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[0] = Total, [1] = Differential *)"}},{"@Type":"a5de0b0b","@Value":{"Id":"(long)21","Tag":null,"Text":"(string)\tREC_OutputPhase:\t\t\t\t\tARRAY [0..1,1..REC_NUM_HARMONIC] OF REAL; (* Output phase advance for the resonators, in radians *)\t\t\t\t\t\t\t"}},{"@Type":"a5de0b0b","@Value":{"Id":"(long)22","Tag":null,"Text":"(string)\tREC_ResIntegEna:\t\t\t\t\tARRAY [0..1] OF BOOL;\t\t\t\t(* Flag to enable the resonator integration to proceed. [0] = Total, [1] = Differential *)"}},{"@Type":"a5de0b0b","@Value":{"Id":"(long)23","Tag":null,"Text":"(string)\tREC_ResLimBUR:\t\t\t\t\tBOOL;\t\t\t(* At least one of the BUR resonators has limited *)\t\t\t\t"}},{"@Type":"a5de0b0b","@Value":{"Id":"(long)24","Tag":null,"Text":"(string)\tREC_ResLimWR:\t\t\t\t\tBOOL;\t\t\t(* At least one of the WR resonators has limited *)\t\t\t\t"}},{"@Type":"a5de0b0b","@Value":{"Id":"(long)25","Tag":null,"Text":"(string)\tREC_ResReset:\t\t\t\t\t\tARRAY [0..1] OF BOOL;\t\t\t\t(* Flag to clear the resonators' integrator stores and reset the logic. [0] = Total, [1] = Differential *)"}},{"@Type":"a5de0b0b","@Value":{"Id":"(long)26","Tag":null,"Text":"(string)\tREC_ResResetCan:\t\t\t\t\tARRAY [0..1] OF BOOL;\t\t\t\t(* Flag to cancel the Reset flag for the resonators [0] = Total, [1] = Differential *)\t\t\t"}},{"@Type":"a5de0b0b","@Value":{"Id":"(long)27","Tag":null,"Text":"(string)\tREC_ResResetCopy:\t\t\t\tARRAY [0..1] OF BOOL;\t\t\t\t(* Local copy of REC_ResReset, for handshaking *)\t\t\t\t"}},{"@Type":"a5de0b0b","@Value":{"Id":"(long)28","Tag":null,"Text":"(string)\tREC_ResSimUsed:\t\t\t\t\tBOOL;\t\t\t(* Flag to indicate that the resonators are using simulated inputs *)\t\t\t\t"}},{"@Type":"a5de0b0b","@Value":{"Id":"(long)29","Tag":null,"Text":"(string)\tREC_ResTestIntegEna:\t\t\t\tBOOL := FALSE;\t(* When testing with the harmonic simulator, this flag enables the resonator integration to proceed. *)\t\t\t\t\t\t\t"}},{"@Type":"a5de0b0b","@Value":{"Id":"(long)30","Tag":null,"Text":"(string)\tREC_ResTrimBUR:\t\t\t\t\tREAL;\t\t\t(* Total BUR output trim signal from the Resonator REC system *)\t\t\t\t"}},{"@Type":"a5de0b0b","@Value":{"Id":"(long)31","Tag":null,"Text":"(string)\tREC_ResTrimEnab:\t\t\t\t\tBOOL;\t\t\t(* Flag to enable the resonator output trims *)\t\t\t\t"}},{"@Type":"a5de0b0b","@Value":{"Id":"(long)32","Tag":null,"Text":"(string)\tREC_ResTrimWR:\t\t\t\t\tREAL;\t\t\t(* WR output trim signal from the Resonator REC system *)\t\t\t\t"}},{"@Type":"a5de0b0b","@Value":{"Id":"(long)33","Tag":null,"Text":"(string)\tREC_SignalFromSelInp:\t\t\t\tREAL := 1.0;\t(* Scale factor for the selected total input in mm *)\t\t\t\t\t\t\t"}},{"@Type":"a5de0b0b","@Value":{"Id":"(long)34","Tag":null,"Text":"(string)\tREC_SimulatedHarmonic:\t\t\tREAL;\t\t\t(* Output signal from the Harmonic Simulator *)"}},{"@Type":"a5de0b0b","@Value":{"Id":"(long)35","Tag":null,"Text":"(string)\tREC_TOP_AngleRevsFract:\tARRAY [0..1] OF DINT;\t\t\t(* Top BUR position: MS 16 bits = rev count, LS 16 bits = fraction of rev. i.e. the decimal point is deemed to be in the middle of the 32 bits *)"}},{"@Type":"a5de0b0b","@Value":{"Id":"(long)36","Tag":null,"Text":"(string)\tREC_TOP_AngleTheta:\t\tARRAY [0..1] OF REAL;\t\t\t(* Top BUR angular rotation, radians *)"}},{"@Type":"a5de0b0b","@Value":{"Id":"(long)37","Tag":null,"Text":"(string)\tREC_TopCosComp:\t\t\t\t\tARRAY [0..1,1..REC_NUM_HARMONIC] OF REAL; (* Top BUR cosine component from the resonator *)\t\t\t\t\t\t\t"}},{"@Type":"a5de0b0b","@Value":{"Id":"(long)38","Tag":null,"Text":"(string)\tREC_TopIntegLimited:\t\t\t\tARRAY [0..1,1..REC_NUM_HARMONIC] OF BOOL; (* Top BUR error flag indicating that integrator has limited *)"}},{"@Type":"a5de0b0b","@Value":{"Id":"(long)39","Tag":null,"Text":"(string)\tREC_TopRevsInteg:\t\t\t\t\tARRAY [0..1,1..REC_NUM_HARMONIC] OF UDINT;\t(* Top BUR Number of revolutions over which integration has taken place *)\t\t\t\t\t\t"}},{"@Type":"a5de0b0b","@Value":{"Id":"(long)40","Tag":null,"Text":"(string)\tREC_TopSinComp:\t\t\t\t\tARRAY [0..1,1..REC_NUM_HARMONIC] OF REAL; (* Top BUR sine component from the resonator *)\t\t\t\t\t\t\t"}},{"@Type":"a5de0b0b","@Value":{"Id":"(long)41","Tag":null,"Text":"(string)\tREC_TotalResTrim:\t\t\t\t\tREAL;\t\t\t(* Total BUR and WR output trim signal from the Resonator REC system *)\t\t\t\t"}},{"@Type":"a5de0b0b","@Value":{"Id":"(long)42","Tag":null,"Text":"(string)\tREC_WrAngleCalcOK:\t\t\t\tBOOL;\t\t\t(* Calculation of top and bottom WR angles is OK *)"}},{"@Type":"a5de0b0b","@Value":{"Id":"(long)43","Tag":null,"Text":"(string)\tREC_SimFB_Signal:\t\t\t\t\tREAL := 0.0;\t(* Feedback signal. Creates a closed-loop round SIMULATE_HARMONIC *)"}},{"@Type":"a5de0b0b","@Value":{"Id":"(long)44","Tag":null,"Text":"(string)\tREC_SimError:\t\t\t\t\t\tREAL := 0.0;\t(* Error signal. Error from closed-loop round SIMULATE_HARMONIC *)"}},{"@Type":"a5de0b0b","@Value":{"Id":"(long)45","Tag":null,"Text":"(string)END_VAR"}},{"@Type":"a5de0b0b","@Value":{"Id":"(long)46","Tag":null,"Text":"(string)"}}]}}}}},"NetVarProperties":null,"ParameterList":"(bool)False","AddAttributeSubsequent":"(bool)False"}},"TypeInfos":{"a5de0b0b":"{a5de0b0b-1cb5-4913-ac21-9d70293ec00d}","a9ed5b7e":"{a9ed5b7e-75c5-4651-af16-d2c27e98cb94}","bool":"System.Boolean","f3878285":"{f3878285-8e4f-490b-bb1b-9acbb7eb04db}","ffbfa93a":"{ffbfa93a-b94d-45fc-a329-229860183b1d}","long":"System.Int64","string":"System.String"}}},"FormatVersion":"1.0"} \ No newline at end of file