/// <summary>
/// Вычисляет значение параметра Расход на входе по Ходам Насоса с Аналогового сигнала
/// </summary>
/// <param name="pump1">Ходы насоса 1</param>
/// <param name="pump2">Ходы насоса 2</param>
/// <param name="diameter1">Диаметр цилиндра насоса 1</param>
/// <param name="diameter2">Диаметр цилиндра насоса 2</param>
public void Calculate(P0011 pump1, P11_1 pump2, P0014 diameter1, P14_1 diameter2)
{
float v = float.NaN;
if (!float.IsNaN(pump1.Value))
{
if (!float.IsNaN(diameter1.Value))
{
v = CalculateFlow(pump1.Value, diameter1.Value) * scale_factor_1;
}
}
if (!float.IsNaN(pump2.Value))
{
if (!float.IsNaN(diameter2.Value))
{
float v2 = CalculateFlow(pump2.Value, diameter2.Value) * scale_factor_2;
if (!float.IsNaN(v2))
{
if (float.IsNaN(v))
{
v = 0;
}
v = v + v2;
}
}
}
_value = v;
}
/// <summary>
/// Инициализирует новый экземпляр класса
/// </summary>
public Technology()
{
c_slim = new ReaderWriterLockSlim(LockRecursionPolicy.SupportsRecursion);
cal_slim = new ReaderWriterLockSlim(LockRecursionPolicy.SupportsRecursion);
p1 = new SGT.P0001(Guid.Empty);
p2 = new SGT.P0002(Guid.Empty);
p3 = new SGT.P0003(Guid.Empty);
p4 = new SGT.P0004(Guid.Empty);
p5 = new SGT.P0005(Guid.Empty);
p6 = new SGT.P0006(Guid.Empty);
p6_1 = new SGT.P06_1(Guid.Empty);
p6_2 = new SGT.P06_2(Guid.Empty);
p6_3 = new SGT.P06_3(Guid.Empty);
p6_4 = new SGT.P06_4(Guid.Empty);
p6_5 = new SGT.P06_5(Guid.Empty);
p6_6 = new SGT.P06_6(Guid.Empty);
p6_7 = new SGT.P06_7(Guid.Empty);
p6_8 = new SGT.P06_8(Guid.Empty);
p6_9 = new SGT.P06_9(Guid.Empty);
p7 = new SGT.P0007(Guid.Empty);
p7_1 = new SGT.P07_1(Guid.Empty);
p7_2 = new SGT.P07_2(Guid.Empty);
p7_3 = new SGT.P07_3(Guid.Empty);
p7_4 = new SGT.P07_4(Guid.Empty);
p7_5 = new SGT.P07_5(Guid.Empty);
p7_6 = new SGT.P07_6(Guid.Empty);
p7_7 = new SGT.P07_7(Guid.Empty);
p7_8 = new SGT.P07_8(Guid.Empty);
p7_9 = new SGT.P07_9(Guid.Empty);
p7_10 = new SGT.P7_10(Guid.Empty);
p7_11 = new SGT.P7_11(Guid.Empty);
p7_12 = new SGT.P7_12(Guid.Empty);
p7_13 = new SGT.P7_13(Guid.Empty);
p8 = new SGT.P0008(Guid.Empty);
p8_1 = new SGT.P08_1(Guid.Empty);
p9 = new SGT.P0009(Guid.Empty);
p9_1 = new SGT.P09_1(Guid.Empty);
p9_2 = new SGT.P09_2(Guid.Empty);
p9_3 = new SGT.P09_3(Guid.Empty);
p9_4 = new SGT.P09_4(Guid.Empty);
p9_5 = new SGT.P09_5(Guid.Empty);
p9_6 = new SGT.P09_6(Guid.Empty);
p9_7 = new SGT.P09_7(Guid.Empty);
p9_8 = new SGT.P09_8(Guid.Empty);
p9_9 = new SGT.P09_9(Guid.Empty);
p9_10 = new SGT.P9_10(Guid.Empty);
p9_11 = new SGT.P9_11(Guid.Empty);
p9_12 = new SGT.P9_12(Guid.Empty);
p9_13 = new SGT.P9_13(Guid.Empty);
p10 = new P0010(Guid.Empty);
p11 = new P0011(Guid.Empty);
p11_1 = new P11_1(Guid.Empty);
p12 = new P0012(Guid.Empty);
p13 = new P0013(Guid.Empty);
p14 = new P0014(Guid.Empty);
p14_1 = new P14_1(Guid.Empty);
p15 = new P0015(Guid.Empty);
p16 = new P0016(Guid.Empty);
p17 = new P0017(Guid.Empty);
p18 = new P0018(Guid.Empty);
p101 = new P0101(Guid.Empty);
p102 = new P0102(Guid.Empty);
p103 = new P0103(Guid.Empty);
p104 = new P0104(Guid.Empty);
p105 = new P0105(Guid.Empty);
p106 = new P0106(Guid.Empty);
p107 = new P0107(Guid.Empty);
p108 = new P0108(Guid.Empty);
p109 = new P0109(Guid.Empty);
p110 = new P0110(Guid.Empty);
p112 = new P0112(Guid.Empty);
p113 = new P0113(Guid.Empty);
p114 = new P0114(Guid.Empty);
p116 = new P0116(Guid.Empty);
p117 = new P0117(Guid.Empty);
p118 = new P0118(Guid.Empty);
p200 = new P0200(Guid.Empty);
p201 = new P0201(Guid.Empty);
p202 = new P0202(Guid.Empty);
p203 = new P0203(Guid.Empty);
p204 = new P0204(Guid.Empty);
p205 = new P0205(Guid.Empty);
p206 = new P0206(Guid.Empty);
p207 = new P0207(Guid.Empty);
p208 = new P0208(Guid.Empty);
p209 = new P0209(Guid.Empty);
p210 = new P0210(Guid.Empty);
p211 = new P0211(Guid.Empty);
p212 = new P0212(Guid.Empty);
p213 = new P0213(Guid.Empty);
currentTime = DateTime.MinValue;
driller_console = -1;
driller_console_weight_column = -1;
}
/// <summary>
/// Передать технологически параметры серверу данных
/// </summary>
protected void UpdateTechnologyParameters()
{
try
{
TParameter[] t_prms = SgtApplication.CreateInstance().Technology.Parameters;
if (t_prms != null)
{
foreach (TParameter parameter in t_prms)
{
if (parameter != null && parameter.IsSimple == false)
{
int dev_number = NumberTechOnDev(parameter.SNumber);
if (dev_number != -1)
{
DevManClient.UpdateParameter(dev_number, parameter.Value);
}
}
else
if (parameter != null && parameter.IsSimple == true)
{
switch (parameter.UnigueClassName)
{
case "P0014":
try
{
P0014 par = parameter as P0014;
if (par != null && par.Source == P0014Source.Own)
{
int dev_number = NumberTechOnDev(par.SNumber);
if (dev_number != -1)
{
DevManClient.UpdateParameter(dev_number, parameter.Value);
}
}
}
catch { }
break;
case "P14_1":
try
{
P14_1 par = parameter as P14_1;
if (par != null && par.Source == P0014Source.Own)
{
int dev_number = NumberTechOnDev(par.SNumber);
if (dev_number != -1)
{
DevManClient.UpdateParameter(dev_number, parameter.Value);
}
}
}
catch { }
break;
default:
break;
}
}
}
}
}
catch (Exception ex)
{
ErrorHandler.WriteToLog(this, new ErrorArgs(ex.Message, ErrorType.NotFatal));
}
}
/// <summary>
/// Инициализирует новый экземпляр класса
/// </summary>
public Technology()
{
c_slim = new ReaderWriterLockSlim(LockRecursionPolicy.SupportsRecursion);
cal_slim = new ReaderWriterLockSlim(LockRecursionPolicy.SupportsRecursion);
p1 = new SGT.P0001(Guid.Empty);
p2 = new SGT.P0002(Guid.Empty);
p3 = new SGT.P0003(Guid.Empty);
p4 = new SGT.P0004(Guid.Empty);
p5 = new SGT.P0005(Guid.Empty);
p6 = new SGT.P0006(Guid.Empty);
p6_1 = new SGT.P06_1(Guid.Empty);
p6_2 = new SGT.P06_2(Guid.Empty);
p6_3 = new SGT.P06_3(Guid.Empty);
p6_4 = new SGT.P06_4(Guid.Empty);
p6_5 = new SGT.P06_5(Guid.Empty);
p6_6 = new SGT.P06_6(Guid.Empty);
p6_7 = new SGT.P06_7(Guid.Empty);
p6_8 = new SGT.P06_8(Guid.Empty);
p6_9 = new SGT.P06_9(Guid.Empty);
p7 = new SGT.P0007(Guid.Empty);
p7_1 = new SGT.P07_1(Guid.Empty);
p7_2 = new SGT.P07_2(Guid.Empty);
p7_3 = new SGT.P07_3(Guid.Empty);
p7_4 = new SGT.P07_4(Guid.Empty);
p7_5 = new SGT.P07_5(Guid.Empty);
p7_6 = new SGT.P07_6(Guid.Empty);
p7_7 = new SGT.P07_7(Guid.Empty);
p7_8 = new SGT.P07_8(Guid.Empty);
p7_9 = new SGT.P07_9(Guid.Empty);
p7_10 = new SGT.P7_10(Guid.Empty);
p7_11 = new SGT.P7_11(Guid.Empty);
p7_12 = new SGT.P7_12(Guid.Empty);
p7_13 = new SGT.P7_13(Guid.Empty);
p8 = new SGT.P0008(Guid.Empty);
p8_1 = new SGT.P08_1(Guid.Empty);
p9 = new SGT.P0009(Guid.Empty);
p9_1 = new SGT.P09_1(Guid.Empty);
p9_2 = new SGT.P09_2(Guid.Empty);
p9_3 = new SGT.P09_3(Guid.Empty);
p9_4 = new SGT.P09_4(Guid.Empty);
p9_5 = new SGT.P09_5(Guid.Empty);
p9_6 = new SGT.P09_6(Guid.Empty);
p9_7 = new SGT.P09_7(Guid.Empty);
p9_8 = new SGT.P09_8(Guid.Empty);
p9_9 = new SGT.P09_9(Guid.Empty);
p9_10 = new SGT.P9_10(Guid.Empty);
p9_11 = new SGT.P9_11(Guid.Empty);
p9_12 = new SGT.P9_12(Guid.Empty);
p9_13 = new SGT.P9_13(Guid.Empty);
p10 = new P0010(Guid.Empty);
p11 = new P0011(Guid.Empty);
p11_1 = new P11_1(Guid.Empty);
p12 = new P0012(Guid.Empty);
p13 = new P0013(Guid.Empty);
p14 = new P0014(Guid.Empty);
p14_1 = new P14_1(Guid.Empty);
p15 = new P0015(Guid.Empty);
p16 = new P0016(Guid.Empty);
p17 = new P0017(Guid.Empty);
p18 = new P0018(Guid.Empty);
p101 = new P0101(Guid.Empty);
p102 = new P0102(Guid.Empty);
p103 = new P0103(Guid.Empty);
p104 = new P0104(Guid.Empty);
p105 = new P0105(Guid.Empty);
p106 = new P0106(Guid.Empty);
p107 = new P0107(Guid.Empty);
p108 = new P0108(Guid.Empty);
p109 = new P0109(Guid.Empty);
p110 = new P0110(Guid.Empty);
p112 = new P0112(Guid.Empty);
p113 = new P0113(Guid.Empty);
p114 = new P0114(Guid.Empty);
p116 = new P0116(Guid.Empty);
p117 = new P0117(Guid.Empty);
p118 = new P0118(Guid.Empty);
p200 = new P0200(Guid.Empty);
p201 = new P0201(Guid.Empty);
p202 = new P0202(Guid.Empty);
p203 = new P0203(Guid.Empty);
p204 = new P0204(Guid.Empty);
p205 = new P0205(Guid.Empty);
p206 = new P0206(Guid.Empty);
p207 = new P0207(Guid.Empty);
p208 = new P0208(Guid.Empty);
p209 = new P0209(Guid.Empty);
p210 = new P0210(Guid.Empty);
p211 = new P0211(Guid.Empty);
p212 = new P0212(Guid.Empty);
p213 = new P0213(Guid.Empty);
currentTime = DateTime.MinValue;
driller_console = -1;
driller_console_weight_column = -1;
}
/// <summary>
/// Вычисляет значение параметра Расход на входе по Ходам Насоса с Аналогового сигнала
/// </summary>
/// <param name="pump1">Ходы насоса 1</param>
/// <param name="pump2">Ходы насоса 2</param>
/// <param name="diameter1">Диаметр цилиндра насоса 1</param>
/// <param name="diameter2">Диаметр цилиндра насоса 2</param>
public void Calculate(P0011 pump1, P11_1 pump2, P0014 diameter1, P14_1 diameter2)
{
float v = float.NaN;
if (!float.IsNaN(pump1.Value))
{
if (!float.IsNaN(diameter1.Value))
{
v = CalculateFlow(pump1.Value, diameter1.Value) * scale_factor_1;
}
}
if (!float.IsNaN(pump2.Value))
{
if (!float.IsNaN(diameter2.Value))
{
float v2 = CalculateFlow(pump2.Value, diameter2.Value) * scale_factor_2;
if (!float.IsNaN(v2))
{
if (float.IsNaN(v)) v = 0;
v = v + v2;
}
}
}
_value = v;
}