@ -2396,7 +2396,7 @@ if (i == 9)
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM1Step0_MixSpeed , view . MixSpeed ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM1Step0_SetValue , view . SetValue ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM1Step0_Tolerance , view . Tolerance) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM1Step0_Tolerance , view . Set Tolerance) ;
}
if ( i = = 1 )
{
@ -2410,7 +2410,7 @@ if (i == 1)
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM1Step1_MixSpeed , view . MixSpeed ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM1Step1_SetValue , view . SetValue ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM1Step1_Tolerance , view . Tolerance) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM1Step1_Tolerance , view . Set Tolerance) ;
}
if ( i = = 2 )
@ -2425,7 +2425,7 @@ if (i == 2)
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM1Step2_MixSpeed , view . MixSpeed ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM1Step2_SetValue , view . SetValue ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM1Step2_Tolerance , view . Tolerance) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM1Step2_Tolerance , view . Set Tolerance) ;
}
if ( i = = 3 )
@ -2440,7 +2440,7 @@ if (i == 3)
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM1Step3_MixSpeed , view . MixSpeed ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM1Step3_SetValue , view . SetValue ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM1Step3_Tolerance , view . Tolerance) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM1Step3_Tolerance , view . Set Tolerance) ;
}
if ( i = = 4 )
@ -2455,7 +2455,7 @@ if (i == 4)
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM1Step4_MixSpeed , view . MixSpeed ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM1Step4_SetValue , view . SetValue ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM1Step4_Tolerance , view . Tolerance) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM1Step4_Tolerance , view . Set Tolerance) ;
}
if ( i = = 5 )
@ -2470,7 +2470,7 @@ if (i == 5)
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM1Step5_MixSpeed , view . MixSpeed ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM1Step5_SetValue , view . SetValue ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM1Step5_Tolerance , view . Tolerance) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM1Step5_Tolerance , view . Set Tolerance) ;
}
if ( i = = 6 )
@ -2486,7 +2486,7 @@ if (i == 6)
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM1Step6_SetValue , view . SetValue ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM1Step6_Tolerance , view . Tolerance) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM1Step6_Tolerance , view . Set Tolerance) ;
}
if ( i = = 7 )
@ -2501,7 +2501,7 @@ if (i == 7)
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM1Step7_MixSpeed , view . MixSpeed ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM1Step7_SetValue , view . SetValue ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM1Step7_Tolerance , view . Tolerance) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM1Step7_Tolerance , view . Set Tolerance) ;
}
if ( i = = 8 )
@ -2516,7 +2516,7 @@ if (i == 8)
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM1Step8_MixSpeed , view . MixSpeed ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM1Step8_SetValue , view . SetValue ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM1Step8_Tolerance , view . Tolerance) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM1Step8_Tolerance , view . Set Tolerance) ;
}
if ( i = = 9 )
{
@ -2530,7 +2530,7 @@ if (i == 9)
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM1Step9_MixSpeed , view . MixSpeed ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM1Step9_SetValue , view . SetValue ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM1Step9_Tolerance , view . Tolerance) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM1Step9_Tolerance , view . Set Tolerance) ;
}
@ -2557,7 +2557,7 @@ if (i == 9)
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM2Step0_MixSpeed , view . MixSpeed ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM2Step0_SetValue , view . SetValue ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM2Step0_Tolerance , view . Tolerance) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM2Step0_Tolerance , view . Set Tolerance) ;
}
if ( i = = 1 )
@ -2572,7 +2572,7 @@ if (i == 1)
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM2Step1_MixSpeed , view . MixSpeed ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM2Step1_SetValue , view . SetValue ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM2Step1_Tolerance , view . Tolerance) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM2Step1_Tolerance , view . Set Tolerance) ;
}
if ( i = = 2 )
@ -2587,7 +2587,7 @@ if (i == 2)
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM2Step2_MixSpeed , view . MixSpeed ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM2Step2_SetValue , view . SetValue ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM2Step2_Tolerance , view . Tolerance) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM2Step2_Tolerance , view . Set Tolerance) ;
}
if ( i = = 3 )
@ -2602,7 +2602,7 @@ if (i == 3)
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM2Step3_MixSpeed , view . MixSpeed ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM2Step3_SetValue , view . SetValue ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM2Step3_Tolerance , view . Tolerance) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM2Step3_Tolerance , view . Set Tolerance) ;
}
if ( i = = 4 )
@ -2617,7 +2617,7 @@ if (i == 4)
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM2Step4_MixSpeed , view . MixSpeed ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM2Step4_SetValue , view . SetValue ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM2Step4_Tolerance , view . Tolerance) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM2Step4_Tolerance , view . Set Tolerance) ;
}
if ( i = = 5 )
@ -2633,7 +2633,7 @@ if (i == 5)
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM2Step5_SetValue , view . SetValue ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM2Step5_Tolerance , view . Tolerance) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM2Step5_Tolerance , view . Set Tolerance) ;
}
if ( i = = 6 )
{
@ -2648,7 +2648,7 @@ if (i == 6)
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM2Step6_SetValue , view . SetValue ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM2Step6_Tolerance , view . Tolerance) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM2Step6_Tolerance , view . Set Tolerance) ;
}
if ( i = = 7 )
{
@ -2661,7 +2661,7 @@ if (i == 7)
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM2Step7_MixTemp , view . MixTemp ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM2Step7_MixSpeed , view . MixSpeed ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM2Step7_SetValue , view . SetValue ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM2Step7_Tolerance , view . Tolerance) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM2Step7_Tolerance , view . Set Tolerance) ;
}
if ( i = = 8 )
{
@ -2675,7 +2675,7 @@ if (i == 8)
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM2Step8_MixSpeed , view . MixSpeed ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM2Step8_SetValue , view . SetValue ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM2Step8_Tolerance , view . Tolerance) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM2Step8_Tolerance , view . Set Tolerance) ;
}
if ( i = = 9 )
@ -2690,7 +2690,7 @@ if (i == 9)
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM2Step9_MixSpeed , view . MixSpeed ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM2Step9_SetValue , view . SetValue ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM2Step9_Tolerance , view . Tolerance) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM2Step9_Tolerance , view . Set Tolerance) ;
}
}
}
@ -2711,7 +2711,7 @@ if (i == 9)
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM3Step0_MixTemp , view . MixTemp ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM3Step0_MixSpeed , view . MixSpeed ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM3Step0_SetValue , view . SetValue ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM3Step0_Tolerance , view . Tolerance) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM3Step0_Tolerance , view . Set Tolerance) ;
}
if ( i = = 1 )
{
@ -2724,7 +2724,7 @@ if (i == 1)
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM3Step1_MixTemp , view . MixTemp ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM3Step1_MixSpeed , view . MixSpeed ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM3Step1_SetValue , view . SetValue ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM3Step1_Tolerance , view . Tolerance) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM3Step1_Tolerance , view . Set Tolerance) ;
}
if ( i = = 2 )
{
@ -2737,7 +2737,7 @@ if (i == 2)
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM3Step2_MixTemp , view . MixTemp ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM3Step2_MixSpeed , view . MixSpeed ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM3Step2_SetValue , view . SetValue ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM3Step2_Tolerance , view . Tolerance) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM3Step2_Tolerance , view . Set Tolerance) ;
}
if ( i = = 3 )
@ -2752,7 +2752,7 @@ if (i == 3)
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM3Step3_MixSpeed , view . MixSpeed ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM3Step3_SetValue , view . SetValue ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM3Step3_Tolerance , view . Tolerance) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM3Step3_Tolerance , view . Set Tolerance) ;
}
if ( i = = 4 )
{
@ -2765,7 +2765,7 @@ if (i == 4)
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM3Step4_MixTemp , view . MixTemp ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM3Step4_MixSpeed , view . MixSpeed ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM3Step4_SetValue , view . SetValue ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM3Step4_Tolerance , view . Tolerance) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM3Step4_Tolerance , view . Set Tolerance) ;
}
if ( i = = 5 )
{
@ -2778,7 +2778,7 @@ if (i == 5)
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM3Step5_MixTemp , view . MixTemp ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM3Step5_MixSpeed , view . MixSpeed ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM3Step5_SetValue , view . SetValue ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM3Step5_Tolerance , view . Tolerance) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM3Step5_Tolerance , view . Set Tolerance) ;
}
if ( i = = 6 )
{
@ -2792,7 +2792,7 @@ if (i == 6)
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM3Step6_MixSpeed , view . MixSpeed ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM3Step6_SetValue , view . SetValue ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM3Step6_Tolerance , view . Tolerance) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM3Step6_Tolerance , view . Set Tolerance) ;
}
if ( i = = 7 )
{
@ -2806,7 +2806,7 @@ if (i == 7)
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM3Step7_MixSpeed , view . MixSpeed ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM3Step7_SetValue , view . SetValue ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM3Step7_Tolerance , view . Tolerance) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM3Step7_Tolerance , view . Set Tolerance) ;
}
if ( i = = 8 )
{
@ -2819,7 +2819,7 @@ if (i == 8)
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM3Step8_MixTemp , view . MixTemp ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM3Step8_MixSpeed , view . MixSpeed ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM3Step8_SetValue , view . SetValue ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM3Step8_Tolerance , view . Tolerance) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM3Step8_Tolerance , view . Set Tolerance) ;
}
if ( i = = 9 )
{
@ -2833,7 +2833,7 @@ if (i == 9)
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM3Step9_MixSpeed , view . MixSpeed ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM3Step9_SetValue , view . SetValue ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM3Step9_Tolerance , view . Tolerance) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM3Step9_Tolerance , view . Set Tolerance) ;
}
}
@ -2857,7 +2857,7 @@ if (i == 9)
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM4Step0_MixSpeed , view . MixSpeed ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM4Step0_SetValue , view . SetValue ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM4Step0_Tolerance , view . Tolerance) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM4Step0_Tolerance , view . Set Tolerance) ;
}
if ( i = = 1 )
{
@ -2871,7 +2871,7 @@ if (i == 1)
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM4Step1_MixSpeed , view . MixSpeed ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM4Step1_SetValue , view . SetValue ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM4Step1_Tolerance , view . Tolerance) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM4Step1_Tolerance , view . Set Tolerance) ;
}
if ( i = = 2 )
{
@ -2885,7 +2885,7 @@ if (i == 2)
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM4Step2_MixSpeed , view . MixSpeed ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM4Step2_SetValue , view . SetValue ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM4Step2_Tolerance , view . Tolerance) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM4Step2_Tolerance , view . Set Tolerance) ;
}
if ( i = = 3 )
{
@ -2898,7 +2898,7 @@ if (i == 3)
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM4Step3_MixTemp , view . MixTemp ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM4Step3_MixSpeed , view . MixSpeed ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM4Step3_SetValue , view . SetValue ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM4Step3_Tolerance , view . Tolerance) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM4Step3_Tolerance , view . Set Tolerance) ;
}
if ( i = = 4 )
{
@ -2912,7 +2912,7 @@ if (i == 4)
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM4Step4_MixSpeed , view . MixSpeed ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM4Step4_SetValue , view . SetValue ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM4Step4_Tolerance , view . Tolerance) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM4Step4_Tolerance , view . Set Tolerance) ;
}
if ( i = = 5 )
{
@ -2925,7 +2925,7 @@ if (i == 5)
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM4Step5_MixTemp , view . MixTemp ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM4Step5_MixSpeed , view . MixSpeed ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM4Step5_SetValue , view . SetValue ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM4Step5_Tolerance , view . Tolerance) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM4Step5_Tolerance , view . Set Tolerance) ;
}
if ( i = = 6 )
{
@ -2939,7 +2939,7 @@ if (i == 6)
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM4Step6_MixSpeed , view . MixSpeed ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM4Step6_SetValue , view . SetValue ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM4Step6_Tolerance , view . Tolerance) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM4Step6_Tolerance , view . Set Tolerance) ;
}
if ( i = = 7 )
{
@ -2953,7 +2953,7 @@ if (i == 7)
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM4Step7_MixSpeed , view . MixSpeed ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM4Step7_SetValue , view . SetValue ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM4Step7_Tolerance , view . Tolerance) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM4Step7_Tolerance , view . Set Tolerance) ;
}
if ( i = = 8 )
{
@ -2967,7 +2967,7 @@ if (i == 8)
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM4Step8_MixSpeed , view . MixSpeed ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM4Step8_SetValue , view . SetValue ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM4Step8_Tolerance , view . Tolerance) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM4Step8_Tolerance , view . Set Tolerance) ;
}
if ( i = = 9 )
{
@ -2981,7 +2981,7 @@ if (i == 9)
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM4Step9_MixSpeed , view . MixSpeed ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM4Step9_SetValue , view . SetValue ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM4Step9_Tolerance , view . Tolerance) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM4Step9_Tolerance , view . Set Tolerance) ;
}
}
@ -3004,7 +3004,7 @@ if (i == 9)
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM5Step0_MixSpeed , view . MixSpeed ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM5Step0_SetValue , view . SetValue ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM5Step0_Tolerance , view . Tolerance) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM5Step0_Tolerance , view . Set Tolerance) ;
}
if ( i = = 1 )
{
@ -3017,7 +3017,7 @@ if (i == 1)
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM5Step1_MixTemp , view . MixTemp ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM5Step1_MixSpeed , view . MixSpeed ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM5Step1_SetValue , view . SetValue ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM5Step1_Tolerance , view . Tolerance) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM5Step1_Tolerance , view . Set Tolerance) ;
}
if ( i = = 2 )
{
@ -3030,7 +3030,7 @@ if (i == 2)
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM5Step2_MixTemp , view . MixTemp ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM5Step2_MixSpeed , view . MixSpeed ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM5Step2_SetValue , view . SetValue ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM5Step2_Tolerance , view . Tolerance) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM5Step2_Tolerance , view . Set Tolerance) ;
}
if ( i = = 3 )
{
@ -3044,7 +3044,7 @@ if (i == 3)
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM5Step3_MixSpeed , view . MixSpeed ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM5Step3_SetValue , view . SetValue ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM5Step3_Tolerance , view . Tolerance) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM5Step3_Tolerance , view . Set Tolerance) ;
}
if ( i = = 4 )
{
@ -3057,7 +3057,7 @@ if (i == 4)
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM5Step4_MixTemp , view . MixTemp ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM5Step4_MixSpeed , view . MixSpeed ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM5Step4_SetValue , view . SetValue ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM5Step4_Tolerance , view . Tolerance) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM5Step4_Tolerance , view . Set Tolerance) ;
}
if ( i = = 5 )
{
@ -3070,7 +3070,7 @@ if (i == 5)
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM5Step5_MixTemp , view . MixTemp ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM5Step5_MixSpeed , view . MixSpeed ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM5Step5_SetValue , view . SetValue ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM5Step5_Tolerance , view . Tolerance) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM5Step5_Tolerance , view . Set Tolerance) ;
}
if ( i = = 6 )
{
@ -3085,7 +3085,7 @@ if (i == 6)
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM5Step6_SetValue , view . SetValue ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM5Step6_Tolerance , view . Tolerance) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM5Step6_Tolerance , view . Set Tolerance) ;
}
if ( i = = 7 )
{
@ -3098,7 +3098,7 @@ if (i == 7)
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM5Step7_MixTemp , view . MixTemp ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM5Step7_MixSpeed , view . MixSpeed ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM5Step7_SetValue , view . SetValue ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM5Step7_Tolerance , view . Tolerance) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM5Step7_Tolerance , view . Set Tolerance) ;
}
if ( i = = 8 )
{
@ -3111,7 +3111,7 @@ if (i == 8)
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM5Step8_MixTemp , view . MixTemp ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM5Step8_MixSpeed , view . MixSpeed ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM5Step8_SetValue , view . SetValue ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM5Step8_Tolerance , view . Tolerance) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM5Step8_Tolerance , view . Set Tolerance) ;
}
if ( i = = 9 )
{
@ -3124,7 +3124,7 @@ if (i == 9)
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM5Step9_MixTemp , view . MixTemp ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM5Step9_MixSpeed , view . MixSpeed ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM5Step9_SetValue , view . SetValue ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM5Step9_Tolerance , view . Tolerance) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM5Step9_Tolerance , view . Set Tolerance) ;
}
}
@ -3148,7 +3148,7 @@ if (i == 0)
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM6Step0_MixSpeed , view . MixSpeed ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM6Step0_SetValue , view . SetValue ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM6Step0_Tolerance , view . Tolerance) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM6Step0_Tolerance , view . Set Tolerance) ;
}
if ( i = = 1 )
{
@ -3161,7 +3161,7 @@ if (i == 1)
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM6Step1_MixTemp , view . MixTemp ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM6Step1_MixSpeed , view . MixSpeed ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM6Step1_SetValue , view . SetValue ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM6Step1_Tolerance , view . Tolerance) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM6Step1_Tolerance , view . Set Tolerance) ;
}
if ( i = = 2 )
{
@ -3175,7 +3175,7 @@ if (i == 2)
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM6Step2_MixSpeed , view . MixSpeed ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM6Step2_SetValue , view . SetValue ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM6Step2_Tolerance , view . Tolerance) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM6Step2_Tolerance , view . Set Tolerance) ;
}
if ( i = = 3 )
{
@ -3189,7 +3189,7 @@ if (i == 3)
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM6Step3_MixSpeed , view . MixSpeed ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM6Step3_SetValue , view . SetValue ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM6Step3_Tolerance , view . Tolerance) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM6Step3_Tolerance , view . Set Tolerance) ;
}
if ( i = = 4 )
{
@ -3202,7 +3202,7 @@ if (i == 4)
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM6Step4_MixTemp , view . MixTemp ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM6Step4_MixSpeed , view . MixSpeed ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM6Step4_SetValue , view . SetValue ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM6Step4_Tolerance , view . Tolerance) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM6Step4_Tolerance , view . Set Tolerance) ;
}
if ( i = = 5 )
{
@ -3215,7 +3215,7 @@ if (i == 5)
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM6Step5_MixTemp , view . MixTemp ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM6Step5_MixSpeed , view . MixSpeed ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM6Step5_SetValue , view . SetValue ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM6Step5_Tolerance , view . Tolerance) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM6Step5_Tolerance , view . Set Tolerance) ;
}
if ( i = = 6 )
{
@ -3228,7 +3228,7 @@ if (i == 6)
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM6Step6_MixTemp , view . MixTemp ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM6Step6_MixSpeed , view . MixSpeed ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM6Step6_SetValue , view . SetValue ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM6Step6_Tolerance , view . Tolerance) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM6Step6_Tolerance , view . Set Tolerance) ;
}
if ( i = = 7 )
{
@ -3242,7 +3242,7 @@ if (i == 7)
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM6Step7_MixSpeed , view . MixSpeed ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM6Step7_SetValue , view . SetValue ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM6Step7_Tolerance , view . Tolerance) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM6Step7_Tolerance , view . Set Tolerance) ;
}
if ( i = = 8 )
{
@ -3255,7 +3255,7 @@ if (i == 8)
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM6Step8_MixTemp , view . MixTemp ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM6Step8_MixSpeed , view . MixSpeed ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM6Step8_SetValue , view . SetValue ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM6Step8_Tolerance , view . Tolerance) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM6Step8_Tolerance , view . Set Tolerance) ;
}
if ( i = = 9 )
{
@ -3269,7 +3269,7 @@ if (i == 9)
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM6Step9_MixSpeed , view . MixSpeed ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM6Step9_SetValue , view . SetValue ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM6Step9_Tolerance , view . Tolerance) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM6Step9_Tolerance , view . Set Tolerance) ;
}
@ -3292,7 +3292,7 @@ if (i == 9)
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM7Step0_MixTemp , view . MixTemp ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM7Step0_MixSpeed , view . MixSpeed ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM7Step0_SetValue , view . SetValue ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM7Step0_Tolerance , view . Tolerance) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM7Step0_Tolerance , view . Set Tolerance) ;
}
if ( i = = 1 )
{
@ -3306,7 +3306,7 @@ if (i == 1)
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM7Step1_MixSpeed , view . MixSpeed ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM7Step1_SetValue , view . SetValue ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM7Step1_Tolerance , view . Tolerance) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM7Step1_Tolerance , view . Set Tolerance) ;
}
if ( i = = 2 )
{
@ -3320,7 +3320,7 @@ if (i == 2)
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM7Step2_MixSpeed , view . MixSpeed ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM7Step2_SetValue , view . SetValue ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM7Step2_Tolerance , view . Tolerance) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM7Step2_Tolerance , view . Set Tolerance) ;
}
if ( i = = 3 )
{
@ -3333,7 +3333,7 @@ if (i == 3)
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM7Step3_MixTemp , view . MixTemp ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM7Step3_MixSpeed , view . MixSpeed ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM7Step3_SetValue , view . SetValue ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM7Step3_Tolerance , view . Tolerance) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM7Step3_Tolerance , view . Set Tolerance) ;
}
if ( i = = 4 )
{
@ -3346,7 +3346,7 @@ if (i == 4)
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM7Step4_MixTemp , view . MixTemp ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM7Step4_MixSpeed , view . MixSpeed ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM7Step4_SetValue , view . SetValue ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM7Step4_Tolerance , view . Tolerance) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM7Step4_Tolerance , view . Set Tolerance) ;
}
if ( i = = 5 )
{
@ -3359,7 +3359,7 @@ if (i == 5)
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM7Step5_MixTemp , view . MixTemp ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM7Step5_MixSpeed , view . MixSpeed ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM7Step5_SetValue , view . SetValue ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM7Step5_Tolerance , view . Tolerance) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM7Step5_Tolerance , view . Set Tolerance) ;
}
if ( i = = 6 )
{
@ -3372,7 +3372,7 @@ if (i == 6)
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM7Step6_MixTemp , view . MixTemp ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM7Step6_MixSpeed , view . MixSpeed ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM7Step6_SetValue , view . SetValue ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM7Step6_Tolerance , view . Tolerance) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM7Step6_Tolerance , view . Set Tolerance) ;
}
if ( i = = 7 )
{
@ -3385,7 +3385,7 @@ if (i == 7)
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM7Step7_MixTemp , view . MixTemp ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM7Step7_MixSpeed , view . MixSpeed ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM7Step7_SetValue , view . SetValue ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM7Step7_Tolerance , view . Tolerance) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM7Step7_Tolerance , view . Set Tolerance) ;
}
if ( i = = 8 )
{
@ -3398,7 +3398,7 @@ if (i == 8)
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM7Step8_MixTemp , view . MixTemp ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM7Step8_MixSpeed , view . MixSpeed ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM7Step8_SetValue , view . SetValue ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM7Step8_Tolerance , view . Tolerance) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM7Step8_Tolerance , view . Set Tolerance) ;
}
if ( i = = 9 )
{
@ -3412,7 +3412,7 @@ if (i == 9)
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM7Step9_MixSpeed , view . MixSpeed ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM7Step9_SetValue , view . SetValue ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM7Step9_Tolerance , view . Tolerance) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM7Step9_Tolerance , view . Set Tolerance) ;
}
}
}
@ -3434,7 +3434,7 @@ if (i == 9)
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM8Step0_MixSpeed , view . MixSpeed ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM8Step0_SetValue , view . SetValue ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM8Step0_Tolerance , view . Tolerance) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM8Step0_Tolerance , view . Set Tolerance) ;
return ;
}
if ( i = = 1 )
@ -3448,7 +3448,7 @@ if (i == 1)
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM8Step1_MixTemp , view . MixTemp ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM8Step1_MixSpeed , view . MixSpeed ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM8Step1_SetValue , view . SetValue ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM8Step1_Tolerance , view . Tolerance) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM8Step1_Tolerance , view . Set Tolerance) ;
}
if ( i = = 2 )
{
@ -3462,7 +3462,7 @@ if (i == 2)
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM8Step2_MixSpeed , view . MixSpeed ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM8Step2_SetValue , view . SetValue ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM8Step2_Tolerance , view . Tolerance) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM8Step2_Tolerance , view . Set Tolerance) ;
}
if ( i = = 3 )
{
@ -3475,7 +3475,7 @@ if (i == 3)
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM8Step3_MixTemp , view . MixTemp ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM8Step3_MixSpeed , view . MixSpeed ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM8Step3_SetValue , view . SetValue ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM8Step3_Tolerance , view . Tolerance) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM8Step3_Tolerance , view . Set Tolerance) ;
}
if ( i = = 4 )
{
@ -3488,7 +3488,7 @@ if (i == 4)
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM8Step4_MixTemp , view . MixTemp ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM8Step4_MixSpeed , view . MixSpeed ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM8Step4_SetValue , view . SetValue ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM8Step4_Tolerance , view . Tolerance) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM8Step4_Tolerance , view . Set Tolerance) ;
}
if ( i = = 5 )
{
@ -3501,7 +3501,7 @@ if (i == 5)
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM8Step5_MixTemp , view . MixTemp ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM8Step5_MixSpeed , view . MixSpeed ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM8Step5_SetValue , view . SetValue ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM8Step5_Tolerance , view . Tolerance) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM8Step5_Tolerance , view . Set Tolerance) ;
}
if ( i = = 6 )
{
@ -3514,7 +3514,7 @@ if (i == 6)
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM8Step6_MixTemp , view . MixTemp ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM8Step6_MixSpeed , view . MixSpeed ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM8Step6_SetValue , view . SetValue ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM8Step6_Tolerance , view . Tolerance) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM8Step6_Tolerance , view . Set Tolerance) ;
}
if ( i = = 7 )
{
@ -3527,7 +3527,7 @@ if (i == 7)
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM8Step7_MixTemp , view . MixTemp ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM8Step7_MixSpeed , view . MixSpeed ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM8Step7_SetValue , view . SetValue ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM8Step7_Tolerance , view . Tolerance) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM8Step7_Tolerance , view . Set Tolerance) ;
}
if ( i = = 8 )
{
@ -3540,7 +3540,7 @@ if (i == 8)
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM8Step8_MixTemp , view . MixTemp ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM8Step8_MixSpeed , view . MixSpeed ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM8Step8_SetValue , view . SetValue ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM8Step8_Tolerance , view . Tolerance) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM8Step8_Tolerance , view . Set Tolerance) ;
}
if ( i = = 9 )
{
@ -3553,7 +3553,7 @@ if (i == 9)
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM8Step9_MixTemp , view . MixTemp ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM8Step9_MixSpeed , view . MixSpeed ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM8Step9_SetValue , view . SetValue ) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM8Step9_Tolerance , view . Tolerance) ;
basePlcHelper . PlcWriteFloatByDataKey ( basePlcHelper . WeterM8Step9_Tolerance , view . Set Tolerance) ;
}
}
}