Commit 3e9a43b7 authored by Daniel Krebs's avatar Daniel Krebs
Browse files

New bitfile created. Incremental encoder added, only channel A+ und B+ are processed.

parent 1cdd52e8
......@@ -186,6 +186,7 @@ AO_3="ni.var.psp://localhost/GDP-RT-SV/GDP-FPGA_AO_3"
DI="ni.var.psp://localhost/GDP-RT-SV/GDP-FPGA_DI"
DO="ni.var.psp://localhost/GDP-RT-SV/GDP-FPGA_DO"
Position="ni.var.psp://localhost/GDP-RT-SV/GDP-FPGA_Position"
Round="ni.var.psp://localhost/GDP-RT-SV/GDP-FPGA_Round"
[GDP-FPGAProxy]
LVClassPath="CS++PVProxy.lvlib:CS++PVProxy.lvclass"
......
......@@ -78,6 +78,7 @@ Daniel Krebs, H.Brand, Planckstr. 1, 64291 Darmstadt, Germany.</Property>
<Property Name="varPersistentID:{AF45553E-A8E1-4B89-BE13-AF492B803C46}" Type="Ref">/RT CompactRIO Target/CS++/RT/CSPP-RTSystemHealth-SV.lvlib/LNA Reader</Property>
<Property Name="varPersistentID:{B1D15ECE-05DD-4AF9-98B7-6D52FAD01AF5}" Type="Ref">/RT CompactRIO Target/GDP/GDP-RT-SV.lvlib/GDP-FPGA_Acceleration_2</Property>
<Property Name="varPersistentID:{B658213D-256E-4BC0-97D7-E68BE664E669}" Type="Ref">/RT CompactRIO Target/GDP/GDP-RT-SV.lvlib/GDP-FPGA_DriveStatus_1</Property>
<Property Name="varPersistentID:{B73E843C-AE1E-4530-8C7D-31B539786CE8}" Type="Ref">/RT CompactRIO Target/GDP/GDP-RT-SV.lvlib/GDP-FPGA_Round</Property>
<Property Name="varPersistentID:{BA35CDC0-5830-4F32-B14F-7EF7425133BE}" Type="Ref">/RT CompactRIO Target/GDP/GDP-RT-SV.lvlib/GDP-FPGA_Velocity_2</Property>
<Property Name="varPersistentID:{BB3DCC18-672E-47B4-988B-39F400D2651D}" Type="Ref">/RT CompactRIO Target/CS++/Core/CSPP-Core-SV-RT.lvlib/myDeviceActor_PollingMode</Property>
<Property Name="varPersistentID:{BC9A0973-432C-4B4F-9F84-DD55B24FD920}" Type="Ref">/RT CompactRIO Target/GDP/GDP-RT-SV.lvlib/GDP-FPGA_Set-AO_2</Property>
......@@ -100,6 +101,7 @@ Daniel Krebs, H.Brand, Planckstr. 1, 64291 Darmstadt, Germany.</Property>
<Property Name="varPersistentID:{E32C476B-FAB2-4EE2-8396-95BC05ABCACA}" Type="Ref">/RT CompactRIO Target/CS++/RT/CSPP-RTSystemHealth-SV.lvlib/Disc Free C</Property>
<Property Name="varPersistentID:{E4BDD9E6-A0AA-4BA5-9854-0B57FB1EEF52}" Type="Ref">/RT CompactRIO Target/GDP/GDP-RT-SV.lvlib/GDP-FPGA_Set-AO_0</Property>
<Property Name="varPersistentID:{E62075CD-1292-4615-8288-70CEDB407682}" Type="Ref">/RT CompactRIO Target/GDP/GDP-RT-SV.lvlib/GDP-FPGA_AI_0</Property>
<Property Name="varPersistentID:{E7FD88C8-28FA-4CDF-AB28-5A008882C37A}" Type="Ref">/RT CompactRIO Target/GDP/GDP-RT-SV.lvlib/GDP-FPGA_Laenge</Property>
<Property Name="varPersistentID:{E903AECA-A8DA-4D29-B10E-A18D671726D0}" Type="Ref">/RT CompactRIO Target/GDP/GDP-RT-SV.lvlib/GDP-FPGA_AO_2</Property>
<Property Name="varPersistentID:{EC4F2F48-9B16-4DA0-8844-5308C9DB4626}" Type="Ref">/RT CompactRIO Target/CS++/RT/CSPP-RTSystemHealth-SV.lvlib/LNA Writer</Property>
<Property Name="varPersistentID:{F1D4AEFF-3546-4CBF-A11A-C9262C3F5B97}" Type="Ref">/RT CompactRIO Target/GDP/GDP-RT-SV.lvlib/GDP-FPGA_ErrorCode</Property>
......@@ -137,17 +139,13 @@ Daniel Krebs, H.Brand, Planckstr. 1, 64291 Darmstadt, Germany.</Property>
<Item Name="lvSimController.dll" Type="Document" URL="/&lt;vilib&gt;/rvi/Simulation/lvSimController.dll"/>
<Item Name="NI_SoftMotion_MotorControlIP.lvlib" Type="Library" URL="/&lt;vilib&gt;/Motion/MotorControl/NI_SoftMotion_MotorControlIP.lvlib"/>
</Item>
<Item Name="Accel Conversion RevPerSec_2 to StepsPerPeriod_2.vi" Type="VI" URL="../Packages/GDP-NI9503-Stepper-Drive/support/Accel Conversion RevPerSec_2 to StepsPerPeriod_2.vi"/>
<Item Name="Calculate Current Loop Gains Set 1.vi" Type="VI" URL="../Packages/GDP-NI9503-Stepper-Drive/support/Calculate Current Loop Gains Set 1.vi"/>
<Item Name="Calculate Current Scheduler Coefficients.vi" Type="VI" URL="../Packages/GDP-NI9503-Stepper-Drive/support/Calculate Current Scheduler Coefficients.vi"/>
<Item Name="GDP-9503-Support.lvlib" Type="Library" URL="../Packages/GDP-NI9503-Stepper-Drive/GDP-9503-Support.lvlib"/>
<Item Name="GDP-9503.lvlib" Type="Library" URL="../Packages/GDP-NI9503-Stepper-Drive/GDP-9503.lvlib"/>
<Item Name="GDP-NI9503-Stepp_FPGATarget_Main_DoDqZffLYJo.lvbitx" Type="Document" URL="../Packages/GDP-NI9503-Stepper-Drive/FPGA Bitfiles/GDP-NI9503-Stepp_FPGATarget_Main_DoDqZffLYJo.lvbitx"/>
<Item Name="NiFpgaLv.dll" Type="Document" URL="NiFpgaLv.dll">
<Property Name="NI.PreserveRelativePath" Type="Bool">true</Property>
</Item>
<Item Name="Velocity Conversion RPS to StepsPerPeriod.vi" Type="VI" URL="../Packages/GDP-NI9503-Stepper-Drive/support/Velocity Conversion RPS to StepsPerPeriod.vi"/>
<Item Name="Velocity Conversion StepsPerPeriod to RPS.vi" Type="VI" URL="../Packages/GDP-NI9503-Stepper-Drive/support/Velocity Conversion StepsPerPeriod to RPS.vi"/>
<Item Name="Zero with Tolerance.vi" Type="VI" URL="../Packages/GDP-NI9503-Stepper-Drive/support/Zero with Tolerance.vi"/>
</Item>
<Item Name="Build Specifications" Type="Build"/>
</Item>
......@@ -293,7 +291,7 @@ AddOutputFilter chunkFilter
<Item Name="FPGA Target" Type="FPGA Target">
<Property Name="AutoRun" Type="Bool">false</Property>
<Property Name="configString.guid" Type="Str">{02550398-A1B6-4CEF-9C79-DF93AA276BFD}resource=/crio_M1/Phase A Neg;0;WriteMethodType=bool{058BDE3F-88B3-4BC7-9284-4ECC00B4386B}resource=/crio_M2/Phase A Pos;0;WriteMethodType=bool{08506A88-52D3-4F35-9F56-616C27516302}"DataType=1000800000000001003C005F03510040000000200001004000000020800000000000000000010040000000207FFFFFFFFFFFFFFF00000001FFFFFFE1000000000000000100010000000000000000000000000000;InitDataHash=;Name=Motor-4_Velocity;WriteArb=1"{09408E89-E652-409E-B86D-B14746BDDCBD}"DataType=100080000000000100094006000355313600010000000000000000;InitDataHash=BF09508C8DEF1CF2DA5A303ABEB12465;Name=Motor-0_Status;WriteArb=1"{0B20D082-D995-4F56-B137-4EED7F1C98C7}resource=/crio_Mod2/DIO15:8;0;ReadMethodType=u8;WriteMethodType=u8{10482DE3-DA6D-4C28-ADB7-C4812FBEAAF7}"DataType=100080000000000100094006000355313600010000000000000000;InitDataHash=;Name=Motor-3_ERC;WriteArb=1"{1214AFBB-D85C-4AA1-9C08-CCC33B90E5AC}resource=/crio_M2/Phase B Neg;0;WriteMethodType=bool{132E0FE4-79E1-449D-BA05-4A0DDD3B783E}resource=/crio_M2/Phase B Current;0;ReadMethodType=I16{1548036D-7578-4683-AE82-2C01461CC92E}resource=/Scan Clock;0;ReadMethodType=bool{1707A7DA-C8FF-4AE9-9571-D0C25A656F06}"DataType=100080000000000100094006000355313600010000000000000000;InitDataHash=;Name=Motor-4_Status;WriteArb=1"{1BCA61B6-B033-4862-AE6B-F3974F241395}resource=/crio_Mod3/AI1;0;ReadMethodType=vi.lib\LabVIEW Targets\FPGA\cRIO\shared\nicrio_FXP_Controls\nicrio_FXP_S_20_5.ctl{237EC0F0-D8AC-4CF9-BD8E-7B197B44BA59}resource=/crio_Mod2/DIO2;0;ReadMethodType=bool;WriteMethodType=bool{2490A2A0-454D-41BA-82B3-10C02322DDE2}[crioConfig.Begin]crio.Calibration=1,crio.Location=Slot 4,crio.Type=NI 9217,cRIOModule.AI0.DegreeRange=2,cRIOModule.AI0.RTD_A=3,908300E-3,cRIOModule.AI0.RTD_B=-5,775000E-7,cRIOModule.AI0.RTD_C=-4,183000E-12,cRIOModule.AI0.RTD_Ro=1,000000E+2,cRIOModule.AI0.RTDType=1,cRIOModule.AI1.DegreeRange=2,cRIOModule.AI1.RTD_A=3,908300E-3,cRIOModule.AI1.RTD_B=-5,775000E-7,cRIOModule.AI1.RTD_C=-4,183000E-12,cRIOModule.AI1.RTD_Ro=1,000000E+2,cRIOModule.AI1.RTDType=1,cRIOModule.AI2.DegreeRange=2,cRIOModule.AI2.RTD_A=3,908300E-3,cRIOModule.AI2.RTD_B=-5,775000E-7,cRIOModule.AI2.RTD_C=-4,183000E-12,cRIOModule.AI2.RTD_Ro=1,000000E+2,cRIOModule.AI2.RTDType=1,cRIOModule.AI3.DegreeRange=2,cRIOModule.AI3.RTD_A=3,908300E-3,cRIOModule.AI3.RTD_B=-5,775000E-7,cRIOModule.AI3.RTD_C=-4,183000E-12,cRIOModule.AI3.RTD_Ro=1,000000E+2,cRIOModule.AI3.RTDType=1,cRIOModule.Conversion Time=0,cRIOModule.EnableDECoM=false,cRIOModule.EnableInputFifo=false,cRIOModule.EnableOutputFifo=false,cRIOModule.RsiAttributes=[crioConfig.End]{2B5D984F-C44D-4E78-91D0-C00E6CB3CD16}resource=/crio_M3/User 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Targets\FPGA\cRIO\shared\nicrio_FXP_Controls\nicrio_FXP_S_24_10.ctl{6965501E-6186-44CF-93CD-DC058177B825}resource=/USER FPGA LED;0;ReadMethodType=u8;WriteMethodType=u8{6F24328F-5E56-4F1A-A6E5-0B2C5F8B6D6B}resource=/crio_Mod2/DIO31:0;0;ReadMethodType=u32;WriteMethodType=u32{6F24EE04-039F-4871-AAB7-A8CF828E39E1}resource=/crio_Mod4/RTD2;0;ReadMethodType=vi.lib\LabVIEW Targets\FPGA\cRIO\shared\nicrio_FXP_Controls\nicrio_FXP_S_24_10.ctl{70661257-552A-40FE-A499-276605217FA9}resource=/Sleep;0;ReadMethodType=bool;WriteMethodType=bool{719E76BA-EBDC-4DEF-AA18-B8ED8629348F}resource=/crio_Mod2/DIO11;0;ReadMethodType=bool;WriteMethodType=bool{75AA0BA2-B0F8-4DDF-850E-3A44B07E3689}resource=/crio_M2/Phase A Neg;0;WriteMethodType=bool{78E5AA40-08D0-4542-AADF-2D1A4A4B6B65}resource=/crio_Mod2/DIO25;0;ReadMethodType=bool;WriteMethodType=bool{7CF169EF-DE09-4550-AC00-2435990E45ED}resource=/crio_Mod4/RTD0;0;ReadMethodType=vi.lib\LabVIEW Targets\FPGA\cRIO\shared\nicrio_FXP_Controls\nicrio_FXP_S_24_10.ctl{7DBD604C-9963-4EC8-8A51-68C70995D749}resource=/crio_Mod2/DIO5;0;ReadMethodType=bool;WriteMethodType=bool{7EF00208-AFBC-43D0-841E-C3ABDEA7EF6C}resource=/crio_M3/Phase B Neg;0;WriteMethodType=bool{7FD072A4-12EE-40C9-A218-BBEE06C8130B}resource=/crio_Mod3/AI2;0;ReadMethodType=vi.lib\LabVIEW Targets\FPGA\cRIO\shared\nicrio_FXP_Controls\nicrio_FXP_S_20_5.ctl{806802A4-D501-46AD-9CA9-824AB2ED379D}resource=/crio_Mod1/AO2;0;WriteMethodType=vi.lib\LabVIEW Targets\FPGA\cRIO\shared\nicrio_FXP_Controls\nicrio_FXP_S_20_5.ctl{8177E0AB-2B4F-415D-9939-C5491C6D39CF}resource=/crio_Mod2/DIO27;0;ReadMethodType=bool;WriteMethodType=bool{82036ED2-C216-425E-9DFE-F51C0BAC2180}resource=/crio_M3/Phase A Pos;0;WriteMethodType=bool{837BE5D0-A9F3-45AB-82D2-E67B283EF0CA}resource=/crio_Mod2/DIO18;0;ReadMethodType=bool;WriteMethodType=bool{850D9256-B9D6-4AB6-8179-AB3537E2D8CB}resource=/crio_Mod2/DIO31;0;ReadMethodType=bool;WriteMethodType=bool{8568BFC9-8DCD-4F23-8494-E43176C9E5C3}resource=/crio_Mod2/DIO24;0;ReadMethodType=bool;WriteMethodType=bool{88E0DF76-AFDB-41D5-8130-AAAD61AEDD8A}resource=/crio_M3/Phase B Current;0;ReadMethodType=I16{9223A388-6F6A-4D31-A291-2784B0CB8903}resource=/crio_M2/Phase B Pos;0;WriteMethodType=bool{955B15E6-9AB2-4E8C-A935-0F2BD23ED93B}resource=/crio_M1/Phase B Neg;0;WriteMethodType=bool{96A860BC-AF35-4B86-82FA-39A05C4E8CD7}resource=/crio_Mod3/AI3;0;ReadMethodType=vi.lib\LabVIEW Targets\FPGA\cRIO\shared\nicrio_FXP_Controls\nicrio_FXP_S_20_5.ctl{96AE89FD-ABB2-4CE3-B390-5F5898D41373}"DataType=1000800000000001003C005F03510040000000200001000100000020FFFFFFFFFFFFFFFF0000003F0000001F7FFFFFFFFFFFFFFF00000001FFFFFFE1000000000000000100010000000000000000000000000000;InitDataHash=F52AEAD55C71D643510D5F624F787E11;Name=Motor-0_Velocity;WriteArb=1"{9D85F2F0-9E2E-4D26-B7A8-5D987E9BA705}[crioConfig.Begin]crio.Calibration=1,crio.Location=Slot 2,crio.Type=NI 9403,cRIOModule.DisableArbitration=false,cRIOModule.EnableDECoM=false,cRIOModule.EnableInputFifo=false,cRIOModule.EnableOutputFifo=false,cRIOModule.Initial Line Direction=11111111000000000000000000000000,cRIOModule.RsiAttributes=[crioConfig.End]{9FC23348-44C2-43B8-BF0F-3FCE1E0013E5}resource=/crio_M3/Vsup Voltage;0;ReadMethodType=u16{A11D506F-C948-43AF-A68C-A447A4A1F44A}resource=/crio_M2/Vsup Voltage;0;ReadMethodType=u16{A3971553-EC84-4A75-80F8-06CD98F77588}"DataType=100080000000000100094006000355313600010000000000000000;InitDataHash=BF09508C8DEF1CF2DA5A303ABEB12465;Name=Motor-0_ERC;WriteArb=1"{A4B8A7DD-2CE5-436F-864B-3114976FAC9B}resource=/crio_Mod2/DIO21;0;ReadMethodType=bool;WriteMethodType=bool{A9F77056-0701-4FE8-8AB9-A18A35685E83}resource=/crio_Mod2/DIO20;0;ReadMethodType=bool;WriteMethodType=bool{AA169D9B-1BC5-4117-B106-C6215E025FF7}resource=/crio_M2/Phase A Current;0;ReadMethodType=I16{AC84A79A-185B-4F92-A4A1-C5C5F46C1EE1}[crioConfig.Begin]crio.Calibration=1,crio.Location=Slot 7,crio.Type=NI 9503[crioConfig.End]{ACF8A1DA-234A-42C3-B9E7-F038BAB1574D}resource=/crio_Mod3/AI0;0;ReadMethodType=vi.lib\LabVIEW Targets\FPGA\cRIO\shared\nicrio_FXP_Controls\nicrio_FXP_S_20_5.ctl{AD23AAC2-D3D2-471C-B939-D107D00A725D}resource=/crio_Mod2/DIO14;0;ReadMethodType=bool;WriteMethodType=bool{AF06535A-D80B-49C1-8FDA-C210EF90E707}resource=/crio_Mod2/DIO26;0;ReadMethodType=bool;WriteMethodType=bool{B0CBCE14-0CAD-439A-9609-88C13A11803D}resource=/crio_Mod2/DIO19;0;ReadMethodType=bool;WriteMethodType=bool{B9E41DE2-DF22-465B-BD03-5A0ED7E5102A}resource=/crio_Mod2/DIO17;0;ReadMethodType=bool;WriteMethodType=bool{BBB4F19B-44C7-43D8-BD73-070187C0B20A}"DataType=1000800000000001003C005F03510040000000200001000100000020FFFFFFFFFFFFFFFF0000003F0000001F7FFFFFFFFFFFFFFF00000001FFFFFFE1000000000000000100010000000000000000000000000000;InitDataHash=;Name=Motor-3_Acceleration;WriteArb=1"{BBEA904A-1851-43F9-8340-4064EAD8F848}resource=/crio_Mod1/AO0;0;WriteMethodType=vi.lib\LabVIEW Targets\FPGA\cRIO\shared\nicrio_FXP_Controls\nicrio_FXP_S_20_5.ctl{BF264139-8A0E-43F2-8345-1FE64D713070}resource=/crio_M1/Phase B Pos;0;WriteMethodType=bool{C32133D7-2F1A-432B-A4E7-089FFEAADFE2}"DataType=100080000000000100094006000355313600010000000000000000;InitDataHash=BF09508C8DEF1CF2DA5A303ABEB12465;Name=Motor-0_Fault;WriteArb=1"{C399270A-4063-4370-AC26-B4A5D53DAB6E}resource=/crio_M3/Phase A Current;0;ReadMethodType=I16{C71E3CFF-83EF-4D31-B8AB-C31834AE77C1}resource=/crio_M2/User LED;0;WriteMethodType=bool{C7AB1B2B-AB8C-4247-B90B-42134FB4FB83}[crioConfig.Begin]crio.Calibration=1,crio.Location=Slot 3,crio.Type=NI 9215,cRIOModule.EnableDECoM=false,cRIOModule.EnableInputFifo=false,cRIOModule.EnableOutputFifo=false,cRIOModule.RsiAttributes=[crioConfig.End]{C92ABDED-E273-4280-8EF8-DFC5033D84B5}resource=/crio_Mod2/DIO10;0;ReadMethodType=bool;WriteMethodType=bool{CF8BEFB7-13A2-4881-AF4E-F70188FF30F9}resource=/crio_Mod2/DIO29;0;ReadMethodType=bool;WriteMethodType=bool{DABE9BA0-57D6-42B1-8E22-56BEEEB4EF6F}resource=/crio_M3/Phase A Neg;0;WriteMethodType=bool{DD9CC897-51B6-4A6F-98BE-DA4E38B602A4}resource=/crio_Mod2/DIO7;0;ReadMethodType=bool;WriteMethodType=bool{E0406E62-41DF-4D87-83B3-F8FE5586682D}"DataType=1000800000000001003C005F03510040000000200001000100000020FFFFFFFFFFFFFFFF0000003F0000001F7FFFFFFFFFFFFFFF00000001FFFFFFE1000000000000000100010000000000000000000000000000;InitDataHash=F52AEAD55C71D643510D5F624F787E11;Name=Motor-0_Acceleration;WriteArb=1"{E44F1919-A5D1-4536-A0C4-0AFA4A31BE6E}resource=/System Reset;0;ReadMethodType=bool;WriteMethodType=bool{E6413438-5460-495A-8871-58EB1367056B}resource=/crio_M1/User LED;0;WriteMethodType=bool{E66AF48B-974A-4EBE-AAA0-70B1E32B44FC}resource=/crio_Mod2/DIO1;0;ReadMethodType=bool;WriteMethodType=bool{E7B6E087-570B-43D0-8D8B-C9173097161E}resource=/crio_Mod2/DIO6;0;ReadMethodType=bool;WriteMethodType=bool{E89C67BF-174D-4433-9378-3725F2C816BA}resource=/crio_Mod2/DIO9;0;ReadMethodType=bool;WriteMethodType=bool{ECCA62FA-00C1-4A0E-99F4-70384ADFD355}[crioConfig.Begin]crio.Calibration=1,crio.Location=Slot 6,crio.Type=NI 9503[crioConfig.End]{EE5246F0-E84E-40EB-AF29-B574F8C61DDA}resource=/crio_M1/Phase B Current;0;ReadMethodType=I16{F22DD7F2-6215-4A9C-BD8A-B2343037F501}resource=/crio_Mod2/DIO23:16;0;ReadMethodType=u8;WriteMethodType=u8{F2F38582-F589-4A14-A8AD-0D75B742231E}resource=/crio_Mod1/AO1;0;WriteMethodType=vi.lib\LabVIEW Targets\FPGA\cRIO\shared\nicrio_FXP_Controls\nicrio_FXP_S_20_5.ctl{F342E506-B15C-4DA0-B52A-BD0C707A3031}"DataType=100080000000000100094006000355313600010000000000000000;InitDataHash=;Name=Motor-4_ERC;WriteArb=1"{F521FEE5-F3F3-453D-8780-676F7EE5E831}resource=/crio_Mod2/DIO22;0;ReadMethodType=bool;WriteMethodType=bool{F888E76B-614E-4BEA-BF79-1823BC8272C8}"DataType=1000800000000001003C005F03510040000000200001004000000020800000000000000000010040000000207FFFFFFFFFFFFFFF00000001FFFFFFE1000000000000000100010000000000000000000000000000;InitDataHash=;Name=Motor-3_Velocity;WriteArb=1"{FA0DE78C-DBE3-42AA-BFB1-37D46308A7EC}resource=/crio_Mod4/RTD3;0;ReadMethodType=vi.lib\LabVIEW Targets\FPGA\cRIO\shared\nicrio_FXP_Controls\nicrio_FXP_S_24_10.ctl{FB7496E9-2E2D-48E7-9D96-CC292982CC6A}resource=/Chassis Temperature;0;ReadMethodType=i16{FBE2A1E5-DAA9-4BD6-A4B9-CCE1775EE2EF}resource=/crio_M1/Phase A Pos;0;WriteMethodType=boolcRIO-9068/Clk40/falsefalseFPGA_EXECUTION_MODEFPGA_TARGETFPGA_TARGET_CLASSCRIO_9068FPGA_TARGET_FAMILYZYNQTARGET_TYPEFPGA/[rSeriesConfig.Begin][rSeriesConfig.End]</Property>
<Property Name="configString.name" Type="Str">40 MHz Onboard ClockResourceName=40 MHz Onboard Clock;TopSignalConnect=Clk40;ClockSignalName=Clk40;MinFreq=40000000,000000;MaxFreq=40000000,000000;VariableFreq=0;NomFreq=40000000,000000;PeakPeriodJitter=250,000000;MinDutyCycle=50,000000;MaxDutyCycle=50,000000;Accuracy=100,000000;RunTime=0;SpreadSpectrum=0;GenericDataHash=D41D8CD98F00B204E9800998ECF8427E;Chassis Temperatureresource=/Chassis Temperature;0;ReadMethodType=i16cRIO-9068/Clk40/falsefalseFPGA_EXECUTION_MODEFPGA_TARGETFPGA_TARGET_CLASSCRIO_9068FPGA_TARGET_FAMILYZYNQTARGET_TYPEFPGA/[rSeriesConfig.Begin][rSeriesConfig.End]Encoder A+resource=/crio_Mod2/DIO0;0;ReadMethodType=bool;WriteMethodType=boolEncoder B+resource=/crio_Mod2/DIO1;0;ReadMethodType=bool;WriteMethodType=boolM1/Phase A Currentresource=/crio_M1/Phase A Current;0;ReadMethodType=I16M1/Phase A Negresource=/crio_M1/Phase A Neg;0;WriteMethodType=boolM1/Phase A Posresource=/crio_M1/Phase A Pos;0;WriteMethodType=boolM1/Phase B Currentresource=/crio_M1/Phase B Current;0;ReadMethodType=I16M1/Phase B Negresource=/crio_M1/Phase B Neg;0;WriteMethodType=boolM1/Phase B Posresource=/crio_M1/Phase B Pos;0;WriteMethodType=boolM1/User LEDresource=/crio_M1/User LED;0;WriteMethodType=boolM1/Vsup Voltageresource=/crio_M1/Vsup Voltage;0;ReadMethodType=u16M1[crioConfig.Begin]crio.Calibration=1,crio.Location=Slot 8,crio.Type=NI 9503[crioConfig.End]M1_Acceleration"DataType=1000800000000001003C005F03510040000000200001000100000020FFFFFFFFFFFFFFFF0000003F0000001F7FFFFFFFFFFFFFFF00000001FFFFFFE1000000000000000100010000000000000000000000000000;InitDataHash=F52AEAD55C71D643510D5F624F787E11;Name=Motor-0_Acceleration;WriteArb=1"M1_ERC"DataType=100080000000000100094006000355313600010000000000000000;InitDataHash=BF09508C8DEF1CF2DA5A303ABEB12465;Name=Motor-0_ERC;WriteArb=1"M1_Fault"DataType=100080000000000100094006000355313600010000000000000000;InitDataHash=BF09508C8DEF1CF2DA5A303ABEB12465;Name=Motor-0_Fault;WriteArb=1"M1_Status"DataType=100080000000000100094006000355313600010000000000000000;InitDataHash=BF09508C8DEF1CF2DA5A303ABEB12465;Name=Motor-0_Status;WriteArb=1"M1_Velocity"DataType=1000800000000001003C005F03510040000000200001000100000020FFFFFFFFFFFFFFFF0000003F0000001F7FFFFFFFFFFFFFFF00000001FFFFFFE1000000000000000100010000000000000000000000000000;InitDataHash=F52AEAD55C71D643510D5F624F787E11;Name=Motor-0_Velocity;WriteArb=1"M2/Phase A Currentresource=/crio_M2/Phase A Current;0;ReadMethodType=I16M2/Phase A Negresource=/crio_M2/Phase A Neg;0;WriteMethodType=boolM2/Phase A Posresource=/crio_M2/Phase A Pos;0;WriteMethodType=boolM2/Phase B Currentresource=/crio_M2/Phase B Current;0;ReadMethodType=I16M2/Phase B Negresource=/crio_M2/Phase B Neg;0;WriteMethodType=boolM2/Phase B Posresource=/crio_M2/Phase B Pos;0;WriteMethodType=boolM2/User LEDresource=/crio_M2/User LED;0;WriteMethodType=boolM2/Vsup Voltageresource=/crio_M2/Vsup Voltage;0;ReadMethodType=u16M2[crioConfig.Begin]crio.Calibration=1,crio.Location=Slot 7,crio.Type=NI 9503[crioConfig.End]M2_Acceleration"DataType=1000800000000001003C005F03510040000000200001000100000020FFFFFFFFFFFFFFFF0000003F0000001F7FFFFFFFFFFFFFFF00000001FFFFFFE1000000000000000100010000000000000000000000000000;InitDataHash=;Name=Motor-3_Acceleration;WriteArb=1"M2_ERC"DataType=100080000000000100094006000355313600010000000000000000;InitDataHash=;Name=Motor-3_ERC;WriteArb=1"M2_Fault"DataType=100080000000000100094006000355313600010000000000000000;InitDataHash=;Name=Motor-3_Fault;WriteArb=1"M2_Status"DataType=100080000000000100094006000355313600010000000000000000;InitDataHash=;Name=Motor-3_Status;WriteArb=1"M2_Velocity"DataType=1000800000000001003C005F03510040000000200001004000000020800000000000000000010040000000207FFFFFFFFFFFFFFF00000001FFFFFFE1000000000000000100010000000000000000000000000000;InitDataHash=;Name=Motor-3_Velocity;WriteArb=1"M3/Phase A Currentresource=/crio_M3/Phase A Current;0;ReadMethodType=I16M3/Phase A Negresource=/crio_M3/Phase A Neg;0;WriteMethodType=boolM3/Phase A Posresource=/crio_M3/Phase A Pos;0;WriteMethodType=boolM3/Phase B Currentresource=/crio_M3/Phase B Current;0;ReadMethodType=I16M3/Phase B Negresource=/crio_M3/Phase B Neg;0;WriteMethodType=boolM3/Phase B Posresource=/crio_M3/Phase B Pos;0;WriteMethodType=boolM3/User LEDresource=/crio_M3/User LED;0;WriteMethodType=boolM3/Vsup Voltageresource=/crio_M3/Vsup Voltage;0;ReadMethodType=u16M3[crioConfig.Begin]crio.Calibration=1,crio.Location=Slot 6,crio.Type=NI 9503[crioConfig.End]M3_Acceleration"DataType=1000800000000001003C005F03510040000000200001004000000020800000000000000000010040000000207FFFFFFFFFFFFFFF00000001FFFFFFE1000000000000000100010000000000000000000000000000;InitDataHash=;Name=Motor-4_Acceleration;WriteArb=1"M3_ERC"DataType=100080000000000100094006000355313600010000000000000000;InitDataHash=;Name=Motor-4_ERC;WriteArb=1"M3_Fault"DataType=100080000000000100094006000355313600010000000000000000;InitDataHash=;Name=Motor-4_Fault;WriteArb=1"M3_Status"DataType=100080000000000100094006000355313600010000000000000000;InitDataHash=;Name=Motor-4_Status;WriteArb=1"M3_Velocity"DataType=1000800000000001003C005F03510040000000200001004000000020800000000000000000010040000000207FFFFFFFFFFFFFFF00000001FFFFFFE1000000000000000100010000000000000000000000000000;InitDataHash=;Name=Motor-4_Velocity;WriteArb=1"Mod1/AO0resource=/crio_Mod1/AO0;0;WriteMethodType=vi.lib\LabVIEW Targets\FPGA\cRIO\shared\nicrio_FXP_Controls\nicrio_FXP_S_20_5.ctlMod1/AO1resource=/crio_Mod1/AO1;0;WriteMethodType=vi.lib\LabVIEW Targets\FPGA\cRIO\shared\nicrio_FXP_Controls\nicrio_FXP_S_20_5.ctlMod1/AO2resource=/crio_Mod1/AO2;0;WriteMethodType=vi.lib\LabVIEW Targets\FPGA\cRIO\shared\nicrio_FXP_Controls\nicrio_FXP_S_20_5.ctlMod1/AO3resource=/crio_Mod1/AO3;0;WriteMethodType=vi.lib\LabVIEW Targets\FPGA\cRIO\shared\nicrio_FXP_Controls\nicrio_FXP_S_20_5.ctlMod1[crioConfig.Begin]crio.Calibration=1,crio.Location=Slot 1,crio.Type=NI 9269,cRIOModule.EnableDECoM=false,cRIOModule.EnableInputFifo=false,cRIOModule.EnableOutputFifo=false,cRIOModule.HotSwapMode=0,cRIOModule.RsiAttributes=[crioConfig.End]Mod2/DIO10resource=/crio_Mod2/DIO10;0;ReadMethodType=bool;WriteMethodType=boolMod2/DIO11resource=/crio_Mod2/DIO11;0;ReadMethodType=bool;WriteMethodType=boolMod2/DIO12resource=/crio_Mod2/DIO12;0;ReadMethodType=bool;WriteMethodType=boolMod2/DIO13resource=/crio_Mod2/DIO13;0;ReadMethodType=bool;WriteMethodType=boolMod2/DIO14resource=/crio_Mod2/DIO14;0;ReadMethodType=bool;WriteMethodType=boolMod2/DIO15:8resource=/crio_Mod2/DIO15:8;0;ReadMethodType=u8;WriteMethodType=u8Mod2/DIO15resource=/crio_Mod2/DIO15;0;ReadMethodType=bool;WriteMethodType=boolMod2/DIO16resource=/crio_Mod2/DIO16;0;ReadMethodType=bool;WriteMethodType=boolMod2/DIO17resource=/crio_Mod2/DIO17;0;ReadMethodType=bool;WriteMethodType=boolMod2/DIO18resource=/crio_Mod2/DIO18;0;ReadMethodType=bool;WriteMethodType=boolMod2/DIO19resource=/crio_Mod2/DIO19;0;ReadMethodType=bool;WriteMethodType=boolMod2/DIO20resource=/crio_Mod2/DIO20;0;ReadMethodType=bool;WriteMethodType=boolMod2/DIO21resource=/crio_Mod2/DIO21;0;ReadMethodType=bool;WriteMethodType=boolMod2/DIO22resource=/crio_Mod2/DIO22;0;ReadMethodType=bool;WriteMethodType=boolMod2/DIO23:16resource=/crio_Mod2/DIO23:16;0;ReadMethodType=u8;WriteMethodType=u8Mod2/DIO23resource=/crio_Mod2/DIO23;0;ReadMethodType=bool;WriteMethodType=boolMod2/DIO24resource=/crio_Mod2/DIO24;0;ReadMethodType=bool;WriteMethodType=boolMod2/DIO25resource=/crio_Mod2/DIO25;0;ReadMethodType=bool;WriteMethodType=boolMod2/DIO26resource=/crio_Mod2/DIO26;0;ReadMethodType=bool;WriteMethodType=boolMod2/DIO27resource=/crio_Mod2/DIO27;0;ReadMethodType=bool;WriteMethodType=boolMod2/DIO28resource=/crio_Mod2/DIO28;0;ReadMethodType=bool;WriteMethodType=boolMod2/DIO29resource=/crio_Mod2/DIO29;0;ReadMethodType=bool;WriteMethodType=boolMod2/DIO2resource=/crio_Mod2/DIO2;0;ReadMethodType=bool;WriteMethodType=boolMod2/DIO30resource=/crio_Mod2/DIO30;0;ReadMethodType=bool;WriteMethodType=boolMod2/DIO31:0resource=/crio_Mod2/DIO31:0;0;ReadMethodType=u32;WriteMethodType=u32Mod2/DIO31:24resource=/crio_Mod2/DIO31:24;0;ReadMethodType=u8;WriteMethodType=u8Mod2/DIO31resource=/crio_Mod2/DIO31;0;ReadMethodType=bool;WriteMethodType=boolMod2/DIO3resource=/crio_Mod2/DIO3;0;ReadMethodType=bool;WriteMethodType=boolMod2/DIO4resource=/crio_Mod2/DIO4;0;ReadMethodType=bool;WriteMethodType=boolMod2/DIO5resource=/crio_Mod2/DIO5;0;ReadMethodType=bool;WriteMethodType=boolMod2/DIO6resource=/crio_Mod2/DIO6;0;ReadMethodType=bool;WriteMethodType=boolMod2/DIO7:0resource=/crio_Mod2/DIO7:0;0;ReadMethodType=u8;WriteMethodType=u8Mod2/DIO7resource=/crio_Mod2/DIO7;0;ReadMethodType=bool;WriteMethodType=boolMod2/DIO8resource=/crio_Mod2/DIO8;0;ReadMethodType=bool;WriteMethodType=boolMod2/DIO9resource=/crio_Mod2/DIO9;0;ReadMethodType=bool;WriteMethodType=boolMod2[crioConfig.Begin]crio.Calibration=1,crio.Location=Slot 2,crio.Type=NI 9403,cRIOModule.DisableArbitration=false,cRIOModule.EnableDECoM=false,cRIOModule.EnableInputFifo=false,cRIOModule.EnableOutputFifo=false,cRIOModule.Initial Line Direction=11111111000000000000000000000000,cRIOModule.RsiAttributes=[crioConfig.End]Mod3/AI0resource=/crio_Mod3/AI0;0;ReadMethodType=vi.lib\LabVIEW Targets\FPGA\cRIO\shared\nicrio_FXP_Controls\nicrio_FXP_S_20_5.ctlMod3/AI1resource=/crio_Mod3/AI1;0;ReadMethodType=vi.lib\LabVIEW Targets\FPGA\cRIO\shared\nicrio_FXP_Controls\nicrio_FXP_S_20_5.ctlMod3/AI2resource=/crio_Mod3/AI2;0;ReadMethodType=vi.lib\LabVIEW Targets\FPGA\cRIO\shared\nicrio_FXP_Controls\nicrio_FXP_S_20_5.ctlMod3/AI3resource=/crio_Mod3/AI3;0;ReadMethodType=vi.lib\LabVIEW Targets\FPGA\cRIO\shared\nicrio_FXP_Controls\nicrio_FXP_S_20_5.ctlMod3[crioConfig.Begin]crio.Calibration=1,crio.Location=Slot 3,crio.Type=NI 9215,cRIOModule.EnableDECoM=false,cRIOModule.EnableInputFifo=false,cRIOModule.EnableOutputFifo=false,cRIOModule.RsiAttributes=[crioConfig.End]Mod4/RTD0resource=/crio_Mod4/RTD0;0;ReadMethodType=vi.lib\LabVIEW Targets\FPGA\cRIO\shared\nicrio_FXP_Controls\nicrio_FXP_S_24_10.ctlMod4/RTD1resource=/crio_Mod4/RTD1;0;ReadMethodType=vi.lib\LabVIEW Targets\FPGA\cRIO\shared\nicrio_FXP_Controls\nicrio_FXP_S_24_10.ctlMod4/RTD2resource=/crio_Mod4/RTD2;0;ReadMethodType=vi.lib\LabVIEW Targets\FPGA\cRIO\shared\nicrio_FXP_Controls\nicrio_FXP_S_24_10.ctlMod4/RTD3resource=/crio_Mod4/RTD3;0;ReadMethodType=vi.lib\LabVIEW Targets\FPGA\cRIO\shared\nicrio_FXP_Controls\nicrio_FXP_S_24_10.ctlMod4[crioConfig.Begin]crio.Calibration=1,crio.Location=Slot 4,crio.Type=NI 9217,cRIOModule.AI0.DegreeRange=2,cRIOModule.AI0.RTD_A=3,908300E-3,cRIOModule.AI0.RTD_B=-5,775000E-7,cRIOModule.AI0.RTD_C=-4,183000E-12,cRIOModule.AI0.RTD_Ro=1,000000E+2,cRIOModule.AI0.RTDType=1,cRIOModule.AI1.DegreeRange=2,cRIOModule.AI1.RTD_A=3,908300E-3,cRIOModule.AI1.RTD_B=-5,775000E-7,cRIOModule.AI1.RTD_C=-4,183000E-12,cRIOModule.AI1.RTD_Ro=1,000000E+2,cRIOModule.AI1.RTDType=1,cRIOModule.AI2.DegreeRange=2,cRIOModule.AI2.RTD_A=3,908300E-3,cRIOModule.AI2.RTD_B=-5,775000E-7,cRIOModule.AI2.RTD_C=-4,183000E-12,cRIOModule.AI2.RTD_Ro=1,000000E+2,cRIOModule.AI2.RTDType=1,cRIOModule.AI3.DegreeRange=2,cRIOModule.AI3.RTD_A=3,908300E-3,cRIOModule.AI3.RTD_B=-5,775000E-7,cRIOModule.AI3.RTD_C=-4,183000E-12,cRIOModule.AI3.RTD_Ro=1,000000E+2,cRIOModule.AI3.RTDType=1,cRIOModule.Conversion Time=0,cRIOModule.EnableDECoM=false,cRIOModule.EnableInputFifo=false,cRIOModule.EnableOutputFifo=false,cRIOModule.RsiAttributes=[crioConfig.End]Scan Clockresource=/Scan Clock;0;ReadMethodType=boolSleepresource=/Sleep;0;ReadMethodType=bool;WriteMethodType=boolSystem Resetresource=/System Reset;0;ReadMethodType=bool;WriteMethodType=boolUSER FPGA LEDresource=/USER FPGA LED;0;ReadMethodType=u8;WriteMethodType=u8</Property>
<Property Name="configString.name" Type="Str">40 MHz Onboard ClockResourceName=40 MHz Onboard Clock;TopSignalConnect=Clk40;ClockSignalName=Clk40;MinFreq=40000000,000000;MaxFreq=40000000,000000;VariableFreq=0;NomFreq=40000000,000000;PeakPeriodJitter=250,000000;MinDutyCycle=50,000000;MaxDutyCycle=50,000000;Accuracy=100,000000;RunTime=0;SpreadSpectrum=0;GenericDataHash=D41D8CD98F00B204E9800998ECF8427E;Chassis Temperatureresource=/Chassis Temperature;0;ReadMethodType=i16cRIO-9068/Clk40/falsefalseFPGA_EXECUTION_MODEFPGA_TARGETFPGA_TARGET_CLASSCRIO_9068FPGA_TARGET_FAMILYZYNQTARGET_TYPEFPGA/[rSeriesConfig.Begin][rSeriesConfig.End]Encoder A+resource=/crio_Mod2/DIO0;0;ReadMethodType=bool;WriteMethodType=boolEncoder A-resource=/crio_Mod2/DIO1;0;ReadMethodType=bool;WriteMethodType=boolEncoder B+resource=/crio_Mod2/DIO2;0;ReadMethodType=bool;WriteMethodType=boolEncoder B-resource=/crio_Mod2/DIO3;0;ReadMethodType=bool;WriteMethodType=boolEncoder Zresource=/crio_Mod2/DIO4;0;ReadMethodType=bool;WriteMethodType=boolM1/Phase A Currentresource=/crio_M1/Phase A Current;0;ReadMethodType=I16M1/Phase A Negresource=/crio_M1/Phase A Neg;0;WriteMethodType=boolM1/Phase A Posresource=/crio_M1/Phase A Pos;0;WriteMethodType=boolM1/Phase B Currentresource=/crio_M1/Phase B Current;0;ReadMethodType=I16M1/Phase B Negresource=/crio_M1/Phase B Neg;0;WriteMethodType=boolM1/Phase B Posresource=/crio_M1/Phase B Pos;0;WriteMethodType=boolM1/User LEDresource=/crio_M1/User LED;0;WriteMethodType=boolM1/Vsup Voltageresource=/crio_M1/Vsup Voltage;0;ReadMethodType=u16M1[crioConfig.Begin]crio.Calibration=1,crio.Location=Slot 8,crio.Type=NI 9503[crioConfig.End]M1_Acceleration"DataType=1000800000000001003C005F03510040000000200001000100000020FFFFFFFFFFFFFFFF0000003F0000001F7FFFFFFFFFFFFFFF00000001FFFFFFE1000000000000000100010000000000000000000000000000;InitDataHash=F52AEAD55C71D643510D5F624F787E11;Name=Motor-0_Acceleration;WriteArb=1"M1_ERC"DataType=100080000000000100094006000355313600010000000000000000;InitDataHash=BF09508C8DEF1CF2DA5A303ABEB12465;Name=Motor-0_ERC;WriteArb=1"M1_Fault"DataType=100080000000000100094006000355313600010000000000000000;InitDataHash=BF09508C8DEF1CF2DA5A303ABEB12465;Name=Motor-0_Fault;WriteArb=1"M1_Status"DataType=100080000000000100094006000355313600010000000000000000;InitDataHash=BF09508C8DEF1CF2DA5A303ABEB12465;Name=Motor-0_Status;WriteArb=1"M1_Velocity"DataType=1000800000000001003C005F03510040000000200001000100000020FFFFFFFFFFFFFFFF0000003F0000001F7FFFFFFFFFFFFFFF00000001FFFFFFE1000000000000000100010000000000000000000000000000;InitDataHash=F52AEAD55C71D643510D5F624F787E11;Name=Motor-0_Velocity;WriteArb=1"M2/Phase A Currentresource=/crio_M2/Phase A Current;0;ReadMethodType=I16M2/Phase A Negresource=/crio_M2/Phase A Neg;0;WriteMethodType=boolM2/Phase A Posresource=/crio_M2/Phase A Pos;0;WriteMethodType=boolM2/Phase B Currentresource=/crio_M2/Phase B Current;0;ReadMethodType=I16M2/Phase B Negresource=/crio_M2/Phase B Neg;0;WriteMethodType=boolM2/Phase B Posresource=/crio_M2/Phase B Pos;0;WriteMethodType=boolM2/User LEDresource=/crio_M2/User LED;0;WriteMethodType=boolM2/Vsup Voltageresource=/crio_M2/Vsup Voltage;0;ReadMethodType=u16M2[crioConfig.Begin]crio.Calibration=1,crio.Location=Slot 7,crio.Type=NI 9503[crioConfig.End]M2_Acceleration"DataType=1000800000000001003C005F03510040000000200001000100000020FFFFFFFFFFFFFFFF0000003F0000001F7FFFFFFFFFFFFFFF00000001FFFFFFE1000000000000000100010000000000000000000000000000;InitDataHash=;Name=Motor-3_Acceleration;WriteArb=1"M2_ERC"DataType=100080000000000100094006000355313600010000000000000000;InitDataHash=;Name=Motor-3_ERC;WriteArb=1"M2_Fault"DataType=100080000000000100094006000355313600010000000000000000;InitDataHash=;Name=Motor-3_Fault;WriteArb=1"M2_Status"DataType=100080000000000100094006000355313600010000000000000000;InitDataHash=;Name=Motor-3_Status;WriteArb=1"M2_Velocity"DataType=1000800000000001003C005F03510040000000200001004000000020800000000000000000010040000000207FFFFFFFFFFFFFFF00000001FFFFFFE1000000000000000100010000000000000000000000000000;InitDataHash=;Name=Motor-3_Velocity;WriteArb=1"M3/Phase A Currentresource=/crio_M3/Phase A Current;0;ReadMethodType=I16M3/Phase A Negresource=/crio_M3/Phase A Neg;0;WriteMethodType=boolM3/Phase A Posresource=/crio_M3/Phase A Pos;0;WriteMethodType=boolM3/Phase B Currentresource=/crio_M3/Phase B Current;0;ReadMethodType=I16M3/Phase B Negresource=/crio_M3/Phase B Neg;0;WriteMethodType=boolM3/Phase B Posresource=/crio_M3/Phase B Pos;0;WriteMethodType=boolM3/User LEDresource=/crio_M3/User LED;0;WriteMethodType=boolM3/Vsup Voltageresource=/crio_M3/Vsup Voltage;0;ReadMethodType=u16M3[crioConfig.Begin]crio.Calibration=1,crio.Location=Slot 6,crio.Type=NI 9503[crioConfig.End]M3_Acceleration"DataType=1000800000000001003C005F03510040000000200001004000000020800000000000000000010040000000207FFFFFFFFFFFFFFF00000001FFFFFFE1000000000000000100010000000000000000000000000000;InitDataHash=;Name=Motor-4_Acceleration;WriteArb=1"M3_ERC"DataType=100080000000000100094006000355313600010000000000000000;InitDataHash=;Name=Motor-4_ERC;WriteArb=1"M3_Fault"DataType=100080000000000100094006000355313600010000000000000000;InitDataHash=;Name=Motor-4_Fault;WriteArb=1"M3_Status"DataType=100080000000000100094006000355313600010000000000000000;InitDataHash=;Name=Motor-4_Status;WriteArb=1"M3_Velocity"DataType=1000800000000001003C005F03510040000000200001004000000020800000000000000000010040000000207FFFFFFFFFFFFFFF00000001FFFFFFE1000000000000000100010000000000000000000000000000;InitDataHash=;Name=Motor-4_Velocity;WriteArb=1"Mod1/AO0resource=/crio_Mod1/AO0;0;WriteMethodType=vi.lib\LabVIEW Targets\FPGA\cRIO\shared\nicrio_FXP_Controls\nicrio_FXP_S_20_5.ctlMod1/AO1resource=/crio_Mod1/AO1;0;WriteMethodType=vi.lib\LabVIEW Targets\FPGA\cRIO\shared\nicrio_FXP_Controls\nicrio_FXP_S_20_5.ctlMod1/AO2resource=/crio_Mod1/AO2;0;WriteMethodType=vi.lib\LabVIEW Targets\FPGA\cRIO\shared\nicrio_FXP_Controls\nicrio_FXP_S_20_5.ctlMod1/AO3resource=/crio_Mod1/AO3;0;WriteMethodType=vi.lib\LabVIEW Targets\FPGA\cRIO\shared\nicrio_FXP_Controls\nicrio_FXP_S_20_5.ctlMod1[crioConfig.Begin]crio.Calibration=1,crio.Location=Slot 1,crio.Type=NI 9269,cRIOModule.EnableDECoM=false,cRIOModule.EnableInputFifo=false,cRIOModule.EnableOutputFifo=false,cRIOModule.HotSwapMode=0,cRIOModule.RsiAttributes=[crioConfig.End]Mod2/DIO10resource=/crio_Mod2/DIO10;0;ReadMethodType=bool;WriteMethodType=boolMod2/DIO11resource=/crio_Mod2/DIO11;0;ReadMethodType=bool;WriteMethodType=boolMod2/DIO12resource=/crio_Mod2/DIO12;0;ReadMethodType=bool;WriteMethodType=boolMod2/DIO13resource=/crio_Mod2/DIO13;0;ReadMethodType=bool;WriteMethodType=boolMod2/DIO14resource=/crio_Mod2/DIO14;0;ReadMethodType=bool;WriteMethodType=boolMod2/DIO15:8resource=/crio_Mod2/DIO15:8;0;ReadMethodType=u8;WriteMethodType=u8Mod2/DIO15resource=/crio_Mod2/DIO15;0;ReadMethodType=bool;WriteMethodType=boolMod2/DIO16resource=/crio_Mod2/DIO16;0;ReadMethodType=bool;WriteMethodType=boolMod2/DIO17resource=/crio_Mod2/DIO17;0;ReadMethodType=bool;WriteMethodType=boolMod2/DIO18resource=/crio_Mod2/DIO18;0;ReadMethodType=bool;WriteMethodType=boolMod2/DIO19resource=/crio_Mod2/DIO19;0;ReadMethodType=bool;WriteMethodType=boolMod2/DIO20resource=/crio_Mod2/DIO20;0;ReadMethodType=bool;WriteMethodType=boolMod2/DIO21resource=/crio_Mod2/DIO21;0;ReadMethodType=bool;WriteMethodType=boolMod2/DIO22resource=/crio_Mod2/DIO22;0;ReadMethodType=bool;WriteMethodType=boolMod2/DIO23:16resource=/crio_Mod2/DIO23:16;0;ReadMethodType=u8;WriteMethodType=u8Mod2/DIO23resource=/crio_Mod2/DIO23;0;ReadMethodType=bool;WriteMethodType=boolMod2/DIO24resource=/crio_Mod2/DIO24;0;ReadMethodType=bool;WriteMethodType=boolMod2/DIO25resource=/crio_Mod2/DIO25;0;ReadMethodType=bool;WriteMethodType=boolMod2/DIO26resource=/crio_Mod2/DIO26;0;ReadMethodType=bool;WriteMethodType=boolMod2/DIO27resource=/crio_Mod2/DIO27;0;ReadMethodType=bool;WriteMethodType=boolMod2/DIO28resource=/crio_Mod2/DIO28;0;ReadMethodType=bool;WriteMethodType=boolMod2/DIO29resource=/crio_Mod2/DIO29;0;ReadMethodType=bool;WriteMethodType=boolMod2/DIO30resource=/crio_Mod2/DIO30;0;ReadMethodType=bool;WriteMethodType=boolMod2/DIO31:0resource=/crio_Mod2/DIO31:0;0;ReadMethodType=u32;WriteMethodType=u32Mod2/DIO31:24resource=/crio_Mod2/DIO31:24;0;ReadMethodType=u8;WriteMethodType=u8Mod2/DIO31resource=/crio_Mod2/DIO31;0;ReadMethodType=bool;WriteMethodType=boolMod2/DIO5resource=/crio_Mod2/DIO5;0;ReadMethodType=bool;WriteMethodType=boolMod2/DIO6resource=/crio_Mod2/DIO6;0;ReadMethodType=bool;WriteMethodType=boolMod2/DIO7:0resource=/crio_Mod2/DIO7:0;0;ReadMethodType=u8;WriteMethodType=u8Mod2/DIO7resource=/crio_Mod2/DIO7;0;ReadMethodType=bool;WriteMethodType=boolMod2/DIO8resource=/crio_Mod2/DIO8;0;ReadMethodType=bool;WriteMethodType=boolMod2/DIO9resource=/crio_Mod2/DIO9;0;ReadMethodType=bool;WriteMethodType=boolMod2[crioConfig.Begin]crio.Calibration=1,crio.Location=Slot 2,crio.Type=NI 9403,cRIOModule.DisableArbitration=false,cRIOModule.EnableDECoM=false,cRIOModule.EnableInputFifo=false,cRIOModule.EnableOutputFifo=false,cRIOModule.Initial Line Direction=11111111000000000000000000000000,cRIOModule.RsiAttributes=[crioConfig.End]Mod3/AI0resource=/crio_Mod3/AI0;0;ReadMethodType=vi.lib\LabVIEW Targets\FPGA\cRIO\shared\nicrio_FXP_Controls\nicrio_FXP_S_20_5.ctlMod3/AI1resource=/crio_Mod3/AI1;0;ReadMethodType=vi.lib\LabVIEW Targets\FPGA\cRIO\shared\nicrio_FXP_Controls\nicrio_FXP_S_20_5.ctlMod3/AI2resource=/crio_Mod3/AI2;0;ReadMethodType=vi.lib\LabVIEW Targets\FPGA\cRIO\shared\nicrio_FXP_Controls\nicrio_FXP_S_20_5.ctlMod3/AI3resource=/crio_Mod3/AI3;0;ReadMethodType=vi.lib\LabVIEW Targets\FPGA\cRIO\shared\nicrio_FXP_Controls\nicrio_FXP_S_20_5.ctlMod3[crioConfig.Begin]crio.Calibration=1,crio.Location=Slot 3,crio.Type=NI 9215,cRIOModule.EnableDECoM=false,cRIOModule.EnableInputFifo=false,cRIOModule.EnableOutputFifo=false,cRIOModule.RsiAttributes=[crioConfig.End]Mod4/RTD0resource=/crio_Mod4/RTD0;0;ReadMethodType=vi.lib\LabVIEW Targets\FPGA\cRIO\shared\nicrio_FXP_Controls\nicrio_FXP_S_24_10.ctlMod4/RTD1resource=/crio_Mod4/RTD1;0;ReadMethodType=vi.lib\LabVIEW Targets\FPGA\cRIO\shared\nicrio_FXP_Controls\nicrio_FXP_S_24_10.ctlMod4/RTD2resource=/crio_Mod4/RTD2;0;ReadMethodType=vi.lib\LabVIEW Targets\FPGA\cRIO\shared\nicrio_FXP_Controls\nicrio_FXP_S_24_10.ctlMod4/RTD3resource=/crio_Mod4/RTD3;0;ReadMethodType=vi.lib\LabVIEW Targets\FPGA\cRIO\shared\nicrio_FXP_Controls\nicrio_FXP_S_24_10.ctlMod4[crioConfig.Begin]crio.Calibration=1,crio.Location=Slot 4,crio.Type=NI 9217,cRIOModule.AI0.DegreeRange=2,cRIOModule.AI0.RTD_A=3,908300E-3,cRIOModule.AI0.RTD_B=-5,775000E-7,cRIOModule.AI0.RTD_C=-4,183000E-12,cRIOModule.AI0.RTD_Ro=1,000000E+2,cRIOModule.AI0.RTDType=1,cRIOModule.AI1.DegreeRange=2,cRIOModule.AI1.RTD_A=3,908300E-3,cRIOModule.AI1.RTD_B=-5,775000E-7,cRIOModule.AI1.RTD_C=-4,183000E-12,cRIOModule.AI1.RTD_Ro=1,000000E+2,cRIOModule.AI1.RTDType=1,cRIOModule.AI2.DegreeRange=2,cRIOModule.AI2.RTD_A=3,908300E-3,cRIOModule.AI2.RTD_B=-5,775000E-7,cRIOModule.AI2.RTD_C=-4,183000E-12,cRIOModule.AI2.RTD_Ro=1,000000E+2,cRIOModule.AI2.RTDType=1,cRIOModule.AI3.DegreeRange=2,cRIOModule.AI3.RTD_A=3,908300E-3,cRIOModule.AI3.RTD_B=-5,775000E-7,cRIOModule.AI3.RTD_C=-4,183000E-12,cRIOModule.AI3.RTD_Ro=1,000000E+2,cRIOModule.AI3.RTDType=1,cRIOModule.Conversion Time=0,cRIOModule.EnableDECoM=false,cRIOModule.EnableInputFifo=false,cRIOModule.EnableOutputFifo=false,cRIOModule.RsiAttributes=[crioConfig.End]Scan Clockresource=/Scan Clock;0;ReadMethodType=boolSleepresource=/Sleep;0;ReadMethodType=bool;WriteMethodType=boolSystem Resetresource=/System Reset;0;ReadMethodType=bool;WriteMethodType=boolUSER FPGA LEDresource=/USER FPGA LED;0;ReadMethodType=u8;WriteMethodType=u8</Property>
<Property Name="NI.LV.FPGA.CompileConfigString" Type="Str">cRIO-9068/Clk40/falsefalseFPGA_EXECUTION_MODEFPGA_TARGETFPGA_TARGET_CLASSCRIO_9068FPGA_TARGET_FAMILYZYNQTARGET_TYPEFPGA</Property>
<Property Name="NI.LV.FPGA.Version" Type="Int">6</Property>
<Property Name="Resource Name" Type="Str">RIO0</Property>
......@@ -618,7 +616,7 @@ AddOutputFilter chunkFilter
</Property>
<Property Name="FPGA.PersistentID" Type="Str">{37FDD58F-9B90-40BD-893F-EF63427B76C3}</Property>
</Item>
<Item Name="Encoder B+" Type="Elemental IO">
<Item Name="Encoder A-" Type="Elemental IO">
<Property Name="eioAttrBag" Type="Xml"><AttributeSet name="">
<Attribute name="resource">
<Value>/crio_Mod2/DIO1</Value>
......@@ -627,7 +625,7 @@ AddOutputFilter chunkFilter
</Property>
<Property Name="FPGA.PersistentID" Type="Str">{E66AF48B-974A-4EBE-AAA0-70B1E32B44FC}</Property>
</Item>
<Item Name="Mod2/DIO2" Type="Elemental IO">
<Item Name="Encoder B+" Type="Elemental IO">
<Property Name="eioAttrBag" Type="Xml"><AttributeSet name="">
<Attribute name="resource">
<Value>/crio_Mod2/DIO2</Value>
......@@ -636,7 +634,7 @@ AddOutputFilter chunkFilter
</Property>
<Property Name="FPGA.PersistentID" Type="Str">{237EC0F0-D8AC-4CF9-BD8E-7B197B44BA59}</Property>
</Item>
<Item Name="Mod2/DIO3" Type="Elemental IO">
<Item Name="Encoder B-" Type="Elemental IO">
<Property Name="eioAttrBag" Type="Xml"><AttributeSet name="">
<Attribute name="resource">
<Value>/crio_Mod2/DIO3</Value>
......@@ -645,7 +643,7 @@ AddOutputFilter chunkFilter
</Property>
<Property Name="FPGA.PersistentID" Type="Str">{34016134-EFFB-427B-92B9-A390FCB1999D}</Property>
</Item>
<Item Name="Mod2/DIO4" Type="Elemental IO">
<Item Name="Encoder Z" Type="Elemental IO">
<Property Name="eioAttrBag" Type="Xml"><AttributeSet name="">
<Attribute name="resource">
<Value>/crio_Mod2/DIO4</Value>
......@@ -1361,7 +1359,7 @@ AddOutputFilter chunkFilter
<Property Name="Comp.CustomXilinxParameters" Type="Str"></Property>
<Property Name="Comp.MaxFanout" Type="Int">-1</Property>
<Property Name="Comp.RandomSeed" Type="Bool">false</Property>
<Property Name="Comp.Version.Build" Type="Int">8</Property>
<Property Name="Comp.Version.Build" Type="Int">11</Property>
<Property Name="Comp.Version.Fix" Type="Int">0</Property>
<Property Name="Comp.Version.Major" Type="Int">1</Property>
<Property Name="Comp.Version.Minor" Type="Int">0</Property>
......@@ -1506,7 +1504,7 @@ AddOutputFilter chunkFilter
<Property Name="Bld_targetDestDir" Type="Path">/home/lvuser/natinst/bin</Property>
<Property Name="Bld_userLogFile" Type="Path">../builds/GemDiskProduction-RT/RT CompactRIO Target/GemDiskProduction-RT/home/lvuser/natinst/bin/GemDiskProduction-RT_GemDiskProduction-RT_log.txt</Property>
<Property Name="Bld_userLogFile.pathType" Type="Str">relativeToCommon</Property>
<Property Name="Bld_version.build" Type="Int">15</Property>
<Property Name="Bld_version.build" Type="Int">19</Property>
<Property Name="Bld_version.major" Type="Int">1</Property>
<Property Name="Destination[0].destName" Type="Str">startup.rtexe</Property>
<Property Name="Destination[0].path" Type="Path">/home/lvuser/natinst/bin/startup.rtexe</Property>
......@@ -1520,7 +1518,7 @@ AddOutputFilter chunkFilter
<Property Name="Destination[2].path" Type="Path">/C</Property>
<Property Name="Destination[2].path.type" Type="Str">&lt;none&gt;</Property>
<Property Name="DestinationCount" Type="Int">3</Property>
<Property Name="Source[0].itemID" Type="Str">{CA2B8B82-55B6-49FE-8E48-61C8F5AAB0CD}</Property>
<Property Name="Source[0].itemID" Type="Str">{3FD11077-844D-42EB-8992-AF2E689E3543}</Property>
<Property Name="Source[0].type" Type="Str">Container</Property>
<Property Name="Source[1].destinationIndex" Type="Int">0</Property>
<Property Name="Source[1].itemID" Type="Ref">/RT CompactRIO Target/GDP-RT-Main.vi</Property>
......
......@@ -629,6 +629,59 @@
<Property Name="type" Type="Str">Network</Property>
<Property Name="typeDesc" Type="Bin">&amp;A#!!!!!!!)!"1!&amp;!!!-!%!!!@````]!!!!"!!%!!!!I*!!!!"9!A!!!!!!"!""!-0````]'5X2S;7ZH!!!"!!!!!!!!!!!!!!!!!!!</Property>
</Item>
<Item Name="GDP-FPGA_Laenge" Type="Variable">
<Property Name="Alarming:BitArray:Enabled" Type="Str">False</Property>
<Property Name="Alarming:Boolean:Enabled" Type="Str">False</Property>
<Property Name="Alarming:EventOnDataChange" Type="Str">False</Property>
<Property Name="Alarming:EventOnUserInputOnly" Type="Str">True</Property>
<Property Name="Alarming:Hi:AckType" Type="Str">Auto</Property>
<Property Name="Alarming:Hi:AllowLog" Type="Str">False</Property>
<Property Name="Alarming:Hi:Area" Type="Str">CS++Example</Property>
<Property Name="Alarming:Hi:Deadband" Type="Str">0.010000</Property>
<Property Name="Alarming:Hi:Description" Type="Str">Warning occurred</Property>
<Property Name="Alarming:Hi:Enabled" Type="Str">True</Property>
<Property Name="Alarming:Hi:Limit" Type="Str">1.000000</Property>
<Property Name="Alarming:Hi:Name" Type="Str">Hi</Property>
<Property Name="Alarming:Hi:Priority" Type="Str">1</Property>
<Property Name="Alarming:HiHi:Enabled" Type="Str">False</Property>
<Property Name="Alarming:Lo:AckType" Type="Str">Auto</Property>
<Property Name="Alarming:Lo:AllowLog" Type="Str">True</Property>
<Property Name="Alarming:Lo:Area" Type="Str">CS++Example</Property>
<Property Name="Alarming:Lo:Deadband" Type="Str">0.010000</Property>
<Property Name="Alarming:Lo:Description" Type="Str">Error occurred</Property>
<Property Name="Alarming:Lo:Enabled" Type="Str">True</Property>
<Property Name="Alarming:Lo:Limit" Type="Str">-1.000000</Property>
<Property Name="Alarming:Lo:Name" Type="Str">Lo</Property>
<Property Name="Alarming:Lo:Priority" Type="Str">1</Property>
<Property Name="Alarming:LoLo:Enabled" Type="Str">False</Property>
<Property Name="Alarming:ROC:Enabled" Type="Str">False</Property>
<Property Name="Alarming:Status:Enabled" Type="Str">False</Property>
<Property Name="Description:Description" Type="Str">Ra = 0.047m for scaling.</Property>
<Property Name="featurePacks" Type="Str">Description,Initial Value,Network,Scaling</Property>
<Property Name="Initial Value:Value" Type="Str">0</Property>
<Property Name="Network:AccessType" Type="Str">read only</Property>
<Property Name="Network:BuffSize" Type="Str">50</Property>
<Property Name="Network:ElemSize" Type="Str">1</Property>
<Property Name="Network:PointsPerWaveform" Type="Str">1</Property>
<Property Name="Network:ProjectBinding" Type="Str">True</Property>
<Property Name="Network:ProjectPath" Type="Str">RT CompactRIO Target\GDP-RT-SV.lvlib\GDP-FPGA_Position</Property>
<Property Name="Network:SingleWriter" Type="Str">True</Property>
<Property Name="Network:UseBinding" Type="Str">True</Property>
<Property Name="Network:UseBuffering" Type="Str">False</Property>
<Property Name="numTypedefs" Type="UInt">0</Property>
<Property Name="Path" Type="Str">/GemDiscProduction-RT.lvproj/RT CompactRIO Target/GDP/GDP-RT-SV.lvlib/</Property>
<Property Name="Scaling:Coerce" Type="Str">False</Property>
<Property Name="Scaling:EngMax" Type="Str">0.013056</Property>
<Property Name="Scaling:EngMin" Type="Str">0.000000</Property>
<Property Name="Scaling:EngUnit" Type="Str">m</Property>
<Property Name="Scaling:RawMax" Type="Str">100.000000</Property>
<Property Name="Scaling:RawMin" Type="Str">0.000000</Property>
<Property Name="Scaling:Type" Type="Str">Linear</Property>
<Property Name="type" Type="Str">Network</Property>
<Property Name="typeDesc" Type="Bin">&amp;A#!!!!!!!)!"1!&amp;!!!-!%!!!@````]!!!!"!!%!!!!J*1!!!"9!A!!!!!!"!!V!#A!'2'^V9GRF!!!"!!!!!!!!!!!!!!!!!!!!!!!!</Property>
<Property Name="varSourceProjectPath" Type="Str">RT CompactRIO Target\GDP-RT-SV.lvlib\GDP-FPGA_Position</Property>
<Property Name="varSourceProjectSubPath" Type="Str"></Property>
</Item>
<Item Name="GDP-FPGA_ModuleFault_0" Type="Variable">
<Property Name="Alarming:BitArray:Enabled" Type="Str">False</Property>
<Property Name="Alarming:Boolean:Enabled" Type="Str">False</Property>
......@@ -829,9 +882,9 @@
<Property Name="Network:UseBinding" Type="Str">False</Property>
<Property Name="Network:UseBuffering" Type="Str">False</Property>
<Property Name="numTypedefs" Type="UInt">0</Property>
<Property Name="Path" Type="Str">/CS++RT.lvproj/My Computer/CSPP-Core-SV-RT.lvlib/</Property>
<Property Name="Path" Type="Str">/GemDiscProduction-RT.lvproj/RT CompactRIO Target/GDP/GDP-RT-SV.lvlib/</Property>
<Property Name="type" Type="Str">Network</Property>
<Property Name="typeDesc" Type="Bin">&amp;A#!!!!!!!)!"1!&amp;!!!-!%!!!@````]!!!!"!!%!!!!H)Q!!!"9!A!!!!!!"!!N!"!!&amp;37ZU.D1!!1!!!!!!!!!!!!!!!!!!!!!!!!</Property>
<Property Name="typeDesc" Type="Bin">&amp;A#!!!!!!!)!"1!&amp;!!!-!%!!!@````]!!!!"!!%!!!!J*1!!!"9!A!!!!!!"!!V!#A!'2'^V9GRF!!!"!!!!!!!!!!!!!!!!!!!!!!!!</Property>
</Item>
<Item Name="GDP-FPGA_Reset" Type="Variable">
<Property Name="Alarming:EventOnDataChange" Type="Str">False</Property>
......@@ -875,6 +928,57 @@
<Property Name="type" Type="Str">Network</Property>
<Property Name="typeDesc" Type="Bin">&amp;A#!!!!!!!)!"1!&amp;!!!-!%!!!@````]!!!!"!!%!!!!I*!!!!"9!A!!!!!!"!""!-0````]'5X2S;7ZH!!!"!!!!!!!!!!!!!!!!!!!</Property>
</Item>
<Item Name="GDP-FPGA_Round" Type="Variable">
<Property Name="Alarming:BitArray:Enabled" Type="Str">False</Property>
<Property Name="Alarming:Boolean:Enabled" Type="Str">False</Property>
<Property Name="Alarming:EventOnDataChange" Type="Str">False</Property>
<Property Name="Alarming:EventOnUserInputOnly" Type="Str">True</Property>
<Property Name="Alarming:Hi:AckType" Type="Str">Auto</Property>
<Property Name="Alarming:Hi:AllowLog" Type="Str">False</Property>
<Property Name="Alarming:Hi:Area" Type="Str">CS++Example</Property>
<Property Name="Alarming:Hi:Deadband" Type="Str">0.010000</Property>
<Property Name="Alarming:Hi:Description" Type="Str">Warning occurred</Property>
<Property Name="Alarming:Hi:Enabled" Type="Str">True</Property>
<Property Name="Alarming:Hi:Limit" Type="Str">1.000000</Property>
<Property Name="Alarming:Hi:Name" Type="Str">Hi</Property>
<Property Name="Alarming:Hi:Priority" Type="Str">1</Property>
<Property Name="Alarming:HiHi:Enabled" Type="Str">False</Property>
<Property Name="Alarming:Lo:AckType" Type="Str">Auto</Property>
<Property Name="Alarming:Lo:AllowLog" Type="Str">True</Property>
<Property Name="Alarming:Lo:Area" Type="Str">CS++Example</Property>
<Property Name="Alarming:Lo:Deadband" Type="Str">0.010000</Property>
<Property Name="Alarming:Lo:Description" Type="Str">Error occurred</Property>
<Property Name="Alarming:Lo:Enabled" Type="Str">True</Property>
<Property Name="Alarming:Lo:Limit" Type="Str">-1.000000</Property>
<Property Name="Alarming:Lo:Name" Type="Str">Lo</Property>
<Property Name="Alarming:Lo:Priority" Type="Str">1</Property>
<Property Name="Alarming:LoLo:Enabled" Type="Str">False</Property>
<Property Name="Alarming:ROC:Enabled" Type="Str">False</Property>
<Property Name="Alarming:Status:Enabled" Type="Str">False</Property>
<Property Name="Description:Description" Type="Str">Counter how often the incremental sensor moved for 360 degrees.</Property>
<Property Name="featurePacks" Type="Str">Description,Initial Value,Network</Property>
<Property Name="Initial Value:Value" Type="Str">0.000000</Property>
<Property Name="Network:AccessType" Type="Str">read only</Property>
<Property Name="Network:BuffSize" Type="Str">50</Property>
<Property Name="Network:ElemSize" Type="Str">1</Property>
<Property Name="Network:PointsPerWaveform" Type="Str">1</Property>
<Property Name="Network:ProjectBinding" Type="Str">True</Property>
<Property Name="Network:ProjectPath" Type="Str">RT CompactRIO Target\GDP-RT-SV.lvlib\GDP-FPGA_Position</Property>
<Property Name="Network:SingleWriter" Type="Str">True</Property>
<Property Name="Network:UseBinding" Type="Str">False</Property>
<Property Name="Network:UseBuffering" Type="Str">False</Property>
<Property Name="numTypedefs" Type="UInt">0</Property>
<Property Name="Path" Type="Str">/GemDiscProduction-RT.lvproj/RT CompactRIO Target/GDP/GDP-RT-SV.lvlib/</Property>
<Property Name="Scaling:Coerce" Type="Str">False</Property>
<Property Name="Scaling:EngMax" Type="Str">0.013056</Property>
<Property Name="Scaling:EngMin" Type="Str">0.000000</Property>
<Property Name="Scaling:EngUnit" Type="Str">m</Property>
<Property Name="Scaling:RawMax" Type="Str">100.000000</Property>
<Property Name="Scaling:RawMin" Type="Str">0.000000</Property>
<Property Name="Scaling:Type" Type="Str">Linear</Property>
<Property Name="type" Type="Str">Network</Property>
<Property Name="typeDesc" Type="Bin">&amp;A#!!!!!!!)!"1!&amp;!!!-!%!!!@````]!!!!"!!%!!!!J*1!!!"9!A!!!!!!"!!V!#A!'2'^V9GRF!!!"!!!!!!!!!!!!!!!!!!!!!!!!</Property>
</Item>
<Item Name="GDP-FPGA_SelfTest" Type="Variable">
<Property Name="Alarming:EventOnDataChange" Type="Str">False</Property>
<Property Name="Alarming:EventOnUserInputOnly" Type="Str">True</Property>
......
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