Fix to get real data working with Micro850

Micro800s do not treat instructions as controller scope tags even though they show up in the controller tag list

.gitignore

@@ -1,2 +1,4 @@
 PLC/bak/*
 POCloud/.vscode/.ropeproject/*
+/.pytest_cache
+.pytest_cache

PLC/Multi-Sensor/Controller/Controller.acfproj

@@ -3,14 +3,14 @@
   <PropertyGroup>
     <Configuration Condition=" '$(Configuration)' == '' ">Debug</Configuration>
     <SchemaVersion>2.0</SchemaVersion>
-    <ProjectGuid>{22b7b638-6814-47d8-a377-028891cdbd43}</ProjectGuid>
+    <ProjectGuid>{c87c116a-a625-4608-aeaa-21faa21f4591}</ProjectGuid>
     <OutputType>Exe</OutputType>
     <RootNamespace>MyRootNamespace</RootNamespace>
     <AssemblyName>MyAssemblyName</AssemblyName>
     <EnableUnmanagedDebugging>false</EnableUnmanagedDebugging>
     <CAMProjectFile>Controller\PrjLibrary.mdb</CAMProjectFile>
     <CAMProjectVersion>5.50.9</CAMProjectVersion>
-    <UniqueProjectId>{22b7b638-6814-47d8-a377-028891cdbd43}</UniqueProjectId>
+    <UniqueProjectId>{c87c116a-a625-4608-aeaa-21faa21f4591}</UniqueProjectId>
   </PropertyGroup>
   <PropertyGroup Condition=" '$(Configuration)' == 'Online' ">
     <OutputPath>bin\Online\</OutputPath>

PLC/Multi-Sensor/Controller/Controller/DevicePref.xml

@@ -0,0 +1,6 @@
+<?xml version="1.0" encoding="utf-8"?>
+<DevicePreferences xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance" xmlns:xsd="http://www.w3.org/2001/XMLSchema">
+  <Micro800ConnectionPath>PATRICKMCDO8E0A!HenryPump\10.20.4.18</Micro800ConnectionPath>
+  <RSLCPath>PATRICKMCDO8E0A!HenryPump\10.20.4.18</RSLCPath>
+  <FTLPath />
+</DevicePreferences>

PLC/Multi-Sensor/Controller/Controller/Micro850/Micro850/DELETECALIBRATIONPOINT.ic

@@ -13,12 +13,12 @@ __TMPV1 [ __CDINT00000014 ] := __CSINT00000005
 __FBL_RET := _PUSHCALLFB COP  __TMPV1 
 _STEP 2 0 2
 __TMPV1 := __DELETECALIBRATIONPOINT [ __CDINT00000078 ]
-__TMPV6 := __DELETECALIBRATIONPOINT [ __CDINT0000007A ]
+__TMPV2 := __DELETECALIBRATIONPOINT [ __CDINT0000007A ]
-__TMPV7 := __DELETECALIBRATIONPOINT [ __CDINT00000004 ]
+__TMPV3 := __DELETECALIBRATIONPOINT [ __CDINT00000004 ]
-__TMPV6 := __TMPV7 
+__TMPV2 := __TMPV3 
-__TMPV8 := __DELETECALIBRATIONPOINT [ __CDINT0000007E ]
+__TMPV4 := __DELETECALIBRATIONPOINT [ __CDINT0000007E ]
-__TMPV9 := __DELETECALIBRATIONPOINT [ __CDINT00000008 ]
+__TMPV5 := __DELETECALIBRATIONPOINT [ __CDINT00000008 ]
-__TMPV8 := __TMPV9 
+__TMPV4 := __TMPV5 
 __TMPV1 [ __CDINT0000000E ] := __ADI__DELETECALIBRATIONPOINT_0_2 
 __TMPV1 [ __CDINT00000010 ] := __ADI__DELETECALIBRATIONPOINT_0_3 
 __TMPV1 [ __CDINT00000012 ] := __CSINT00000005 
@@ -26,8 +26,8 @@ __TMPV1 [ __CDINT00000014 ] := __CSINT00000005
 __FBL_RET := _PUSHCALLFB COP  __TMPV1 
 _STEP 2 0 4
 __LOOPTMPB1 := FALSE 
-__TMPV10 := __DELETECALIBRATIONPOINT [ __DINT_NULL ]
+__TMPV6 := __DELETECALIBRATIONPOINT [ __DINT_NULL ]
-__TMPI1 := __TMPV10 [ __DINT_NULL ]
+__TMPI1 := __TMPV6 [ __DINT_NULL ]
 __DELETECALIBRATIONPOINT [ __CDINT0000005C ] := __TMPI1 
 __LAB5 : 
 __TMPI2 := __DELETECALIBRATIONPOINT [ __CDINT0000005C ]

PLC/Multi-Sensor/Controller/Controller/Micro850/Micro850/FBS_INPUTS_ASSIGNATION.ipa

@@ -1,440 +1,456 @@
-INPUT0.INSERTINSTRUCTION.COP_VOLUME.ENABLE,TRUE,BOOL
+INPUT0_INST.INSERTINSTRUCTION.COP_VOLUME.ENABLE,TRUE,BOOL
-INPUT0.INSERTINSTRUCTION.COP_VOLUME.SRC,<NOT USED>,REAL
+INPUT0_INST.INSERTINSTRUCTION.COP_VOLUME.SRC,<NOT USED>,CALIBRATION_TABLE
-INPUT0.INSERTINSTRUCTION.COP_VOLUME.SRCOFFSET,__UINT_NULL,UINT
+INPUT0_INST.INSERTINSTRUCTION.COP_VOLUME.SRCOFFSET,__UINT_NULL,UINT
-INPUT0.INSERTINSTRUCTION.COP_VOLUME.DEST,<NOT USED>,REAL
+INPUT0_INST.INSERTINSTRUCTION.COP_VOLUME.DEST,<NOT USED>,CALIBRATION_TABLE
-INPUT0.INSERTINSTRUCTION.COP_VOLUME.DESTOFFSET,__UINT_NULL,UINT
+INPUT0_INST.INSERTINSTRUCTION.COP_VOLUME.DESTOFFSET,__UINT_NULL,UINT
-INPUT0.INSERTINSTRUCTION.COP_VOLUME.LENGTH,__UINT_NULL,UINT
+INPUT0_INST.INSERTINSTRUCTION.COP_VOLUME.LENGTH,__UINT_NULL,UINT
-INPUT0.INSERTINSTRUCTION.COP_VOLUME.SWAP,FALSE,BOOL
+INPUT0_INST.INSERTINSTRUCTION.COP_VOLUME.SWAP,FALSE,BOOL
-INPUT0.INSERTINSTRUCTION.COP_VOLUME.__ADI_SRC,<NOT USED>,UINT
+INPUT0_INST.INSERTINSTRUCTION.COP_VOLUME.__ADI_SRC,<NOT USED>,UINT
-INPUT0.INSERTINSTRUCTION.COP_VOLUME.__ADI_DEST,<NOT USED>,UINT
+INPUT0_INST.INSERTINSTRUCTION.COP_VOLUME.__ADI_DEST,<NOT USED>,UINT
-INPUT0.INSERTINSTRUCTION.COP_VOLUME.__DTI_SRC,<NOT USED>,SINT
+INPUT0_INST.INSERTINSTRUCTION.COP_VOLUME.__DTI_SRC,<NOT USED>,SINT
-INPUT0.INSERTINSTRUCTION.COP_VOLUME.__DTI_DEST,<NOT USED>,SINT
+INPUT0_INST.INSERTINSTRUCTION.COP_VOLUME.__DTI_DEST,<NOT USED>,SINT
-INPUT0.INSERTINSTRUCTION.COP_LEVEL.ENABLE,TRUE,BOOL
+INPUT0_INST.INSERTINSTRUCTION.COP_LEVEL.ENABLE,TRUE,BOOL
-INPUT0.INSERTINSTRUCTION.COP_LEVEL.SRC,<NOT USED>,REAL
+INPUT0_INST.INSERTINSTRUCTION.COP_LEVEL.SRC,<NOT USED>,CALIBRATION_TABLE
-INPUT0.INSERTINSTRUCTION.COP_LEVEL.SRCOFFSET,__UINT_NULL,UINT
+INPUT0_INST.INSERTINSTRUCTION.COP_LEVEL.SRCOFFSET,__UINT_NULL,UINT
-INPUT0.INSERTINSTRUCTION.COP_LEVEL.DEST,<NOT USED>,REAL
+INPUT0_INST.INSERTINSTRUCTION.COP_LEVEL.DEST,<NOT USED>,CALIBRATION_TABLE
-INPUT0.INSERTINSTRUCTION.COP_LEVEL.DESTOFFSET,__UINT_NULL,UINT
+INPUT0_INST.INSERTINSTRUCTION.COP_LEVEL.DESTOFFSET,__UINT_NULL,UINT
-INPUT0.INSERTINSTRUCTION.COP_LEVEL.LENGTH,__UINT_NULL,UINT
+INPUT0_INST.INSERTINSTRUCTION.COP_LEVEL.LENGTH,__UINT_NULL,UINT
-INPUT0.INSERTINSTRUCTION.COP_LEVEL.SWAP,FALSE,BOOL
+INPUT0_INST.INSERTINSTRUCTION.COP_LEVEL.SWAP,FALSE,BOOL
-INPUT0.INSERTINSTRUCTION.COP_LEVEL.__ADI_SRC,<NOT USED>,UINT
+INPUT0_INST.INSERTINSTRUCTION.COP_LEVEL.__ADI_SRC,<NOT USED>,UINT
-INPUT0.INSERTINSTRUCTION.COP_LEVEL.__ADI_DEST,<NOT USED>,UINT
+INPUT0_INST.INSERTINSTRUCTION.COP_LEVEL.__ADI_DEST,<NOT USED>,UINT
-INPUT0.INSERTINSTRUCTION.COP_LEVEL.__DTI_SRC,<NOT USED>,SINT
+INPUT0_INST.INSERTINSTRUCTION.COP_LEVEL.__DTI_SRC,<NOT USED>,SINT
-INPUT0.INSERTINSTRUCTION.COP_LEVEL.__DTI_DEST,<NOT USED>,SINT
+INPUT0_INST.INSERTINSTRUCTION.COP_LEVEL.__DTI_DEST,<NOT USED>,SINT
-INPUT1.INSERTINSTRUCTION.COP_VOLUME.ENABLE,TRUE,BOOL
+INPUT1_INST.INSERTINSTRUCTION.COP_VOLUME.ENABLE,TRUE,BOOL
-INPUT1.INSERTINSTRUCTION.COP_VOLUME.SRC,<NOT USED>,REAL
+INPUT1_INST.INSERTINSTRUCTION.COP_VOLUME.SRC,<NOT USED>,CALIBRATION_TABLE
-INPUT1.INSERTINSTRUCTION.COP_VOLUME.SRCOFFSET,__UINT_NULL,UINT
+INPUT1_INST.INSERTINSTRUCTION.COP_VOLUME.SRCOFFSET,__UINT_NULL,UINT
-INPUT1.INSERTINSTRUCTION.COP_VOLUME.DEST,<NOT USED>,REAL
+INPUT1_INST.INSERTINSTRUCTION.COP_VOLUME.DEST,<NOT USED>,CALIBRATION_TABLE
-INPUT1.INSERTINSTRUCTION.COP_VOLUME.DESTOFFSET,__UINT_NULL,UINT
+INPUT1_INST.INSERTINSTRUCTION.COP_VOLUME.DESTOFFSET,__UINT_NULL,UINT
-INPUT1.INSERTINSTRUCTION.COP_VOLUME.LENGTH,__UINT_NULL,UINT
+INPUT1_INST.INSERTINSTRUCTION.COP_VOLUME.LENGTH,__UINT_NULL,UINT
-INPUT1.INSERTINSTRUCTION.COP_VOLUME.SWAP,FALSE,BOOL
+INPUT1_INST.INSERTINSTRUCTION.COP_VOLUME.SWAP,FALSE,BOOL
-INPUT1.INSERTINSTRUCTION.COP_VOLUME.__ADI_SRC,<NOT USED>,UINT
+INPUT1_INST.INSERTINSTRUCTION.COP_VOLUME.__ADI_SRC,<NOT USED>,UINT
-INPUT1.INSERTINSTRUCTION.COP_VOLUME.__ADI_DEST,<NOT USED>,UINT
+INPUT1_INST.INSERTINSTRUCTION.COP_VOLUME.__ADI_DEST,<NOT USED>,UINT
-INPUT1.INSERTINSTRUCTION.COP_VOLUME.__DTI_SRC,<NOT USED>,SINT
+INPUT1_INST.INSERTINSTRUCTION.COP_VOLUME.__DTI_SRC,<NOT USED>,SINT
-INPUT1.INSERTINSTRUCTION.COP_VOLUME.__DTI_DEST,<NOT USED>,SINT
+INPUT1_INST.INSERTINSTRUCTION.COP_VOLUME.__DTI_DEST,<NOT USED>,SINT
-INPUT1.INSERTINSTRUCTION.COP_LEVEL.ENABLE,TRUE,BOOL
+INPUT1_INST.INSERTINSTRUCTION.COP_LEVEL.ENABLE,TRUE,BOOL
-INPUT1.INSERTINSTRUCTION.COP_LEVEL.SRC,<NOT USED>,REAL
+INPUT1_INST.INSERTINSTRUCTION.COP_LEVEL.SRC,<NOT USED>,CALIBRATION_TABLE
-INPUT1.INSERTINSTRUCTION.COP_LEVEL.SRCOFFSET,__UINT_NULL,UINT
+INPUT1_INST.INSERTINSTRUCTION.COP_LEVEL.SRCOFFSET,__UINT_NULL,UINT
-INPUT1.INSERTINSTRUCTION.COP_LEVEL.DEST,<NOT USED>,REAL
+INPUT1_INST.INSERTINSTRUCTION.COP_LEVEL.DEST,<NOT USED>,CALIBRATION_TABLE
-INPUT1.INSERTINSTRUCTION.COP_LEVEL.DESTOFFSET,__UINT_NULL,UINT
+INPUT1_INST.INSERTINSTRUCTION.COP_LEVEL.DESTOFFSET,__UINT_NULL,UINT
-INPUT1.INSERTINSTRUCTION.COP_LEVEL.LENGTH,__UINT_NULL,UINT
+INPUT1_INST.INSERTINSTRUCTION.COP_LEVEL.LENGTH,__UINT_NULL,UINT
-INPUT1.INSERTINSTRUCTION.COP_LEVEL.SWAP,FALSE,BOOL
+INPUT1_INST.INSERTINSTRUCTION.COP_LEVEL.SWAP,FALSE,BOOL
-INPUT1.INSERTINSTRUCTION.COP_LEVEL.__ADI_SRC,<NOT USED>,UINT
+INPUT1_INST.INSERTINSTRUCTION.COP_LEVEL.__ADI_SRC,<NOT USED>,UINT
-INPUT1.INSERTINSTRUCTION.COP_LEVEL.__ADI_DEST,<NOT USED>,UINT
+INPUT1_INST.INSERTINSTRUCTION.COP_LEVEL.__ADI_DEST,<NOT USED>,UINT
-INPUT1.INSERTINSTRUCTION.COP_LEVEL.__DTI_SRC,<NOT USED>,SINT
+INPUT1_INST.INSERTINSTRUCTION.COP_LEVEL.__DTI_SRC,<NOT USED>,SINT
-INPUT1.INSERTINSTRUCTION.COP_LEVEL.__DTI_DEST,<NOT USED>,SINT
+INPUT1_INST.INSERTINSTRUCTION.COP_LEVEL.__DTI_DEST,<NOT USED>,SINT
-INPUT2.INSERTINSTRUCTION.COP_VOLUME.ENABLE,TRUE,BOOL
+INPUT2_INST.INSERTINSTRUCTION.COP_VOLUME.ENABLE,TRUE,BOOL
-INPUT2.INSERTINSTRUCTION.COP_VOLUME.SRC,<NOT USED>,REAL
+INPUT2_INST.INSERTINSTRUCTION.COP_VOLUME.SRC,<NOT USED>,CALIBRATION_TABLE
-INPUT2.INSERTINSTRUCTION.COP_VOLUME.SRCOFFSET,__UINT_NULL,UINT
+INPUT2_INST.INSERTINSTRUCTION.COP_VOLUME.SRCOFFSET,__UINT_NULL,UINT
-INPUT2.INSERTINSTRUCTION.COP_VOLUME.DEST,<NOT USED>,REAL
+INPUT2_INST.INSERTINSTRUCTION.COP_VOLUME.DEST,<NOT USED>,CALIBRATION_TABLE
-INPUT2.INSERTINSTRUCTION.COP_VOLUME.DESTOFFSET,__UINT_NULL,UINT
+INPUT2_INST.INSERTINSTRUCTION.COP_VOLUME.DESTOFFSET,__UINT_NULL,UINT
-INPUT2.INSERTINSTRUCTION.COP_VOLUME.LENGTH,__UINT_NULL,UINT
+INPUT2_INST.INSERTINSTRUCTION.COP_VOLUME.LENGTH,__UINT_NULL,UINT
-INPUT2.INSERTINSTRUCTION.COP_VOLUME.SWAP,FALSE,BOOL
+INPUT2_INST.INSERTINSTRUCTION.COP_VOLUME.SWAP,FALSE,BOOL
-INPUT2.INSERTINSTRUCTION.COP_VOLUME.__ADI_SRC,<NOT USED>,UINT
+INPUT2_INST.INSERTINSTRUCTION.COP_VOLUME.__ADI_SRC,<NOT USED>,UINT
-INPUT2.INSERTINSTRUCTION.COP_VOLUME.__ADI_DEST,<NOT USED>,UINT
+INPUT2_INST.INSERTINSTRUCTION.COP_VOLUME.__ADI_DEST,<NOT USED>,UINT
-INPUT2.INSERTINSTRUCTION.COP_VOLUME.__DTI_SRC,<NOT USED>,SINT
+INPUT2_INST.INSERTINSTRUCTION.COP_VOLUME.__DTI_SRC,<NOT USED>,SINT
-INPUT2.INSERTINSTRUCTION.COP_VOLUME.__DTI_DEST,<NOT USED>,SINT
+INPUT2_INST.INSERTINSTRUCTION.COP_VOLUME.__DTI_DEST,<NOT USED>,SINT
-INPUT2.INSERTINSTRUCTION.COP_LEVEL.ENABLE,TRUE,BOOL
+INPUT2_INST.INSERTINSTRUCTION.COP_LEVEL.ENABLE,TRUE,BOOL
-INPUT2.INSERTINSTRUCTION.COP_LEVEL.SRC,<NOT USED>,REAL
+INPUT2_INST.INSERTINSTRUCTION.COP_LEVEL.SRC,<NOT USED>,CALIBRATION_TABLE
-INPUT2.INSERTINSTRUCTION.COP_LEVEL.SRCOFFSET,__UINT_NULL,UINT
+INPUT2_INST.INSERTINSTRUCTION.COP_LEVEL.SRCOFFSET,__UINT_NULL,UINT
-INPUT2.INSERTINSTRUCTION.COP_LEVEL.DEST,<NOT USED>,REAL
+INPUT2_INST.INSERTINSTRUCTION.COP_LEVEL.DEST,<NOT USED>,CALIBRATION_TABLE
-INPUT2.INSERTINSTRUCTION.COP_LEVEL.DESTOFFSET,__UINT_NULL,UINT
+INPUT2_INST.INSERTINSTRUCTION.COP_LEVEL.DESTOFFSET,__UINT_NULL,UINT
-INPUT2.INSERTINSTRUCTION.COP_LEVEL.LENGTH,__UINT_NULL,UINT
+INPUT2_INST.INSERTINSTRUCTION.COP_LEVEL.LENGTH,__UINT_NULL,UINT
-INPUT2.INSERTINSTRUCTION.COP_LEVEL.SWAP,FALSE,BOOL
+INPUT2_INST.INSERTINSTRUCTION.COP_LEVEL.SWAP,FALSE,BOOL
-INPUT2.INSERTINSTRUCTION.COP_LEVEL.__ADI_SRC,<NOT USED>,UINT
+INPUT2_INST.INSERTINSTRUCTION.COP_LEVEL.__ADI_SRC,<NOT USED>,UINT
-INPUT2.INSERTINSTRUCTION.COP_LEVEL.__ADI_DEST,<NOT USED>,UINT
+INPUT2_INST.INSERTINSTRUCTION.COP_LEVEL.__ADI_DEST,<NOT USED>,UINT
-INPUT2.INSERTINSTRUCTION.COP_LEVEL.__DTI_SRC,<NOT USED>,SINT
+INPUT2_INST.INSERTINSTRUCTION.COP_LEVEL.__DTI_SRC,<NOT USED>,SINT
-INPUT2.INSERTINSTRUCTION.COP_LEVEL.__DTI_DEST,<NOT USED>,SINT
+INPUT2_INST.INSERTINSTRUCTION.COP_LEVEL.__DTI_DEST,<NOT USED>,SINT
-INPUT3.INSERTINSTRUCTION.COP_VOLUME.ENABLE,TRUE,BOOL
+INPUT3_INST.INSERTINSTRUCTION.COP_VOLUME.ENABLE,TRUE,BOOL
-INPUT3.INSERTINSTRUCTION.COP_VOLUME.SRC,<NOT USED>,REAL
+INPUT3_INST.INSERTINSTRUCTION.COP_VOLUME.SRC,<NOT USED>,CALIBRATION_TABLE
-INPUT3.INSERTINSTRUCTION.COP_VOLUME.SRCOFFSET,__UINT_NULL,UINT
+INPUT3_INST.INSERTINSTRUCTION.COP_VOLUME.SRCOFFSET,__UINT_NULL,UINT
-INPUT3.INSERTINSTRUCTION.COP_VOLUME.DEST,<NOT USED>,REAL
+INPUT3_INST.INSERTINSTRUCTION.COP_VOLUME.DEST,<NOT USED>,CALIBRATION_TABLE
-INPUT3.INSERTINSTRUCTION.COP_VOLUME.DESTOFFSET,__UINT_NULL,UINT
+INPUT3_INST.INSERTINSTRUCTION.COP_VOLUME.DESTOFFSET,__UINT_NULL,UINT
-INPUT3.INSERTINSTRUCTION.COP_VOLUME.LENGTH,__UINT_NULL,UINT
+INPUT3_INST.INSERTINSTRUCTION.COP_VOLUME.LENGTH,__UINT_NULL,UINT
-INPUT3.INSERTINSTRUCTION.COP_VOLUME.SWAP,FALSE,BOOL
+INPUT3_INST.INSERTINSTRUCTION.COP_VOLUME.SWAP,FALSE,BOOL
-INPUT3.INSERTINSTRUCTION.COP_VOLUME.__ADI_SRC,<NOT USED>,UINT
+INPUT3_INST.INSERTINSTRUCTION.COP_VOLUME.__ADI_SRC,<NOT USED>,UINT
-INPUT3.INSERTINSTRUCTION.COP_VOLUME.__ADI_DEST,<NOT USED>,UINT
+INPUT3_INST.INSERTINSTRUCTION.COP_VOLUME.__ADI_DEST,<NOT USED>,UINT
-INPUT3.INSERTINSTRUCTION.COP_VOLUME.__DTI_SRC,<NOT USED>,SINT
+INPUT3_INST.INSERTINSTRUCTION.COP_VOLUME.__DTI_SRC,<NOT USED>,SINT
-INPUT3.INSERTINSTRUCTION.COP_VOLUME.__DTI_DEST,<NOT USED>,SINT
+INPUT3_INST.INSERTINSTRUCTION.COP_VOLUME.__DTI_DEST,<NOT USED>,SINT
-INPUT3.INSERTINSTRUCTION.COP_LEVEL.ENABLE,TRUE,BOOL
+INPUT3_INST.INSERTINSTRUCTION.COP_LEVEL.ENABLE,TRUE,BOOL
-INPUT3.INSERTINSTRUCTION.COP_LEVEL.SRC,<NOT USED>,REAL
+INPUT3_INST.INSERTINSTRUCTION.COP_LEVEL.SRC,<NOT USED>,CALIBRATION_TABLE
-INPUT3.INSERTINSTRUCTION.COP_LEVEL.SRCOFFSET,__UINT_NULL,UINT
+INPUT3_INST.INSERTINSTRUCTION.COP_LEVEL.SRCOFFSET,__UINT_NULL,UINT
-INPUT3.INSERTINSTRUCTION.COP_LEVEL.DEST,<NOT USED>,REAL
+INPUT3_INST.INSERTINSTRUCTION.COP_LEVEL.DEST,<NOT USED>,CALIBRATION_TABLE
-INPUT3.INSERTINSTRUCTION.COP_LEVEL.DESTOFFSET,__UINT_NULL,UINT
+INPUT3_INST.INSERTINSTRUCTION.COP_LEVEL.DESTOFFSET,__UINT_NULL,UINT
-INPUT3.INSERTINSTRUCTION.COP_LEVEL.LENGTH,__UINT_NULL,UINT
+INPUT3_INST.INSERTINSTRUCTION.COP_LEVEL.LENGTH,__UINT_NULL,UINT
-INPUT3.INSERTINSTRUCTION.COP_LEVEL.SWAP,FALSE,BOOL
+INPUT3_INST.INSERTINSTRUCTION.COP_LEVEL.SWAP,FALSE,BOOL
-INPUT3.INSERTINSTRUCTION.COP_LEVEL.__ADI_SRC,<NOT USED>,UINT
+INPUT3_INST.INSERTINSTRUCTION.COP_LEVEL.__ADI_SRC,<NOT USED>,UINT
-INPUT3.INSERTINSTRUCTION.COP_LEVEL.__ADI_DEST,<NOT USED>,UINT
+INPUT3_INST.INSERTINSTRUCTION.COP_LEVEL.__ADI_DEST,<NOT USED>,UINT
-INPUT3.INSERTINSTRUCTION.COP_LEVEL.__DTI_SRC,<NOT USED>,SINT
+INPUT3_INST.INSERTINSTRUCTION.COP_LEVEL.__DTI_SRC,<NOT USED>,SINT
-INPUT3.INSERTINSTRUCTION.COP_LEVEL.__DTI_DEST,<NOT USED>,SINT
+INPUT3_INST.INSERTINSTRUCTION.COP_LEVEL.__DTI_DEST,<NOT USED>,SINT
-INPUT4.INSERTINSTRUCTION.COP_VOLUME.ENABLE,TRUE,BOOL
+INPUT4_INST.INSERTINSTRUCTION.COP_VOLUME.ENABLE,TRUE,BOOL
-INPUT4.INSERTINSTRUCTION.COP_VOLUME.SRC,<NOT USED>,REAL
+INPUT4_INST.INSERTINSTRUCTION.COP_VOLUME.SRC,<NOT USED>,CALIBRATION_TABLE
-INPUT4.INSERTINSTRUCTION.COP_VOLUME.SRCOFFSET,__UINT_NULL,UINT
+INPUT4_INST.INSERTINSTRUCTION.COP_VOLUME.SRCOFFSET,__UINT_NULL,UINT
-INPUT4.INSERTINSTRUCTION.COP_VOLUME.DEST,<NOT USED>,REAL
+INPUT4_INST.INSERTINSTRUCTION.COP_VOLUME.DEST,<NOT USED>,CALIBRATION_TABLE
-INPUT4.INSERTINSTRUCTION.COP_VOLUME.DESTOFFSET,__UINT_NULL,UINT
+INPUT4_INST.INSERTINSTRUCTION.COP_VOLUME.DESTOFFSET,__UINT_NULL,UINT
-INPUT4.INSERTINSTRUCTION.COP_VOLUME.LENGTH,__UINT_NULL,UINT
+INPUT4_INST.INSERTINSTRUCTION.COP_VOLUME.LENGTH,__UINT_NULL,UINT
-INPUT4.INSERTINSTRUCTION.COP_VOLUME.SWAP,FALSE,BOOL
+INPUT4_INST.INSERTINSTRUCTION.COP_VOLUME.SWAP,FALSE,BOOL
-INPUT4.INSERTINSTRUCTION.COP_VOLUME.__ADI_SRC,<NOT USED>,UINT
+INPUT4_INST.INSERTINSTRUCTION.COP_VOLUME.__ADI_SRC,<NOT USED>,UINT
-INPUT4.INSERTINSTRUCTION.COP_VOLUME.__ADI_DEST,<NOT USED>,UINT
+INPUT4_INST.INSERTINSTRUCTION.COP_VOLUME.__ADI_DEST,<NOT USED>,UINT
-INPUT4.INSERTINSTRUCTION.COP_VOLUME.__DTI_SRC,<NOT USED>,SINT
+INPUT4_INST.INSERTINSTRUCTION.COP_VOLUME.__DTI_SRC,<NOT USED>,SINT
-INPUT4.INSERTINSTRUCTION.COP_VOLUME.__DTI_DEST,<NOT USED>,SINT
+INPUT4_INST.INSERTINSTRUCTION.COP_VOLUME.__DTI_DEST,<NOT USED>,SINT
-INPUT4.INSERTINSTRUCTION.COP_LEVEL.ENABLE,TRUE,BOOL
+INPUT4_INST.INSERTINSTRUCTION.COP_LEVEL.ENABLE,TRUE,BOOL
-INPUT4.INSERTINSTRUCTION.COP_LEVEL.SRC,<NOT USED>,REAL
+INPUT4_INST.INSERTINSTRUCTION.COP_LEVEL.SRC,<NOT USED>,CALIBRATION_TABLE
-INPUT4.INSERTINSTRUCTION.COP_LEVEL.SRCOFFSET,__UINT_NULL,UINT
+INPUT4_INST.INSERTINSTRUCTION.COP_LEVEL.SRCOFFSET,__UINT_NULL,UINT
-INPUT4.INSERTINSTRUCTION.COP_LEVEL.DEST,<NOT USED>,REAL
+INPUT4_INST.INSERTINSTRUCTION.COP_LEVEL.DEST,<NOT USED>,CALIBRATION_TABLE
-INPUT4.INSERTINSTRUCTION.COP_LEVEL.DESTOFFSET,__UINT_NULL,UINT
+INPUT4_INST.INSERTINSTRUCTION.COP_LEVEL.DESTOFFSET,__UINT_NULL,UINT
-INPUT4.INSERTINSTRUCTION.COP_LEVEL.LENGTH,__UINT_NULL,UINT
+INPUT4_INST.INSERTINSTRUCTION.COP_LEVEL.LENGTH,__UINT_NULL,UINT
-INPUT4.INSERTINSTRUCTION.COP_LEVEL.SWAP,FALSE,BOOL
+INPUT4_INST.INSERTINSTRUCTION.COP_LEVEL.SWAP,FALSE,BOOL
-INPUT4.INSERTINSTRUCTION.COP_LEVEL.__ADI_SRC,<NOT USED>,UINT
+INPUT4_INST.INSERTINSTRUCTION.COP_LEVEL.__ADI_SRC,<NOT USED>,UINT
-INPUT4.INSERTINSTRUCTION.COP_LEVEL.__ADI_DEST,<NOT USED>,UINT
+INPUT4_INST.INSERTINSTRUCTION.COP_LEVEL.__ADI_DEST,<NOT USED>,UINT
-INPUT4.INSERTINSTRUCTION.COP_LEVEL.__DTI_SRC,<NOT USED>,SINT
+INPUT4_INST.INSERTINSTRUCTION.COP_LEVEL.__DTI_SRC,<NOT USED>,SINT
-INPUT4.INSERTINSTRUCTION.COP_LEVEL.__DTI_DEST,<NOT USED>,SINT
+INPUT4_INST.INSERTINSTRUCTION.COP_LEVEL.__DTI_DEST,<NOT USED>,SINT
-INPUT5.INSERTINSTRUCTION.COP_VOLUME.ENABLE,TRUE,BOOL
+INPUT5_INST.INSERTINSTRUCTION.COP_VOLUME.ENABLE,TRUE,BOOL
-INPUT5.INSERTINSTRUCTION.COP_VOLUME.SRC,<NOT USED>,REAL
+INPUT5_INST.INSERTINSTRUCTION.COP_VOLUME.SRC,<NOT USED>,CALIBRATION_TABLE
-INPUT5.INSERTINSTRUCTION.COP_VOLUME.SRCOFFSET,__UINT_NULL,UINT
+INPUT5_INST.INSERTINSTRUCTION.COP_VOLUME.SRCOFFSET,__UINT_NULL,UINT
-INPUT5.INSERTINSTRUCTION.COP_VOLUME.DEST,<NOT USED>,REAL
+INPUT5_INST.INSERTINSTRUCTION.COP_VOLUME.DEST,<NOT USED>,CALIBRATION_TABLE
-INPUT5.INSERTINSTRUCTION.COP_VOLUME.DESTOFFSET,__UINT_NULL,UINT
+INPUT5_INST.INSERTINSTRUCTION.COP_VOLUME.DESTOFFSET,__UINT_NULL,UINT
-INPUT5.INSERTINSTRUCTION.COP_VOLUME.LENGTH,__UINT_NULL,UINT
+INPUT5_INST.INSERTINSTRUCTION.COP_VOLUME.LENGTH,__UINT_NULL,UINT
-INPUT5.INSERTINSTRUCTION.COP_VOLUME.SWAP,FALSE,BOOL
+INPUT5_INST.INSERTINSTRUCTION.COP_VOLUME.SWAP,FALSE,BOOL
-INPUT5.INSERTINSTRUCTION.COP_VOLUME.__ADI_SRC,<NOT USED>,UINT
+INPUT5_INST.INSERTINSTRUCTION.COP_VOLUME.__ADI_SRC,<NOT USED>,UINT
-INPUT5.INSERTINSTRUCTION.COP_VOLUME.__ADI_DEST,<NOT USED>,UINT
+INPUT5_INST.INSERTINSTRUCTION.COP_VOLUME.__ADI_DEST,<NOT USED>,UINT
-INPUT5.INSERTINSTRUCTION.COP_VOLUME.__DTI_SRC,<NOT USED>,SINT
+INPUT5_INST.INSERTINSTRUCTION.COP_VOLUME.__DTI_SRC,<NOT USED>,SINT
-INPUT5.INSERTINSTRUCTION.COP_VOLUME.__DTI_DEST,<NOT USED>,SINT
+INPUT5_INST.INSERTINSTRUCTION.COP_VOLUME.__DTI_DEST,<NOT USED>,SINT
-INPUT5.INSERTINSTRUCTION.COP_LEVEL.ENABLE,TRUE,BOOL
+INPUT5_INST.INSERTINSTRUCTION.COP_LEVEL.ENABLE,TRUE,BOOL
-INPUT5.INSERTINSTRUCTION.COP_LEVEL.SRC,<NOT USED>,REAL
+INPUT5_INST.INSERTINSTRUCTION.COP_LEVEL.SRC,<NOT USED>,CALIBRATION_TABLE
-INPUT5.INSERTINSTRUCTION.COP_LEVEL.SRCOFFSET,__UINT_NULL,UINT
+INPUT5_INST.INSERTINSTRUCTION.COP_LEVEL.SRCOFFSET,__UINT_NULL,UINT
-INPUT5.INSERTINSTRUCTION.COP_LEVEL.DEST,<NOT USED>,REAL
+INPUT5_INST.INSERTINSTRUCTION.COP_LEVEL.DEST,<NOT USED>,CALIBRATION_TABLE
-INPUT5.INSERTINSTRUCTION.COP_LEVEL.DESTOFFSET,__UINT_NULL,UINT
+INPUT5_INST.INSERTINSTRUCTION.COP_LEVEL.DESTOFFSET,__UINT_NULL,UINT
-INPUT5.INSERTINSTRUCTION.COP_LEVEL.LENGTH,__UINT_NULL,UINT
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+INPUT3_INST.GETPONDCALIBRATIONPARAMETERS_1.PONDLEVEL,__TMPR__GETPONDCALIBRATIONPARAMETERS__PONDLEVEL,REAL
-INPUT3.GETPONDCALIBRATIONPARAMETERS_1.CALIBRATIONLEVEL,<NOT USED>,REAL
+INPUT3_INST.GETPONDCALIBRATIONPARAMETERS_1.CALIBRATIONLEVEL,<NOT USED>,CALIBRATION_TABLE
-INPUT3.GETPONDCALIBRATIONPARAMETERS_1.CALIBRATIONVOLUME,<NOT USED>,REAL
+INPUT3_INST.GETPONDCALIBRATIONPARAMETERS_1.CALIBRATIONVOLUME,<NOT USED>,CALIBRATION_TABLE
-INPUT4.GETPONDCALIBRATIONPARAMETERS_1.PONDLEVEL,__TMPR__GETPONDCALIBRATIONPARAMETERS__PONDLEVEL,REAL
+INPUT4_INST.GETPONDCALIBRATIONPARAMETERS_1.PONDLEVEL,__TMPR__GETPONDCALIBRATIONPARAMETERS__PONDLEVEL,REAL
-INPUT4.GETPONDCALIBRATIONPARAMETERS_1.CALIBRATIONLEVEL,<NOT USED>,REAL
+INPUT4_INST.GETPONDCALIBRATIONPARAMETERS_1.CALIBRATIONLEVEL,<NOT USED>,CALIBRATION_TABLE
-INPUT4.GETPONDCALIBRATIONPARAMETERS_1.CALIBRATIONVOLUME,<NOT USED>,REAL
+INPUT4_INST.GETPONDCALIBRATIONPARAMETERS_1.CALIBRATIONVOLUME,<NOT USED>,CALIBRATION_TABLE
-INPUT5.GETPONDCALIBRATIONPARAMETERS_1.PONDLEVEL,__TMPR__GETPONDCALIBRATIONPARAMETERS__PONDLEVEL,REAL
+INPUT5_INST.GETPONDCALIBRATIONPARAMETERS_1.PONDLEVEL,__TMPR__GETPONDCALIBRATIONPARAMETERS__PONDLEVEL,REAL
-INPUT5.GETPONDCALIBRATIONPARAMETERS_1.CALIBRATIONLEVEL,<NOT USED>,REAL
+INPUT5_INST.GETPONDCALIBRATIONPARAMETERS_1.CALIBRATIONLEVEL,<NOT USED>,CALIBRATION_TABLE
-INPUT5.GETPONDCALIBRATIONPARAMETERS_1.CALIBRATIONVOLUME,<NOT USED>,REAL
+INPUT5_INST.GETPONDCALIBRATIONPARAMETERS_1.CALIBRATIONVOLUME,<NOT USED>,CALIBRATION_TABLE
-INPUT6.GETPONDCALIBRATIONPARAMETERS_1.PONDLEVEL,__TMPR__GETPONDCALIBRATIONPARAMETERS__PONDLEVEL,REAL
+INPUT6_INST.GETPONDCALIBRATIONPARAMETERS_1.PONDLEVEL,__TMPR__GETPONDCALIBRATIONPARAMETERS__PONDLEVEL,REAL
-INPUT6.GETPONDCALIBRATIONPARAMETERS_1.CALIBRATIONLEVEL,<NOT USED>,REAL
+INPUT6_INST.GETPONDCALIBRATIONPARAMETERS_1.CALIBRATIONLEVEL,<NOT USED>,CALIBRATION_TABLE
-INPUT6.GETPONDCALIBRATIONPARAMETERS_1.CALIBRATIONVOLUME,<NOT USED>,REAL
+INPUT6_INST.GETPONDCALIBRATIONPARAMETERS_1.CALIBRATIONVOLUME,<NOT USED>,CALIBRATION_TABLE
-INPUT7.GETPONDCALIBRATIONPARAMETERS_1.PONDLEVEL,__TMPR__GETPONDCALIBRATIONPARAMETERS__PONDLEVEL,REAL
+INPUT7_INST.GETPONDCALIBRATIONPARAMETERS_1.PONDLEVEL,__TMPR__GETPONDCALIBRATIONPARAMETERS__PONDLEVEL,REAL
-INPUT7.GETPONDCALIBRATIONPARAMETERS_1.CALIBRATIONLEVEL,<NOT USED>,REAL
+INPUT7_INST.GETPONDCALIBRATIONPARAMETERS_1.CALIBRATIONLEVEL,<NOT USED>,CALIBRATION_TABLE
-INPUT7.GETPONDCALIBRATIONPARAMETERS_1.CALIBRATIONVOLUME,<NOT USED>,REAL
+INPUT7_INST.GETPONDCALIBRATIONPARAMETERS_1.CALIBRATIONVOLUME,<NOT USED>,CALIBRATION_TABLE
-INPUT0.RAWVALUE,__TMPR__INPUT__RAWVALUE,REAL
+INPUT0_INST.RAWVALUE,__TMPR__INPUT__RAWVALUE,REAL
-INPUT1.RAWVALUE,__TMPR__INPUT__RAWVALUE,REAL
+INPUT0_INST.CONFIG,<NOT USED>,INPUT_CONFIG
-INPUT2.RAWVALUE,__TMPR__INPUT__RAWVALUE,REAL
+INPUT0_INST.COMMANDS,<NOT USED>,INPUT_COMMANDS
-INPUT3.RAWVALUE,__TMPR__INPUT__RAWVALUE,REAL
+INPUT1_INST.RAWVALUE,__TMPR__INPUT__RAWVALUE,REAL
-INPUT4.RAWVALUE,__TMPR__INPUT__RAWVALUE,REAL
+INPUT1_INST.CONFIG,<NOT USED>,INPUT_CONFIG
-INPUT5.RAWVALUE,__TMPR__INPUT__RAWVALUE,REAL
+INPUT1_INST.COMMANDS,<NOT USED>,INPUT_COMMANDS
-INPUT6.RAWVALUE,__TMPR__INPUT__RAWVALUE,REAL
+INPUT2_INST.RAWVALUE,__TMPR__INPUT__RAWVALUE,REAL
-INPUT7.RAWVALUE,__TMPR__INPUT__RAWVALUE,REAL
+INPUT2_INST.CONFIG,<NOT USED>,INPUT_CONFIG
+INPUT2_INST.COMMANDS,<NOT USED>,INPUT_COMMANDS
+INPUT3_INST.RAWVALUE,__TMPR__INPUT__RAWVALUE,REAL
+INPUT3_INST.CONFIG,<NOT USED>,INPUT_CONFIG
+INPUT3_INST.COMMANDS,<NOT USED>,INPUT_COMMANDS
+INPUT4_INST.RAWVALUE,__TMPR__INPUT__RAWVALUE,REAL
+INPUT4_INST.CONFIG,<NOT USED>,INPUT_CONFIG
+INPUT4_INST.COMMANDS,<NOT USED>,INPUT_COMMANDS
+INPUT5_INST.RAWVALUE,__TMPR__INPUT__RAWVALUE,REAL
+INPUT5_INST.CONFIG,<NOT USED>,INPUT_CONFIG
+INPUT5_INST.COMMANDS,<NOT USED>,INPUT_COMMANDS
+INPUT6_INST.RAWVALUE,__TMPR__INPUT__RAWVALUE,REAL
+INPUT6_INST.CONFIG,<NOT USED>,INPUT_CONFIG
+INPUT6_INST.COMMANDS,<NOT USED>,INPUT_COMMANDS
+INPUT7_INST.RAWVALUE,__TMPR__INPUT__RAWVALUE,REAL
+INPUT7_INST.CONFIG,<NOT USED>,INPUT_CONFIG
+INPUT7_INST.COMMANDS,<NOT USED>,INPUT_COMMANDS

PLC/Multi-Sensor/Controller/Controller/Micro850/Micro850/INPUT.ic

@@ -1,125 +1,222 @@
-_STEP 2 0 1
+_STEP 2 0 2
 __TMPV1 := __INPUT [ __DINT_NULL ]
 __TMPR1 := __TMPV1 [ __DINT_NULL ]
 __TMPB1 := __TMPR1 >= __TMPR2 
-__INPUT [ __CDINT000001D8 ] := __TMPB1 
+__TMPV2 := __INPUT [ __CDINT00000002 ]
+__TMPR3 := __TMPV2 [ __CDINT00000018 ]
+__TMPB2 := __TMPR3 <> __TMPR4 
+__TMPB1 := __TMPB1 _OR __TMPB2 
+__TMPI1 := __CDINT00000014 + __DINT_NULL 
+__INPUT [ __TMPI1 ] := __TMPB1 
 _STEP 2 0 4
-__TMPI1 := __CDINT0000000C + __DINT_NULL 
+__TMPV1 := __INPUT [ __CDINT00000002 ]
-__TMPR3 := __INPUT [ __TMPI1 ]
+__TMPR1 := __TMPV1 [ __CDINT00000018 ]
-__TMPI2 := __CDINT0000000C + __CDINT00000004 
+__TMPB1 := __TMPR1 = __TMPR4 
-__TMPR4 := __INPUT [ __TMPI2 ]
-__TMPI3 := __CDINT0000000C + __CDINT00000008 
-__TMPR5 := __INPUT [ __TMPI3 ]
-__TMPI4 := __CDINT0000000C + __CDINT0000000C 
-__TMPR6 := __INPUT [ __TMPI4 ]
-__TMPV1 := __INPUT [ __DINT_NULL ]
-__TMPR1 := __TMPV1 [ __DINT_NULL ]
-_PUSH_PAR __TMPR3 
-_PUSH_PAR __TMPR4 
-_PUSH_PAR __TMPR5 
-_PUSH_PAR __TMPR6 
-_PUSH_PAR __TMPR1 
-__TMPR7 := _CALL LINEARSCALE 
-__INPUT [ __CDINT00000004 ] := __TMPR7 
-_STEP 2 0 12
-__TMPB1 := __INPUT [ __CDINT0000006C ]
 _IF _NOT __TMPB1 _GOTO __LAB1 
-_STEP 2 0 13
+_STEP 2 0 5
-__TMPR3 := __INPUT [ __CDINT00000004 ]
+__TMPI1 := __CDINT00000008 + __DINT_NULL 
-__TMPR4 := __INPUT [ __CDINT00000094 ]
+__TMPV2 := __INPUT [ __CDINT00000002 ]
-__TMPR3 := __TMPR3 + __TMPR4 
+__TMPR3 := __TMPV2 [ __TMPI1 ]
-__INPUT [ __CDINT00000004 ] := __TMPR3 
+__TMPI2 := __CDINT00000008 + __CDINT00000004 
-_STEP 2 0 14
+__TMPV3 := __INPUT [ __CDINT00000002 ]
-__TMPR3 := __INPUT [ __CDINT00000004 ]
+__TMPR5 := __TMPV3 [ __TMPI2 ]
-__TMPV2 := __INPUT [ __CDINT00000070 ]
+__TMPI3 := __CDINT00000008 + __CDINT00000008 
-__TMPR__GETPONDCALIBRATIONPARAMETERS__PONDLEVEL := __TMPR3 
+__TMPV4 := __INPUT [ __CDINT00000002 ]
-__TMPV3 := __INPUT [ __CDINT00000072 ]
+__TMPR6 := __TMPV4 [ __TMPI3 ]
-__TMPV4 := __INPUT [ __CDINT00000044 ]
+__TMPI4 := __CDINT00000008 + __CDINT0000000C 
-__TMPV3 := __TMPV4 
+__TMPV5 := __INPUT [ __CDINT00000002 ]
-__TMPV5 := __INPUT [ __CDINT00000074 ]
+__TMPR7 := __TMPV5 [ __TMPI4 ]
-__TMPV6 := __INPUT [ __CDINT0000001C ]
+__TMPV6 := __INPUT [ __DINT_NULL ]
-__TMPV5 := __TMPV6 
+__TMPR8 := __TMPV6 [ __DINT_NULL ]
-__FBL_RET := _PUSHCALLFB GETPONDCALIBRATIONPARAMETERS  __TMPV2 
-_STEP 2 0 16
-__TMPI1 := __CDINT00000070 + __CDINT00000010 
-__TMPB1 := __INPUT [ __TMPI1 ]
-_IF _NOT __TMPB1 _GOTO __LAB2 
-_STEP 2 0 17
-__TMPI2 := __CDINT00000070 + __CDINT00000008 
-__TMPR3 := __INPUT [ __TMPI2 ]
-__TMPI3 := __CDINT00000070 + __CDINT0000000C 
-__TMPR4 := __INPUT [ __TMPI3 ]
-__TMPI4 := __CDINT00000070 + __CDINT00000014 
-__TMPR5 := __INPUT [ __TMPI4 ]
-__TMPI5 := __CDINT00000070 + __CDINT00000018 
-__TMPR6 := __INPUT [ __TMPI5 ]
-__TMPR7 := __INPUT [ __CDINT00000004 ]
 _PUSH_PAR __TMPR3 
-_PUSH_PAR __TMPR4 
 _PUSH_PAR __TMPR5 
 _PUSH_PAR __TMPR6 
 _PUSH_PAR __TMPR7 
-__TMPR8 := _CALL LINEARSCALE 
+_PUSH_PAR __TMPR8 
-__INPUT [ __CDINT00000008 ] := __TMPR8 
+__TMPR9 := _CALL LINEARSCALE 
-_GOTO __LAB3 
+__TMPI5 := __CDINT00000014 + __CDINT00000004 
-__LAB2 : 
+__INPUT [ __TMPI5 ] := __TMPR9 
-__LAB3 : 
+_GOTO __LAB2 
-_STEP 2 0 26
-__TMPB1 := __INPUT [ __CDINT000000A0 ]
-_IF _NOT __TMPB1 _GOTO __LAB4 
-_STEP 2 0 27
-__TMPR3 := __INPUT [ __CDINT00000098 ]
-__TMPR4 := __INPUT [ __CDINT0000009C ]
-__TMPV7 := __INPUT [ __CDINT000000A4 ]
-__TMPR__INSERTCALIBRATIONPOINT__LEVEL := __TMPR3 
-__TMPR__INSERTCALIBRATIONPOINT__VOLUME := __TMPR4 
-__TMPV3 := __INPUT [ __CDINT000000A8 ]
-__TMPV4 := __INPUT [ __CDINT00000044 ]
-__TMPV3 := __TMPV4 
-__TMPV5 := __INPUT [ __CDINT000000AA ]
-__TMPV6 := __INPUT [ __CDINT0000001C ]
-__TMPV5 := __TMPV6 
-__FBL_RET := _PUSHCALLFB INSERTCALIBRATIONPOINT  __TMPV7 
-_STEP 2 0 28
-__TMPI1 := __CDINT000000A4 + __CDINT00000008 
-__TMPB1 := __INPUT [ __TMPI1 ]
-_IF _NOT __TMPB1 _GOTO __LAB5 
-_STEP 2 0 29
-__INPUT [ __CDINT000000A0 ] := FALSE 
-_GOTO __LAB6 
-__LAB5 : 
-__LAB6 : 
-_GOTO __LAB7 
-__LAB4 : 
-__LAB7 : 
-_STEP 2 0 33
-__TMPB1 := __INPUT [ __CDINT00000140 ]
-_IF _NOT __TMPB1 _GOTO __LAB8 
-_STEP 2 0 34
-__TMPI1 := __INPUT [ __CDINT000001D4 ]
-__TMPV8 := __INPUT [ __CDINT00000144 ]
-__TMPI__DELETECALIBRATIONPOINT__DELETEINDEX := __TMPI1 
-__TMPV3 := __INPUT [ __CDINT00000146 ]
-__TMPV4 := __INPUT [ __CDINT00000044 ]
-__TMPV3 := __TMPV4 
-__TMPV5 := __INPUT [ __CDINT00000148 ]
-__TMPV6 := __INPUT [ __CDINT0000001C ]
-__TMPV5 := __TMPV6 
-__FBL_RET := _PUSHCALLFB DELETECALIBRATIONPOINT  __TMPV8 
-_STEP 2 0 35
-__TMPI1 := __CDINT00000144 + __CDINT00000058 
-__TMPB1 := __INPUT [ __TMPI1 ]
-_IF _NOT __TMPB1 _GOTO __LAB9 
-_STEP 2 0 36
-__INPUT [ __CDINT00000140 ] := FALSE 
-_GOTO __LABa 
-__LAB9 : 
-__LABa : 
-_GOTO __LABb 
-__LAB8 : 
-__LABb : 
-_GOTO __LABc 
 __LAB1 : 
-_STEP 2 0 41
+_STEP 2 0 13
-__INPUT [ __CDINT00000008 ] := __TMPR9 
+__TMPV1 := __INPUT [ __CDINT00000002 ]
+__TMPR1 := __TMPV1 [ __CDINT00000018 ]
+__TMPI1 := __CDINT00000014 + __CDINT00000004 
+__INPUT [ __TMPI1 ] := __TMPR1 
+__LAB2 : 
+_STEP 2 0 16
+__TMPV1 := __INPUT [ __CDINT00000002 ]
+__TMPB3 := __TMPV1 [ __DINT_NULL ]
+_IF _NOT __TMPB3 _GOTO __LAB3 
+_STEP 2 0 17
+__TMPI1 := __CDINT00000014 + __CDINT00000004 
+__TMPR9 := __INPUT [ __TMPI1 ]
+__TMPV2 := __INPUT [ __CDINT00000002 ]
+__TMPR1 := __TMPV2 [ __CDINT00000004 ]
+__TMPR9 := __TMPR9 + __TMPR1 
+__TMPI2 := __CDINT00000014 + __CDINT00000004 
+__INPUT [ __TMPI2 ] := __TMPR9 
+_STEP 2 0 18
+__TMPR9 := __INPUT [ __CDINT00000008 ]
+__TMPI1 := __CDINT00000014 + __CDINT00000010 
+__TMPV1 := __INPUT [ __TMPI1 ]
+__TMPI2 := __CDINT00000014 + __CDINT00000038 
+__TMPV2 := __INPUT [ __TMPI2 ]
+__TMPV7 := __INPUT [ __CDINT00000074 ]
+__TMPR__GETPONDCALIBRATIONPARAMETERS__PONDLEVEL := __TMPR9 
+__TMPV8 := __INPUT [ __CDINT00000076 ]
+__TMPV8 := __TMPV1 
+__TMPV9 := __INPUT [ __CDINT00000078 ]
+__TMPV9 := __TMPV2 
+__FBL_RET := _PUSHCALLFB GETPONDCALIBRATIONPARAMETERS  __TMPV7 
+_STEP 2 0 20
+__TMPI1 := __CDINT00000074 + __CDINT00000010 
+__TMPB1 := __INPUT [ __TMPI1 ]
+_IF _NOT __TMPB1 _GOTO __LAB4 
+_STEP 2 0 21
+__TMPI2 := __CDINT00000074 + __CDINT00000008 
+__TMPR9 := __INPUT [ __TMPI2 ]
+__TMPI3 := __CDINT00000074 + __CDINT0000000C 
+__TMPR10 := __INPUT [ __TMPI3 ]
+__TMPI4 := __CDINT00000074 + __CDINT00000014 
+__TMPR11 := __INPUT [ __TMPI4 ]
+__TMPI5 := __CDINT00000074 + __CDINT00000018 
+__TMPR12 := __INPUT [ __TMPI5 ]
+__TMPI6 := __CDINT00000014 + __CDINT00000004 
+__TMPR13 := __INPUT [ __TMPI6 ]
+_PUSH_PAR __TMPR9 
+_PUSH_PAR __TMPR10 
+_PUSH_PAR __TMPR11 
+_PUSH_PAR __TMPR12 
+_PUSH_PAR __TMPR13 
+__TMPR14 := _CALL LINEARSCALE 
+__TMPI7 := __CDINT00000014 + __CDINT00000008 
+__INPUT [ __TMPI7 ] := __TMPR14 
+_GOTO __LAB5 
+__LAB4 : 
+__LAB5 : 
+_STEP 2 0 30
+__TMPV1 := __INPUT [ __CDINT00000004 ]
+__TMPB3 := __TMPV1 [ __CDINT00000008 ]
+__TMPI1 := __CDINT00000014 + __CDINT0000000C 
+__TMPB1 := __INPUT [ __TMPI1 ]
+__TMPB1 := _NOT __TMPB1 
+__TMPB3 := __TMPB3 _AND __TMPB1 
+_IF _NOT __TMPB3 _GOTO __LAB6 
+_STEP 2 0 31
+__TMPV2 := __INPUT [ __CDINT00000004 ]
+__TMPR1 := __TMPV2 [ __DINT_NULL ]
+__TMPV3 := __INPUT [ __CDINT00000004 ]
+__TMPR3 := __TMPV3 [ __CDINT00000004 ]
+__TMPI2 := __CDINT00000014 + __CDINT00000010 
+__TMPV4 := __INPUT [ __TMPI2 ]
+__TMPI3 := __CDINT00000014 + __CDINT00000038 
+__TMPV5 := __INPUT [ __TMPI3 ]
+__TMPV10 := __INPUT [ __CDINT00000098 ]
+__TMPR__INSERTCALIBRATIONPOINT__LEVEL := __TMPR1 
+__TMPR__INSERTCALIBRATIONPOINT__VOLUME := __TMPR3 
+__TMPV8 := __INPUT [ __CDINT0000009C ]
+__TMPV8 := __TMPV4 
+__TMPV9 := __INPUT [ __CDINT0000009E ]
+__TMPV9 := __TMPV5 
+__FBL_RET := _PUSHCALLFB INSERTCALIBRATIONPOINT  __TMPV10 
+_STEP 2 0 32
+__TMPI1 := __CDINT00000098 + __CDINT00000008 
+__TMPB1 := __INPUT [ __TMPI1 ]
+_IF _NOT __TMPB1 _GOTO __LAB7 
+_STEP 2 0 33
+__TMPI2 := __CDINT00000098 + __CDINT0000000C 
+__TMPV1 := __INPUT [ __TMPI2 ]
+__TMPI3 := __CDINT00000014 + __CDINT00000010 
+__TMPV11 := __INPUT [ __TMPI3 ]
+__TMPV11 [ __TMPV1 ] := __TMPV1 
+_STEP 2 0 34
+__TMPI1 := __CDINT00000098 + __CDINT00000034 
+__TMPV1 := __INPUT [ __TMPI1 ]
+__TMPI2 := __CDINT00000014 + __CDINT00000038 
+__TMPV11 := __INPUT [ __TMPI2 ]
+__TMPV11 [ __TMPV1 ] := __TMPV1 
+_STEP 2 0 35
+__TMPI1 := __CDINT00000014 + __CDINT0000000C 
+__INPUT [ __TMPI1 ] := TRUE 
+_GOTO __LAB8 
+__LAB7 : 
+__LAB8 : 
+_GOTO __LAB9 
+__LAB6 : 
+__LAB9 : 
+_STEP 2 0 39
+__TMPV1 := __INPUT [ __CDINT00000004 ]
+__TMPB3 := __TMPV1 [ __CDINT00000008 ]
+__TMPB3 := _NOT __TMPB3 
+_IF _NOT __TMPB3 _GOTO __LABa 
+_STEP 2 0 40
+__TMPI1 := __CDINT00000014 + __CDINT0000000C 
+__INPUT [ __TMPI1 ] := FALSE 
+_GOTO __LABb 
+__LABa : 
+__LABb : 
+_STEP 2 0 43
+__TMPV1 := __INPUT [ __CDINT00000004 ]
+__TMPB3 := __TMPV1 [ __CDINT00000009 ]
+__TMPI1 := __CDINT00000014 + __CDINT0000000D 
+__TMPB1 := __INPUT [ __TMPI1 ]
+__TMPB1 := _NOT __TMPB1 
+__TMPB3 := __TMPB3 _AND __TMPB1 
+_IF _NOT __TMPB3 _GOTO __LABc 
+_STEP 2 0 44
+__TMPV2 := __INPUT [ __CDINT00000004 ]
+__TMPI8 := __TMPV2 [ __CDINT0000000C ]
+__TMPI2 := __CDINT00000014 + __CDINT00000010 
+__TMPV3 := __INPUT [ __TMPI2 ]
+__TMPI3 := __CDINT00000014 + __CDINT00000038 
+__TMPV4 := __INPUT [ __TMPI3 ]
+__TMPV12 := __INPUT [ __CDINT00000134 ]
+__TMPI__DELETECALIBRATIONPOINT__DELETEINDEX := __TMPI8 
+__TMPV8 := __INPUT [ __CDINT00000136 ]
+__TMPV8 := __TMPV3 
+__TMPV9 := __INPUT [ __CDINT00000138 ]
+__TMPV9 := __TMPV4 
+__FBL_RET := _PUSHCALLFB DELETECALIBRATIONPOINT  __TMPV12 
+_STEP 2 0 45
+__TMPI1 := __CDINT00000134 + __CDINT00000058 
+__TMPB1 := __INPUT [ __TMPI1 ]
+_IF _NOT __TMPB1 _GOTO __LABd 
+_STEP 2 0 46
+__TMPI2 := __CDINT00000134 + __CDINT00000030 
+__TMPV1 := __INPUT [ __TMPI2 ]
+__TMPI3 := __CDINT00000014 + __CDINT00000010 
+__TMPV11 := __INPUT [ __TMPI3 ]
+__TMPV11 [ __TMPV1 ] := __TMPV1 
+_STEP 2 0 47
+__TMPI1 := __CDINT00000134 + __CDINT00000008 
+__TMPV1 := __INPUT [ __TMPI1 ]
+__TMPI2 := __CDINT00000014 + __CDINT00000038 
+__TMPV11 := __INPUT [ __TMPI2 ]
+__TMPV11 [ __TMPV1 ] := __TMPV1 
+_STEP 2 0 48
+__TMPI1 := __CDINT00000014 + __CDINT0000000D 
+__INPUT [ __TMPI1 ] := TRUE 
+_GOTO __LABe 
+__LABd : 
+__LABe : 
+_GOTO __LABf 
 __LABc : 
+__LABf : 
+_STEP 2 0 52
+__TMPV1 := __INPUT [ __CDINT00000004 ]
+__TMPB3 := __TMPV1 [ __CDINT00000009 ]
+__TMPB3 := _NOT __TMPB3 
+_IF _NOT __TMPB3 _GOTO __LAB10 
+_STEP 2 0 53
+__TMPI1 := __CDINT00000014 + __CDINT0000000D 
+__INPUT [ __TMPI1 ] := FALSE 
+_GOTO __LAB11 
+__LAB10 : 
+__LAB11 : 
+_GOTO __LAB12 
+__LAB3 : 
+_STEP 2 0 57
+__TMPI1 := __CDINT00000014 + __CDINT00000008 
+__INPUT [ __TMPI1 ] := __TMPR4 
+__LAB12 : 

PLC/Multi-Sensor/Controller/Controller/Micro850/Micro850/INPUT.otc

@@ -1,18 +1,28 @@
-16
+26
 
-6, 1
+6, 2
-38, 4
+70, 4
-120, 12
+100, 5
-134, 13
+222, 13
-166, 14
+250, 16
-240, 16
+272, 17
-254, 17
+312, 18
-332, 26
+386, 20
-346, 27
+400, 21
-434, 28
+478, 30
-448, 29
+522, 31
-460, 33
+626, 32
-474, 34
+640, 33
-548, 35
+664, 34
-562, 36
+688, 35
-582, 41
+700, 39
+728, 40
+740, 43
+784, 44
+866, 45
+880, 46
+904, 47
+928, 48
+940, 52
+968, 53
+988, 57

PLC/Multi-Sensor/Controller/Controller/Micro850/Micro850/INSERTCALIBRATIONPOINT.ic

@@ -17,20 +17,20 @@ __TMPV1 [ __CDINT00000014 ] := __CSINT00000005
 __FBL_RET := _PUSHCALLFB COP  __TMPV1 
 _STEP 2 0 5
 __TMPV1 := __INSERTCALIBRATIONPOINT [ __CDINT00000084 ]
-__TMPV6 := __INSERTCALIBRATIONPOINT [ __CDINT00000086 ]
+__TMPV2 := __INSERTCALIBRATIONPOINT [ __CDINT00000086 ]
-__TMPV7 := __INSERTCALIBRATIONPOINT [ __CDINT00000006 ]
+__TMPV3 := __INSERTCALIBRATIONPOINT [ __CDINT00000006 ]
-__TMPV6 := __TMPV7 
+__TMPV2 := __TMPV3 
-__TMPV8 := __INSERTCALIBRATIONPOINT [ __CDINT0000008A ]
+__TMPV4 := __INSERTCALIBRATIONPOINT [ __CDINT0000008A ]
-__TMPV9 := __INSERTCALIBRATIONPOINT [ __CDINT00000034 ]
+__TMPV5 := __INSERTCALIBRATIONPOINT [ __CDINT00000034 ]
-__TMPV8 := __TMPV9 
+__TMPV4 := __TMPV5 
 __TMPV1 [ __CDINT0000000E ] := __ADI__INSERTCALIBRATIONPOINT_0_2 
 __TMPV1 [ __CDINT00000010 ] := __ADI__INSERTCALIBRATIONPOINT_0_3 
 __TMPV1 [ __CDINT00000012 ] := __CSINT00000005 
 __TMPV1 [ __CDINT00000014 ] := __CSINT00000005 
 __FBL_RET := _PUSHCALLFB COP  __TMPV1 
 _STEP 2 0 8
-__TMPV10 := __INSERTCALIBRATIONPOINT [ __CDINT00000004 ]
+__TMPV6 := __INSERTCALIBRATIONPOINT [ __CDINT00000004 ]
-_PUSH_PAR __TMPV10 
+_PUSH_PAR __TMPV6 
 __TMPI1 := _CALL FINDNUMBEROFCALPOINTS 
 __INSERTCALIBRATIONPOINT [ __CDINT0000005C ] := __TMPI1 
 _STEP 2 0 9
@@ -40,15 +40,15 @@ _IF _NOT __TMPB1 _GOTO __LAB1
 _STEP 2 0 11
 __TMPI2 := __CDINT00000001 - __CDINT00000001 
 __TMPI2 := __TMPI2 * __CDINT00000004 
-__TMPV11 := __INSERTCALIBRATIONPOINT [ __DINT_NULL ]
+__TMPV7 := __INSERTCALIBRATIONPOINT [ __DINT_NULL ]
-__TMPR1 := __TMPV11 [ __DINT_NULL ]
+__TMPR1 := __TMPV7 [ __DINT_NULL ]
 __TMPI3 := __CDINT0000000C + __TMPI2 
 __INSERTCALIBRATIONPOINT [ __TMPI3 ] := __TMPR1 
 _STEP 2 0 12
 __TMPI1 := __CDINT00000001 - __CDINT00000001 
 __TMPI1 := __TMPI1 * __CDINT00000004 
-__TMPV11 := __INSERTCALIBRATIONPOINT [ __CDINT00000002 ]
+__TMPV7 := __INSERTCALIBRATIONPOINT [ __CDINT00000002 ]
-__TMPR1 := __TMPV11 [ __DINT_NULL ]
+__TMPR1 := __TMPV7 [ __DINT_NULL ]
 __TMPI2 := __CDINT00000034 + __TMPI1 
 __INSERTCALIBRATIONPOINT [ __TMPI2 ] := __TMPR1 
 _STEP 2 0 13
@@ -56,8 +56,8 @@ __INSERTCALIBRATIONPOINT [ __CDINT00000008 ] := TRUE
 _GOTO __LAB2 
 __LAB1 : 
 _STEP 2 0 15
-__TMPV11 := __INSERTCALIBRATIONPOINT [ __DINT_NULL ]
+__TMPV7 := __INSERTCALIBRATIONPOINT [ __DINT_NULL ]
-__TMPR1 := __TMPV11 [ __DINT_NULL ]
+__TMPR1 := __TMPV7 [ __DINT_NULL ]
 __TMPI1 := __CDINT00000001 - __CDINT00000001 
 __TMPI1 := __TMPI1 * __CDINT00000004 
 __TMPI2 := __CDINT0000000C + __TMPI1 
@@ -68,8 +68,8 @@ _STEP 2 0 17
 __INSERTCALIBRATIONPOINT [ __CDINT00000068 ] := __CDINT00000001 
 _GOTO __LAB2 
 __LAB3 : 
-__TMPV11 := __INSERTCALIBRATIONPOINT [ __DINT_NULL ]
+__TMPV7 := __INSERTCALIBRATIONPOINT [ __DINT_NULL ]
-__TMPR1 := __TMPV11 [ __DINT_NULL ]
+__TMPR1 := __TMPV7 [ __DINT_NULL ]
 __TMPI1 := __INSERTCALIBRATIONPOINT [ __CDINT0000005C ]
 __BOUNDCHK 10 1 __TMPI1 
 __TMPI2 := __TMPI1 - __CDINT00000001 
@@ -88,8 +88,8 @@ __TMPI5 := __TMPI5 + __CDINT00000001
 __BOUNDCHK 10 1 __TMPI5 
 __TMPI6 := __TMPI5 - __CDINT00000001 
 __TMPI6 := __TMPI6 * __CDINT00000004 
-__TMPV12 := __INSERTCALIBRATIONPOINT [ __DINT_NULL ]
+__TMPV8 := __INSERTCALIBRATIONPOINT [ __DINT_NULL ]
-__TMPR3 := __TMPV12 [ __DINT_NULL ]
+__TMPR3 := __TMPV8 [ __DINT_NULL ]
 __TMPI7 := __CDINT0000000C + __TMPI6 
 __INSERTCALIBRATIONPOINT [ __TMPI7 ] := __TMPR3 
 _STEP 2 0 23
@@ -98,8 +98,8 @@ __TMPI1 := __TMPI1 + __CDINT00000001
 __BOUNDCHK 10 1 __TMPI1 
 __TMPI2 := __TMPI1 - __CDINT00000001 
 __TMPI2 := __TMPI2 * __CDINT00000004 
-__TMPV11 := __INSERTCALIBRATIONPOINT [ __CDINT00000002 ]
+__TMPV7 := __INSERTCALIBRATIONPOINT [ __CDINT00000002 ]
-__TMPR1 := __TMPV11 [ __DINT_NULL ]
+__TMPR1 := __TMPV7 [ __DINT_NULL ]
 __TMPI3 := __CDINT00000034 + __TMPI2 
 __INSERTCALIBRATIONPOINT [ __TMPI3 ] := __TMPR1 
 _STEP 2 0 24
@@ -134,8 +134,8 @@ __TMPI5 := __TMPI4 - __CDINT00000001
 __TMPI5 := __TMPI5 * __CDINT00000004 
 __TMPI6 := __CDINT0000000C + __TMPI5 
 __TMPR2 := __INSERTCALIBRATIONPOINT [ __TMPI6 ]
-__TMPV11 := __INSERTCALIBRATIONPOINT [ __DINT_NULL ]
+__TMPV7 := __INSERTCALIBRATIONPOINT [ __DINT_NULL ]
-__TMPR1 := __TMPV11 [ __DINT_NULL ]
+__TMPR1 := __TMPV7 [ __DINT_NULL ]
 __TMPB3 := __TMPR2 < __TMPR1 
 __TMPI7 := __INSERTCALIBRATIONPOINT [ __CDINT00000060 ]
 __TMPI7 := __TMPI7 + __CDINT00000001 
@@ -144,8 +144,8 @@ __TMPI8 := __TMPI7 - __CDINT00000001
 __TMPI8 := __TMPI8 * __CDINT00000004 
 __TMPI9 := __CDINT0000000C + __TMPI8 
 __TMPR4 := __INSERTCALIBRATIONPOINT [ __TMPI9 ]
-__TMPV12 := __INSERTCALIBRATIONPOINT [ __DINT_NULL ]
+__TMPV8 := __INSERTCALIBRATIONPOINT [ __DINT_NULL ]
-__TMPR3 := __TMPV12 [ __DINT_NULL ]
+__TMPR3 := __TMPV8 [ __DINT_NULL ]
 __TMPB4 := __TMPR4 > __TMPR3 
 __TMPB3 := __TMPB3 _AND __TMPB4 
 _IF _NOT __TMPB3 _GOTO __LABd 
@@ -232,8 +232,8 @@ __TMPI1 := __INSERTCALIBRATIONPOINT [ __CDINT00000068 ]
 __BOUNDCHK 10 1 __TMPI1 
 __TMPI4 := __TMPI1 - __CDINT00000001 
 __TMPI4 := __TMPI4 * __CDINT00000004 
-__TMPV11 := __INSERTCALIBRATIONPOINT [ __DINT_NULL ]
+__TMPV7 := __INSERTCALIBRATIONPOINT [ __DINT_NULL ]
-__TMPR1 := __TMPV11 [ __DINT_NULL ]
+__TMPR1 := __TMPV7 [ __DINT_NULL ]
 __TMPI8 := __CDINT0000000C + __TMPI4 
 __INSERTCALIBRATIONPOINT [ __TMPI8 ] := __TMPR1 
 _STEP 2 0 43
@@ -241,8 +241,8 @@ __TMPI1 := __INSERTCALIBRATIONPOINT [ __CDINT00000068 ]
 __BOUNDCHK 10 1 __TMPI1 
 __TMPI4 := __TMPI1 - __CDINT00000001 
 __TMPI4 := __TMPI4 * __CDINT00000004 
-__TMPV11 := __INSERTCALIBRATIONPOINT [ __CDINT00000002 ]
+__TMPV7 := __INSERTCALIBRATIONPOINT [ __CDINT00000002 ]
-__TMPR1 := __TMPV11 [ __DINT_NULL ]
+__TMPR1 := __TMPV7 [ __DINT_NULL ]
 __TMPI8 := __CDINT00000034 + __TMPI4 
 __INSERTCALIBRATIONPOINT [ __TMPI8 ] := __TMPR1 
 _STEP 2 0 44

PLC/Multi-Sensor/Controller/Controller/Micro850/Micro850/Input.stf

@@ -1,45 +1,61 @@
 FUNCTION_BLOCK Input
-active := rawValue >= 9830.0; (* 9830.0 raw = 3.0 mA *)
 
+status.active := (rawValue >= 9830.0) OR (config.simValue <> 0.0) ; (* 9830.0 raw = 3.0 mA *)
 
-scaledValue := LinearScale(
+if config.simValue = 0.0 THEN
-	scalingConfig.rawMin,
+	status.scaledValue := LinearScale(
-	scalingConfig.rawMax,
+		config.scalingConfig.rawMin,
-	scalingConfig.euMin,
+		config.scalingConfig.rawMax,
-	scalingConfig.euMax,
+		config.scalingConfig.euMin,
-	rawValue
+		config.scalingConfig.euMax,
-);
+		rawValue
+	);
+ELSE
+	status.scaledValue := config.simValue;
+end_if;
 
-IF isPondLevel THEN
+IF config.isPondLevel THEN
-	scaledValue := scaledValue + pondOffset;
+	status.scaledValue := status.scaledValue + config.pondOffset;
-	GetPondCalibrationParameters_1(scaledValue, calibrationLevel, calibrationVolume);
+	GetPondCalibrationParameters_1(scaledValue, status.calibrationLevel, status.calibrationVolume);
 
 	IF GetPondCalibrationParameters_1.success THEN
-		pondVolume := LinearScale(
+		status.pondVolume := LinearScale(
 			GetPondCalibrationParameters_1.lowLevelScalingParam, 
 			GetPondCalibrationParameters_1.highLevelScalingParam, 
 			GetPondCalibrationParameters_1.lowVolumeScalingParam,
 			GetPondCalibrationParameters_1.highVolumeScalingParam,
-			scaledValue
+			status.scaledValue
 		);
 	END_IF;
 	
-	IF cmdInsertCalPoint THEN 
+	IF commands.cmdInsertCalPoint AND NOT status.insertSuccess THEN 
-	insertInstruction(inpCalLevel, inpCalVolume, calibrationLevel, calibrationVolume);
+	insertInstruction(commands.inpCalLevel, commands.inpCalVolume, status.calibrationLevel, status.calibrationVolume);
 		IF insertInstruction.success THEN
-			cmdInsertCalPoint := FALSE;
+			status.calibrationLevel := insertInstruction.outLevelArr;
+			status.calibrationVolume := insertInstruction.outVolumeArr;
+			status.insertSuccess := TRUE;
 		END_IF;
 	END_IF;
+	
+	IF NOT commands.cmdInsertCalPoint THEN
+		status.insertSuccess := FALSE;
+	END_IF;
 
-	IF cmdDeleteCalPoint THEN
+	IF commands.cmdDeleteCalPoint AND NOT status.deleteSuccess THEN
-		deleteInstruction(inpDeleteIndex, calibrationLevel, calibrationVolume);
+		deleteInstruction(commands.inpDeleteIndex, status.calibrationLevel, status.calibrationVolume);
 		IF deleteInstruction.success THEN
-			cmdDeleteCalPoint := FALSE;
+			status.calibrationLevel := deleteInstruction.outLevelArr;
+			status.calibrationVolume := deleteInstruction.outVolumeArr;
+			status.deleteSuccess := TRUE;
 		END_IF;
 	END_IF;
+	
+	IF NOT commands.cmdDeleteCalPoint THEN
+		status.deleteSuccess := FALSE;
+	END_IF;
 
 ELSE
-	pondVolume := 0.0;
+	status.pondVolume := 0.0;
 END_IF;
 
 

PLC/Multi-Sensor/Controller/Controller/Micro850/Micro850/MICRO850_LinkInfo.mtc

@@ -1,11 +1,11 @@
 [MEMORY]
-Offset0=0x1FD4
+Offset0=0x2434
-Offset1=0x27D4
+Offset1=0x2C34
-Offset2=0x27D4
+Offset2=0x2C34
-Offset3=0x27D4
+Offset3=0x2C34
-Memory Usage Estimate(Code)=0x1694
+Memory Usage Estimate(Code)=0x1CEC
-Memory Usage Estimate(Data)=0x4A94
+Memory Usage Estimate(Data)=0x4F2C
 Memory Usage Estimate(Retain)=0x0
 Memory Usage Estimate(RetainBlocks)=0x0
-Memory Usage Estimate(Temporary variables)=0x2BC
+Memory Usage Estimate(Temporary variables)=0x304
 Offset4=0x414

PLC/Multi-Sensor/Controller/Controller/Micro850/Micro850/MICRO850_LinkInfo.s.mtc

@@ -0,0 +1,11 @@
+[MEMORY]
+Offset0=0x2434
+Offset1=0x2C34
+Offset2=0x2C34
+Offset3=0x2C34
+Memory Usage Estimate(Code)=0x1CEC
+Memory Usage Estimate(Data)=0x4F2C
+Memory Usage Estimate(Retain)=0x0
+Memory Usage Estimate(RetainBlocks)=0x0
+Memory Usage Estimate(Temporary variables)=0x304
+Offset4=0x414

PLC/Multi-Sensor/Controller/Controller/Micro850/Micro850/MICRO850_MdfLinkReport.mtc

@@ -1,16 +0,0 @@
-[MODIF]
-
-[RESULT]
-ON_LINE=N
-TBL_CONF=Y
-CRC_ORG=0x0
-CRC_OLD=
-CRC_NEW=0xD4424613
-DAT_ORG=0
-DAT_OLD=0
-DAT_NEW=1531237349
-VER_ORG=0
-VER_OLD=0
-VER_NEW=1
-CRC_ALL_OLD=
-CRC_ALL_NEW=0x3E6EBE80

PLC/Multi-Sensor/Controller/Controller/Micro850/Micro850/MICRO850_MdfLinkReport.s.mtc

@@ -0,0 +1,28 @@
+[MODIF]
+POU=Y
+TYPE=Y
+LEVEL1=Y
+IO=Y
+RETAIN=Y
+INSTDEF=Y
+VARDEF=Y
+INIT_INST=Y
+ADD_DEL=Y
+VARSIZE=Y
+IO_DEF=Y
+LAST_VA=Y
+
+[RESULT]
+ON_LINE=Y
+TBL_CONF=Y
+CRC_ORG=0x79D0CAE1
+CRC_OLD=0x79D0CAE1
+CRC_NEW=0x5594D13C
+DAT_ORG=1534190886
+DAT_OLD=1534190886
+DAT_NEW=1534199099
+VER_ORG=4
+VER_OLD=4
+VER_NEW=5
+CRC_ALL_OLD=0x8530C1E7
+CRC_ALL_NEW=0xC88E0DF8

PLC/Multi-Sensor/Controller/Controller/Micro850/Micro850/MICRO850_MiscLinkInfo.mtc

@@ -1,9 +1,9 @@
 [MEMORY]
-Memory Usage Estimate(Temporary variables)=0x2BC
+Memory Usage Estimate(Temporary variables)=0x308
 Biggest online change user variable memory block size=0x800
 Currently added user variables=0x0
-Total data size=0x2290
+Total data size=0x273C
-User variables size=0x1FD4
+User variables size=0x2434
-Maximum size for temporary variables=0x22BC
+Maximum size for temporary variables=0x22F4
-Memory Usage Estimate(Data)=0x4A90
+Memory Usage Estimate(Data)=0x4F28
 Free memory for user variables=0x800

PLC/Multi-Sensor/Controller/Controller/Micro850/Micro850/MICRO850_MiscLinkInfo.s.mtc

@@ -0,0 +1,9 @@
+[MEMORY]
+Memory Usage Estimate(Temporary variables)=0x308
+Biggest online change user variable memory block size=0x800
+Currently added user variables=0x0
+Total data size=0x273C
+User variables size=0x2434
+Maximum size for temporary variables=0x22F4
+Memory Usage Estimate(Data)=0x4F28
+Free memory for user variables=0x800

PLC/Multi-Sensor/Controller/Controller/Micro850/Micro850/MICRO850_Pou_DELETECALIBRATIONPOINT.ipa

@@ -1,2 +1,2 @@
-<SUBINPUT>,DELETECALIBRATIONPOINT,COP_LEVEL,COP,ENABLE,TRUE,BOOL,SRC,<NOT USED>,REAL,SRCOFFSET,__UINT_NULL,UINT,DEST,<NOT USED>,REAL,DESTOFFSET,__UINT_NULL,UINT,LENGTH,__UINT_NULL,UINT,SWAP,FALSE,BOOL,__ADI_SRC,<NOT USED>,UINT,__ADI_DEST,<NOT USED>,UINT,__DTI_SRC,<NOT USED>,SINT,__DTI_DEST,<NOT USED>,SINT
+<SUBINPUT>,DELETECALIBRATIONPOINT,COP_LEVEL,COP,ENABLE,TRUE,BOOL,SRC,<NOT USED>,CALIBRATION_TABLE,SRCOFFSET,__UINT_NULL,UINT,DEST,<NOT USED>,CALIBRATION_TABLE,DESTOFFSET,__UINT_NULL,UINT,LENGTH,__UINT_NULL,UINT,SWAP,FALSE,BOOL,__ADI_SRC,<NOT USED>,UINT,__ADI_DEST,<NOT USED>,UINT,__DTI_SRC,<NOT USED>,SINT,__DTI_DEST,<NOT USED>,SINT
-<SUBINPUT>,DELETECALIBRATIONPOINT,COP_VOLUME,COP,ENABLE,TRUE,BOOL,SRC,<NOT USED>,REAL,SRCOFFSET,__UINT_NULL,UINT,DEST,<NOT USED>,REAL,DESTOFFSET,__UINT_NULL,UINT,LENGTH,__UINT_NULL,UINT,SWAP,FALSE,BOOL,__ADI_SRC,<NOT USED>,UINT,__ADI_DEST,<NOT USED>,UINT,__DTI_SRC,<NOT USED>,SINT,__DTI_DEST,<NOT USED>,SINT
+<SUBINPUT>,DELETECALIBRATIONPOINT,COP_VOLUME,COP,ENABLE,TRUE,BOOL,SRC,<NOT USED>,CALIBRATION_TABLE,SRCOFFSET,__UINT_NULL,UINT,DEST,<NOT USED>,CALIBRATION_TABLE,DESTOFFSET,__UINT_NULL,UINT,LENGTH,__UINT_NULL,UINT,SWAP,FALSE,BOOL,__ADI_SRC,<NOT USED>,UINT,__ADI_DEST,<NOT USED>,UINT,__DTI_SRC,<NOT USED>,SINT,__DTI_DEST,<NOT USED>,SINT

PLC/Multi-Sensor/Controller/Controller/Micro850/Micro850/MICRO850_Pou_INPUT.ipa

@@ -1,3 +1,3 @@
-<SUBINPUT>,INPUT,GETPONDCALIBRATIONPARAMETERS_1,GETPONDCALIBRATIONPARAMETERS,PONDLEVEL,__TMPR__GETPONDCALIBRATIONPARAMETERS__PONDLEVEL,REAL,CALIBRATIONLEVEL,<NOT USED>,REAL,CALIBRATIONVOLUME,<NOT USED>,REAL
+<SUBINPUT>,INPUT,GETPONDCALIBRATIONPARAMETERS_1,GETPONDCALIBRATIONPARAMETERS,PONDLEVEL,__TMPR__GETPONDCALIBRATIONPARAMETERS__PONDLEVEL,REAL,CALIBRATIONLEVEL,<NOT USED>,CALIBRATION_TABLE,CALIBRATIONVOLUME,<NOT USED>,CALIBRATION_TABLE
-<SUBINPUT>,INPUT,INSERTINSTRUCTION,INSERTCALIBRATIONPOINT,LEVEL,__TMPR__INSERTCALIBRATIONPOINT__LEVEL,REAL,VOLUME,__TMPR__INSERTCALIBRATIONPOINT__VOLUME,REAL,INLEVELARR,<NOT USED>,REAL,INVOLUMEARR,<NOT USED>,REAL
+<SUBINPUT>,INPUT,INSERTINSTRUCTION,INSERTCALIBRATIONPOINT,LEVEL,__TMPR__INSERTCALIBRATIONPOINT__LEVEL,REAL,VOLUME,__TMPR__INSERTCALIBRATIONPOINT__VOLUME,REAL,INLEVELARR,<NOT USED>,CALIBRATION_TABLE,INVOLUMEARR,<NOT USED>,CALIBRATION_TABLE
-<SUBINPUT>,INPUT,DELETEINSTRUCTION,DELETECALIBRATIONPOINT,DELETEINDEX,__TMPI__DELETECALIBRATIONPOINT__DELETEINDEX,DINT,INLEVELARR,<NOT USED>,REAL,INVOLUMEARR,<NOT USED>,REAL
+<SUBINPUT>,INPUT,DELETEINSTRUCTION,DELETECALIBRATIONPOINT,DELETEINDEX,__TMPI__DELETECALIBRATIONPOINT__DELETEINDEX,DINT,INLEVELARR,<NOT USED>,CALIBRATION_TABLE,INVOLUMEARR,<NOT USED>,CALIBRATION_TABLE

PLC/Multi-Sensor/Controller/Controller/Micro850/Micro850/MICRO850_Pou_INSERTCALIBRATIONPOINT.ipa

@@ -1,2 +1,2 @@
-<SUBINPUT>,INSERTCALIBRATIONPOINT,COP_LEVEL,COP,ENABLE,TRUE,BOOL,SRC,<NOT USED>,REAL,SRCOFFSET,__UINT_NULL,UINT,DEST,<NOT USED>,REAL,DESTOFFSET,__UINT_NULL,UINT,LENGTH,__UINT_NULL,UINT,SWAP,FALSE,BOOL,__ADI_SRC,<NOT USED>,UINT,__ADI_DEST,<NOT USED>,UINT,__DTI_SRC,<NOT USED>,SINT,__DTI_DEST,<NOT USED>,SINT
+<SUBINPUT>,INSERTCALIBRATIONPOINT,COP_LEVEL,COP,ENABLE,TRUE,BOOL,SRC,<NOT USED>,CALIBRATION_TABLE,SRCOFFSET,__UINT_NULL,UINT,DEST,<NOT USED>,CALIBRATION_TABLE,DESTOFFSET,__UINT_NULL,UINT,LENGTH,__UINT_NULL,UINT,SWAP,FALSE,BOOL,__ADI_SRC,<NOT USED>,UINT,__ADI_DEST,<NOT USED>,UINT,__DTI_SRC,<NOT USED>,SINT,__DTI_DEST,<NOT USED>,SINT
-<SUBINPUT>,INSERTCALIBRATIONPOINT,COP_VOLUME,COP,ENABLE,TRUE,BOOL,SRC,<NOT USED>,REAL,SRCOFFSET,__UINT_NULL,UINT,DEST,<NOT USED>,REAL,DESTOFFSET,__UINT_NULL,UINT,LENGTH,__UINT_NULL,UINT,SWAP,FALSE,BOOL,__ADI_SRC,<NOT USED>,UINT,__ADI_DEST,<NOT USED>,UINT,__DTI_SRC,<NOT USED>,SINT,__DTI_DEST,<NOT USED>,SINT
+<SUBINPUT>,INSERTCALIBRATIONPOINT,COP_VOLUME,COP,ENABLE,TRUE,BOOL,SRC,<NOT USED>,CALIBRATION_TABLE,SRCOFFSET,__UINT_NULL,UINT,DEST,<NOT USED>,CALIBRATION_TABLE,DESTOFFSET,__UINT_NULL,UINT,LENGTH,__UINT_NULL,UINT,SWAP,FALSE,BOOL,__ADI_SRC,<NOT USED>,UINT,__ADI_DEST,<NOT USED>,UINT,__DTI_SRC,<NOT USED>,SINT,__DTI_DEST,<NOT USED>,SINT

PLC/Multi-Sensor/Controller/Controller/Micro850/Micro850/MICRO850_Pou_SCALING.ipa

@@ -1,8 +1,8 @@
-<INPUT>,INPUT0,INPUT,RAWVALUE,__TMPR__INPUT__RAWVALUE,REAL
+<INPUT>,INPUT0_INST,INPUT,RAWVALUE,__TMPR__INPUT__RAWVALUE,REAL,CONFIG,<NOT USED>,INPUT_CONFIG,COMMANDS,<NOT USED>,INPUT_COMMANDS
-<INPUT>,INPUT1,INPUT,RAWVALUE,__TMPR__INPUT__RAWVALUE,REAL
+<INPUT>,INPUT1_INST,INPUT,RAWVALUE,__TMPR__INPUT__RAWVALUE,REAL,CONFIG,<NOT USED>,INPUT_CONFIG,COMMANDS,<NOT USED>,INPUT_COMMANDS
-<INPUT>,INPUT2,INPUT,RAWVALUE,__TMPR__INPUT__RAWVALUE,REAL
+<INPUT>,INPUT2_INST,INPUT,RAWVALUE,__TMPR__INPUT__RAWVALUE,REAL,CONFIG,<NOT USED>,INPUT_CONFIG,COMMANDS,<NOT USED>,INPUT_COMMANDS
-<INPUT>,INPUT3,INPUT,RAWVALUE,__TMPR__INPUT__RAWVALUE,REAL
+<INPUT>,INPUT3_INST,INPUT,RAWVALUE,__TMPR__INPUT__RAWVALUE,REAL,CONFIG,<NOT USED>,INPUT_CONFIG,COMMANDS,<NOT USED>,INPUT_COMMANDS
-<INPUT>,INPUT4,INPUT,RAWVALUE,__TMPR__INPUT__RAWVALUE,REAL
+<INPUT>,INPUT4_INST,INPUT,RAWVALUE,__TMPR__INPUT__RAWVALUE,REAL,CONFIG,<NOT USED>,INPUT_CONFIG,COMMANDS,<NOT USED>,INPUT_COMMANDS
-<INPUT>,INPUT5,INPUT,RAWVALUE,__TMPR__INPUT__RAWVALUE,REAL
+<INPUT>,INPUT5_INST,INPUT,RAWVALUE,__TMPR__INPUT__RAWVALUE,REAL,CONFIG,<NOT USED>,INPUT_CONFIG,COMMANDS,<NOT USED>,INPUT_COMMANDS
-<INPUT>,INPUT6,INPUT,RAWVALUE,__TMPR__INPUT__RAWVALUE,REAL
+<INPUT>,INPUT6_INST,INPUT,RAWVALUE,__TMPR__INPUT__RAWVALUE,REAL,CONFIG,<NOT USED>,INPUT_CONFIG,COMMANDS,<NOT USED>,INPUT_COMMANDS
-<INPUT>,INPUT7,INPUT,RAWVALUE,__TMPR__INPUT__RAWVALUE,REAL
+<INPUT>,INPUT7_INST,INPUT,RAWVALUE,__TMPR__INPUT__RAWVALUE,REAL,CONFIG,<NOT USED>,INPUT_CONFIG,COMMANDS,<NOT USED>,INPUT_COMMANDS

PLC/Multi-Sensor/Controller/Controller/Micro850/Micro850/MdfConf.s.txt

@@ -0,0 +1,84 @@
+[__DEFIO_CPXDVC]
+Nb = 3
+NotMDF = 0, 1, AB_, OPTIMUS_, IO_Base
+MDF = -1
+RIdx = 0
+NotMDF = 101, 1, AB_, OPTIMUS_, IOUP_Analog
+MDF = -1
+RIdx = 0
+NotMDF = 102, 1, AB_, OPTIMUS_, IOUP_Analog
+MDF = -1
+RIdx = 0
+
+
+[__DEFIO_SPLDVC]
+Nb = 6
+NotMDF = 0, 0, 1, AB_, OPTIMUS_, digitOut_Base
+MDF = -1
+RIdx = 0, 0
+NotMDF = 0, 1, 1, AB_, OPTIMUS_, digitIn_Base
+MDF = -1
+RIdx = 0, 0
+NotMDF = 101, 0, 1, AB_, OPTIMUS_, analogOut_UP
+MDF = -1
+RIdx = 0, 1
+NotMDF = 101, 1, 1, AB_, OPTIMUS_, analogIn_UP
+MDF = -1
+RIdx = 0, 1
+NotMDF = 102, 0, 1, AB_, OPTIMUS_, analogOut_UP
+MDF = -1
+RIdx = 0, 2
+NotMDF = 102, 1, 1, AB_, OPTIMUS_, analogIn_UP
+MDF = -1
+RIdx = 0, 2
+
+
+[__DEFIO_CHAN]
+RIdx = 0, 0, 0
+Nb = 10
+MDF = 1\1, 1, 0, 0, -1, _IO_EM_DO_00
+MDF = 1\1, 1, 0, 1, -1, _IO_EM_DO_01
+MDF = 1\1, 1, 0, 2, -1, _IO_EM_DO_02
+MDF = 1\1, 1, 0, 3, -1, _IO_EM_DO_03
+MDF = 1\1, 1, 0, 4, -1, _IO_EM_DO_04
+MDF = 1\1, 1, 0, 5, -1, _IO_EM_DO_05
+MDF = 1\1, 1, 0, 6, -1, _IO_EM_DO_06
+MDF = 1\1, 1, 0, 7, -1, _IO_EM_DO_07
+MDF = 1\1, 1, 0, 8, -1, _IO_EM_DO_08
+MDF = 1\1, 1, 0, 9, -1, _IO_EM_DO_09
+RIdx = 0, 0, 1
+Nb = 14
+MDF = 1\1, 1, 0, 0, -1, _IO_EM_DI_00
+MDF = 1\1, 1, 0, 1, -1, _IO_EM_DI_01
+MDF = 1\1, 1, 0, 2, -1, _IO_EM_DI_02
+MDF = 1\1, 1, 0, 3, -1, _IO_EM_DI_03
+MDF = 1\1, 1, 0, 4, -1, _IO_EM_DI_04
+MDF = 1\1, 1, 0, 5, -1, _IO_EM_DI_05
+MDF = 1\1, 1, 0, 6, -1, _IO_EM_DI_06
+MDF = 1\1, 1, 0, 7, -1, _IO_EM_DI_07
+MDF = 1\1, 1, 0, 8, -1, _IO_EM_DI_08
+MDF = 1\1, 1, 0, 9, -1, _IO_EM_DI_09
+MDF = 1\1, 1, 0, 10, -1, _IO_EM_DI_10
+MDF = 1\1, 1, 0, 11, -1, _IO_EM_DI_11
+MDF = 1\1, 1, 0, 12, -1, _IO_EM_DI_12
+MDF = 1\1, 1, 0, 13, -1, _IO_EM_DI_13
+RIdx = 0, 1, 2
+Nb = 0
+RIdx = 0, 1, 3
+Nb = 4
+MDF = 1\1, 0, 0, 0, -1, _IO_P1_AI_00
+MDF = 1\1, 0, 0, 1, -1, _IO_P1_AI_01
+MDF = 1\1, 0, 0, 2, -1, _IO_P1_AI_02
+MDF = 1\1, 0, 0, 3, -1, _IO_P1_AI_03
+RIdx = 0, 2, 4
+Nb = 0
+RIdx = 0, 2, 5
+Nb = 4
+MDF = 1\1, 0, 0, 0, -1, _IO_P2_AI_00
+MDF = 1\1, 0, 0, 1, -1, _IO_P2_AI_01
+MDF = 1\1, 0, 0, 2, -1, _IO_P2_AI_02
+MDF = 1\1, 0, 0, 3, -1, _IO_P2_AI_03
+
+
+[__READONLY_VALUES]
+Nb = 0

PLC/Multi-Sensor/Controller/Controller/Micro850/Micro850/Micro850_MiscLinkInfoOlc.mtc

@@ -0,0 +1,3 @@
+[MEMORY]
+Code Space Free Memory=0x2D000
+Code Space Requirement=0x43C0

PLC/Multi-Sensor/Controller/Controller/Micro850/Micro850/SCALING.ic

@@ -1,46 +1,286 @@
-_STEP 2 0 1
+_STEP 2 0 2
 _PUSH_PAR _IO_P1_AI_00 
 __TMPR1 := _CALL ANY_TO_UINT 
+__TMPV1 := INPUT0_CFG [ __DINT_NULL ]
+__TMPV2 := INPUT0_CMD [ __DINT_NULL ]
 __TMPR__INPUT__RAWVALUE := __TMPR1 
-__FBL_RET := _PUSHCALLFB INPUT  INPUT0 
+__TMPV3 := INPUT0_INST [ __CDINT00000002 ]
-_STEP 2 0 2
+__TMPV3 := __TMPV1 
+__TMPV4 := INPUT0_INST [ __CDINT00000004 ]
+__TMPV4 := __TMPV2 
+__FBL_RET := _PUSHCALLFB INPUT  INPUT0_INST 
+_STEP 2 0 3
+__TMPV1 := INPUT0_INST [ __CDINT00000014 ]
+__TMPV5 := INPUT0 [ __DINT_NULL ]
+__TMPV5 [ __TMPV1 ] := __TMPV1 
+_STEP 2 0 4
+__TMPB1 := INPUT0_CMD [ __CDINT00000009 ]
+__TMPB2 := INPUT0 [ __CDINT0000000D ]
+__TMPB1 := __TMPB1 _AND __TMPB2 
+_IF _NOT __TMPB1 _GOTO __LAB1 
+_STEP 2 0 5
+INPUT0_CMD [ __CDINT00000009 ] := FALSE 
+_GOTO __LAB2 
+__LAB1 : 
+__LAB2 : 
+_STEP 2 0 8
+__TMPB1 := INPUT0_CMD [ __CDINT00000008 ]
+__TMPB2 := INPUT0 [ __CDINT0000000C ]
+__TMPB1 := __TMPB1 _AND __TMPB2 
+_IF _NOT __TMPB1 _GOTO __LAB3 
+_STEP 2 0 9
+INPUT0_CMD [ __CDINT00000008 ] := FALSE 
+_GOTO __LAB4 
+__LAB3 : 
+__LAB4 : 
+_STEP 2 0 13
 _PUSH_PAR _IO_P1_AI_01 
 __TMPR1 := _CALL ANY_TO_UINT 
+__TMPV1 := INPUT1_CFG [ __DINT_NULL ]
+__TMPV2 := INPUT1_CMD [ __DINT_NULL ]
 __TMPR__INPUT__RAWVALUE := __TMPR1 
-__FBL_RET := _PUSHCALLFB INPUT  INPUT1 
+__TMPV3 := INPUT1_INST [ __CDINT00000002 ]
-_STEP 2 0 3
+__TMPV3 := __TMPV1 
+__TMPV4 := INPUT1_INST [ __CDINT00000004 ]
+__TMPV4 := __TMPV2 
+__FBL_RET := _PUSHCALLFB INPUT  INPUT1_INST 
+_STEP 2 0 14
+__TMPV1 := INPUT1_INST [ __CDINT00000014 ]
+__TMPV5 := INPUT1 [ __DINT_NULL ]
+__TMPV5 [ __TMPV1 ] := __TMPV1 
+_STEP 2 0 15
+__TMPB1 := INPUT1_CMD [ __CDINT00000009 ]
+__TMPB2 := INPUT1 [ __CDINT0000000D ]
+__TMPB1 := __TMPB1 _AND __TMPB2 
+_IF _NOT __TMPB1 _GOTO __LAB5 
+_STEP 2 0 16
+INPUT1_CMD [ __CDINT00000009 ] := FALSE 
+_GOTO __LAB6 
+__LAB5 : 
+__LAB6 : 
+_STEP 2 0 19
+__TMPB1 := INPUT1_CMD [ __CDINT00000008 ]
+__TMPB2 := INPUT1 [ __CDINT0000000C ]
+__TMPB1 := __TMPB1 _AND __TMPB2 
+_IF _NOT __TMPB1 _GOTO __LAB7 
+_STEP 2 0 20
+INPUT1_CMD [ __CDINT00000008 ] := FALSE 
+_GOTO __LAB8 
+__LAB7 : 
+__LAB8 : 
+_STEP 2 0 24
 _PUSH_PAR _IO_P1_AI_02 
 __TMPR1 := _CALL ANY_TO_UINT 
+__TMPV1 := INPUT2_CFG [ __DINT_NULL ]
+__TMPV2 := INPUT2_CMD [ __DINT_NULL ]
 __TMPR__INPUT__RAWVALUE := __TMPR1 
-__FBL_RET := _PUSHCALLFB INPUT  INPUT2 
+__TMPV3 := INPUT2_INST [ __CDINT00000002 ]
-_STEP 2 0 4
+__TMPV3 := __TMPV1 
+__TMPV4 := INPUT2_INST [ __CDINT00000004 ]
+__TMPV4 := __TMPV2 
+__FBL_RET := _PUSHCALLFB INPUT  INPUT2_INST 
+_STEP 2 0 25
+__TMPV1 := INPUT2_INST [ __CDINT00000014 ]
+__TMPV5 := INPUT2 [ __DINT_NULL ]
+__TMPV5 [ __TMPV1 ] := __TMPV1 
+_STEP 2 0 26
+__TMPB1 := INPUT2_CMD [ __CDINT00000009 ]
+__TMPB2 := INPUT2 [ __CDINT0000000D ]
+__TMPB1 := __TMPB1 _AND __TMPB2 
+_IF _NOT __TMPB1 _GOTO __LAB9 
+_STEP 2 0 27
+INPUT2_CMD [ __CDINT00000009 ] := FALSE 
+_GOTO __LABa 
+__LAB9 : 
+__LABa : 
+_STEP 2 0 30
+__TMPB1 := INPUT2_CMD [ __CDINT00000008 ]
+__TMPB2 := INPUT2 [ __CDINT0000000C ]
+__TMPB1 := __TMPB1 _AND __TMPB2 
+_IF _NOT __TMPB1 _GOTO __LABb 
+_STEP 2 0 31
+INPUT2_CMD [ __CDINT00000008 ] := FALSE 
+_GOTO __LABc 
+__LABb : 
+__LABc : 
+_STEP 2 0 35
 _PUSH_PAR _IO_P1_AI_03 
 __TMPR1 := _CALL ANY_TO_UINT 
+__TMPV1 := INPUT3_CFG [ __DINT_NULL ]
+__TMPV2 := INPUT3_CMD [ __DINT_NULL ]
 __TMPR__INPUT__RAWVALUE := __TMPR1 
-__FBL_RET := _PUSHCALLFB INPUT  INPUT3 
+__TMPV3 := INPUT3_INST [ __CDINT00000002 ]
-_STEP 2 0 5
+__TMPV3 := __TMPV1 
+__TMPV4 := INPUT3_INST [ __CDINT00000004 ]
+__TMPV4 := __TMPV2 
+__FBL_RET := _PUSHCALLFB INPUT  INPUT3_INST 
+_STEP 2 0 36
+__TMPV1 := INPUT3_INST [ __CDINT00000014 ]
+__TMPV5 := INPUT3 [ __DINT_NULL ]
+__TMPV5 [ __TMPV1 ] := __TMPV1 
+_STEP 2 0 37
+__TMPB1 := INPUT3_CMD [ __CDINT00000009 ]
+__TMPB2 := INPUT3 [ __CDINT0000000D ]
+__TMPB1 := __TMPB1 _AND __TMPB2 
+_IF _NOT __TMPB1 _GOTO __LABd 
+_STEP 2 0 38
+INPUT3_CMD [ __CDINT00000009 ] := FALSE 
+_GOTO __LABe 
+__LABd : 
+__LABe : 
+_STEP 2 0 41
+__TMPB1 := INPUT3_CMD [ __CDINT00000008 ]
+__TMPB2 := INPUT3 [ __CDINT0000000C ]
+__TMPB1 := __TMPB1 _AND __TMPB2 
+_IF _NOT __TMPB1 _GOTO __LABf 
+_STEP 2 0 42
+INPUT3_CMD [ __CDINT00000008 ] := FALSE 
+_GOTO __LAB10 
+__LABf : 
+__LAB10 : 
+_STEP 2 0 46
 _PUSH_PAR _IO_P2_AI_00 
 __TMPR1 := _CALL ANY_TO_UINT 
+__TMPV1 := INPUT4_CFG [ __DINT_NULL ]
+__TMPV2 := INPUT4_CMD [ __DINT_NULL ]
 __TMPR__INPUT__RAWVALUE := __TMPR1 
-__FBL_RET := _PUSHCALLFB INPUT  INPUT4 
+__TMPV3 := INPUT4_INST [ __CDINT00000002 ]
-_STEP 2 0 6
+__TMPV3 := __TMPV1 
+__TMPV4 := INPUT4_INST [ __CDINT00000004 ]
+__TMPV4 := __TMPV2 
+__FBL_RET := _PUSHCALLFB INPUT  INPUT4_INST 
+_STEP 2 0 47
+__TMPV1 := INPUT4_INST [ __CDINT00000014 ]
+__TMPV5 := INPUT4 [ __DINT_NULL ]
+__TMPV5 [ __TMPV1 ] := __TMPV1 
+_STEP 2 0 48
+__TMPB1 := INPUT4_CMD [ __CDINT00000009 ]
+__TMPB2 := INPUT4 [ __CDINT0000000D ]
+__TMPB1 := __TMPB1 _AND __TMPB2 
+_IF _NOT __TMPB1 _GOTO __LAB11 
+_STEP 2 0 49
+INPUT4_CMD [ __CDINT00000009 ] := FALSE 
+_GOTO __LAB12 
+__LAB11 : 
+__LAB12 : 
+_STEP 2 0 52
+__TMPB1 := INPUT4_CMD [ __CDINT00000008 ]
+__TMPB2 := INPUT4 [ __CDINT0000000C ]
+__TMPB1 := __TMPB1 _AND __TMPB2 
+_IF _NOT __TMPB1 _GOTO __LAB13 
+_STEP 2 0 53
+INPUT4_CMD [ __CDINT00000008 ] := FALSE 
+_GOTO __LAB14 
+__LAB13 : 
+__LAB14 : 
+_STEP 2 0 57
 _PUSH_PAR _IO_P2_AI_01 
 __TMPR1 := _CALL ANY_TO_UINT 
+__TMPV1 := INPUT5_CFG [ __DINT_NULL ]
+__TMPV2 := INPUT5_CMD [ __DINT_NULL ]
 __TMPR__INPUT__RAWVALUE := __TMPR1 
-__FBL_RET := _PUSHCALLFB INPUT  INPUT5 
+__TMPV3 := INPUT5_INST [ __CDINT00000002 ]
-_STEP 2 0 7
+__TMPV3 := __TMPV1 
+__TMPV4 := INPUT5_INST [ __CDINT00000004 ]
+__TMPV4 := __TMPV2 
+__FBL_RET := _PUSHCALLFB INPUT  INPUT5_INST 
+_STEP 2 0 58
+__TMPV1 := INPUT5_INST [ __CDINT00000014 ]
+__TMPV5 := INPUT5 [ __DINT_NULL ]
+__TMPV5 [ __TMPV1 ] := __TMPV1 
+_STEP 2 0 59
+__TMPB1 := INPUT5_CMD [ __CDINT00000009 ]
+__TMPB2 := INPUT5 [ __CDINT0000000D ]
+__TMPB1 := __TMPB1 _AND __TMPB2 
+_IF _NOT __TMPB1 _GOTO __LAB15 
+_STEP 2 0 60
+INPUT5_CMD [ __CDINT00000009 ] := FALSE 
+_GOTO __LAB16 
+__LAB15 : 
+__LAB16 : 
+_STEP 2 0 63
+__TMPB1 := INPUT5_CMD [ __CDINT00000008 ]
+__TMPB2 := INPUT5 [ __CDINT0000000C ]
+__TMPB1 := __TMPB1 _AND __TMPB2 
+_IF _NOT __TMPB1 _GOTO __LAB17 
+_STEP 2 0 64
+INPUT5_CMD [ __CDINT00000008 ] := FALSE 
+_GOTO __LAB18 
+__LAB17 : 
+__LAB18 : 
+_STEP 2 0 68
 _PUSH_PAR _IO_P2_AI_02 
 __TMPR1 := _CALL ANY_TO_UINT 
+__TMPV1 := INPUT6_CFG [ __DINT_NULL ]
+__TMPV2 := INPUT6_CMD [ __DINT_NULL ]
 __TMPR__INPUT__RAWVALUE := __TMPR1 
-__FBL_RET := _PUSHCALLFB INPUT  INPUT6 
+__TMPV3 := INPUT6_INST [ __CDINT00000002 ]
-_STEP 2 0 8
+__TMPV3 := __TMPV1 
+__TMPV4 := INPUT6_INST [ __CDINT00000004 ]
+__TMPV4 := __TMPV2 
+__FBL_RET := _PUSHCALLFB INPUT  INPUT6_INST 
+_STEP 2 0 69
+__TMPV1 := INPUT6_INST [ __CDINT00000014 ]
+__TMPV5 := INPUT6 [ __DINT_NULL ]
+__TMPV5 [ __TMPV1 ] := __TMPV1 
+_STEP 2 0 70
+__TMPB1 := INPUT6_CMD [ __CDINT00000009 ]
+__TMPB2 := INPUT6 [ __CDINT0000000D ]
+__TMPB1 := __TMPB1 _AND __TMPB2 
+_IF _NOT __TMPB1 _GOTO __LAB19 
+_STEP 2 0 71
+INPUT6_CMD [ __CDINT00000009 ] := FALSE 
+_GOTO __LAB1a 
+__LAB19 : 
+__LAB1a : 
+_STEP 2 0 74
+__TMPB1 := INPUT6_CMD [ __CDINT00000008 ]
+__TMPB2 := INPUT6 [ __CDINT0000000C ]
+__TMPB1 := __TMPB1 _AND __TMPB2 
+_IF _NOT __TMPB1 _GOTO __LAB1b 
+_STEP 2 0 75
+INPUT6_CMD [ __CDINT00000008 ] := FALSE 
+_GOTO __LAB1c 
+__LAB1b : 
+__LAB1c : 
+_STEP 2 0 79
 _PUSH_PAR _IO_P2_AI_03 
 __TMPR1 := _CALL ANY_TO_UINT 
+__TMPV1 := INPUT7_CFG [ __DINT_NULL ]
+__TMPV2 := INPUT7_CMD [ __DINT_NULL ]
 __TMPR__INPUT__RAWVALUE := __TMPR1 
-__FBL_RET := _PUSHCALLFB INPUT  INPUT7 
+__TMPV3 := INPUT7_INST [ __CDINT00000002 ]
-_STEP 2 0 11
+__TMPV3 := __TMPV1 
+__TMPV4 := INPUT7_INST [ __CDINT00000004 ]
+__TMPV4 := __TMPV2 
+__FBL_RET := _PUSHCALLFB INPUT  INPUT7_INST 
+_STEP 2 0 80
+__TMPV1 := INPUT7_INST [ __CDINT00000014 ]
+__TMPV5 := INPUT7 [ __DINT_NULL ]
+__TMPV5 [ __TMPV1 ] := __TMPV1 
+_STEP 2 0 81
+__TMPB1 := INPUT7_CMD [ __CDINT00000009 ]
+__TMPB2 := INPUT7 [ __CDINT0000000D ]
+__TMPB1 := __TMPB1 _AND __TMPB2 
+_IF _NOT __TMPB1 _GOTO __LAB1d 
+_STEP 2 0 82
+INPUT7_CMD [ __CDINT00000009 ] := FALSE 
+_GOTO __LAB1e 
+__LAB1d : 
+__LAB1e : 
+_STEP 2 0 85
+__TMPB1 := INPUT7_CMD [ __CDINT00000008 ]
+__TMPB2 := INPUT7 [ __CDINT0000000C ]
+__TMPB1 := __TMPB1 _AND __TMPB2 
+_IF _NOT __TMPB1 _GOTO __LAB1f 
+_STEP 2 0 86
+INPUT7_CMD [ __CDINT00000008 ] := FALSE 
+_GOTO __LAB20 
+__LAB1f : 
+__LAB20 : 
+_STEP 2 0 90
 PONDVOLUMETOTAL := __TMPR2 
-_STEP 2 0 12
+_STEP 2 0 91
 __TMPR1 := INPUT0 [ __CDINT00000008 ]
 __TMPR3 := INPUT1 [ __CDINT00000008 ]
 __TMPR1 := __TMPR1 + __TMPR3 

PLC/Multi-Sensor/Controller/Controller/Micro850/Micro850/SCALING.otc

@@ -1,12 +1,52 @@
-10
+50
 
-0, 1
+0, 2
-26, 2
+70, 3
-52, 3
+94, 4
-78, 4
+124, 5
-104, 5
+136, 8
-130, 6
+166, 9
-156, 7
+178, 13
-182, 8
+248, 14
-208, 11
+272, 15
-214, 12
+302, 16
+314, 19
+344, 20
+356, 24
+426, 25
+450, 26
+480, 27
+492, 30
+522, 31
+534, 35
+604, 36
+628, 37
+658, 38
+670, 41
+700, 42
+712, 46
+782, 47
+806, 48
+836, 49
+848, 52
+878, 53
+890, 57
+960, 58
+984, 59
+1014, 60
+1026, 63
+1056, 64
+1068, 68
+1138, 69
+1162, 70
+1192, 71
+1204, 74
+1234, 75
+1246, 79
+1316, 80
+1340, 81
+1370, 82
+1382, 85
+1412, 86
+1424, 90
+1430, 91

PLC/Multi-Sensor/Controller/Controller/Micro850/Micro850/Scaling.stf

@@ -1,12 +1,91 @@
 PROGRAM Scaling
-input0(ANY_TO_REAL(_IO_P1_AI_00));
+(* INPUT 0 *)
-input1(ANY_TO_REAL(_IO_P1_AI_01));
+input0_inst(ANY_TO_REAL(_IO_P1_AI_00), input0_cfg, input0_cmd);
-input2(ANY_TO_REAL(_IO_P1_AI_02));
+input0 := input0_inst.status;
-input3(ANY_TO_REAL(_IO_P1_AI_03));
+IF input0_cmd.cmdDeleteCalPoint AND input0.deleteSuccess THEN
-input4(ANY_TO_REAL(_IO_P2_AI_00));
+	input0_cmd.cmdDeleteCalPoint := FALSE;
-input5(ANY_TO_REAL(_IO_P2_AI_01));
+END_IF;
-input6(ANY_TO_REAL(_IO_P2_AI_02));
+
-input7(ANY_TO_REAL(_IO_P2_AI_03));
+IF input0_cmd.cmdInsertCalPoint AND input0.insertSuccess THEN
+	input0_cmd.cmdInsertCalPoint := FALSE;
+END_IF;
+
+(* INPUT 1 *)
+input1_inst(ANY_TO_REAL(_IO_P1_AI_01), input1_cfg, input1_cmd);
+input1 := input1_inst.status;
+IF input1_cmd.cmdDeleteCalPoint AND input1.deleteSuccess THEN
+	input1_cmd.cmdDeleteCalPoint := FALSE;
+END_IF;
+
+IF input1_cmd.cmdInsertCalPoint AND input1.insertSuccess THEN
+	input1_cmd.cmdInsertCalPoint := FALSE;
+END_IF;
+
+(* INPUT 2 *)
+input2_inst(ANY_TO_REAL(_IO_P1_AI_02), input2_cfg, input2_cmd);
+input2 := input2_inst.status;
+IF input2_cmd.cmdDeleteCalPoint AND input2.deleteSuccess THEN
+	input2_cmd.cmdDeleteCalPoint := FALSE;
+END_IF;
+
+IF input2_cmd.cmdInsertCalPoint AND input2.insertSuccess THEN
+	input2_cmd.cmdInsertCalPoint := FALSE;
+END_IF;
+
+(* INPUT 3 *)
+input3_inst(ANY_TO_REAL(_IO_P1_AI_03), input3_cfg, input3_cmd);
+input3 := input3_inst.status;
+IF input3_cmd.cmdDeleteCalPoint AND input3.deleteSuccess THEN
+	input3_cmd.cmdDeleteCalPoint := FALSE;
+END_IF;
+
+IF input3_cmd.cmdInsertCalPoint AND input3.insertSuccess THEN
+	input3_cmd.cmdInsertCalPoint := FALSE;
+END_IF;
+
+(* INPUT 4 *)
+input4_inst(ANY_TO_REAL(_IO_P2_AI_00), input4_cfg, input4_cmd);
+input4 := input4_inst.status;
+IF input4_cmd.cmdDeleteCalPoint AND input4.deleteSuccess THEN
+	input4_cmd.cmdDeleteCalPoint := FALSE;
+END_IF;
+
+IF input4_cmd.cmdInsertCalPoint AND input4.insertSuccess THEN
+	input4_cmd.cmdInsertCalPoint := FALSE;
+END_IF;
+
+(* INPUT 5 *)
+input5_inst(ANY_TO_REAL(_IO_P2_AI_01), input5_cfg, input5_cmd);
+input5 := input5_inst.status;
+IF input5_cmd.cmdDeleteCalPoint AND input5.deleteSuccess THEN
+	input5_cmd.cmdDeleteCalPoint := FALSE;
+END_IF;
+
+IF input5_cmd.cmdInsertCalPoint AND input5.insertSuccess THEN
+	input5_cmd.cmdInsertCalPoint := FALSE;
+END_IF;
+
+(* INPUT 6 *)
+input6_inst(ANY_TO_REAL(_IO_P2_AI_02), input6_cfg, input6_cmd);
+input6 := input6_inst.status;
+IF input6_cmd.cmdDeleteCalPoint AND input6.deleteSuccess THEN
+	input6_cmd.cmdDeleteCalPoint := FALSE;
+END_IF;
+
+IF input6_cmd.cmdInsertCalPoint AND input6.insertSuccess THEN
+	input6_cmd.cmdInsertCalPoint := FALSE;
+END_IF;
+
+(* INPUT 7 *)
+input7_inst(ANY_TO_REAL(_IO_P2_AI_03), input7_cfg, input7_cmd);
+input7 := input7_inst.status;
+IF input7_cmd.cmdDeleteCalPoint AND input7.deleteSuccess THEN
+	input7_cmd.cmdDeleteCalPoint := FALSE;
+END_IF;
+
+IF input7_cmd.cmdInsertCalPoint AND input7.insertSuccess THEN
+	input7_cmd.cmdInsertCalPoint := FALSE;
+END_IF;
 
 
 pondVolumeTotal := 0.0;

PLC/Multi-Sensor/Controller/Controller/RmcVariables

@@ -1,83 +0,0 @@
-Controller.Micro850.Micro850.Input.rawValue
-Controller.Micro850.Micro850.Input.scaledValue
-Controller.Micro850.Micro850.Input.pondVolume
-Controller.Micro850.Micro850.Input.scalingConfig
-Controller.Micro850.Micro850.Input.calibrationVolume
-Controller.Micro850.Micro850.Input.calibrationLevel
-Controller.Micro850.Micro850.Input.isPondLevel
-Controller.Micro850.Micro850.Input.GetPondCalibrationParameters_1
-Controller.Micro850.Micro850.Input.pondOffset
-Controller.Micro850.Micro850.Input.inpCalLevel
-Controller.Micro850.Micro850.Input.inpCalVolume
-Controller.Micro850.Micro850.Input.cmdInsertCalPoint
-Controller.Micro850.Micro850.Input.insertInstruction
-Controller.Micro850.Micro850.Input.cmdDeleteCalPoint
-Controller.Micro850.Micro850.Input.deleteInstruction
-Controller.Micro850.Micro850.Input.inpDeleteIndex
-Controller.Micro850.Micro850.Input.active
-Controller.Micro850.Micro850.input1
-Controller.Micro850.Micro850.InsertCalibrationPoint.level
-Controller.Micro850.Micro850.InsertCalibrationPoint.volume
-Controller.Micro850.Micro850.InsertCalibrationPoint.inLevelArr
-Controller.Micro850.Micro850.InsertCalibrationPoint.inVolumeArr
-Controller.Micro850.Micro850.InsertCalibrationPoint.success
-Controller.Micro850.Micro850.InsertCalibrationPoint.outLevelArr
-Controller.Micro850.Micro850.InsertCalibrationPoint.outVolumeArr
-Controller.Micro850.Micro850.InsertCalibrationPoint.calMaxIndex
-Controller.Micro850.Micro850.InsertCalibrationPoint.calIndex
-Controller.Micro850.Micro850.InsertCalibrationPoint.shiftIndex
-Controller.Micro850.Micro850.InsertCalibrationPoint.shiftStartIndex
-Controller.Micro850.Micro850.InsertCalibrationPoint.COP_LEVEL
-Controller.Micro850.Micro850.InsertCalibrationPoint.COP_VOLUME
-Controller.Micro850.Micro850.GetPondCalibrationParameters.pondLevel
-Controller.Micro850.Micro850.GetPondCalibrationParameters.calibrationLevel
-Controller.Micro850.Micro850.GetPondCalibrationParameters.calibrationVolume
-Controller.Micro850.Micro850.GetPondCalibrationParameters.lowLevelScalingParam
-Controller.Micro850.Micro850.GetPondCalibrationParameters.highLevelScalingParam
-Controller.Micro850.Micro850.GetPondCalibrationParameters.success
-Controller.Micro850.Micro850.GetPondCalibrationParameters.lowVolumeScalingParam
-Controller.Micro850.Micro850.GetPondCalibrationParameters.highVolumeScalingParam
-Controller.Micro850.Micro850.GetPondCalibrationParameters.maxCalIndex
-Controller.Micro850.Micro850.GetPondCalibrationParameters.calIndex
-Controller.Micro850.Micro850.DeleteCalibrationPoint.deleteIndex
-Controller.Micro850.Micro850.DeleteCalibrationPoint.inLevelArr
-Controller.Micro850.Micro850.DeleteCalibrationPoint.inVolumeArr
-Controller.Micro850.Micro850.DeleteCalibrationPoint.outVolumeArr
-Controller.Micro850.Micro850.DeleteCalibrationPoint.outLevelArr
-Controller.Micro850.Micro850.DeleteCalibrationPoint.success
-Controller.Micro850.Micro850.DeleteCalibrationPoint.calIndex
-Controller.Micro850.Micro850.DeleteCalibrationPoint.COP_LEVEL
-Controller.Micro850.Micro850.DeleteCalibrationPoint.COP_VOLUME
-Controller.Micro850.Micro850.input2
-Controller.Micro850.Micro850.input3
-Controller.Micro850.Micro850.input4
-Controller.Micro850.Micro850.input5
-Controller.Micro850.Micro850.input6
-Controller.Micro850.Micro850.input7
-Controller.Micro850.Micro850.watchdog_INT
-Controller.Micro850.Micro850.pondVolumeTotal
-Controller.Micro850.Micro850.input0
-Controller.Micro850.Micro850.LinearScale.m
-Controller.Micro850.Micro850.LinearScale.b
-Controller.Micro850.Micro850.LinearScale.Raw_Min
-Controller.Micro850.Micro850.LinearScale.Raw_Max
-Controller.Micro850.Micro850.LinearScale.EU_Min
-Controller.Micro850.Micro850.LinearScale.EU_Max
-Controller.Micro850.Micro850.LinearScale.Raw_Inp
-Controller.Micro850.Micro850.LinearScale.LinearScale
-Controller.Micro850.Micro850.FindNumberOfCalPoints.calIndex
-Controller.Micro850.Micro850.FindNumberOfCalPoints.tempMax
-Controller.Micro850.Micro850.FindNumberOfCalPoints.calibrationLevel
-Controller.Micro850.Micro850.FindNumberOfCalPoints.FindNumberOfCalPoints
-Controller.Micro850.Micro850.Scaling.GetPond1ScalingParams
-Controller.Micro850.Micro850.Scaling.GetPond2ScalingParams
-Controller.Micro850.Micro850.Scaling.GetPond3ScalingParams
-Controller.Micro850.Micro850.Scaling.GetPond4ScalingParams
-Controller.Micro850.Micro850._IO_P1_AI_00
-Controller.Micro850.Micro850._IO_P1_AI_01
-Controller.Micro850.Micro850._IO_P1_AI_02
-Controller.Micro850.Micro850._IO_P1_AI_03
-Controller.Micro850.Micro850._IO_P2_AI_00
-Controller.Micro850.Micro850._IO_P2_AI_01
-Controller.Micro850.Micro850._IO_P2_AI_02
-Controller.Micro850.Micro850._IO_P2_AI_03

PLC/Multi-Sensor/Controller/Embedded/ExtendedInfo.xml

@@ -1,13 +1,13 @@
 <?xml version="1.0" encoding="utf-8"?>
 <ProjectElements>
-  <AcfElementGuid Guid="19e37f9c-5df4-4cbf-8162-8b9dbbaec663" />
+  <AcfElementGuid Guid="236b291e-62f5-4611-ada2-3dcb823cc2a4" />
-  <AcfElementGuid Guid="2779f60c-b65b-47af-83e6-c539c9f2cda3" />
+  <AcfElementGuid Guid="33c273e5-8e75-41a9-97ce-880f623e7a49" />
-  <AcfElementGuid Guid="472a1172-114a-47f2-8f71-5d917e66c09f" />
+  <AcfElementGuid Guid="5169cd82-fd77-4d4e-a53c-6dd001e68f03" />
-  <AcfElementGuid Guid="482cdfc3-8bf1-41ad-a83c-ef4e8e1434ce" />
+  <AcfElementGuid Guid="53d34a1e-9ad2-4ab5-b1fc-bee0e9455231" />
-  <AcfElementGuid Guid="48cf2c96-fab9-447c-af54-41e050664e22" />
+  <AcfElementGuid Guid="67b1eb1b-1e3e-41cf-98af-658c522c2ff9" />
-  <AcfElementGuid Guid="4b5c70b3-f3a7-4405-87ba-8eb9160b8f17" />
+  <AcfElementGuid Guid="785bf2de-06ad-4461-9501-ede5ff1cf904" />
-  <AcfElementGuid Guid="5d8f1158-8fc3-4c98-a39f-24fcfdfcf341" />
+  <AcfElementGuid Guid="866da551-97f8-438f-944d-2d9b68996736" />
-  <AcfElementGuid Guid="9bc462c4-d63b-40de-92f8-19de53a44960" />
+  <AcfElementGuid Guid="b8bfca0e-7fcf-4f6a-bd7e-4ab433b113bf" />
-  <AcfElementGuid Guid="a26c8198-1a30-4899-a0fe-5fa2797b0bbf" />
+  <AcfElementGuid Guid="edee2bfe-8af5-436e-a8c9-f20dfce9e50a" />
-  <AcfElementGuid Guid="c47bc786-8232-4683-897f-fe59c281eb18" />
+  <AcfElementGuid Guid="fc4643c5-23c6-4b9c-8e26-ee6c86b28e25" />
 </ProjectElements>

PLC/Multi-Sensor/Controller/LogicalValues/ExtendedInfo.xml

@@ -1,5 +1,5 @@
 <?xml version="1.0" encoding="utf-8"?>
 <ProjectElements>
-  <AcfElementGuid Guid="a26c8198-1a30-4899-a0fe-5fa2797b0bbf" />
+  <AcfElementGuid Guid="5169cd82-fd77-4d4e-a53c-6dd001e68f03" />
-  <AcfElementGuid Guid="c47bc786-8232-4683-897f-fe59c281eb18" />
+  <AcfElementGuid Guid="fc4643c5-23c6-4b9c-8e26-ee6c86b28e25" />
 </ProjectElements>

PLC/Multi-Sensor/Controller/MLGE/ExtendedInfo.xml

@@ -1,24 +1,24 @@
 <?xml version="1.0" encoding="utf-8"?>
 <ProjectElements>
-  <AcfElementGuid Guid="19e37f9c-5df4-4cbf-8162-8b9dbbaec663">
+  <AcfElementGuid Guid="236b291e-62f5-4611-ada2-3dcb823cc2a4">
     <File>FindNumberOfCalPoints.AcfMlge</File>
   </AcfElementGuid>
-  <AcfElementGuid Guid="2779f60c-b65b-47af-83e6-c539c9f2cda3">
+  <AcfElementGuid Guid="33c273e5-8e75-41a9-97ce-880f623e7a49">
     <File>GetPondCalibrationParameters.AcfMlge</File>
   </AcfElementGuid>
-  <AcfElementGuid Guid="48cf2c96-fab9-447c-af54-41e050664e22">
+  <AcfElementGuid Guid="5169cd82-fd77-4d4e-a53c-6dd001e68f03">
-    <File>InsertCalibrationPoint.AcfMlge</File>
-  </AcfElementGuid>
-  <AcfElementGuid Guid="4b5c70b3-f3a7-4405-87ba-8eb9160b8f17">
-    <File>LinearScale.AcfMlge</File>
-  </AcfElementGuid>
-  <AcfElementGuid Guid="5d8f1158-8fc3-4c98-a39f-24fcfdfcf341">
-    <File>DeleteCalibrationPoint.AcfMlge</File>
-  </AcfElementGuid>
-  <AcfElementGuid Guid="9bc462c4-d63b-40de-92f8-19de53a44960">
-    <File>Input.AcfMlge</File>
-  </AcfElementGuid>
-  <AcfElementGuid Guid="c47bc786-8232-4683-897f-fe59c281eb18">
     <File>Scaling.AcfMlge</File>
   </AcfElementGuid>
+  <AcfElementGuid Guid="785bf2de-06ad-4461-9501-ede5ff1cf904">
+    <File>Input.AcfMlge</File>
+  </AcfElementGuid>
+  <AcfElementGuid Guid="866da551-97f8-438f-944d-2d9b68996736">
+    <File>InsertCalibrationPoint.AcfMlge</File>
+  </AcfElementGuid>
+  <AcfElementGuid Guid="b8bfca0e-7fcf-4f6a-bd7e-4ab433b113bf">
+    <File>DeleteCalibrationPoint.AcfMlge</File>
+  </AcfElementGuid>
+  <AcfElementGuid Guid="edee2bfe-8af5-436e-a8c9-f20dfce9e50a">
+    <File>LinearScale.AcfMlge</File>
+  </AcfElementGuid>
 </ProjectElements>

PLC/Multi-Sensor/Multi-Sensor.ccwsln

@@ -3,15 +3,15 @@ Microsoft Visual Studio Solution File, Format Version 12.00
 # CCW Solution File, CCW Software 11.0
 VisualStudioVersion = 12.0.21005.1
 MinimumVisualStudioVersion = 10.0.40219.1
-Project("{A6F45E2C-46AC-4E2B-9F75-4E058226B5AB}") = "Controller", "Controller\Controller.acfproj", "{22B7B638-6814-47D8-A377-028891CDBD43}"
+Project("{A6F45E2C-46AC-4E2B-9F75-4E058226B5AB}") = "Controller", "Controller\Controller.acfproj", "{C87C116A-A625-4608-AEAA-21FAA21F4591}"
 EndProject
 Global
 	GlobalSection(SolutionConfigurationPlatforms) = preSolution
 		Online|Any CPU = Online|Any CPU
 	EndGlobalSection
 	GlobalSection(ProjectConfigurationPlatforms) = postSolution
-		{22B7B638-6814-47D8-A377-028891CDBD43}.Online|Any CPU.ActiveCfg = Online|Any CPU
+		{C87C116A-A625-4608-AEAA-21FAA21F4591}.Online|Any CPU.ActiveCfg = Online|Any CPU
-		{22B7B638-6814-47D8-A377-028891CDBD43}.Online|Any CPU.Build.0 = Online|Any CPU
+		{C87C116A-A625-4608-AEAA-21FAA21F4591}.Online|Any CPU.Build.0 = Online|Any CPU
 	EndGlobalSection
 	GlobalSection(SolutionProperties) = preSolution
 		HideSolutionNode = FALSE

POCloud/channels_multisensor.csv

@@ -40,4 +40,37 @@ id,name,deviceTypeId,fromMe,io,subTitle,helpExplanation,channelType,dataType,def
 ,an5ispond,465,FALSE,readonly,Analog 5 Is Pond Level,Use the input for pond level monitoring,device,boolean,FALSE,,,,,,,,
 ,an6ispond,465,FALSE,readonly,Analog 6 Is Pond Level,Use the input for pond level monitoring,device,boolean,FALSE,,,,,,,,
 ,an7ispond,465,FALSE,readonly,Analog 7 Is Pond Level,Use the input for pond level monitoring,device,boolean,FALSE,,,,,,,,
-,public_ip_address,465,FALSE,readonly,Public IP Address,Network Address,device,string,,,,,,,,,
+,public_ip_address,465,FALSE,readonly,Public IP Address,Network Address,device,string,,,,,,,,,
+,an0name,465,FALSE,readwrite,Analog 0 Name,Name of Analog 0,user input,string,Analog 0,,,,,,,,
+,an1name,465,FALSE,readwrite,Analog 1 Name,Name of Analog 1,user input,string,Analog 1,,,,,,,,
+,an2name,465,FALSE,readwrite,Analog 2 Name,Name of Analog 2,user input,string,Analog 2,,,,,,,,
+,an3name,465,FALSE,readwrite,Analog 3 Name,Name of Analog 3,user input,string,Analog 3,,,,,,,,
+,an4name,465,FALSE,readwrite,Analog 4 Name,Name of Analog 4,user input,string,Analog 4,,,,,,,,
+,an5name,465,FALSE,readwrite,Analog 5 Name,Name of Analog 5,user input,string,Analog 5,,,,,,,,
+,an6name,465,FALSE,readwrite,Analog 6 Name,Name of Analog 6,user input,string,Analog 6,,,,,,,,
+,an7name,465,FALSE,readwrite,Analog 7 Name,Name of Analog 7,user input,string,Analog 7,,,,,,,,
+,an0min,465,FALSE,readonly,Analog 0 Min Value,Min Value of Analog 0,device,float,0,,,,,,,,
+,an1min,465,FALSE,readonly,Analog 1 Min Value,Min Value of Analog 1,device,float,0,,,,,,,,
+,an2min,465,FALSE,readonly,Analog 2 Min Value,Min Value of Analog 2,device,float,0,,,,,,,,
+,an3min,465,FALSE,readonly,Analog 3 Min Value,Min Value of Analog 3,device,float,0,,,,,,,,
+,an4min,465,FALSE,readonly,Analog 4 Min Value,Min Value of Analog 4,device,float,0,,,,,,,,
+,an5min,465,FALSE,readonly,Analog 5 Min Value,Min Value of Analog 5,device,float,0,,,,,,,,
+,an6min,465,FALSE,readonly,Analog 6 Min Value,Min Value of Analog 6,device,float,0,,,,,,,,
+,an7min,465,FALSE,readonly,Analog 7 Min Value,Min Value of Analog 7,device,float,0,,,,,,,,
+,an0max,465,FALSE,readonly,Analog 0 Max Value,Max Value of Analog 0,device,float,100,,,,,,,,
+,an1max,465,FALSE,readonly,Analog 1 Max Value,Max Value of analog 1,device,float,100,,,,,,,,
+,an2max,465,FALSE,readonly,Analog 2 Max Value,Max Value of Analog 2,device,float,100,,,,,,,,
+,an3max,465,FALSE,readonly,Analog 3 Max Valu,Max Value of Analog 3,device,float,100,,,,,,,,
+,an4max,465,FALSE,readonly,Analog 4 Max Value,Max Value of Analog 4,device,float,100,,,,,,,,
+,an5max,465,FALSE,readonly,Analog 5 Max Value,Max Value of Analog 5,device,float,100,,,,,,,,
+,an6max,465,FALSE,readonly,Analog 6 Max Value,Max Value of Analog 6,device,float,100,,,,,,,,
+,an7max,465,FALSE,readonly,Analog 7 Max Value,Max Value of Analog 7,device,float,100,,,,,,,,
+,an0decimals,465,FALSE,readwrite,Analog 0 Decimal Places,Decimal places to show for analog 0,user input,integer,2,,,,,,,,
+,an1decimals,465,FALSE,readwrite,Analog 1 Decimal Places,Decimal places to show for analog 1,user input,integer,2,,,,,,,,
+,an2decimals,465,FALSE,readwrite,Analog 2 Decimal Places,Decimal places to show for analog 2,user input,integer,2,,,,,,,,
+,an3decimals,465,FALSE,readwrite,Analog 3 Decimal Places,Decimal places to show for analog 3,user input,integer,2,,,,,,,,
+,an4decimals,465,FALSE,readwrite,Analog 4 Decimal Places,Decimal places to show for analog 4,user input,integer,2,,,,,,,,
+,an5decimals,465,FALSE,readwrite,Analog 5 Decimal Places,Decimal places to show for analog 5,user input,integer,2,,,,,,,,
+,an6decimals,465,FALSE,readwrite,Analog 6 Decimal Places,Decimal places to show for analog 6,user input,integer,2,,,,,,,,
+,an7decimals,465,FALSE,readwrite,Analog 7 Decimal Places,Decimal places to show for analog 7,user input,integer,2,,,,,,,,
+,sync,465,FALSE,readwrite,Sync,sync,device,string,,,,,,,,,

POCloud/html-templates/NodeDetailHeader.html

@@ -28,9 +28,4 @@
     <div class="col-xs-4">
         <h4><%= node.vanityname %></h4>
     </div>
-
-    <div class='col-xs-3'>
-        <h2>Total Volume</h2>
-        <p><%= Math.round(channels['plcpond.pondvolumetotal'].value) %> BBL</p>
-    </div>
 </div>

POCloud/html-templates/Nodelist.html

@@ -28,9 +28,4 @@
     <div class="col-xs-4">
         <h4><%= node.vanityname %></h4>
     </div>
-
-    <div class='col-xs-3'>
-        <h2>Total Volume</h2>
-        <p><%= Math.round(channels['plcpond.pondvolumetotal'].value) %> BBL</p>
-    </div>
 </div>

POCloud/html-templates/Overview.html

@@ -1,143 +1,137 @@
 <div class="box-me">
-    <div class="row">
+    <div class="row row-flex">
-        <div class="col-xs-12 text-center">
+        <% if (channels['multisensor.an0active'].value == "true"){ %>
-            <h1>Level</h1>
-        </div>
-    </div>
-    <div class="row">
-        <div class="make-gauge col-xs-4"
-            data-deviceName="plcpond"
-            data-channelName="pond1height"
-            data-displayName="Pond 1 Height"
-            data-units="Ft"
-            data-min="0"
-            data-max="50"
-            data-decimalPlaces="2"
-            data-channelId="<%= channels['plcpond.pond1height'].channelId %>"
-            data-timestamp="<%= channels['plcpond.pond1height'].timestamp %>"
-        ></div>
-        <% if (parseInt(channels['plcpond.cfgnumberofponds'].value) >= 2) { %>
             <div class="make-gauge col-xs-4"
-                data-deviceName="plcpond"
+                data-deviceName="multisensor"
-                data-channelName="pond2height"
+                data-channelName="an0val"
-                data-displayName="Pond 2 Height"
+                data-displayName="<%= channels['multisensor.an0name'].value %>"
-                data-units="Ft"
+                data-units="<%= channels['multisensor.an0units'].value %>"
-                data-min="0"
+                data-min="<%= channels['multisensor.an0min'].value %>"
-                data-max="50"
+                data-max="<%= channels['multisensor.an0max'].value %>"
-                data-decimalPlaces="2"
+                data-decimalPlaces="<%= Math.round(channels['multisensor.an0decimals'].value) %>"
-                data-channelId="<%= channels['plcpond.pond2height'].channelId %>"
+                data-channelId="<%= channels['multisensor.an0val'].channelId %>"
-                data-timestamp="<%= channels['plcpond.pond2height'].timestamp %>"
+                data-timestamp="<%= channels['multisensor.an0val'].timestamp %>"
+                data-ispond="<%= channels['multisensor.an0ispond'].value %>"
+                data-pondvolume="<%= channels['multisensor.pond0volume'].value %>"
             ></div>
-        <% }%>
+        <% } %>
 
-        <% if (parseInt(channels['plcpond.cfgnumberofponds'].value) >= 3) { %>
+        <% if (channels['multisensor.an1active'].value == "true"){ %>
             <div class="make-gauge col-xs-4"
-                data-deviceName="plcpond"
+                data-deviceName="multisensor"
-                data-channelName="pond3height"
+                data-channelName="an1val"
-                data-displayName="Pond 3 Height"
+                data-displayName="<%= channels['multisensor.an1name'].value %>"
-                data-units="Ft"
+                data-units="<%= channels['multisensor.an1units'].value %>"
-                data-min="0"
+                data-min="<%= channels['multisensor.an1min'].value %>"
-                data-max="50"
+                data-max="<%= channels['multisensor.an1max'].value %>"
-                data-decimalPlaces="2"
+                data-decimalPlaces="<%= Math.round(channels['multisensor.an1decimals'].value) %>"
-                data-channelId="<%= channels['plcpond.pond3height'].channelId %>"
+                data-channelId="<%= channels['multisensor.an1val'].channelId %>"
-                data-timestamp="<%= channels['plcpond.pond3height'].timestamp %>"
+                data-timestamp="<%= channels['multisensor.an1val'].timestamp %>"
+                data-ispond="<%= channels['multisensor.an1ispond'].value %>"
+                data-pondvolume="<%= channels['multisensor.pond1volume'].value %>"
             ></div>
-        <% }%>
+        <% } %>
 
-        <% if (parseInt(channels['plcpond.cfgnumberofponds'].value) >= 4) { %>
+        <% if (channels['multisensor.an2active'].value == "true"){ %>
             <div class="make-gauge col-xs-4"
-                data-deviceName="plcpond"
+                data-deviceName="multisensor"
-                data-channelName="pond4height"
+                data-channelName="an2val"
-                data-displayName="Pond 4 Height"
+                data-displayName="<%= channels['multisensor.an2name'].value %>"
-                data-units="Ft"
+                data-units="<%= channels['multisensor.an2units'].value %>"
-                data-min="0"
+                data-min="<%= channels['multisensor.an2min'].value %>"
-                data-max="50"
+                data-max="<%= channels['multisensor.an2max'].value %>"
-                data-decimalPlaces="2"
+                data-decimalPlaces="<%= Math.round(channels['multisensor.an2decimals'].value) %>"
-                data-channelId="<%= channels['plcpond.pond4height'].channelId %>"
+                data-channelId="<%= channels['multisensor.an2val'].channelId %>"
-                data-timestamp="<%= channels['plcpond.pond4height'].timestamp %>"
+                data-timestamp="<%= channels['multisensor.an2val'].timestamp %>"
+                data-ispond="<%= channels['multisensor.an2ispond'].value %>"
+                data-pondvolume="<%= channels['multisensor.pond2volume'].value %>"
             ></div>
-        <% }%>
+        <% } %>
+
+        <% if (channels['multisensor.an3active'].value == "true"){ %>
+            <div class="make-gauge col-xs-4"
+                data-deviceName="multisensor"
+                data-channelName="an3val"
+                data-displayName="<%= channels['multisensor.an3name'].value %>"
+                data-units="<%= channels['multisensor.an3units'].value %>"
+                data-min="<%= channels['multisensor.an3min'].value %>"
+                data-max="<%= channels['multisensor.an3max'].value %>"
+                data-decimalPlaces="<%= Math.round(channels['multisensor.an3decimals'].value) %>"
+                data-channelId="<%= channels['multisensor.an3val'].channelId %>"
+                data-timestamp="<%= channels['multisensor.an3val'].timestamp %>"
+                data-ispond="<%= channels['multisensor.an3ispond'].value %>"
+                data-pondvolume="<%= channels['multisensor.pond3volume'].value %>"
+            ></div>
+        <% } %>
+
+        <% if (channels['multisensor.an4active'].value == "true"){ %>
+            <div class="make-gauge col-xs-4"
+                data-deviceName="multisensor"
+                data-channelName="an4val"
+                data-displayName="<%= channels['multisensor.an4name'].value %>"
+                data-units="<%= channels['multisensor.an4units'].value %>"
+                data-min="<%= channels['multisensor.an4min'].value %>"
+                data-max="<%= channels['multisensor.an4max'].value %>"
+                data-decimalPlaces="<%= Math.round(channels['multisensor.an4decimals'].value) %>"
+                data-channelId="<%= channels['multisensor.an4val'].channelId %>"
+                data-timestamp="<%= channels['multisensor.an4val'].timestamp %>"
+                data-ispond="<%= channels['multisensor.an4ispond'].value %>"
+                data-pondvolume="<%= channels['multisensor.pond4volume'].value %>"
+            ></div>
+        <% } %>
+
+        <% if (channels['multisensor.an5active'].value == "true"){ %>
+            <div class="make-gauge col-xs-4"
+                data-deviceName="multisensor"
+                data-channelName="an5val"
+                data-displayName="<%= channels['multisensor.an5name'].value %>"
+                data-units="<%= channels['multisensor.an5units'].value %>"
+                data-min="<%= channels['multisensor.an5min'].value %>"
+                data-max="<%= channels['multisensor.an5max'].value %>"
+                data-decimalPlaces="<%= Math.round(channels['multisensor.an5decimals'].value) %>"
+                data-channelId="<%= channels['multisensor.an5val'].channelId %>"
+                data-timestamp="<%= channels['multisensor.an5val'].timestamp %>"
+                data-ispond="<%= channels['multisensor.an5ispond'].value %>"
+                data-pondvolume="<%= channels['multisensor.pond5volume'].value %>"
+            ></div>
+        <% } %>
+
+        <% if (channels['multisensor.an6active'].value == "true"){ %>
+            <div class="make-gauge col-xs-4"
+                data-deviceName="multisensor"
+                data-channelName="an6val"
+                data-displayName="<%= channels['multisensor.an6name'].value %>"
+                data-units="<%= channels['multisensor.an6units'].value %>"
+                data-min="<%= channels['multisensor.an6min'].value %>"
+                data-max="<%= channels['multisensor.an6max'].value %>"
+                data-decimalPlaces="<%= Math.round(channels['multisensor.an6decimals'].value) %>"
+                data-channelId="<%= channels['multisensor.an6val'].channelId %>"
+                data-timestamp="<%= channels['multisensor.an6val'].timestamp %>"
+                data-ispond="<%= channels['multisensor.an6ispond'].value %>"
+                data-pondvolume="<%= channels['multisensor.pond6volume'].value %>"
+            ></div>
+        <% } %>
+
+        <% if (channels['multisensor.an7active'].value == "true"){ %>
+            <div class="make-gauge col-xs-4"
+                data-deviceName="multisensor"
+                data-channelName="an7val"
+                data-displayName="<%= channels['multisensor.an7name'].value %>"
+                data-units="<%= channels['multisensor.an7units'].value %>"
+                data-min="<%= channels['multisensor.an7min'].value %>"
+                data-max="<%= channels['multisensor.an7max'].value %>"
+                data-decimalPlaces="<%= Math.round(channels['multisensor.an7decimals'].value) %>"
+                data-channelId="<%= channels['multisensor.an7val'].channelId %>"
+                data-timestamp="<%= channels['multisensor.an7val'].timestamp %>"
+                data-ispond="<%= channels['multisensor.an7ispond'].value %>"
+                data-pondvolume="<%= channels['multisensor.pond7volume'].value %>"
+            ></div>
+        <% } %>
+
+
     </div>
 </div>
 
-
-<div class="box-me">
-    <div class="row">
-        <div class="col-xs-12 text-center">
-            <h1>Volume</h1>
-        </div>
-    </div>
-    <div class="row">
-        <div class="make-gauge col-xs-4"
-            data-deviceName="plcpond"
-            data-channelName="pond1volume"
-            data-displayName="Pond 1 Volume"
-            data-units="BBL"
-            data-min="0"
-            data-max="1000000"
-            data-decimalPlaces="0"
-            data-channelId="<%= channels['plcpond.pond1volume'].channelId %>"
-            data-timestamp="<%= channels['plcpond.pond1volume'].timestamp %>"
-        ></div>
-        <% if (parseInt(channels['plcpond.cfgnumberofponds'].value) >= 2) { %>
-            <div class="make-gauge col-xs-4"
-                data-deviceName="plcpond"
-                data-channelName="pond2volume"
-                data-displayName="Pond 2 Volume"
-                data-units="BBL"
-                data-min="0"
-                data-max="1000000"
-                data-decimalPlaces="0"
-                data-channelId="<%= channels['plcpond.pond2volume'].channelId %>"
-                data-timestamp="<%= channels['plcpond.pond2volume'].timestamp %>"
-            ></div>
-        <% }%>
-
-        <% if (parseInt(channels['plcpond.cfgnumberofponds'].value) >= 3) { %>
-            <div class="make-gauge col-xs-4"
-                data-deviceName="plcpond"
-                data-channelName="pond3volume"
-                data-displayName="Pond 3 Volume"
-                data-units="BBL"
-                data-min="0"
-                data-max="1000000"
-                data-decimalPlaces="0"
-                data-channelId="<%= channels['plcpond.pond3volume'].channelId %>"
-                data-timestamp="<%= channels['plcpond.pond3volume'].timestamp %>"
-            ></div>
-        <% }%>
-
-        <% if (parseInt(channels['plcpond.cfgnumberofponds'].value) >= 4) { %>
-            <div class="make-gauge col-xs-4"
-                data-deviceName="plcpond"
-                data-channelName="pond4volume"
-                data-displayName="Pond 4 Volume"
-                data-units="BBL"
-                data-min="0"
-                data-max="1000000"
-                data-decimalPlaces="0"
-                data-channelId="<%= channels['plcpond.pond4volume'].channelId %>"
-                data-timestamp="<%= channels['plcpond.pond4volume'].timestamp %>"
-            ></div>
-        <% }%>
-
-        <% if (parseInt(channels['plcpond.cfgnumberofponds'].value) >= 2) { %>
-            <div class="make-gauge col-xs-4"
-                data-deviceName="plcpond"
-                data-channelName="pondvolumetotal"
-                data-displayName="Pond Volume Total"
-                data-units="BBL"
-                data-min="0"
-                data-max="1000000"
-                data-decimalPlaces="0"
-                data-channelId="<%= channels['plcpond.pondvolumetotal'].channelId %>"
-                data-timestamp="<%= channels['plcpond.pondvolumetotal'].timestamp %>"
-            ></div>
-        <% }%>
-    </div>
-</div>
-
-
 <style>
 
 .box-me {
@@ -228,12 +222,44 @@ $('.make-gauge').each(function(gaugeDiv) {
     const decimalPlaces = $(this).attr("data-decimalPlaces");
     const channelId = $(this).attr("data-channelId");
     const timestamp = $(this).attr("data-timestamp");
-    const gaugeHTML = makeGauge(deviceName, channelName, displayName, units, min, max, decimalPlaces, channelId, timestamp);
+    const isPond = $(this).attr("data-ispond");
+    const pondVolume = $(this).attr("data-pondvolume");
+    const gaugeHTML = makeGauge(deviceName, channelName, displayName, units, min, max, decimalPlaces, channelId, timestamp, isPond, pondVolume);
     $(this).html(gaugeHTML);
 
 });
 
-function makeGauge(deviceName, channelName, displayName, units, min, max, decimalPlaces, channelId, timestamp) {
+function makeGauge(deviceName, channelName, displayName, units, min, max, decimalPlaces, channelId, timestamp, isPond, pondVolume) {
+    if (isPond === "true"){
+        return (
+            '<div class="text-center"> \
+                <h2>' + displayName + '</h2> \
+                <div class="gauge-box"> \
+                    <div data-labelheight="10" \
+                        style="height: 170px; background: transparent; margin: 0 auto;" \
+                        id="gauge-' + channelName + '" \
+                        data-chart="solidgauge" \
+                        data-nodename="' + deviceName + '.' + channelName + '" \
+                        data-units="'+ units + '" \
+                        data-min="' + min + '" \
+                        data-max="' + max + '" \
+                        data-decimalplaces="' + decimalPlaces + '" \
+                        data-colors="0.1:#DF5353,0.5:#DDDF0D,0.9:#55BF3B" \
+                        data-valuefontsize="18px"> \
+                    </div> \
+                    <div class- "timestamp-box"> \
+                        <a href="#" data-channelId="' + channelId + '" class="data-table" title="Download Channel History"> \
+                            <i class="fa fa-download"></i> \
+                        </a> \
+                    </div> \
+                    <span data-timeupdate="' + channelName + '">'+ timestamp + '</span> \
+                    <hr /> \
+                    <h3>Pond Volume</h3>\
+                    <h4>' + pondVolume + ' BBL</h4>\
+                </div> \
+            </div>'
+        );
+    }
 
     return (
         '<div class="text-center"> \

POCloud/html-templates/Sidebar.html

@@ -1,15 +1,15 @@
 <a href="#"
-    data-channelId="<%= channels["plcpond.log"].channelId %>"
+    data-channelId="<%= channels["multisensor.log"].channelId %>"
     class="data-table btn-block btn btn-theme animated"
     title="Device Log"><i style='margin-left: 0.5em; cursor: pointer' class="fa fa-th-list icon-theme"></i> Device Log</a>
 
 <a href="#"
     data-refreshpause="1"
     data-staticsend="1"
-    data-channelId="<%= channels["plcpond.sync"].channelId %>"
+    data-channelId="<%= channels["multisensor.sync"].channelId %>"
-    data-techname="<%=channels["plcpond.sync"].techName %>"
+    data-techname="<%=channels["multisensor.sync"].techName %>"
-    data-name="<%= channels["plcpond.sync"].name%>"
+    data-name="<%= channels["multisensor.sync"].name%>"
-    data-nodechannelcurrentId="<%= channels["plcpond.sync"].nodechannelcurrentId %>"
+    data-nodechannelcurrentId="<%= channels["multisensor.sync"].nodechannelcurrentId %>"
-    id="<%= channels["plcpond.sync"].channelId %>"
+    id="<%= channels["multisensor.sync"].channelId %>"
     class="btn btn-large btn-block btn-theme animated setstatic mqtt">
     <i class="icon-repeat icon-white mqtt" ></i>Sync All Data</a>

POCloud/python-driver/Channel.py

@@ -29,6 +29,8 @@ def read_tag(addr, tag, plc_type="CLX"):
                 clx.close()
                 time.sleep(TAG_DATAERROR_SLEEPTIME)
                 log.error("Data Error during readTag({}, {}): {}".format(addr, tag, err))
+        else:
+            log.error("Error opening {}".format(addr))
     except CommError:
         # err = c.get_status()
         clx.close()

POCloud/python-driver/multisensor.py

@@ -17,13 +17,18 @@ _ = None
 log.info("multisensor startup")
 
 # GLOBAL VARIABLES
-WAIT_FOR_CONNECTION_SECONDS = 60
+WAIT_FOR_CONNECTION_SECONDS = 10
 WATCHDOG_ENABLE = True
 WATCHDOG_SEND_PERIOD = 3600  # Seconds, the longest amount of time before sending the watchdog status
-PLC_IP_ADDRESS = "192.168.1.12"
+PLC_IP_ADDRESS = "10.20.4.18"
 
 CALIBRATION_TABLES = [[] for x in xrange(8)]
 
+TRUE_FALSE = {
+    0: "false",
+    1: "true"
+}
+
 CHANNELS = [
     PLCChannel(PLC_IP_ADDRESS, 'an0val', 'input0.scaledValue', 'REAL', 1.0, 600, map_=False, write_enabled=False, plc_type="Micro800"),
     PLCChannel(PLC_IP_ADDRESS, 'an1val', 'input1.scaledValue', 'REAL', 1.0, 600, map_=False, write_enabled=False, plc_type="Micro800"),
@@ -41,14 +46,30 @@ CHANNELS = [
     PLCChannel(PLC_IP_ADDRESS, 'pond5volume', 'input5.pondVolume', 'REAL', 1000.0, 600, map_=False, write_enabled=False, plc_type="Micro800"),
     PLCChannel(PLC_IP_ADDRESS, 'pond6volume', 'input6.pondVolume', 'REAL', 1000.0, 600, map_=False, write_enabled=False, plc_type="Micro800"),
     PLCChannel(PLC_IP_ADDRESS, 'pond7volume', 'input7.pondVolume', 'REAL', 1000.0, 600, map_=False, write_enabled=False, plc_type="Micro800"),
-    PLCChannel(PLC_IP_ADDRESS, 'an0active', 'input0.active', 'BOOL', 1.0, 600, map_=False, write_enabled=False, plc_type="Micro800"),
+    PLCChannel(PLC_IP_ADDRESS, 'an0active', 'input0.active', 'BOOL', 1.0, 600, map_=TRUE_FALSE, write_enabled=False, plc_type="Micro800"),
-    PLCChannel(PLC_IP_ADDRESS, 'an1active', 'input1.active', 'BOOL', 1.0, 600, map_=False, write_enabled=False, plc_type="Micro800"),
+    PLCChannel(PLC_IP_ADDRESS, 'an1active', 'input1.active', 'BOOL', 1.0, 600, map_=TRUE_FALSE, write_enabled=False, plc_type="Micro800"),
-    PLCChannel(PLC_IP_ADDRESS, 'an2active', 'input2.active', 'BOOL', 1.0, 600, map_=False, write_enabled=False, plc_type="Micro800"),
+    PLCChannel(PLC_IP_ADDRESS, 'an2active', 'input2.active', 'BOOL', 1.0, 600, map_=TRUE_FALSE, write_enabled=False, plc_type="Micro800"),
-    PLCChannel(PLC_IP_ADDRESS, 'an3active', 'input3.active', 'BOOL', 1.0, 600, map_=False, write_enabled=False, plc_type="Micro800"),
+    PLCChannel(PLC_IP_ADDRESS, 'an3active', 'input3.active', 'BOOL', 1.0, 600, map_=TRUE_FALSE, write_enabled=False, plc_type="Micro800"),
-    PLCChannel(PLC_IP_ADDRESS, 'an4active', 'input4.active', 'BOOL', 1.0, 600, map_=False, write_enabled=False, plc_type="Micro800"),
+    PLCChannel(PLC_IP_ADDRESS, 'an4active', 'input4.active', 'BOOL', 1.0, 600, map_=TRUE_FALSE, write_enabled=False, plc_type="Micro800"),
-    PLCChannel(PLC_IP_ADDRESS, 'an5active', 'input5.active', 'BOOL', 1.0, 600, map_=False, write_enabled=False, plc_type="Micro800"),
+    PLCChannel(PLC_IP_ADDRESS, 'an5active', 'input5.active', 'BOOL', 1.0, 600, map_=TRUE_FALSE, write_enabled=False, plc_type="Micro800"),
-    PLCChannel(PLC_IP_ADDRESS, 'an6active', 'input6.active', 'BOOL', 1.0, 600, map_=False, write_enabled=False, plc_type="Micro800"),
+    PLCChannel(PLC_IP_ADDRESS, 'an6active', 'input6.active', 'BOOL', 1.0, 600, map_=TRUE_FALSE, write_enabled=False, plc_type="Micro800"),
-    PLCChannel(PLC_IP_ADDRESS, 'an7active', 'input7.active', 'BOOL', 1.0, 600, map_=False, write_enabled=False, plc_type="Micro800"),
+    PLCChannel(PLC_IP_ADDRESS, 'an7active', 'input7.active', 'BOOL', 1.0, 600, map_=TRUE_FALSE, write_enabled=False, plc_type="Micro800"),
+    PLCChannel(PLC_IP_ADDRESS, 'an0ispond', 'input0_cfg.isPondLevel', 'BOOL', 1.0, 600, map_=TRUE_FALSE, write_enabled=False, plc_type="Micro800"),
+    PLCChannel(PLC_IP_ADDRESS, 'an1ispond', 'input1_cfg.isPondLevel', 'BOOL', 1.0, 600, map_=TRUE_FALSE, write_enabled=False, plc_type="Micro800"),
+    PLCChannel(PLC_IP_ADDRESS, 'an2ispond', 'input2_cfg.isPondLevel', 'BOOL', 1.0, 600, map_=TRUE_FALSE, write_enabled=False, plc_type="Micro800"),
+    PLCChannel(PLC_IP_ADDRESS, 'an3ispond', 'input3_cfg.isPondLevel', 'BOOL', 1.0, 600, map_=TRUE_FALSE, write_enabled=False, plc_type="Micro800"),
+    PLCChannel(PLC_IP_ADDRESS, 'an4ispond', 'input4_cfg.isPondLevel', 'BOOL', 1.0, 600, map_=TRUE_FALSE, write_enabled=False, plc_type="Micro800"),
+    PLCChannel(PLC_IP_ADDRESS, 'an5ispond', 'input5_cfg.isPondLevel', 'BOOL', 1.0, 600, map_=TRUE_FALSE, write_enabled=False, plc_type="Micro800"),
+    PLCChannel(PLC_IP_ADDRESS, 'an6ispond', 'input6_cfg.isPondLevel', 'BOOL', 1.0, 600, map_=TRUE_FALSE, write_enabled=False, plc_type="Micro800"),
+    PLCChannel(PLC_IP_ADDRESS, 'an7ispond', 'input7_cfg.isPondLevel', 'BOOL', 1.0, 600, map_=TRUE_FALSE, write_enabled=False, plc_type="Micro800"),
+    PLCChannel(PLC_IP_ADDRESS, 'pond0volume', 'input0.pondVolume', 'REAL', 1000.0, 600, map_=False, write_enabled=False, plc_type="Micro800"),
+    PLCChannel(PLC_IP_ADDRESS, 'pond1volume', 'input1.pondVolume', 'REAL', 1000.0, 600, map_=False, write_enabled=False, plc_type="Micro800"),
+    PLCChannel(PLC_IP_ADDRESS, 'pond2volume', 'input2.pondVolume', 'REAL', 1000.0, 600, map_=False, write_enabled=False, plc_type="Micro800"),
+    PLCChannel(PLC_IP_ADDRESS, 'pond3volume', 'input3.pondVolume', 'REAL', 1000.0, 600, map_=False, write_enabled=False, plc_type="Micro800"),
+    PLCChannel(PLC_IP_ADDRESS, 'pond4volume', 'input4.pondVolume', 'REAL', 1000.0, 600, map_=False, write_enabled=False, plc_type="Micro800"),
+    PLCChannel(PLC_IP_ADDRESS, 'pond5volume', 'input5.pondVolume', 'REAL', 1000.0, 600, map_=False, write_enabled=False, plc_type="Micro800"),
+    PLCChannel(PLC_IP_ADDRESS, 'pond6volume', 'input6.pondVolume', 'REAL', 1000.0, 600, map_=False, write_enabled=False, plc_type="Micro800"),
+    PLCChannel(PLC_IP_ADDRESS, 'pond7volume', 'input7.pondVolume', 'REAL', 1000.0, 600, map_=False, write_enabled=False, plc_type="Micro800"),
 ]
 
 
@@ -106,6 +127,7 @@ class start(threading.Thread, deviceBase):
                 val = chan.read()
                 if chan.check(val, self.force_send):
                     self.sendtodbDev(1, chan.mesh_name, chan.value, 0, 'multisensor')
+                time.sleep(2)
 
 
             # print("multisensor driver still alive...")
@@ -170,9 +192,9 @@ class start(threading.Thread, deviceBase):
     def multisensor_watchdog(self):
         """Write a random integer to the PLC and then 1 seconds later check that it has been decremented by 1."""
         randval = randint(0, 32767)
-        write_tag(str(PLC_IP_ADDRESS), 'watchdog_INT', randval)
+        write_tag(str(PLC_IP_ADDRESS), 'watchdog_INT', randval, plc_type="Micro800")
         time.sleep(1)
-        watchdog_val = read_tag(str(PLC_IP_ADDRESS), 'watchdog_INT')
+        watchdog_val = read_tag(str(PLC_IP_ADDRESS), 'watchdog_INT', plc_type="Micro800")
         try:
             return (randval - 1) == watchdog_val[0]
         except (KeyError, TypeError):