdbDevEdit.Text);
sch.OutdoorWB = float.Parse(form.odEwbSetupEdit.Text);
sch.OutdoorWBAvg = float.Parse(form.odEwbAvgEdit.Text);
sch.OutdoorWBDev = float.Parse(form.odEdpDevEdit.Text);
sch.OutdoorDP = float.Parse(form.odEdpSetupEdit.Text);
sch.OutdoorDPAvg = float.Parse(form.odEdpAvgEdit.Text);
sch.OutdoorDPDev = float.Parse(form.odEdpDevEdit.Text);
sch.OutdoorVolt1 = float.Parse(form.odVolt1SetupEdit.Text);
sch.OutdoorVolt1Avg = float.Parse(form.odVolt1AvgEdit.Text);
sch.OutdoorVolt1Dev = float.Parse(form.odVolt1DevEdit.Text);
sch.OutdoorVolt2 = float.Parse(form.odVolt2SetupEdit.Text);
sch.OutdoorVolt2Avg = float.Parse(form.odVolt2AvgEdit.Text);
sch.OutdoorVolt2Dev = float.Parse(form.odVolt2DevEdit.Text);
}
private void SetSchedule(ConditionSchedule sch, ScheduleParamDataSet schSet)
{
sch.Standard = schSet.Standard;
sch.Name = schSet.Name;
sch.NoOfSteady = schSet.NoOfSteady;
sch.PreRun = schSet.Preparation;
sch.Judge = schSet.Judgement;
sch.Repeat = schSet.Repeat;
sch.Indoor1Use = schSet.ID1Use;
sch.Indoor1Mode1 = schSet.ID1Mode1;
sch.Indoor1Duct1 = schSet.ID1Duct1;
sch.Indoor1Mode2 = schSet.ID1Mode2;
sch.Indoor1Duct2 = schSet.ID1Duct2;
sch.Indoor1DB = schSet.ID1EdbSetup;
sch.Indoor1DBAvg = schSet.ID1EdbAvg;
sch.Indoor1DBDev = schSet.ID1EdbDev;
sch.Indoor1WB = schSet.ID1EwbSetup;
sch.Indoor1WBAvg = schSet.ID1EwbAvg;
sch.Indoor1WBDev = schSet.ID1EwbDev;
sch.Indoor1LDB1Dev = schSet.ID1Ldb1Dev;
sch.Indoor1LWB1Dev = schSet.ID1Lwb1Dev;;
sch.Indoor1AirFlow1Dev = schSet.ID1Af1Dev;
sch.Indoor1LDB2Dev = schSet.ID1Ldb2Dev;
sch.Indoor1LWB2Dev = schSet.ID1Lwb2Dev;;
sch.Indoor1AirFlow2Dev = schSet.ID1Af2Dev;
sch.Indoor1CP1 = schSet.ID1Cdp1Setup;
sch.Indoor1CP1Avg = schSet.ID1Cdp1Avg;
sch.Indoor1CP1Dev = schSet.ID1Cdp1Dev;
sch.Indoor1CP2 = schSet.ID1Cdp2Setup;
sch.Indoor1CP2Avg = schSet.ID1Cdp2Avg;
sch.Indoor1CP2Dev = schSet.ID1Cdp2Dev;
sch.Indoor2Use = schSet.ID2Use;
sch.Indoor2Mode1 = schSet.ID2Mode1;
sch.Indoor2Duct1 = schSet.ID2Duct1;
sch.Indoor2Mode2 = schSet.ID2Mode2;
sch.Indoor2Duct2 = schSet.ID2Duct2;
sch.Indoor2DB = schSet.ID2EdbSetup;
sch.Indoor2DBAvg = schSet.ID2EdbAvg;
sch.Indoor2DBDev = schSet.ID2EdbDev;
sch.Indoor2WB = schSet.ID2EwbSetup;
sch.Indoor2WBAvg = schSet.ID2EwbAvg;
sch.Indoor2WBDev = schSet.ID2EwbDev;
sch.Indoor2LDB1Dev = schSet.ID2Ldb1Dev;
sch.Indoor2LWB1Dev = schSet.ID2Lwb1Dev;;
sch.Indoor2AirFlow1Dev = schSet.ID2Af1Dev;
sch.Indoor2LDB2Dev = schSet.ID2Ldb2Dev;
sch.Indoor2LWB2Dev = schSet.ID2Lwb2Dev;;
sch.Indoor2AirFlow2Dev = schSet.ID2Af2Dev;
sch.Indoor2CP1 = schSet.ID2Cdp1Setup;
sch.Indoor2CP1Avg = schSet.ID2Cdp1Avg;
sch.Indoor2CP1Dev = schSet.ID2Cdp1Dev;
sch.Indoor2CP2 = schSet.ID2Cdp2Setup;
sch.Indoor2CP2Avg = schSet.ID2Cdp2Avg;
sch.Indoor2CP2Dev = schSet.ID2Cdp2Dev;
sch.OutdoorUse = schSet.ODUse;
sch.OutdoorDpSensor = schSet.ODDp;
sch.OutdoorAutoVolt = schSet.ODAutoVolt;
sch.OutdoorDB = schSet.ODEdbSetup;
sch.OutdoorDBAvg = schSet.ODEdbAvg;
sch.OutdoorDBDev = schSet.ODEdbDev;
sch.OutdoorWB = schSet.ODEwbSetup;
sch.OutdoorWBAvg = schSet.ODEwbAvg;
sch.OutdoorWBDev = schSet.ODEwbDev;
sch.OutdoorDP = schSet.ODEdpSetup;
sch.OutdoorDPAvg = schSet.ODEdpAvg;
sch.OutdoorDPDev = schSet.ODEdpDev;
sch.OutdoorVolt1 = schSet.ODVolt1Setup;
sch.OutdoorVolt1Avg = schSet.ODVolt1Avg;
sch.OutdoorVolt1Dev = schSet.ODVolt1Dev;
sch.OutdoorVolt2 = schSet.ODVolt2Setup;
sch.OutdoorVolt2Avg = schSet.ODVolt2Avg;
sch.OutdoorVolt2Dev = schSet.ODVolt2Dev;
}
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++;
}
}
