private ChartDTO GetSterilizerChartData(MonitorCollectDataEntity eHead, IList <MonitorCollectDataEntryEntity> lstDetail)
{
SeriesDTO s1 = GetSeries(lstDetail, "FValue1", Properties.Resource.SterilizerSeries1);
SeriesDTO s2 = GetSeries(lstDetail, "FValue2", Properties.Resource.SterilizerSeries2);
SeriesDTO s3 = GetSeries(lstDetail, "FValue3", Properties.Resource.SterilizerSeries3);
SeriesDTO s4 = GetSeries(lstDetail, "FValue4", Properties.Resource.SterilizerSeries4);
SeriesDTO s5 = GetSeries(lstDetail, "FValue5", Properties.Resource.SterilizerSeries5);
SeriesDTO s6 = GetSeries(lstDetail, "FValue6", Properties.Resource.SterilizerSeries6);
AxesDTO axesTemp = new AxesDTO(AxesName.Temperature.ToString());
axesTemp.AxisYProperty.Add(AxesDTO.AxisProperty.MinValueSerializable.ToString(), Properties.Resource.TempMinValue);
axesTemp.AxisYProperty.Add(AxesDTO.AxisProperty.MaxValueSerializable.ToString(), Properties.Resource.TempMaxValue);
axesTemp.AxisYProperty.Add(AxesDTO.AxisProperty.EndText.ToString(), Properties.Resource.TempUnit);
AxesDTO axesPressure = new AxesDTO(AxesName.Pressure.ToString());
if (Properties.Resource.PressureMinValue.Equals(Properties.Resource.PressureMaxValue))
{
axesPressure.AxisYProperty.Add(AxesDTO.AxisProperty.MinValueSerializable.ToString(), Properties.Resource.PressureMinValue);
axesPressure.AxisYProperty.Add(AxesDTO.AxisProperty.MaxValueSerializable.ToString(), Properties.Resource.PressureMaxValue);
}
axesPressure.AxisYProperty.Add(AxesDTO.AxisProperty.EndText.ToString(), Properties.Resource.PressureUnit);
Dictionary <string, SeriesDTO> dicSeriesTemp = new Dictionary <string, SeriesDTO>();
dicSeriesTemp.Add(Properties.Resource.SterilizerSeries1, s1);
dicSeriesTemp.Add(Properties.Resource.SterilizerSeries2, s2);
Dictionary <string, SeriesDTO> dicSeriesPressure = new Dictionary <string, SeriesDTO>();
dicSeriesPressure.Add(Properties.Resource.SterilizerSeries3, s3);
dicSeriesPressure.Add(Properties.Resource.SterilizerSeries4, s4);
dicSeriesPressure.Add(Properties.Resource.SterilizerSeries5, s5);
dicSeriesPressure.Add(Properties.Resource.SterilizerSeries6, s6);
ChartDTO chartData = new ChartDTO();
chartData.ChartTitle = GetChartTitle(eHead);
chartData.AxesDictionary.Add(AxesName.Temperature.ToString(), axesTemp);
chartData.AxesDictionary.Add(AxesName.Pressure.ToString(), axesPressure);
chartData.SeriesDictionary.Add(AxesName.Temperature.ToString(), dicSeriesTemp);
chartData.SeriesDictionary.Add(AxesName.Pressure.ToString(), dicSeriesPressure);
chartData.Comment = GetComment(eHead, s1);
return(chartData);
}
private ChartDTO GetWasherChartData(MonitorCollectDataEntity eHead, IList <MonitorCollectDataEntryEntity> lstDetail)
{
SeriesDTO s1 = GetSeries(lstDetail, "FValue1", Properties.Resource.WasherSeries1); //Med
SeriesDTO s2 = GetSeries(lstDetail, "FValue2", Properties.Resource.WasherSeries2); //CT
SeriesDTO s3 = GetSeries(lstDetail, "FValue3", Properties.Resource.WasherSeries3); //CDNo
SeriesDTO s5 = GetSeries(lstDetail, "FValue4", Properties.Resource.WasherSeries5); //Ao
SeriesDTO s4 = GetSeries(lstDetail, "FValue5", Properties.Resource.WasherSeries4); //DosV
AxesDTO axesTemp = new AxesDTO(AxesName.Temperature.ToString());
axesTemp.AxisYProperty.Add(AxesDTO.AxisProperty.EndText.ToString(), Properties.Resource.TempUnit);
//axesTemp.SeriesList.Add(sTempIndepCham);
AxesDTO axesAo = new AxesDTO(AxesName.AoValue.ToString());
axesAo.AxisYProperty.Add(AxesDTO.AxisProperty.MinValueSerializable.ToString(), Properties.Resource.A0MinValue);
axesAo.AxisYProperty.Add(AxesDTO.AxisProperty.MaxValueSerializable.ToString(), Properties.Resource.A0MaxValue);
Dictionary <string, SeriesDTO> dicSeriesTemp = new Dictionary <string, SeriesDTO>();
dicSeriesTemp.Add(Properties.Resource.WasherSeries2, s2);
Dictionary <string, SeriesDTO> dicSeriesAo = new Dictionary <string, SeriesDTO>();
dicSeriesAo.Add(Properties.Resource.WasherSeries5, s5);
dicSeriesAo.Add(Properties.Resource.WasherSeries1, s1);
dicSeriesAo.Add(Properties.Resource.WasherSeries3, s3);
dicSeriesAo.Add(Properties.Resource.WasherSeries4, s4);
ChartDTO chartData = new ChartDTO();
chartData.ChartTitle = GetChartTitle(eHead);
chartData.AxesDictionary.Add(AxesName.Temperature.ToString(), axesTemp);
chartData.AxesDictionary.Add(AxesName.AoValue.ToString(), axesAo);
chartData.SeriesDictionary.Add(AxesName.Temperature.ToString(), dicSeriesTemp);
chartData.SeriesDictionary.Add(AxesName.AoValue.ToString(), dicSeriesAo);
chartData.Comment = GetComment(eHead, s1);
//chartData.ErrorData = Utility.GetSensorErrors(eHead, mSyncLast);
return(chartData);
}
private ChartDTO GetSterilizerChartData(SensorDataHeadEntity eHead)
{
SeriesDTO s1 = null;
SeriesDTO s2 = null;
SeriesDTO s3 = null;
SeriesDTO s4 = null;
SeriesDTO s5 = null;
SeriesDTO s6 = null;
if (mIsCompressed)
{
s1 = GetCompressedSeries(eHead, SystemData.MeasurementSensor1, Properties.Resource.SterilizerSeries1);
s2 = GetCompressedSeries(eHead, SystemData.MeasurementSensor2, Properties.Resource.SterilizerSeries2);
s3 = GetCompressedSeries(eHead, SystemData.MeasurementSensor4, Properties.Resource.SterilizerSeries3);
s4 = GetCompressedSeries(eHead, SystemData.MeasurementSensor5, Properties.Resource.SterilizerSeries4);
s5 = GetCompressedSeries(eHead, SystemData.MeasurementSensor6, Properties.Resource.SterilizerSeries5);
s6 = GetCompressedSeries(eHead, SystemData.MeasurementSensor7, Properties.Resource.SterilizerSeries6);
}
else
{
s1 = GetSeries(eHead, SystemData.MeasurementSensor1, Properties.Resource.SterilizerSeries1);
s2 = GetSeries(eHead, SystemData.MeasurementSensor2, Properties.Resource.SterilizerSeries2);
s3 = GetSeries(eHead, SystemData.MeasurementSensor4, Properties.Resource.SterilizerSeries3);
s4 = GetSeries(eHead, SystemData.MeasurementSensor5, Properties.Resource.SterilizerSeries4);
s5 = GetSeries(eHead, SystemData.MeasurementSensor6, Properties.Resource.SterilizerSeries5);
s6 = GetSeries(eHead, SystemData.MeasurementSensor7, Properties.Resource.SterilizerSeries6);
}
MergeSterilizerSensorData();
AxesDTO axesTemp = new AxesDTO(AxesName.Temperature.ToString());
axesTemp.AxisYProperty.Add(AxesDTO.AxisProperty.MinValueSerializable.ToString(), Properties.Resource.TempMinValue);
axesTemp.AxisYProperty.Add(AxesDTO.AxisProperty.MaxValueSerializable.ToString(), Properties.Resource.TempMaxValue);
axesTemp.AxisYProperty.Add(AxesDTO.AxisProperty.EndText.ToString(), Properties.Resource.TempUnit);
AxesDTO axesPressure = new AxesDTO(AxesName.Pressure.ToString());
if (!Properties.Resource.PressureMinValue.Equals(Properties.Resource.PressureMaxValue))
{
axesPressure.AxisYProperty.Add(AxesDTO.AxisProperty.MinValueSerializable.ToString(), Properties.Resource.PressureMinValue);
axesPressure.AxisYProperty.Add(AxesDTO.AxisProperty.MaxValueSerializable.ToString(), Properties.Resource.PressureMaxValue);
}
axesPressure.AxisYProperty.Add(AxesDTO.AxisProperty.EndText.ToString(), Properties.Resource.PressureUnit);
Dictionary <string, SeriesDTO> dicSeriesTemp = new Dictionary <string, SeriesDTO>();
dicSeriesTemp.Add(Properties.Resource.SterilizerSeries1, s1);
dicSeriesTemp.Add(Properties.Resource.SterilizerSeries2, s2);
Dictionary <string, SeriesDTO> dicSeriesPressure = new Dictionary <string, SeriesDTO>();
dicSeriesPressure.Add(Properties.Resource.SterilizerSeries3, s3);
dicSeriesPressure.Add(Properties.Resource.SterilizerSeries4, s4);
dicSeriesPressure.Add(Properties.Resource.SterilizerSeries5, s5);
dicSeriesPressure.Add(Properties.Resource.SterilizerSeries6, s6);
ChartDTO chartData = new ChartDTO();
string temp = string.Empty;
if (s2 != null && s2.Points.Count > 0)
{
temp = s2.Points[s2.Points.Count - 1].Values[0].ToString("#.0");
}
string p2 = string.Empty;
if (s4 != null && s4.Points.Count > 0)
{
p2 = s4.Points[s4.Points.Count - 1].Values[0].ToString("0");
}
chartData.ChartTitle = GetChartTitle();
chartData.RealtimeInfo = string.Format("温度：{0}\n压力：{1}", temp, p2);
chartData.AxesDictionary.Add(AxesName.Temperature.ToString(), axesTemp);
chartData.AxesDictionary.Add(AxesName.Pressure.ToString(), axesPressure);
chartData.SeriesDictionary.Add(AxesName.Temperature.ToString(), dicSeriesTemp);
chartData.SeriesDictionary.Add(AxesName.Pressure.ToString(), dicSeriesPressure);
chartData.Comment = GetComment(eHead, s1);
chartData.ErrorData = Utility.GetSensorErrors(eHead, mSyncLast);
return(chartData);
}
private ChartDTO GetChartDataByHead(SensorDataHeadEntity eHead)
{
mHeadEntity = eHead;
if (mHeadEntity == null)
{
return(null);
}
IList <SensorDataLineEntity> lstLine = null;
SensorHelper <object> helper = new SensorHelper <object>();
if (mIsCompressed)
{
lstLine = mSensorCompressedData.GetSensorDataLine();
}
else
{
string strWhere = string.Format("SensorDataHeadID = '{0}'", eHead.SensorDataHeadID.ToString().ToUpper());
lstLine = helper.SelectList <SensorDataLineEntity>(strWhere, "ReceivedDate");
}
SeriesDTO sTemperature = null;
SeriesDTO sPressure = null;
SeriesDTO sHumidity = null;
SeriesDTO sVoltage = null;
GetSeriesDto(lstLine, ref sTemperature, ref sPressure, ref sHumidity, ref sVoltage);
MakeSensorData(lstLine);
ChartDTO chartData = new ChartDTO();
chartData.IsAxisXCustomLabels = false;
if (Convert.ToInt32(Sensor.SensorType).Equals(Convert.ToInt32(Common.Consts.SensorType.Temperature)) ||
Convert.ToInt32(Sensor.SensorType).Equals(Convert.ToInt32(Common.Consts.SensorType.TemperatureHumidity)) ||
Convert.ToInt32(Sensor.SensorType).Equals(Convert.ToInt32(Common.Consts.SensorType.TemperaturePressure)) ||
Convert.ToInt32(Sensor.SensorType).Equals(Convert.ToInt32(Common.Consts.SensorType.TemperaturePressureAccurate)))
{
// 温度
AxesDTO axesTemperature = new AxesDTO(Properties.Resource.TemperatureSeries);
axesTemperature.AxisYProperty.Add(AxesDTO.AxisProperty.EndText.ToString(), Properties.Resource.TemperatureUnit);
Dictionary <string, SeriesDTO> dicSeriesTemperature = new Dictionary <string, SeriesDTO>();
dicSeriesTemperature.Add(Properties.Resource.TemperatureSeries, sTemperature);
chartData.AxesDictionary.Add(Properties.Resource.TemperatureSeries, axesTemperature);
chartData.SeriesDictionary.Add(Properties.Resource.TemperatureSeries, dicSeriesTemperature);
}
if (Convert.ToInt32(Sensor.SensorType).Equals(Convert.ToInt32(Common.Consts.SensorType.Humidity)) ||
Convert.ToInt32(Sensor.SensorType).Equals(Convert.ToInt32(Common.Consts.SensorType.TemperatureHumidity)))
{
// 湿度
AxesDTO axesHumidity = new AxesDTO(Properties.Resource.HumiditySeries);
axesHumidity.AxisYProperty.Add(AxesDTO.AxisProperty.EndText.ToString(), Properties.Resource.HumidityUnit);
Dictionary <string, SeriesDTO> dicSeriesHumidity = new Dictionary <string, SeriesDTO>();
dicSeriesHumidity.Add(Properties.Resource.HumiditySeries, sHumidity);
chartData.AxesDictionary.Add(Properties.Resource.HumiditySeries, axesHumidity);
chartData.SeriesDictionary.Add(Properties.Resource.HumiditySeries, dicSeriesHumidity);
}
if (Convert.ToInt32(Sensor.SensorType).Equals(Convert.ToInt32(Common.Consts.SensorType.Pressure)) ||
Convert.ToInt32(Sensor.SensorType).Equals(Convert.ToInt32(Common.Consts.SensorType.TemperaturePressure)) ||
Convert.ToInt32(Sensor.SensorType).Equals(Convert.ToInt32(Common.Consts.SensorType.TemperaturePressureAccurate)))
{
// 气压
AxesDTO axesPressure = new AxesDTO(Properties.Resource.PressureSeries);
axesPressure.AxisYProperty.Add(AxesDTO.AxisProperty.EndText.ToString(), Properties.Resource.PressureUnit);
Dictionary <string, SeriesDTO> dicSeriesPressure = new Dictionary <string, SeriesDTO>();
dicSeriesPressure.Add(Properties.Resource.PressureSeries, sPressure);
chartData.AxesDictionary.Add(Properties.Resource.PressureSeries, axesPressure);
chartData.SeriesDictionary.Add(Properties.Resource.PressureSeries, dicSeriesPressure);
}
chartData.ChartTitle = GetChartTitle();
chartData.RealtimeInfo = GetRealtimeInfo(lstLine);
chartData.Comment = GetComment(chartData.SeriesDictionary);
chartData.ErrorData = null;
return(chartData);
}
private ChartDTO GetWasherChartData(SensorDataHeadEntity eHead)
{
SeriesDTO s1 = null;
SeriesDTO s2 = null;
SeriesDTO s3 = null;
SeriesDTO s4 = null;
SeriesDTO s5 = null;
if (mIsCompressed)
{
s1 = GetCompressedSeries(eHead, SystemData.MeasurementSensor1, Properties.Resource.WasherSeries1);
s2 = GetCompressedSeries(eHead, SystemData.MeasurementSensor2, Properties.Resource.WasherSeries2);
s3 = GetCompressedSeries(eHead, SystemData.MeasurementSensor3, Properties.Resource.WasherSeries3);
s4 = GetCompressedSeries(eHead, SystemData.MeasurementSensor4, Properties.Resource.WasherSeries4);
s5 = GetCompressedSeries(eHead, SystemData.MeasurementSensor5, Properties.Resource.WasherSeries5);
}
else
{
s1 = GetSeries(eHead, SystemData.MeasurementSensor1, Properties.Resource.WasherSeries1);
s2 = GetSeries(eHead, SystemData.MeasurementSensor2, Properties.Resource.WasherSeries2);
s3 = GetSeries(eHead, SystemData.MeasurementSensor3, Properties.Resource.WasherSeries3);
s4 = GetSeries(eHead, SystemData.MeasurementSensor4, Properties.Resource.WasherSeries4);
s5 = GetSeries(eHead, SystemData.MeasurementSensor5, Properties.Resource.WasherSeries5);
}
MergeWasherSensorData();
AxesDTO axesTemp = new AxesDTO(AxesName.Temperature.ToString());
axesTemp.AxisYProperty.Add(AxesDTO.AxisProperty.EndText.ToString(), Properties.Resource.TempUnit);
//axesTemp.SeriesList.Add(sTempIndepCham);
AxesDTO axesAo = new AxesDTO(AxesName.AoValue.ToString());
axesAo.AxisYProperty.Add(AxesDTO.AxisProperty.MinValueSerializable.ToString(), Properties.Resource.A0MinValue);
axesAo.AxisYProperty.Add(AxesDTO.AxisProperty.MaxValueSerializable.ToString(), Properties.Resource.A0MaxValue);
Dictionary <string, SeriesDTO> dicSeriesTemp = new Dictionary <string, SeriesDTO>();
dicSeriesTemp.Add(Properties.Resource.WasherSeries2, s2);
Dictionary <string, SeriesDTO> dicSeriesAo = new Dictionary <string, SeriesDTO>();
dicSeriesAo.Add(Properties.Resource.WasherSeries5, s5);
dicSeriesAo.Add(Properties.Resource.WasherSeries1, s1);
dicSeriesAo.Add(Properties.Resource.WasherSeries3, s3);
dicSeriesAo.Add(Properties.Resource.WasherSeries4, s4);
ChartDTO chartData = new ChartDTO();
string temp = string.Empty;
if (s2 != null && s2.Points.Count > 0)
{
temp = s2.Points[s2.Points.Count - 1].Values[0].ToString("#.0");
}
string a0 = string.Empty;
if (s5 != null && s5.Points.Count > 0)
{
a0 = s5.Points[s5.Points.Count - 1].Values[0].ToString("0");
}
chartData.ChartTitle = GetChartTitle();
chartData.RealtimeInfo = string.Format("温度：{0}\nA0：{1}", temp, a0);
chartData.AxesDictionary.Add(AxesName.Temperature.ToString(), axesTemp);
chartData.AxesDictionary.Add(AxesName.AoValue.ToString(), axesAo);
chartData.SeriesDictionary.Add(AxesName.Temperature.ToString(), dicSeriesTemp);
chartData.SeriesDictionary.Add(AxesName.AoValue.ToString(), dicSeriesAo);
chartData.Comment = GetComment(eHead, s1);
chartData.ErrorData = Utility.GetSensorErrors(eHead, mSyncLast);
return(chartData);
}
