private void InitGauge()
{
RadialGauge gauge = this.UltraGauge1.Gauges[0] as RadialGauge;
RadialGaugeScale scale = ((RadialGauge)this.UltraGauge1.Gauges[0]).Scales[0];
scale.Markers[0].Value = 0;
RadialGaugeRange range0 = gauge.Scales[0].Ranges[0];
range0.StartValue = 0;
range0.EndValue = 60;
RadialGaugeRange range1 = gauge.Scales[0].Ranges[1];
range1.StartValue = 60;
range1.EndValue = 90;
RadialGaugeRange range2 = gauge.Scales[0].Ranges[2];
range2.StartValue = 90;
range2.EndValue = 100;
}
protected void UltraGauge1_AsyncRefresh(object sender, Infragistics.WebUI.UltraWebGauge.RefreshEventArgs e)
{
if (ResultValue != 0)
{
RadialGaugeScale scale1 = ((RadialGauge)this.UltraGauge1.Gauges[0]).Scales[0];
//if (ResultValue > 50 && RefreshTimes == 0)//以50进行分割，超过50，指针每隔1秒动一次
//{
// scale1.Markers[0].Value = 50;
// (this.UltraGauge1.Gauges.FromKey("digital") as SegmentedDigitalGauge).Text = "50";
// RefreshTimes = 1;
//}
//else
//{
cmdQuery_ServerClick(null, null);
scale1.Markers[0].Value = ResultValue;
(this.UltraGauge1.Gauges.FromKey("digital") as SegmentedDigitalGauge).Text = Math.Round(ResultValue, 2).ToString();
UltraGauge1.RefreshInterval = 15; //正常15秒刷新一次
// }
}
}
protected void cmdQuery_ServerClick(object sender, System.EventArgs e)
{
if (ValidateInput())
{
//判断必输条件
string mocode = this.txtMOCodeWhere.Text.Trim();
string sscode = this.txtSSCodeWhere.Text.Trim();
string shiftcode = this.ddlShiftCodeWhere.SelectedValue;
int begindate = FormatHelper.TODateInt(this.dateStartDateQuery.Text == string.Empty ? "0" : this.dateStartDateQuery.Text);
int enddate = FormatHelper.TODateInt(this.dateEndDateQuery.Text == string.Empty ? "99999999" : this.dateEndDateQuery.Text);
//this.UltraGauge1.RefreshInterval = -1;
//根据工单和产线得到当前生产的所有资源
if (KPIFacade == null)
{
KPIFacade = new KPIQueryFacade(base.DataProvider);
}
object[] Res = KPIFacade.GetKPIRes(mocode, sscode);
List <decimal> cts = new List <decimal>();
if (Res != null)
{
foreach (Resource item in Res)
{
object outputs = KPIFacade.GetOutPutTimes(item.ResourceCode, mocode, shiftcode, begindate, enddate);
if (outputs != null)
{
int output = ((BenQGuru.eMES.Domain.Report.ReportOPQty)outputs).OutputTimes;
if (output > 0)
{
object serial = KPIFacade.GetMaxMiniSerial(item.ResourceCode, mocode, shiftcode, begindate, enddate);
if (serial != null)
{
int maxserial = ((BenQGuru.eMES.Domain.Report.ReportOPQty)serial).InputTimes;
int minserial = ((BenQGuru.eMES.Domain.Report.ReportOPQty)serial).OutputTimes;
int time = KPIFacade.GetMaxMinTime(maxserial, minserial);
decimal CT = Math.Round(Convert.ToDecimal(time) / (output - 1), 2);
cts.Add(CT);
}
}
}
}
}
if (cts.Count > 0)
{
decimal sum = 0;
decimal max = 0;
foreach (var ct in cts)
{
sum += ct;
max = max > ct ? max : ct;
}
decimal result = Math.Round(sum / (max * cts.Count), 4) * 100;
RadialGaugeScale scale1 = ((RadialGauge)this.UltraGauge1.Gauges[0]).Scales[0];
scale1.Markers[0].Value = result;
(this.UltraGauge1.Gauges.FromKey("digital") as SegmentedDigitalGauge).Text = Math.Round(result, 2).ToString();
UltraGauge1.RefreshInterval = 15;
ResultValue = 1;
RefreshTimes = 0;
}
else
{
RadialGaugeScale scale1 = ((RadialGauge)this.UltraGauge1.Gauges[0]).Scales[0];
scale1.Markers[0].Value = 0;
(this.UltraGauge1.Gauges.FromKey("digital") as SegmentedDigitalGauge).Text = "0";
UltraGauge1.RefreshInterval = 15;
ResultValue = 1;
RefreshTimes = 0;
}
}
}
