public void RefreshYAxesUnit()
{
string unit;
string airFlowUnit = UnitQuery.GetUnitDescription(EUnitType.AirFlow, (int)Method.AirFlow);
string capacityUnit = UnitQuery.GetUnitDescription(EUnitType.Capacity, (int)Method.CoolingCapacity);
string enthalpyUnit = UnitQuery.GetUnitDescription(EUnitType.Enthalpy, (int)Method.Enthalpy);
string temperatureUnit = UnitQuery.GetUnitDescription(EUnitType.Temperature, (int)Method.Temperature);
string pressureUnit = UnitQuery.GetUnitDescription(EUnitType.Pressure, (int)Method.Pressure);
string diffPressureUnit = UnitQuery.GetUnitDescription(EUnitType.DiffPressure, (int)Method.DiffPressure);
string atmPressureUnit = UnitQuery.GetUnitDescription(EUnitType.AtmPressure, (int)Method.AtmPressure);
foreach (YAxisRow row in YAxisRows)
{
unit = "";
switch (row.Name)
{
case "AirFlow":
unit = airFlowUnit;
break;
case "Capacity":
case "EER_COP":
unit = capacityUnit;
break;
case "Enthalpy":
case "Heat":
unit = enthalpyUnit;
break;
case "Temperature":
unit = temperatureUnit;
break;
case "Pressure":
unit = pressureUnit;
break;
case "DiffPressure":
unit = diffPressureUnit;
break;
case "AtmPressure":
unit = atmPressureUnit;
break;
}
row.Unit = (unit == "") ? row.Unit : unit;
}
foreach (YAxisRow row in YAxisRows)
{
viewGraph.AxesY[row.AxisNo].Title.Text = row.DescriptionUnit;
}
}
public void RefreshUnit()
{
string unit, capacityUnit;
string airFlowUnit = UnitQuery.GetUnitDescription(EUnitType.AirFlow, (int)Method.AirFlow);
string enthalpyUnit = UnitQuery.GetUnitDescription(EUnitType.Enthalpy, (int)Method.Enthalpy);
string temperatureUnit = UnitQuery.GetUnitDescription(EUnitType.Temperature, (int)Method.Temperature);
string pressureUnit = UnitQuery.GetUnitDescription(EUnitType.Pressure, (int)Method.Pressure);
string diffPressureUnit = UnitQuery.GetUnitDescription(EUnitType.DiffPressure, (int)Method.DiffPressure);
string atmPressureUnit = UnitQuery.GetUnitDescription(EUnitType.AtmPressure, (int)Method.AtmPressure);
if (context.Condition.Schedules[context.Index].IndoorMode == EIndoorMode.Heating)
{
capacityUnit = UnitQuery.GetUnitDescription(EUnitType.Capacity, (int)Method.HeatingCapacity);
}
else
{
capacityUnit = UnitQuery.GetUnitDescription(EUnitType.Capacity, (int)Method.CoolingCapacity);
}
foreach (SeriesRow row in PlotSeriesRows)
{
switch (row.UnitType)
{
case "AirFlow":
row.UnitFrom = airFlowUnit;
break;
case "Capacity":
case "EER_COP":
row.UnitFrom = capacityUnit;
break;
case "Enthalpy":
case "Heat":
row.UnitFrom = enthalpyUnit;
break;
case "Temperature":
row.UnitFrom = temperatureUnit;
break;
case "Pressure":
row.UnitFrom = pressureUnit;
break;
case "DiffPressure":
row.UnitFrom = diffPressureUnit;
break;
case "AtmPressure":
row.UnitFrom = atmPressureUnit;
break;
}
}
plotSeriesGridView.RefreshData();
foreach (YAxisRow row in YAxisRows)
{
unit = "";
switch (row.Name)
{
case "AirFlow":
unit = atmPressureUnit;
break;
case "Capacity":
case "EER_COP":
unit = capacityUnit;
break;
case "Enthalpy":
case "Heat":
unit = enthalpyUnit;
break;
case "Temperature":
unit = temperatureUnit;
break;
case "Pressure":
unit = pressureUnit;
break;
case "DiffPressure":
unit = diffPressureUnit;
break;
case "AtmPressure":
unit = atmPressureUnit;
break;
}
row.Unit = (unit == "") ? row.Unit : unit;
}
foreach (YAxisRow row in YAxisRows)
{
viewGraph.AxesY[row.AxisNo].Title.Text = row.DescriptionUnit;
}
}
private void InitializeYAxes()
{
int i = 0;
string unit = "None";
YAxisRows = new List <YAxisRow>();
foreach (EUnitType unitType in Enum.GetValues(typeof(EUnitType)))
{
if (unitType == EUnitType.None)
{
continue;
}
if (unitType == EUnitType.Time)
{
continue;
}
switch (unitType)
{
case EUnitType.Current:
case EUnitType.Voltage:
case EUnitType.Frequency:
case EUnitType.Flux:
case EUnitType.Ratio:
case EUnitType.HumidityRatio:
case EUnitType.Power:
case EUnitType.PowerComsumption:
case EUnitType.Velocity:
case EUnitType.Volume:
unit = UnitQuery.GetUnitDescription(unitType);
break;
case EUnitType.AirFlow:
unit = UnitQuery.GetUnitDescription(unitType, (int)Method.AirFlow);
break;
case EUnitType.Capacity:
case EUnitType.EER_COP:
unit = UnitQuery.GetUnitDescription(unitType, (int)Method.CoolingCapacity);
break;
case EUnitType.Enthalpy:
case EUnitType.Heat:
unit = UnitQuery.GetUnitDescription(unitType, (int)Method.Enthalpy);
break;
case EUnitType.Temperature:
unit = UnitQuery.GetUnitDescription(unitType, (int)Method.Temperature);
break;
case EUnitType.Pressure:
unit = UnitQuery.GetUnitDescription(unitType, (int)Method.Pressure);
break;
case EUnitType.DiffPressure:
unit = UnitQuery.GetUnitDescription(unitType, (int)Method.DiffPressure);
break;
case EUnitType.AtmPressure:
unit = UnitQuery.GetUnitDescription(unitType, (int)Method.AtmPressure);
break;
}
YAxisRows.Add(new YAxisRow(-1, i++, false, EAxisAlign.Left,
unitType.ToString(), unitType.ToDescription(), unit, -100, 100, -100, 100));
}
YAxisRows[0].Checked = true;
YAxisRows[1].Checked = true;
YAxisRows[2].Checked = true;
}
public void SetPlotSeriesUnit(int index, EUnitType type, int unit)
{
PlotSeriesRows[index].UnitFrom =
UnitQuery.GetUnitDescription(type, unit);
}
