1 | {"payload":{"meta":{"Graph":{"@Type":"81297157","@Value":{"Guid":"(Guid)997fcde5-8a9d-4185-947e-692ba5c60ed0","ParentGuid":"(Guid)4b6328e9-3e69-4d01-8baf-f1f83072b9dc","Name":"(string)MMC_TV_Variables","Properties":{"@Type":"2c41fa04:IDictionary","@Value":[{"@Key":"(Guid)829a18f2-c514-4f6e-9634-1df173429203","@Value":{"@Type":"829a18f2","@Value":{"ParentObjects":{"@Type":"fa2ee218:IDictionary","@Value":[{"@Key":"(Guid)d9b2b2cc-ea99-4c3b-aa42-1e5c49e65b84","@Value":"(Guid)b3adb93d-da66-4e2a-b6b7-dd30a1fd8369"}]}}}}]},"TypeGuid":"(Guid)ffbfa93a-b94d-45fc-a329-229860183b1d","EmbeddedTypeGuids":{"@Type":"[Guid]","@Value":["(Guid)a9ed5b7e-75c5-4651-af16-d2c27e98cb94"]}}},"TypeInfos":{"2c41fa04":"{2c41fa04-1834-41c1-816e-303c7aa2c05b}","81297157":"{81297157-7ec9-45ce-845e-84cab2b88ade}","829a18f2":"{829a18f2-c514-4f6e-9634-1df173429203}","fa2ee218":"{fa2ee218-a39b-4b6d-b249-49dbddbd168a}","Guid":"System.Guid","string":"System.String"}},"object":{"Graph":{"@Type":"ffbfa93a","@Value":{"Interface":{"@Type":"a9ed5b7e","@Value":{"TextDocument":{"@Type":"f3878285","@Value":{"TextLines":{"@Type":"[a5de0b0b]","@Value":[{"@Type":"a5de0b0b","@Value":{"Id":"(long)56","Tag":null,"Text":"(string){attribute 'symbol' := 'readwrite'}"}},{"@Type":"a5de0b0b","@Value":{"Id":"(long)0","Tag":null,"Text":"(string)VAR_GLOBAL"}},{"@Type":"a5de0b0b","@Value":{"Id":"(long)1","Tag":null,"Text":"(string)\tTVC_MMC_ForReqToStartDrives:\tBOOL := TRUE;\t\t(* TRUE = need load before drives can be turned *)"}},{"@Type":"a5de0b0b","@Value":{"Id":"(long)2","Tag":null,"Text":"(string)\tTVC_MMC_RevStretchReqd: \t\tBOOL := FALSE;\t\t(* Reverse mill stretch required if TRUE *)"}},{"@Type":"a5de0b0b","@Value":{"Id":"(long)3","Tag":null,"Text":"(string)\tTVC_MMC_StatStretchComp:\t\tBOOL := FALSE;\t\t(* Stand Stretch completed if TRUE *)"}},{"@Type":"a5de0b0b","@Value":{"Id":"(long)4","Tag":null,"Text":"(string)\tTVC_MMC_RefitCurves:\t\t\tBOOL := FALSE;\t\t(* Refit curve to measured data if TRUE *)"}},{"@Type":"a5de0b0b","@Value":{"Id":"(long)5","Tag":null,"Text":"(string)\tTVC_MMC_ConcatReq:\t\t\t\tBOOL :=\tFALSE;\t\t(*\tHMI\tStand Mill Stretch Calibration Concatenate Request\t*)"}},{"@Type":"a5de0b0b","@Value":{"Id":"(long)6","Tag":null,"Text":"(string)"}},{"@Type":"a5de0b0b","@Value":{"Id":"(long)7","Tag":null,"Text":"(string)\tTVD_MMC_CurveFitCoefficients:\tINT:=4; \t\t\t(* number of coefficients reqd for curve fitting *)"}},{"@Type":"a5de0b0b","@Value":{"Id":"(long)8","Tag":null,"Text":"(string)\tTVD_MMC_NumBURevs:\t\t\t\tINT:=2; \t\t\t(* number of revs to average the load / position over *)"}},{"@Type":"a5de0b0b","@Value":{"Id":"(long)9","Tag":null,"Text":"(string)\tTVD_MMC_BackoffSize: \t\t\tREAL := 10.0; \t\t(* Back-off level at completion of stretch, in mm *)"}},{"@Type":"a5de0b0b","@Value":{"Id":"(long)10","Tag":null,"Text":"(string)\tTVD_MMC_BackoffAboSize: \t\tREAL := 10.0; \t\t(* Back-off level at abort of stretch, in mm *)"}},{"@Type":"a5de0b0b","@Value":{"Id":"(long)11","Tag":null,"Text":"(string)\tTVD_MMC_CalibrationMaxLoad:\t\tREAL := 35000.0;\t(* Max Total force during load stepping, before we change to down curve kN *)"}},{"@Type":"a5de0b0b","@Value":{"Id":"(long)12","Tag":null,"Text":"(string)\tTVD_MMC_ForceBreakpoint:\t\tREAL := 2000.0; \t(* Force breakpoint where linear stretch curve fitting starts kN *)"}},{"@Type":"a5de0b0b","@Value":{"Id":"(long)13","Tag":null,"Text":"(string)\tTVD_MMC_SettlingTime:\t\t\tREAL := 1.0; \t\t(* time allowed after posn move before we start averaging seconds *)"}},{"@Type":"a5de0b0b","@Value":{"Id":"(long)14","Tag":null,"Text":"(string)\tTVD_MMC_SlowExpRate:\t\t\tREAL := 0.5; \t\t(* Stroke to touching force position ramp rate mm/s *)"}},{"@Type":"a5de0b0b","@Value":{"Id":"(long)15","Tag":null,"Text":"(string)\tTVD_MMC_StepBallpark:\t\t\tREAL := 0.1; \t\t(* how close do we need to be to the step reference *)"}},{"@Type":"a5de0b0b","@Value":{"Id":"(long)16","Tag":null,"Text":"(string)\tTVD_MMC_StepIncrementSize:\t\tREAL := 0.2; \t\t(* Stretch measurement position step in mm *)"}},{"@Type":"a5de0b0b","@Value":{"Id":"(long)17","Tag":null,"Text":"(string)\tTVD_MMC_TimeToSample:\t\t\tREAL := 10.0;\t\t(* Time-out level to sample force s *)"}},{"@Type":"a5de0b0b","@Value":{"Id":"(long)18","Tag":null,"Text":"(string)\tTVD_MMC_TimeToStrtDrives: \t\tREAL := 300.0;\t\t(* Time-out level to start drives s *)"}},{"@Type":"a5de0b0b","@Value":{"Id":"(long)19","Tag":null,"Text":"(string)\tTVD_MMC_TimeToStrtPos: \t\t\tREAL := 30.0;\t\t(* Time-out level to resch start position s *)"}},{"@Type":"a5de0b0b","@Value":{"Id":"(long)20","Tag":null,"Text":"(string)\tTVD_MMC_TouchAllowance:\t\t\tREAL := 10.0; \t\t(* This is how close we get to touch when expanding under no load mm *)"}},{"@Type":"a5de0b0b","@Value":{"Id":"(long)21","Tag":null,"Text":"(string)\tTVD_MMC_TouchAllowanceForce:\tREAL := 500.0;\t\t(* Total force detect limit when stroking in open gap kN *)"}},{"@Type":"a5de0b0b","@Value":{"Id":"(long)22","Tag":null,"Text":"(string)\tTVD_MMC_TouchBallpark:\t\t\tREAL := 0.1; \t\t(* we can stop when we're this close to target expansion mm *)"}},{"@Type":"a5de0b0b","@Value":{"Id":"(long)23","Tag":null,"Text":"(string)\tTVD_MMC_TouchForce: \t\t\tREAL := 500.0;\t\t(* Initial start position touching force total kN *)"}},{"@Type":"a5de0b0b","@Value":{"Id":"(long)24","Tag":null,"Text":"(string)\tTVD_MMC_UnloadedExpRate:\t\tREAL := 5.0; \t\t(* Stroke to initial start position ramp rate mm/s *)"}},{"@Type":"a5de0b0b","@Value":{"Id":"(long)25","Tag":null,"Text":"(string)\tTVD_MMC_MillModRevDS_Gb: \t\t\tREAL := 2500.0;\t\t(*\tMMC\tMill MODlus from reverse curves (kN/mm)\t\t*)"}},{"@Type":"a5de0b0b","@Value":{"Id":"(long)26","Tag":null,"Text":"(string)\tTVD_MMC_MillModRevNDS_Gb: \t\t\tREAL := 2500.0;\t\t(*\tMMC\tMill MODlus from reverse curves (kN/mm)\t\t*)"}},{"@Type":"a5de0b0b","@Value":{"Id":"(long)27","Tag":null,"Text":"(string)\tTVD_MMC_MillModFwdDS_Gb: \t\t\tREAL := 2500.0;\t\t(*\tMMC\tMill MODlus from forward curves (kN/mm)\t\t*)"}},{"@Type":"a5de0b0b","@Value":{"Id":"(long)28","Tag":null,"Text":"(string)\tTVD_MMC_MillModFwdNDS_Gb: \t\t\tREAL := 2500.0;\t\t(*\tMMC\tMill MODlus from forward curves (kN/mm)\t\t*)"}},{"@Type":"a5de0b0b","@Value":{"Id":"(long)29","Tag":null,"Text":"(string)\tTVD_MMC_StrHysFwdDS_Gb: \t\t\tREAL := 0.0;\t\t(*\tMMC\tActive force hysteresis forward (kN)\tMill-Force-Hystersis-Forwards-DS\t*)"}},{"@Type":"a5de0b0b","@Value":{"Id":"(long)30","Tag":null,"Text":"(string)\tTVD_MMC_StrHysFwdNDS_Gb: \t\t\tREAL := 0.0;\t\t(*\tMMC\tActive force hysteresis forward (kN)\tMill-Force-Hystersis-Forwards-NDS\t*)"}},{"@Type":"a5de0b0b","@Value":{"Id":"(long)31","Tag":null,"Text":"(string)\tTVD_MMC_StrHysRevDS_Gb: \t\t\tREAL := 0.0;\t\t(*\tMMC\tActive force hysteresis reverse (kN)\tMill-Force-Hystersis-Reverse-DS\t*)"}},{"@Type":"a5de0b0b","@Value":{"Id":"(long)32","Tag":null,"Text":"(string)\tTVD_MMC_StrHysRevNDS_Gb: \t\t\tREAL := 0.0;\t\t(*\tMMC\tActive force hysteresis reverse (kN)\tMill-Force-Hystersis-Reverse-NDS\t*)"}},{"@Type":"a5de0b0b","@Value":{"Id":"(long)33","Tag":null,"Text":"(string)\tTVD_MMC_ActStrCurveFwdDS_Gb:\t \tARRAY [0..MST_TBL_LEN] OF REAL; \t(*\tMMC\tActive Stretch table - force vs stretch (kN - mm)\tMill-Stretch-Array-Forwards-DS\t*)"}},{"@Type":"a5de0b0b","@Value":{"Id":"(long)34","Tag":null,"Text":"(string)\tTVD_MMC_ActStrCurveFwdNDS_Gb:\t \tARRAY [0..MST_TBL_LEN] OF REAL; \t(*\tMMC\tActive Stretch table - force vs stretch (kN - mm)\tMill-Stretch-Array-Forwards-NDS\t*)"}},{"@Type":"a5de0b0b","@Value":{"Id":"(long)35","Tag":null,"Text":"(string)\tTVD_MMC_ActStrCurveRevDS_Gb: \t\tARRAY [0..MST_TBL_LEN] OF REAL; \t(*\tMMC\tActive Stretch table - force vs stretch (kN - mm)\tMill-Stretch-Array-Reverse-DS\t*)"}},{"@Type":"a5de0b0b","@Value":{"Id":"(long)36","Tag":null,"Text":"(string)\tTVD_MMC_ActStrCurveRevNDS_Gb: \t\tARRAY [0..MST_TBL_LEN] OF REAL; \t(*\tMMC\tActive Stretch table - force vs stretch (kN - mm)\tMill-Stretch-Array-Reverse-NDS\t*)"}},{"@Type":"a5de0b0b","@Value":{"Id":"(long)37","Tag":null,"Text":"(string)\tTVD_MMC_MillModRevDS_Pt: \t\t\tREAL := 2500.0;\t\t(*\tMMC\tMill MODlus from reverse curves (kN/mm)\t\t*)"}},{"@Type":"a5de0b0b","@Value":{"Id":"(long)38","Tag":null,"Text":"(string)\tTVD_MMC_MillModRevNDS_Pt: \t\t\tREAL := 2500.0;\t\t(*\tMMC\tMill MODlus from reverse curves (kN/mm)\t\t*)"}},{"@Type":"a5de0b0b","@Value":{"Id":"(long)39","Tag":null,"Text":"(string)\tTVD_MMC_MillModFwdDS_Pt: \t\t\tREAL := 2500.0;\t\t(*\tMMC\tMill MODlus from forward curves (kN/mm)\t\t*)"}},{"@Type":"a5de0b0b","@Value":{"Id":"(long)40","Tag":null,"Text":"(string)\tTVD_MMC_MillModFwdNDS_Pt: \t\t\tREAL := 2500.0;\t\t(*\tMMC\tMill MODlus from forward curves (kN/mm)\t\t*)"}},{"@Type":"a5de0b0b","@Value":{"Id":"(long)41","Tag":null,"Text":"(string)\tTVD_MMC_StrHysFwdDS_Pt: \t\t\tREAL := 0.0;\t\t(*\tMMC\tActive force hysteresis forward (kN)\tMill-Force-Hystersis-Forwards-DS\t*)"}},{"@Type":"a5de0b0b","@Value":{"Id":"(long)42","Tag":null,"Text":"(string)\tTVD_MMC_StrHysFwdNDS_Pt: \t\t\tREAL := 0.0;\t\t(*\tMMC\tActive force hysteresis forward (kN)\tMill-Force-Hystersis-Forwards-NDS\t*)"}},{"@Type":"a5de0b0b","@Value":{"Id":"(long)43","Tag":null,"Text":"(string)\tTVD_MMC_StrHysRevDS_Pt: \t\t\tREAL := 0.0;\t\t(*\tMMC\tActive force hysteresis reverse (kN)\tMill-Force-Hystersis-Reverse-DS\t*)"}},{"@Type":"a5de0b0b","@Value":{"Id":"(long)44","Tag":null,"Text":"(string)\tTVD_MMC_StrHysRevNDS_Pt: \t\t\tREAL := 0.0;\t\t(*\tMMC\tActive force hysteresis reverse (kN)\tMill-Force-Hystersis-Reverse-NDS\t*)"}},{"@Type":"a5de0b0b","@Value":{"Id":"(long)45","Tag":null,"Text":"(string)\tTVD_MMC_ActStrCurveFwdDS_Pt:\t \tARRAY [0..MST_TBL_LEN] OF REAL; \t(*\tMMC\tActive Stretch table - force vs stretch (kN - mm)\tMill-Stretch-Array-Forwards-DS\t*)"}},{"@Type":"a5de0b0b","@Value":{"Id":"(long)46","Tag":null,"Text":"(string)\tTVD_MMC_ActStrCurveFwdNDS_Pt:\t \tARRAY [0..MST_TBL_LEN] OF REAL; \t(*\tMMC\tActive Stretch table - force vs stretch (kN - mm)\tMill-Stretch-Array-Forwards-NDS\t*)"}},{"@Type":"a5de0b0b","@Value":{"Id":"(long)47","Tag":null,"Text":"(string)\tTVD_MMC_ActStrCurveRevDS_Pt: \t\tARRAY [0..MST_TBL_LEN] OF REAL; \t(*\tMMC\tActive Stretch table - force vs stretch (kN - mm)\tMill-Stretch-Array-Reverse-DS\t*)"}},{"@Type":"a5de0b0b","@Value":{"Id":"(long)48","Tag":null,"Text":"(string)\tTVD_MMC_ActStrCurveRevNDS_Pt: \t\tARRAY [0..MST_TBL_LEN] OF REAL; \t(*\tMMC\tActive Stretch table - force vs stretch (kN - mm)\tMill-Stretch-Array-Reverse-NDS\t*)"}},{"@Type":"a5de0b0b","@Value":{"Id":"(long)49","Tag":null,"Text":"(string)"}},{"@Type":"a5de0b0b","@Value":{"Id":"(long)50","Tag":null,"Text":"(string)\tTVD_MMC_ForceStepSize: \t\t\tREAL :=\t200.0; \t\t(* Mill stretch table force step size in kN *)"}},{"@Type":"a5de0b0b","@Value":{"Id":"(long)51","Tag":null,"Text":"(string)\tTVD_MMC_TimeToPrepareMill: \t\tREAL := 120.0;\t\t(* Time to move shifting and crossing to zero positions [s]*)"}},{"@Type":"a5de0b0b","@Value":{"Id":"(long)52","Tag":null,"Text":"(string)\tTVD_MMC_CalibrationSpdRef: \t\tREAL := 2.0;\t\t(* MZC Master speed ramp Reference Zeroing Speed \t\t\t[m/s] \t*)"}},{"@Type":"a5de0b0b","@Value":{"Id":"(long)53","Tag":null,"Text":"(string)END_VAR"}},{"@Type":"a5de0b0b","@Value":{"Id":"(long)54","Tag":null,"Text":"(string)"}},{"@Type":"a5de0b0b","@Value":{"Id":"(long)55","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"} |