PROGRAM DAHU VAR_EXTERNAL END_VAR VAR_GLOBAL END_VAR VAR DAHUB1H01_IN :DAHU_IN; DAHUB1H01_OUT:DAHU_OUT; AHUB1H01_SyncControl:IJ_SyncControl; AHUB1H01_DAHU:IJ_DAHU; AHUB1H01_RT_AVE :BS_Average; AHUB1H01_WVB_AVE:BS_Average; DAHUB1H02_IN :DAHU_IN; DAHUB1H02_OUT:DAHU_OUT; AHUB1H02_SyncControl:IJ_SyncControl; AHUB1H02_DAHU:IJ_DAHU; AHUB1H02_RT_AVE :BS_Average; AHUB1H02_WVB_AVE:BS_Average; DAHUB1H03_IN :DAHU_IN; DAHUB1H03_OUT:DAHU_OUT; AHUB1H03_SyncControl:IJ_SyncControl; AHUB1H03_DAHU:IJ_DAHU; AHUB1H03_RT_AVE :BS_Average; AHUB1H03_WVB_AVE:BS_Average; DAHUB1H04_IN :DAHU_IN; DAHUB1H04_OUT:DAHU_OUT; AHUB1H04_SyncControl:IJ_SyncControl; AHUB1H04_DAHU:IJ_DAHU; AHUB1H04_RT_AVE :BS_Average; AHUB1H04_WVB_AVE:BS_Average; DAHUB1H05_IN :DAHU_IN; DAHUB1H05_OUT:DAHU_OUT; AHUB1H05_SyncControl:IJ_SyncControl; AHUB1H05_DAHU:IJ_DAHU; AHUB1H05_RT_AVE :BS_Average; AHUB1H05_WVB_AVE:BS_Average; DAHUB1H06_IN :DAHU_IN; DAHUB1H06_OUT:DAHU_OUT; AHUB1H06_SyncControl:IJ_SyncControl; AHUB1H06_DAHU:IJ_DAHU; AHUB1H06_RT_AVE :BS_Average; AHUB1H06_WVB_AVE:BS_Average; DAHUB1H07_IN :DAHU_IN; DAHUB1H07_OUT:DAHU_OUT; AHUB1H07_SyncControl:IJ_SyncControl; AHUB1H07_DAHU:IJ_DAHU; AHUB1H07_RT_AVE :BS_Average; AHUB1H07_WVB_AVE:BS_Average; DAHUB1H08_IN :DAHU_IN; DAHUB1H08_OUT:DAHU_OUT; AHUB1H08_SyncControl:IJ_SyncControl; AHUB1H08_DAHU:IJ_DAHU; AHUB1H08_RT_AVE :BS_Average; AHUB1H08_WVB_AVE:BS_Average; DAHUB1H09_IN :DAHU_IN; DAHUB1H09_OUT:DAHU_OUT; AHUB1H09_SyncControl:IJ_SyncControl; AHUB1H09_DAHU:IJ_DAHU; AHUB1H09_RT_AVE :BS_Average; AHUB1H09_WVB_AVE:BS_Average; DAHUB1H10_IN :DAHU_IN; DAHUB1H10_OUT:DAHU_OUT; AHUB1H10_SyncControl:IJ_SyncControl; AHUB1H10_DAHU:IJ_DAHU; AHUB1H10_RT_AVE :BS_Average; AHUB1H10_WVB_AVE:BS_Average; DAHUB1H11_IN :DAHU_IN; DAHUB1H11_OUT:DAHU_OUT; AHUB1H11_SyncControl:IJ_SyncControl; AHUB1H11_DAHU:IJ_DAHU; AHUB1H11_RT_AVE :BS_Average; AHUB1H11_WVB_AVE:BS_Average; DAHUB1H12_IN :DAHU_IN; DAHUB1H12_OUT:DAHU_OUT; AHUB1H12_SyncControl:IJ_SyncControl; AHUB1H12_DAHU:IJ_DAHU; AHUB1H12_RT_AVE :BS_Average; AHUB1H12_WVB_AVE:BS_Average; END_VAR (*Automatically declared*) VAR_EXTERNAL LAHUB1H11_WVBS : REAL; RAHUB1H11_TSET : REAL; LAHUB1H09_RSTV : REAL; LAHUB1H09_RST : BOOL; RAHUB1H08_PC : BOOL; LAHUB1H07_RH : REAL; LAHUB1H07_RTS : REAL; LAHUB1H05_ISO2 : BOOL; LAHUB1H05_ISO1 : BOOL; LAHUB1H04_VI : REAL; LAHUB1H04_VP : REAL; LAHUB1H04_RSTV : REAL; LAHUB1H04_RST : BOOL; LAHUB1H04_WVBS : REAL; RAHUB1H04_SM : INT; LAHUB1H03_WVBS : REAL; RAHUB1H03_SM : INT; RAHUB1H03_TSET : REAL; LAHUB1H01_WVBS : REAL; RAHUB1H01_TSET : REAL; LCMD00000_RM : INT; LAHUB1H11_WVB : INT; LAHUB1H07_RT : INT; LAHUB1H04_WVB : INT; LAHUB1H03_WVB : INT; LAHUB1H01_WVB : INT; LAHUB1H07_C : BOOL; LAHUB1H08_F : BOOL; LAHUB1H07_R : BOOL; RNIAHUB1X00_SM : INT; RNIAHUB1X00_TSET : REAL; LAHUB1H11_RH : REAL; LAHUB1H11_WVMV : REAL; LAHUB1H11_WVMC : BOOL; LAHUB1H09_WVCS : INT; LAHUB1H09_TSET : REAL; RAHUB1H09_SM : INT; RAHUB1H08_SM : INT; LAHUB1H07_WVCS : INT; LAHUB1H07_SN : INT; LAHUB1H07_RSTV : REAL; LAHUB1H07_RST : BOOL; LAHUB1H07_SM : INT; LAHUB1H06_RTS : REAL; LAHUB1H06_TSET : REAL; RAHUB1H06_PC : BOOL; LAHUB1H04_WVCS : INT; LAHUB1H04_RTS : REAL; LAHUB1H01_RH : REAL; LAHUB1H01_WVMV : REAL; LAHUB1H01_WVMC : BOOL; LAHUB1H09_WVC : INT; LAHUB1H07_WVC : INT; LAHUB1H04_WVC : INT; LAHUB1H11_RT : INT; LAHUB1H01_RT : INT; LAHUB1H11_A : BOOL; LAHUB1H11_R : BOOL; LAHUB1H01_A : BOOL; LAHUB1H01_R : BOOL; LAHUB1H11_SN : INT; LAHUB1H11_SM : INT; LAHUB1H10_ISO2 : BOOL; LAHUB1H10_ISO1 : BOOL; LAHUB1H10_RTS : REAL; LAHUB1H09_WVBS : REAL; RAHUB1H09_PC : BOOL; LAHUB1H08_RTS : REAL; LAHUB1H07_PC : BOOL; LAHUB1H07_WVBS : REAL; LAHUB1H03_VI : REAL; LAHUB1H03_VP : REAL; LAHUB1H01_SN : INT; LAHUB1H01_SM : INT; LAHUB1H09_WVB : INT; LAHUB1H07_WVB : INT; LAHUB1H04_C : BOOL; LAHUB1H07_A : BOOL; LAHUB1H10_WVBS : REAL; LAHUB1H09_PC : BOOL; LAHUB1H09_RTS : REAL; LAHUB1H08_WVBS : REAL; RAHUB1H07_PC : BOOL; LAHUB1H06_VI : REAL; LAHUB1H06_VP : REAL; LAHUB1H04_SN : INT; LAHUB1H04_SM : INT; LAHUB1H03_RTS : REAL; LAHUB1H10_WVB : INT; LAHUB1H08_WVB : INT; LAHUB1H11_C : BOOL; LAHUB1H01_C : BOOL; LAHUB1H09_A : BOOL; LAHUB1H07_F : BOOL; LAHUB1H03_F : BOOL; LAHUB1H10_WVCS : INT; LAHUB1H09_WVMV : REAL; LAHUB1H09_WVMC : BOOL; LAHUB1H08_WVCS : INT; LAHUB1H07_VI : REAL; LAHUB1H07_VP : REAL; LAHUB1H07_ISO2 : BOOL; LAHUB1H07_ISO1 : BOOL; LAHUB1H04_RH : REAL; LAHUB1H04_ISO2 : BOOL; LAHUB1H04_ISO1 : BOOL; LAHUB1H10_WVC : INT; LAHUB1H08_WVC : INT; LAHUB1H04_RT : INT; LAHUB1H12_A : BOOL; LAHUB1H06_F : BOOL; LAHUB1H05_FPS : BOOL; LAHUB1H04_FPS : BOOL; LAHUB1H04_A : BOOL; LAHUB1H04_R : BOOL; LAHUB1H02_A : BOOL; LAHUB1H12_WVMV : REAL; LAHUB1H12_WVMC : BOOL; RAHUB1H12_SM : INT; LAHUB1H11_VI : REAL; LAHUB1H11_VP : REAL; RAHUB1H11_SM : INT; RAHUB1H10_TSET : REAL; LAHUB1H09_RH : REAL; LAHUB1H06_PC : BOOL; LAHUB1H05_WVCS : INT; RAHUB1H04_TSET : REAL; LAHUB1H02_WVMV : REAL; LAHUB1H02_WVMC : BOOL; RAHUB1H02_SM : INT; LAHUB1H01_VI : REAL; LAHUB1H01_VP : REAL; RAHUB1H01_SM : INT; LAHUB1H05_WVC : INT; LAHUB1H09_RT : INT; LAHUB1H09_C : BOOL; LAHUB1H10_FPS : BOOL; LAHUB1H09_R : BOOL; LAHUB1H06_A : BOOL; LAHUB1H12_PC : BOOL; LAHUB1H12_ISO2 : BOOL; LAHUB1H12_ISO1 : BOOL; LAHUB1H12_WVBS : REAL; RAHUB1H11_PC : BOOL; LAHUB1H09_SN : INT; LAHUB1H09_SM : INT; LAHUB1H08_WVMV : REAL; LAHUB1H08_WVMC : BOOL; RAHUB1H07_SM : INT; LAHUB1H06_SN : INT; LAHUB1H06_SM : INT; LAHUB1H05_VI : REAL; LAHUB1H05_VP : REAL; LAHUB1H05_WVBS : REAL; LAHUB1H04_PC : BOOL; LAHUB1H03_RH : REAL; LAHUB1H02_PC : BOOL; LAHUB1H02_ISO2 : BOOL; LAHUB1H02_ISO1 : BOOL; LAHUB1H02_WVBS : REAL; RAHUB1H01_PC : BOOL; LAHUB1H12_WVB : INT; LAHUB1H05_WVB : INT; LAHUB1H03_RT : INT; LAHUB1H02_WVB : INT; LAHUB1H12_C : BOOL; LAHUB1H02_C : BOOL; LAHUB1H11_F : BOOL; LAHUB1H07_FPS : BOOL; LAHUB1H03_R : BOOL; LAHUB1H01_F : BOOL; LAHUB1H12_WVCS : INT; LAHUB1H12_SN : INT; LAHUB1H12_SM : INT; LAHUB1H12_TSET : REAL; LAHUB1H11_RSTV : REAL; LAHUB1H11_RST : BOOL; LAHUB1H10_WVMV : REAL; LAHUB1H10_WVMC : BOOL; RAHUB1H09_TSET : REAL; LAHUB1H06_RH : REAL; LAHUB1H03_SN : INT; LAHUB1H03_SM : INT; LAHUB1H02_WVCS : INT; LAHUB1H02_SN : INT; LAHUB1H02_SM : INT; LAHUB1H02_TSET : REAL; LAHUB1H01_RSTV : REAL; LAHUB1H01_RST : BOOL; LAHUB1H12_WVC : INT; LAHUB1H02_WVC : INT; LAHUB1H06_RT : INT; LAHUB1H06_C : BOOL; LAHUB1H11_FPS : BOOL; LAHUB1H06_R : BOOL; LAHUB1H05_F : BOOL; LAHUB1H01_FPS : BOOL; LAHUB1H12_RH : REAL; RAHUB1H12_PC : BOOL; LAHUB1H07_WVMV : REAL; LAHUB1H07_WVMC : BOOL; LAHUB1H06_ISO2 : BOOL; LAHUB1H06_ISO1 : BOOL; LAHUB1H05_PC : BOOL; RAHUB1H05_TSET : REAL; LAHUB1H03_PC : BOOL; LAHUB1H03_ISO2 : BOOL; LAHUB1H03_ISO1 : BOOL; LAHUB1H02_RH : REAL; RAHUB1H02_PC : BOOL; LAHUB1H12_RT : INT; LAHUB1H02_RT : INT; LAHUB1H03_C : BOOL; LAHUB1H12_R : BOOL; LAHUB1H09_FPS : BOOL; LAHUB1H09_F : BOOL; LAHUB1H02_R : BOOL; RAHUB1H12_TSET : REAL; LAHUB1H10_RSTV : REAL; LAHUB1H10_RST : BOOL; LAHUB1H10_TSET : REAL; RAHUB1H10_PC : BOOL; LAHUB1H09_VI : REAL; LAHUB1H09_VP : REAL; LAHUB1H08_RSTV : REAL; LAHUB1H08_RST : BOOL; LAHUB1H08_TSET : REAL; LAHUB1H06_WVBS : REAL; LAHUB1H05_RTS : REAL; RAHUB1H02_TSET : REAL; LAHUB1H06_WVB : INT; LAHUB1H08_FPS : BOOL; LAHUB1H11_RTS : REAL; RAHUB1H10_SM : INT; LAHUB1H09_ISO2 : BOOL; LAHUB1H09_ISO1 : BOOL; LAHUB1H06_WVCS : INT; LAHUB1H05_RH : REAL; LAHUB1H01_RTS : REAL; LAHUB1H06_WVC : INT; LAHUB1H05_RT : INT; LAHUB1H10_C : BOOL; LAHUB1H05_A : BOOL; LAHUB1H05_R : BOOL; LAHUB1H03_A : BOOL; RNIAHU00000_CM : BOOL; LAHUB1H10_SN : INT; LAHUB1H10_SM : INT; LAHUB1H08_SN : INT; LAHUB1H08_SM : INT; RAHUB1H07_TSET : REAL; LAHUB1H05_SN : INT; LAHUB1H05_SM : INT; RAHUB1H05_SM : INT; LAHUB1H12_F : BOOL; LAHUB1H02_F : BOOL; LAHUB1H12_VI : REAL; LAHUB1H12_VP : REAL; LAHUB1H10_RH : REAL; LAHUB1H08_RH : REAL; LAHUB1H05_TSET : REAL; RAHUB1H05_PC : BOOL; LAHUB1H04_WVMV : REAL; LAHUB1H04_WVMC : BOOL; LAHUB1H03_TSET : REAL; LAHUB1H02_VI : REAL; LAHUB1H02_VP : REAL; LAHUB1H10_RT : INT; LAHUB1H08_RT : INT; LAHUB1H08_C : BOOL; LAHUB1H05_C : BOOL; LAHUB1H10_A : BOOL; LAHUB1H10_R : BOOL; LAHUB1H08_R : BOOL; LAHUB1H12_RTS : REAL; LAHUB1H11_ISO2 : BOOL; LAHUB1H11_ISO1 : BOOL; LAHUB1H07_TSET : REAL; LAHUB1H06_RSTV : REAL; LAHUB1H06_RST : BOOL; RAHUB1H06_TSET : REAL; LAHUB1H03_RSTV : REAL; LAHUB1H03_RST : BOOL; LAHUB1H03_WVMV : REAL; LAHUB1H03_WVMC : BOOL; LAHUB1H02_RTS : REAL; LAHUB1H01_ISO2 : BOOL; LAHUB1H01_ISO1 : BOOL; LAHUB1H06_FPS : BOOL; LAHUB1H03_FPS : BOOL; LAHUB1H10_PC : BOOL; LAHUB1H08_PC : BOOL; LAHUB1H05_RSTV : REAL; LAHUB1H05_RST : BOOL; LAHUB1H04_TSET : REAL; RAHUB1H03_PC : BOOL; LAHUB1H08_A : BOOL; RNIAHUB1X00_PC : BOOL; LAHUB1H08_ISO2 : BOOL; LAHUB1H08_ISO1 : BOOL; RAHUB1H08_TSET : REAL; RAHUB1H06_SM : INT; LAHUB1H05_WVMV : REAL; LAHUB1H05_WVMC : BOOL; LAHUB1H10_F : BOOL; LAHUB1H12_RSTV : REAL; LAHUB1H12_RST : BOOL; LAHUB1H11_PC : BOOL; LAHUB1H11_WVCS : INT; LAHUB1H11_TSET : REAL; LAHUB1H10_VI : REAL; LAHUB1H10_VP : REAL; LAHUB1H08_VI : REAL; LAHUB1H08_VP : REAL; LAHUB1H06_WVMV : REAL; LAHUB1H06_WVMC : BOOL; RAHUB1H04_PC : BOOL; LAHUB1H03_WVCS : INT; LAHUB1H02_RSTV : REAL; LAHUB1H02_RST : BOOL; LAHUB1H01_PC : BOOL; LAHUB1H01_WVCS : INT; LAHUB1H01_TSET : REAL; LAHUB1H11_WVC : INT; LAHUB1H03_WVC : INT; LAHUB1H01_WVC : INT; LAHUB1H12_FPS : BOOL; LAHUB1H04_F : BOOL; LAHUB1H02_FPS : BOOL; END_VAR (** **) (** {********************************************AHUB1H01********************************************} **) (** {*输入，类型，示值上限，示值下限，基准补偿，输出补偿*} **) (** AHUB1H01_WVB_AVE(INPUT:=LAHUB1H01_WVB); **) (* call - Stmt *) CAL AHUB1H01_WVB_AVE ( INPUT := LAHUB1H01_WVB ) (** AHUB1H01_RT_AVE (INPUT:=LAHUB1H01_RT) ; **) (* call - Stmt *) CAL AHUB1H01_RT_AVE ( INPUT := LAHUB1H01_RT ) (** LAHUB1H01_RTS := BS_Scale(AHUB1H01_RT_AVE.Output ,1,0,100,0,0.0) ; **) (* assign - Stmt *) LD AHUB1H01_RT_AVE.Output BS_Scale 1, 0, 100, 0, 0.0 ST LAHUB1H01_RTS (** LAHUB1H01_WVBS:= BS_Scale(AHUB1H01_WVB_AVE.Output,2,0,100,0,0.0) ; **) (* assign - Stmt *) LD AHUB1H01_WVB_AVE.Output BS_Scale 2, 0, 100, 0, 0.0 ST LAHUB1H01_WVBS (** LAHUB1H01_WVC :=REAL_TO_INT(BS_Scale(LAHUB1H01_WVCS ,4,0,100,0,0.0)); **) (* assign - Stmt *) LD LAHUB1H01_WVCS BS_Scale 4, 0, 100, 0, 0.0 REAL_TO_INT ST LAHUB1H01_WVC (** {*主程序*} **) (** AHUB1H01_DAHU(DAHU_STRUCT_IN:=DAHUB1H01_IN | DAHUB1H01_OUT:=DAHU_STRUCT_OUT); **) (* call - Stmt *) CAL AHUB1H01_DAHU ( DAHU_STRUCT_IN := DAHUB1H01_IN | DAHUB1H01_OUT := DAHU_STRUCT_OUT ) (** {*AHU_INSTRUCT*} **) (** DAHUB1H01_IN.SM :=LAHUB1H01_SM ; **) (* assign - Stmt *) LD LAHUB1H01_SM ST DAHUB1H01_IN.SM (** DAHUB1H01_IN.Run :=LAHUB1H01_R ; **) (* assign - Stmt *) LD LAHUB1H01_R ST DAHUB1H01_IN.Run (** DAHUB1H01_IN.Fault :=LAHUB1H01_F ; **) (* assign - Stmt *) LD LAHUB1H01_F ST DAHUB1H01_IN.Fault (** DAHUB1H01_IN.Auto :=LAHUB1H01_A ; **) (* assign - Stmt *) LD LAHUB1H01_A ST DAHUB1H01_IN.Auto (** DAHUB1H01_IN.ContRol:=LAHUB1H01_PC ; **) (* assign - Stmt *) LD LAHUB1H01_PC ST DAHUB1H01_IN.ContRol (** DAHUB1H01_IN.TSET :=LAHUB1H01_TSET ; **) (* assign - Stmt *) LD LAHUB1H01_TSET ST DAHUB1H01_IN.TSET (** DAHUB1H01_IN.WVMC :=LAHUB1H01_WVMC ; **) (* assign - Stmt *) LD LAHUB1H01_WVMC ST DAHUB1H01_IN.WVMC (** DAHUB1H01_IN.WVMV :=LAHUB1H01_WVMV ; **) (* assign - Stmt *) LD LAHUB1H01_WVMV ST DAHUB1H01_IN.WVMV (** DAHUB1H01_IN.RTS :=LAHUB1H01_RTS ; **) (* assign - Stmt *) LD LAHUB1H01_RTS ST DAHUB1H01_IN.RTS (** DAHUB1H01_IN.RST :=LAHUB1H01_RST ; **) (* assign - Stmt *) LD LAHUB1H01_RST ST DAHUB1H01_IN.RST (** DAHUB1H01_IN.RSTV :=LAHUB1H01_RSTV ; **) (* assign - Stmt *) LD LAHUB1H01_RSTV ST DAHUB1H01_IN.RSTV (** DAHUB1H01_IN.FPS :=LAHUB1H01_FPS ; **) (* assign - Stmt *) LD LAHUB1H01_FPS ST DAHUB1H01_IN.FPS (** DAHUB1H01_IN.ISO1 :=LAHUB1H01_ISO1 ; **) (* assign - Stmt *) LD LAHUB1H01_ISO1 ST DAHUB1H01_IN.ISO1 (** DAHUB1H01_IN.ISO2 :=LAHUB1H01_ISO2 ; **) (* assign - Stmt *) LD LAHUB1H01_ISO2 ST DAHUB1H01_IN.ISO2 (** DAHUB1H01_IN.VP :=LAHUB1H01_VP ; **) (* assign - Stmt *) LD LAHUB1H01_VP ST DAHUB1H01_IN.VP (** DAHUB1H01_IN.VI :=LAHUB1H01_VI ; **) (* assign - Stmt *) LD LAHUB1H01_VI ST DAHUB1H01_IN.VI (** {*AHU_OUTSTRUCT*} **) (** LAHUB1H01_WVCS :=DAHUB1H01_OUT.WVCS ; **) (* assign - Stmt *) LD DAHUB1H01_OUT.WVCS ST LAHUB1H01_WVCS (** LAHUB1H01_C :=DAHUB1H01_OUT.ContRol; **) (* assign - Stmt *) LD DAHUB1H01_OUT.ContRol ST LAHUB1H01_C (** LAHUB1H01_RH :=DAHUB1H01_OUT.RH ; **) (* assign - Stmt *) LD DAHUB1H01_OUT.RH ST LAHUB1H01_RH (** LAHUB1H01_SN :=DAHUB1H01_OUT.SN ; **) (* assign - Stmt *) LD DAHUB1H01_OUT.SN ST LAHUB1H01_SN (** {*同步程序*} **) (** AHUB1H01_SyncContRol(CM:=RNIAHU00000_CM,RM:=LCMD00000_RM, **) (* call - Stmt *) CAL AHUB1H01_SyncContRol ( CM := RNIAHU00000_CM, RM := LCMD00000_RM, (** BOOL_IN0:=RNIAHUB1X00_PC ,BOOL_IN1:=LAHUB1H01_PC ,BOOL_IN2 :=RAHUB1H01_PC , **) BOOL_IN0 := RNIAHUB1X00_PC, BOOL_IN1 := LAHUB1H01_PC, BOOL_IN2 := RAHUB1H01_PC, (** REAL_IN0:=RNIAHUB1X00_TSET,REAL_IN1:=LAHUB1H01_TSET,REAL_IN2 :=RAHUB1H01_TSET, **) REAL_IN0 := RNIAHUB1X00_TSET, REAL_IN1 := LAHUB1H01_TSET, REAL_IN2 := RAHUB1H01_TSET, (** INT_IN0 :=RNIAHUB1X00_SM ,INT_IN1 :=LAHUB1H01_SM ,INT_IN2 :=RAHUB1H01_SM | **) INT_IN0 := RNIAHUB1X00_SM, INT_IN1 := LAHUB1H01_SM, INT_IN2 := RAHUB1H01_SM | (** LAHUB1H01_PC :=BOOL_OUT1 ,RAHUB1H01_PC :=BOOL_OUT2 , **) LAHUB1H01_PC := BOOL_OUT1, RAHUB1H01_PC := BOOL_OUT2, (** LAHUB1H01_TSET:=REAL_OUT1 ,RAHUB1H01_TSET:=REAL_OUT2 , **) LAHUB1H01_TSET := REAL_OUT1, RAHUB1H01_TSET := REAL_OUT2, (** LAHUB1H01_SM :=INT_OUT1 ,RAHUB1H01_SM :=INT_OUT2) ; **) LAHUB1H01_SM := INT_OUT1, RAHUB1H01_SM := INT_OUT2 ) (** {********************************************AHUB1H02********************************************} **) (** {*输入，类型，示值上限，示值下限，基准补偿，输出补偿*} **) (** AHUB1H02_WVB_AVE(INPUT:=LAHUB1H02_WVB); **) (* call - Stmt *) CAL AHUB1H02_WVB_AVE ( INPUT := LAHUB1H02_WVB ) (** AHUB1H02_RT_AVE (INPUT:=LAHUB1H02_RT) ; **) (* call - Stmt *) CAL AHUB1H02_RT_AVE ( INPUT := LAHUB1H02_RT ) (** LAHUB1H02_RTS := BS_Scale(AHUB1H02_RT_AVE.Output ,1,0,100,0,0.0) ; **) (* assign - Stmt *) LD AHUB1H02_RT_AVE.Output BS_Scale 1, 0, 100, 0, 0.0 ST LAHUB1H02_RTS (** LAHUB1H02_WVBS:= BS_Scale(AHUB1H02_WVB_AVE.Output,2,0,100,0,0.0) ; **) (* assign - Stmt *) LD AHUB1H02_WVB_AVE.Output BS_Scale 2, 0, 100, 0, 0.0 ST LAHUB1H02_WVBS (** LAHUB1H02_WVC :=REAL_TO_INT(BS_Scale(LAHUB1H02_WVCS ,4,0,100,0,0.0)); **) (* assign - Stmt *) LD LAHUB1H02_WVCS BS_Scale 4, 0, 100, 0, 0.0 REAL_TO_INT ST LAHUB1H02_WVC (** {*主程序*} **) (** AHUB1H02_DAHU(DAHU_STRUCT_IN:=DAHUB1H02_IN | DAHUB1H02_OUT:=DAHU_STRUCT_OUT); **) (* call - Stmt *) CAL AHUB1H02_DAHU ( DAHU_STRUCT_IN := DAHUB1H02_IN | DAHUB1H02_OUT := DAHU_STRUCT_OUT ) (** {*AHU_INSTRUCT*} **) (** DAHUB1H02_IN.SM :=LAHUB1H02_SM ; **) (* assign - Stmt *) LD LAHUB1H02_SM ST DAHUB1H02_IN.SM (** DAHUB1H02_IN.Run :=LAHUB1H02_R ; **) (* assign - Stmt *) LD LAHUB1H02_R ST DAHUB1H02_IN.Run (** DAHUB1H02_IN.Fault :=LAHUB1H02_F ; **) (* assign - Stmt *) LD LAHUB1H02_F ST DAHUB1H02_IN.Fault (** DAHUB1H02_IN.Auto :=LAHUB1H02_A ; **) (* assign - Stmt *) LD LAHUB1H02_A ST DAHUB1H02_IN.Auto (** DAHUB1H02_IN.ContRol:=LAHUB1H02_PC ; **) (* assign - Stmt *) LD LAHUB1H02_PC ST DAHUB1H02_IN.ContRol (** DAHUB1H02_IN.TSET :=LAHUB1H02_TSET ; **) (* assign - Stmt *) LD LAHUB1H02_TSET ST DAHUB1H02_IN.TSET (** DAHUB1H02_IN.WVMC :=LAHUB1H02_WVMC ; **) (* assign - Stmt *) LD LAHUB1H02_WVMC ST DAHUB1H02_IN.WVMC (** DAHUB1H02_IN.WVMV :=LAHUB1H02_WVMV ; **) (* assign - Stmt *) LD LAHUB1H02_WVMV ST DAHUB1H02_IN.WVMV (** DAHUB1H02_IN.RTS :=LAHUB1H02_RTS ; **) (* assign - Stmt *) LD LAHUB1H02_RTS ST DAHUB1H02_IN.RTS (** DAHUB1H02_IN.RST :=LAHUB1H02_RST ; **) (* assign - Stmt *) LD LAHUB1H02_RST ST DAHUB1H02_IN.RST (** DAHUB1H02_IN.RSTV :=LAHUB1H02_RSTV ; **) (* assign - Stmt *) LD LAHUB1H02_RSTV ST DAHUB1H02_IN.RSTV (** DAHUB1H02_IN.FPS :=LAHUB1H02_FPS ; **) (* assign - Stmt *) LD LAHUB1H02_FPS ST DAHUB1H02_IN.FPS (** DAHUB1H02_IN.ISO1 :=LAHUB1H02_ISO1 ; **) (* assign - Stmt *) LD LAHUB1H02_ISO1 ST DAHUB1H02_IN.ISO1 (** DAHUB1H02_IN.ISO2 :=LAHUB1H02_ISO2 ; **) (* assign - Stmt *) LD LAHUB1H02_ISO2 ST DAHUB1H02_IN.ISO2 (** DAHUB1H02_IN.VP :=LAHUB1H02_VP ; **) (* assign - Stmt *) LD LAHUB1H02_VP ST DAHUB1H02_IN.VP (** DAHUB1H02_IN.VI :=LAHUB1H02_VI ; **) (* assign - Stmt *) LD LAHUB1H02_VI ST DAHUB1H02_IN.VI (** {*AHU_OUTSTRUCT*} **) (** LAHUB1H02_WVCS :=DAHUB1H02_OUT.WVCS ; **) (* assign - Stmt *) LD DAHUB1H02_OUT.WVCS ST LAHUB1H02_WVCS (** LAHUB1H02_C :=DAHUB1H02_OUT.ContRol; **) (* assign - Stmt *) LD DAHUB1H02_OUT.ContRol ST LAHUB1H02_C (** LAHUB1H02_RH :=DAHUB1H02_OUT.RH ; **) (* assign - Stmt *) LD DAHUB1H02_OUT.RH ST LAHUB1H02_RH (** LAHUB1H02_SN :=DAHUB1H02_OUT.SN ; **) (* assign - Stmt *) LD DAHUB1H02_OUT.SN ST LAHUB1H02_SN (** {*同步程序*} **) (** AHUB1H02_SyncContRol(CM:=RNIAHU00000_CM,RM:=LCMD00000_RM, **) (* call - Stmt *) CAL AHUB1H02_SyncContRol ( CM := RNIAHU00000_CM, RM := LCMD00000_RM, (** BOOL_IN0:=RNIAHUB1X00_PC ,BOOL_IN1:=LAHUB1H02_PC ,BOOL_IN2 :=RAHUB1H02_PC , **) BOOL_IN0 := RNIAHUB1X00_PC, BOOL_IN1 := LAHUB1H02_PC, BOOL_IN2 := RAHUB1H02_PC, (** REAL_IN0:=RNIAHUB1X00_TSET,REAL_IN1:=LAHUB1H02_TSET,REAL_IN2 :=RAHUB1H02_TSET, **) REAL_IN0 := RNIAHUB1X00_TSET, REAL_IN1 := LAHUB1H02_TSET, REAL_IN2 := RAHUB1H02_TSET, (** INT_IN0 :=RNIAHUB1X00_SM ,INT_IN1 :=LAHUB1H02_SM ,INT_IN2 :=RAHUB1H02_SM | **) INT_IN0 := RNIAHUB1X00_SM, INT_IN1 := LAHUB1H02_SM, INT_IN2 := RAHUB1H02_SM | (** LAHUB1H02_PC :=BOOL_OUT1 ,RAHUB1H02_PC :=BOOL_OUT2 , **) LAHUB1H02_PC := BOOL_OUT1, RAHUB1H02_PC := BOOL_OUT2, (** LAHUB1H02_TSET:=REAL_OUT1 ,RAHUB1H02_TSET:=REAL_OUT2 , **) LAHUB1H02_TSET := REAL_OUT1, RAHUB1H02_TSET := REAL_OUT2, (** LAHUB1H02_SM :=INT_OUT1 ,RAHUB1H02_SM :=INT_OUT2) ; **) LAHUB1H02_SM := INT_OUT1, RAHUB1H02_SM := INT_OUT2 ) (** **) (** {********************************************AHUB1H03********************************************} **) (** {*输入，类型，示值上限，示值下限，基准补偿，输出补偿*} **) (** AHUB1H03_WVB_AVE(INPUT:=LAHUB1H03_WVB); **) (* call - Stmt *) CAL AHUB1H03_WVB_AVE ( INPUT := LAHUB1H03_WVB ) (** AHUB1H03_RT_AVE (INPUT:=LAHUB1H03_RT) ; **) (* call - Stmt *) CAL AHUB1H03_RT_AVE ( INPUT := LAHUB1H03_RT ) (** LAHUB1H03_RTS := BS_Scale(AHUB1H03_RT_AVE.Output ,1,0,100,0,0.0) ; **) (* assign - Stmt *) LD AHUB1H03_RT_AVE.Output BS_Scale 1, 0, 100, 0, 0.0 ST LAHUB1H03_RTS (** LAHUB1H03_WVBS:= BS_Scale(AHUB1H03_WVB_AVE.Output,2,0,100,0,0.0) ; **) (* assign - Stmt *) LD AHUB1H03_WVB_AVE.Output BS_Scale 2, 0, 100, 0, 0.0 ST LAHUB1H03_WVBS (** LAHUB1H03_WVC :=REAL_TO_INT(BS_Scale(LAHUB1H03_WVCS ,4,0,100,0,0.0)); **) (* assign - Stmt *) LD LAHUB1H03_WVCS BS_Scale 4, 0, 100, 0, 0.0 REAL_TO_INT ST LAHUB1H03_WVC (** {*主程序*} **) (** AHUB1H03_DAHU(DAHU_STRUCT_IN:=DAHUB1H03_IN | DAHUB1H03_OUT:=DAHU_STRUCT_OUT); **) (* call - Stmt *) CAL AHUB1H03_DAHU ( DAHU_STRUCT_IN := DAHUB1H03_IN | DAHUB1H03_OUT := DAHU_STRUCT_OUT ) (** {*AHU_INSTRUCT*} **) (** DAHUB1H03_IN.SM :=LAHUB1H03_SM ; **) (* assign - Stmt *) LD LAHUB1H03_SM ST DAHUB1H03_IN.SM (** DAHUB1H03_IN.Run :=LAHUB1H03_R ; **) (* assign - Stmt *) LD LAHUB1H03_R ST DAHUB1H03_IN.Run (** DAHUB1H03_IN.Fault :=LAHUB1H03_F ; **) (* assign - Stmt *) LD LAHUB1H03_F ST DAHUB1H03_IN.Fault (** DAHUB1H03_IN.Auto :=LAHUB1H03_A ; **) (* assign - Stmt *) LD LAHUB1H03_A ST DAHUB1H03_IN.Auto (** DAHUB1H03_IN.ContRol:=LAHUB1H03_PC ; **) (* assign - Stmt *) LD LAHUB1H03_PC ST DAHUB1H03_IN.ContRol (** DAHUB1H03_IN.TSET :=LAHUB1H03_TSET ; **) (* assign - Stmt *) LD LAHUB1H03_TSET ST DAHUB1H03_IN.TSET (** DAHUB1H03_IN.WVMC :=LAHUB1H03_WVMC ; **) (* assign - Stmt *) LD LAHUB1H03_WVMC ST DAHUB1H03_IN.WVMC (** DAHUB1H03_IN.WVMV :=LAHUB1H03_WVMV ; **) (* assign - Stmt *) LD LAHUB1H03_WVMV ST DAHUB1H03_IN.WVMV (** DAHUB1H03_IN.RTS :=LAHUB1H03_RTS ; **) (* assign - Stmt *) LD LAHUB1H03_RTS ST DAHUB1H03_IN.RTS (** DAHUB1H03_IN.RST :=LAHUB1H03_RST ; **) (* assign - Stmt *) LD LAHUB1H03_RST ST DAHUB1H03_IN.RST (** DAHUB1H03_IN.RSTV :=LAHUB1H03_RSTV ; **) (* assign - Stmt *) LD LAHUB1H03_RSTV ST DAHUB1H03_IN.RSTV (** DAHUB1H03_IN.FPS :=LAHUB1H03_FPS ; **) (* assign - Stmt *) LD LAHUB1H03_FPS ST DAHUB1H03_IN.FPS (** DAHUB1H03_IN.ISO1 :=LAHUB1H03_ISO1 ; **) (* assign - Stmt *) LD LAHUB1H03_ISO1 ST DAHUB1H03_IN.ISO1 (** DAHUB1H03_IN.ISO2 :=LAHUB1H03_ISO2 ; **) (* assign - Stmt *) LD LAHUB1H03_ISO2 ST DAHUB1H03_IN.ISO2 (** DAHUB1H03_IN.VP :=LAHUB1H03_VP ; **) (* assign - Stmt *) LD LAHUB1H03_VP ST DAHUB1H03_IN.VP (** DAHUB1H03_IN.VI :=LAHUB1H03_VI ; **) (* assign - Stmt *) LD LAHUB1H03_VI ST DAHUB1H03_IN.VI (** {*AHU_OUTSTRUCT*} **) (** LAHUB1H03_WVCS :=DAHUB1H03_OUT.WVCS ; **) (* assign - Stmt *) LD DAHUB1H03_OUT.WVCS ST LAHUB1H03_WVCS (** LAHUB1H03_C :=DAHUB1H03_OUT.ContRol; **) (* assign - Stmt *) LD DAHUB1H03_OUT.ContRol ST LAHUB1H03_C (** LAHUB1H03_RH :=DAHUB1H03_OUT.RH ; **) (* assign - Stmt *) LD DAHUB1H03_OUT.RH ST LAHUB1H03_RH (** LAHUB1H03_SN :=DAHUB1H03_OUT.SN ; **) (* assign - Stmt *) LD DAHUB1H03_OUT.SN ST LAHUB1H03_SN (** {*同步程序*} **) (** AHUB1H03_SyncContRol(CM:=RNIAHU00000_CM,RM:=LCMD00000_RM, **) (* call - Stmt *) CAL AHUB1H03_SyncContRol ( CM := RNIAHU00000_CM, RM := LCMD00000_RM, (** BOOL_IN0:=RNIAHUB1X00_PC ,BOOL_IN1:=LAHUB1H03_PC ,BOOL_IN2 :=RAHUB1H03_PC , **) BOOL_IN0 := RNIAHUB1X00_PC, BOOL_IN1 := LAHUB1H03_PC, BOOL_IN2 := RAHUB1H03_PC, (** REAL_IN0:=RNIAHUB1X00_TSET,REAL_IN1:=LAHUB1H03_TSET,REAL_IN2 :=RAHUB1H03_TSET, **) REAL_IN0 := RNIAHUB1X00_TSET, REAL_IN1 := LAHUB1H03_TSET, REAL_IN2 := RAHUB1H03_TSET, (** INT_IN0 :=RNIAHUB1X00_SM ,INT_IN1 :=LAHUB1H03_SM ,INT_IN2 :=RAHUB1H03_SM | **) INT_IN0 := RNIAHUB1X00_SM, INT_IN1 := LAHUB1H03_SM, INT_IN2 := RAHUB1H03_SM | (** LAHUB1H03_PC :=BOOL_OUT1 ,RAHUB1H03_PC :=BOOL_OUT2 , **) LAHUB1H03_PC := BOOL_OUT1, RAHUB1H03_PC := BOOL_OUT2, (** LAHUB1H03_TSET:=REAL_OUT1 ,RAHUB1H03_TSET:=REAL_OUT2 , **) LAHUB1H03_TSET := REAL_OUT1, RAHUB1H03_TSET := REAL_OUT2, (** LAHUB1H03_SM :=INT_OUT1 ,RAHUB1H03_SM :=INT_OUT2) ; **) LAHUB1H03_SM := INT_OUT1, RAHUB1H03_SM := INT_OUT2 ) (** **) (** {********************************************AHUB1H03********************************************} **) (** {*输入，类型，示值上限，示值下限，基准补偿，输出补偿*} **) (** AHUB1H04_WVB_AVE(INPUT:=LAHUB1H04_WVB); **) (* call - Stmt *) CAL AHUB1H04_WVB_AVE ( INPUT := LAHUB1H04_WVB ) (** AHUB1H04_RT_AVE (INPUT:=LAHUB1H04_RT) ; **) (* call - Stmt *) CAL AHUB1H04_RT_AVE ( INPUT := LAHUB1H04_RT ) (** LAHUB1H04_RTS := BS_Scale(AHUB1H04_RT_AVE.Output ,1,0,100,0,0.0) ; **) (* assign - Stmt *) LD AHUB1H04_RT_AVE.Output BS_Scale 1, 0, 100, 0, 0.0 ST LAHUB1H04_RTS (** LAHUB1H04_WVBS:= BS_Scale(AHUB1H04_WVB_AVE.Output,2,0,100,0,0.0) ; **) (* assign - Stmt *) LD AHUB1H04_WVB_AVE.Output BS_Scale 2, 0, 100, 0, 0.0 ST LAHUB1H04_WVBS (** LAHUB1H04_WVC :=REAL_TO_INT(BS_Scale(LAHUB1H04_WVCS ,4,0,100,0,0.0)); **) (* assign - Stmt *) LD LAHUB1H04_WVCS BS_Scale 4, 0, 100, 0, 0.0 REAL_TO_INT ST LAHUB1H04_WVC (** {*主程序*} **) (** AHUB1H04_DAHU(DAHU_STRUCT_IN:=DAHUB1H04_IN | DAHUB1H04_OUT:=DAHU_STRUCT_OUT); **) (* call - Stmt *) CAL AHUB1H04_DAHU ( DAHU_STRUCT_IN := DAHUB1H04_IN | DAHUB1H04_OUT := DAHU_STRUCT_OUT ) (** {*AHU_INSTRUCT*} **) (** DAHUB1H04_IN.SM :=LAHUB1H04_SM ; **) (* assign - Stmt *) LD LAHUB1H04_SM ST DAHUB1H04_IN.SM (** DAHUB1H04_IN.Run :=LAHUB1H04_R ; **) (* assign - Stmt *) LD LAHUB1H04_R ST DAHUB1H04_IN.Run (** DAHUB1H04_IN.Fault :=LAHUB1H04_F ; **) (* assign - Stmt *) LD LAHUB1H04_F ST DAHUB1H04_IN.Fault (** DAHUB1H04_IN.Auto :=LAHUB1H04_A ; **) (* assign - Stmt *) LD LAHUB1H04_A ST DAHUB1H04_IN.Auto (** DAHUB1H04_IN.ContRol:=LAHUB1H04_PC ; **) (* assign - Stmt *) LD LAHUB1H04_PC ST DAHUB1H04_IN.ContRol (** DAHUB1H04_IN.TSET :=LAHUB1H04_TSET ; **) (* assign - Stmt *) LD LAHUB1H04_TSET ST DAHUB1H04_IN.TSET (** DAHUB1H04_IN.WVMC :=LAHUB1H04_WVMC ; **) (* assign - Stmt *) LD LAHUB1H04_WVMC ST DAHUB1H04_IN.WVMC (** DAHUB1H04_IN.WVMV :=LAHUB1H04_WVMV ; **) (* assign - Stmt *) LD LAHUB1H04_WVMV ST DAHUB1H04_IN.WVMV (** DAHUB1H04_IN.RTS :=LAHUB1H04_RTS ; **) (* assign - Stmt *) LD LAHUB1H04_RTS ST DAHUB1H04_IN.RTS (** DAHUB1H04_IN.RST :=LAHUB1H04_RST ; **) (* assign - Stmt *) LD LAHUB1H04_RST ST DAHUB1H04_IN.RST (** DAHUB1H04_IN.RSTV :=LAHUB1H04_RSTV ; **) (* assign - Stmt *) LD LAHUB1H04_RSTV ST DAHUB1H04_IN.RSTV (** DAHUB1H04_IN.FPS :=LAHUB1H04_FPS ; **) (* assign - Stmt *) LD LAHUB1H04_FPS ST DAHUB1H04_IN.FPS (** DAHUB1H04_IN.ISO1 :=LAHUB1H04_ISO1 ; **) (* assign - Stmt *) LD LAHUB1H04_ISO1 ST DAHUB1H04_IN.ISO1 (** DAHUB1H04_IN.ISO2 :=LAHUB1H04_ISO2 ; **) (* assign - Stmt *) LD LAHUB1H04_ISO2 ST DAHUB1H04_IN.ISO2 (** DAHUB1H04_IN.VP :=LAHUB1H04_VP ; **) (* assign - Stmt *) LD LAHUB1H04_VP ST DAHUB1H04_IN.VP (** DAHUB1H04_IN.VI :=LAHUB1H04_VI ; **) (* assign - Stmt *) LD LAHUB1H04_VI ST DAHUB1H04_IN.VI (** {*AHU_OUTSTRUCT*} **) (** LAHUB1H04_WVCS :=DAHUB1H04_OUT.WVCS ; **) (* assign - Stmt *) LD DAHUB1H04_OUT.WVCS ST LAHUB1H04_WVCS (** LAHUB1H04_C :=DAHUB1H04_OUT.ContRol; **) (* assign - Stmt *) LD DAHUB1H04_OUT.ContRol ST LAHUB1H04_C (** LAHUB1H04_RH :=DAHUB1H04_OUT.RH ; **) (* assign - Stmt *) LD DAHUB1H04_OUT.RH ST LAHUB1H04_RH (** LAHUB1H04_SN :=DAHUB1H04_OUT.SN ; **) (* assign - Stmt *) LD DAHUB1H04_OUT.SN ST LAHUB1H04_SN (** {*同步程序*} **) (** AHUB1H04_SyncContRol(CM:=RNIAHU00000_CM,RM:=LCMD00000_RM, **) (* call - Stmt *) CAL AHUB1H04_SyncContRol ( CM := RNIAHU00000_CM, RM := LCMD00000_RM, (** BOOL_IN0:=RNIAHUB1X00_PC ,BOOL_IN1:=LAHUB1H04_PC ,BOOL_IN2 :=RAHUB1H04_PC , **) BOOL_IN0 := RNIAHUB1X00_PC, BOOL_IN1 := LAHUB1H04_PC, BOOL_IN2 := RAHUB1H04_PC, (** REAL_IN0:=RNIAHUB1X00_TSET,REAL_IN1:=LAHUB1H04_TSET,REAL_IN2 :=RAHUB1H04_TSET, **) REAL_IN0 := RNIAHUB1X00_TSET, REAL_IN1 := LAHUB1H04_TSET, REAL_IN2 := RAHUB1H04_TSET, (** INT_IN0 :=RNIAHUB1X00_SM ,INT_IN1 :=LAHUB1H04_SM ,INT_IN2 :=RAHUB1H04_SM | **) INT_IN0 := RNIAHUB1X00_SM, INT_IN1 := LAHUB1H04_SM, INT_IN2 := RAHUB1H04_SM | (** LAHUB1H04_PC :=BOOL_OUT1 ,RAHUB1H04_PC :=BOOL_OUT2 , **) LAHUB1H04_PC := BOOL_OUT1, RAHUB1H04_PC := BOOL_OUT2, (** LAHUB1H04_TSET:=REAL_OUT1 ,RAHUB1H04_TSET:=REAL_OUT2 , **) LAHUB1H04_TSET := REAL_OUT1, RAHUB1H04_TSET := REAL_OUT2, (** LAHUB1H04_SM :=INT_OUT1 ,RAHUB1H04_SM :=INT_OUT2) ; **) LAHUB1H04_SM := INT_OUT1, RAHUB1H04_SM := INT_OUT2 ) (** **) (** {********************************************AHUB1H03********************************************} **) (** {*输入，类型，示值上限，示值下限，基准补偿，输出补偿*} **) (** AHUB1H05_WVB_AVE(INPUT:=LAHUB1H05_WVB); **) (* call - Stmt *) CAL AHUB1H05_WVB_AVE ( INPUT := LAHUB1H05_WVB ) (** AHUB1H05_RT_AVE (INPUT:=LAHUB1H05_RT) ; **) (* call - Stmt *) CAL AHUB1H05_RT_AVE ( INPUT := LAHUB1H05_RT ) (** LAHUB1H05_RTS := BS_Scale(AHUB1H05_RT_AVE.Output ,1,0,100,0,0.0) ; **) (* assign - Stmt *) LD AHUB1H05_RT_AVE.Output BS_Scale 1, 0, 100, 0, 0.0 ST LAHUB1H05_RTS (** LAHUB1H05_WVBS:= BS_Scale(AHUB1H05_WVB_AVE.Output,2,0,100,0,0.0) ; **) (* assign - Stmt *) LD AHUB1H05_WVB_AVE.Output BS_Scale 2, 0, 100, 0, 0.0 ST LAHUB1H05_WVBS (** LAHUB1H05_WVC :=REAL_TO_INT(BS_Scale(LAHUB1H05_WVCS ,4,0,100,0,0.0)); **) (* assign - Stmt *) LD LAHUB1H05_WVCS BS_Scale 4, 0, 100, 0, 0.0 REAL_TO_INT ST LAHUB1H05_WVC (** {*主程序*} **) (** AHUB1H05_DAHU(DAHU_STRUCT_IN:=DAHUB1H05_IN | DAHUB1H05_OUT:=DAHU_STRUCT_OUT); **) (* call - Stmt *) CAL AHUB1H05_DAHU ( DAHU_STRUCT_IN := DAHUB1H05_IN | DAHUB1H05_OUT := DAHU_STRUCT_OUT ) (** {*AHU_INSTRUCT*} **) (** DAHUB1H05_IN.SM :=LAHUB1H05_SM ; **) (* assign - Stmt *) LD LAHUB1H05_SM ST DAHUB1H05_IN.SM (** DAHUB1H05_IN.Run :=LAHUB1H05_R ; **) (* assign - Stmt *) LD LAHUB1H05_R ST DAHUB1H05_IN.Run (** DAHUB1H05_IN.Fault :=LAHUB1H05_F ; **) (* assign - Stmt *) LD LAHUB1H05_F ST DAHUB1H05_IN.Fault (** DAHUB1H05_IN.Auto :=LAHUB1H05_A ; **) (* assign - Stmt *) LD LAHUB1H05_A ST DAHUB1H05_IN.Auto (** DAHUB1H05_IN.ContRol:=LAHUB1H05_PC ; **) (* assign - Stmt *) LD LAHUB1H05_PC ST DAHUB1H05_IN.ContRol (** DAHUB1H05_IN.TSET :=LAHUB1H05_TSET ; **) (* assign - Stmt *) LD LAHUB1H05_TSET ST DAHUB1H05_IN.TSET (** DAHUB1H05_IN.WVMC :=LAHUB1H05_WVMC ; **) (* assign - Stmt *) LD LAHUB1H05_WVMC ST DAHUB1H05_IN.WVMC (** DAHUB1H05_IN.WVMV :=LAHUB1H05_WVMV ; **) (* assign - Stmt *) LD LAHUB1H05_WVMV ST DAHUB1H05_IN.WVMV (** DAHUB1H05_IN.RTS :=LAHUB1H05_RTS ; **) (* assign - Stmt *) LD LAHUB1H05_RTS ST DAHUB1H05_IN.RTS (** DAHUB1H05_IN.RST :=LAHUB1H05_RST ; **) (* assign - Stmt *) LD LAHUB1H05_RST ST DAHUB1H05_IN.RST (** DAHUB1H05_IN.RSTV :=LAHUB1H05_RSTV ; **) (* assign - Stmt *) LD LAHUB1H05_RSTV ST DAHUB1H05_IN.RSTV (** DAHUB1H05_IN.FPS :=LAHUB1H05_FPS ; **) (* assign - Stmt *) LD LAHUB1H05_FPS ST DAHUB1H05_IN.FPS (** DAHUB1H05_IN.ISO1 :=LAHUB1H05_ISO1 ; **) (* assign - Stmt *) LD LAHUB1H05_ISO1 ST DAHUB1H05_IN.ISO1 (** DAHUB1H05_IN.ISO2 :=LAHUB1H05_ISO2 ; **) (* assign - Stmt *) LD LAHUB1H05_ISO2 ST DAHUB1H05_IN.ISO2 (** DAHUB1H05_IN.VP :=LAHUB1H05_VP ; **) (* assign - Stmt *) LD LAHUB1H05_VP ST DAHUB1H05_IN.VP (** DAHUB1H05_IN.VI :=LAHUB1H05_VI ; **) (* assign - Stmt *) LD LAHUB1H05_VI ST DAHUB1H05_IN.VI (** {*AHU_OUTSTRUCT*} **) (** LAHUB1H05_WVCS :=DAHUB1H05_OUT.WVCS ; **) (* assign - Stmt *) LD DAHUB1H05_OUT.WVCS ST LAHUB1H05_WVCS (** LAHUB1H05_C :=DAHUB1H05_OUT.ContRol; **) (* assign - Stmt *) LD DAHUB1H05_OUT.ContRol ST LAHUB1H05_C (** LAHUB1H05_RH :=DAHUB1H05_OUT.RH ; **) (* assign - Stmt *) LD DAHUB1H05_OUT.RH ST LAHUB1H05_RH (** LAHUB1H05_SN :=DAHUB1H05_OUT.SN ; **) (* assign - Stmt *) LD DAHUB1H05_OUT.SN ST LAHUB1H05_SN (** {*同步程序*} **) (** AHUB1H05_SyncContRol(CM:=RNIAHU00000_CM,RM:=LCMD00000_RM, **) (* call - Stmt *) CAL AHUB1H05_SyncContRol ( CM := RNIAHU00000_CM, RM := LCMD00000_RM, (** BOOL_IN0:=RNIAHUB1X00_PC ,BOOL_IN1:=LAHUB1H05_PC ,BOOL_IN2 :=RAHUB1H05_PC , **) BOOL_IN0 := RNIAHUB1X00_PC, BOOL_IN1 := LAHUB1H05_PC, BOOL_IN2 := RAHUB1H05_PC, (** REAL_IN0:=RNIAHUB1X00_TSET,REAL_IN1:=LAHUB1H05_TSET,REAL_IN2 :=RAHUB1H05_TSET, **) REAL_IN0 := RNIAHUB1X00_TSET, REAL_IN1 := LAHUB1H05_TSET, REAL_IN2 := RAHUB1H05_TSET, (** INT_IN0 :=RNIAHUB1X00_SM ,INT_IN1 :=LAHUB1H05_SM ,INT_IN2 :=RAHUB1H05_SM | **) INT_IN0 := RNIAHUB1X00_SM, INT_IN1 := LAHUB1H05_SM, INT_IN2 := RAHUB1H05_SM | (** LAHUB1H05_PC :=BOOL_OUT1 ,RAHUB1H05_PC :=BOOL_OUT2 , **) LAHUB1H05_PC := BOOL_OUT1, RAHUB1H05_PC := BOOL_OUT2, (** LAHUB1H05_TSET:=REAL_OUT1 ,RAHUB1H05_TSET:=REAL_OUT2 , **) LAHUB1H05_TSET := REAL_OUT1, RAHUB1H05_TSET := REAL_OUT2, (** LAHUB1H05_SM :=INT_OUT1 ,RAHUB1H05_SM :=INT_OUT2) ; **) LAHUB1H05_SM := INT_OUT1, RAHUB1H05_SM := INT_OUT2 ) (** **) (** {********************************************AHUB1H03********************************************} **) (** {*输入，类型，示值上限，示值下限，基准补偿，输出补偿*} **) (** AHUB1H06_WVB_AVE(INPUT:=LAHUB1H06_WVB); **) (* call - Stmt *) CAL AHUB1H06_WVB_AVE ( INPUT := LAHUB1H06_WVB ) (** AHUB1H06_RT_AVE (INPUT:=LAHUB1H06_RT) ; **) (* call - Stmt *) CAL AHUB1H06_RT_AVE ( INPUT := LAHUB1H06_RT ) (** LAHUB1H06_RTS := BS_Scale(AHUB1H06_RT_AVE.Output ,1,0,100,0,0.0) ; **) (* assign - Stmt *) LD AHUB1H06_RT_AVE.Output BS_Scale 1, 0, 100, 0, 0.0 ST LAHUB1H06_RTS (** LAHUB1H06_WVBS:= BS_Scale(AHUB1H06_WVB_AVE.Output,2,0,100,0,0.0) ; **) (* assign - Stmt *) LD AHUB1H06_WVB_AVE.Output BS_Scale 2, 0, 100, 0, 0.0 ST LAHUB1H06_WVBS (** LAHUB1H06_WVC :=REAL_TO_INT(BS_Scale(LAHUB1H06_WVCS ,4,0,100,0,0.0)); **) (* assign - Stmt *) LD LAHUB1H06_WVCS BS_Scale 4, 0, 100, 0, 0.0 REAL_TO_INT ST LAHUB1H06_WVC (** {*主程序*} **) (** AHUB1H06_DAHU(DAHU_STRUCT_IN:=DAHUB1H06_IN | DAHUB1H06_OUT:=DAHU_STRUCT_OUT); **) (* call - Stmt *) CAL AHUB1H06_DAHU ( DAHU_STRUCT_IN := DAHUB1H06_IN | DAHUB1H06_OUT := DAHU_STRUCT_OUT ) (** {*AHU_INSTRUCT*} **) (** DAHUB1H06_IN.SM :=LAHUB1H06_SM ; **) (* assign - Stmt *) LD LAHUB1H06_SM ST DAHUB1H06_IN.SM (** DAHUB1H06_IN.Run :=LAHUB1H06_R ; **) (* assign - Stmt *) LD LAHUB1H06_R ST DAHUB1H06_IN.Run (** DAHUB1H06_IN.Fault :=LAHUB1H06_F ; **) (* assign - Stmt *) LD LAHUB1H06_F ST DAHUB1H06_IN.Fault (** DAHUB1H06_IN.Auto :=LAHUB1H06_A ; **) (* assign - Stmt *) LD LAHUB1H06_A ST DAHUB1H06_IN.Auto (** DAHUB1H06_IN.ContRol:=LAHUB1H06_PC ; **) (* assign - Stmt *) LD LAHUB1H06_PC ST DAHUB1H06_IN.ContRol (** DAHUB1H06_IN.TSET :=LAHUB1H06_TSET ; **) (* assign - Stmt *) LD LAHUB1H06_TSET ST DAHUB1H06_IN.TSET (** DAHUB1H06_IN.WVMC :=LAHUB1H06_WVMC ; **) (* assign - Stmt *) LD LAHUB1H06_WVMC ST DAHUB1H06_IN.WVMC (** DAHUB1H06_IN.WVMV :=LAHUB1H06_WVMV ; **) (* assign - Stmt *) LD LAHUB1H06_WVMV ST DAHUB1H06_IN.WVMV (** DAHUB1H06_IN.RTS :=LAHUB1H06_RTS ; **) (* assign - Stmt *) LD LAHUB1H06_RTS ST DAHUB1H06_IN.RTS (** DAHUB1H06_IN.RST :=LAHUB1H06_RST ; **) (* assign - Stmt *) LD LAHUB1H06_RST ST DAHUB1H06_IN.RST (** DAHUB1H06_IN.RSTV :=LAHUB1H06_RSTV ; **) (* assign - Stmt *) LD LAHUB1H06_RSTV ST DAHUB1H06_IN.RSTV (** DAHUB1H06_IN.FPS :=LAHUB1H06_FPS ; **) (* assign - Stmt *) LD LAHUB1H06_FPS ST DAHUB1H06_IN.FPS (** DAHUB1H06_IN.ISO1 :=LAHUB1H06_ISO1 ; **) (* assign - Stmt *) LD LAHUB1H06_ISO1 ST DAHUB1H06_IN.ISO1 (** DAHUB1H06_IN.ISO2 :=LAHUB1H06_ISO2 ; **) (* assign - Stmt *) LD LAHUB1H06_ISO2 ST DAHUB1H06_IN.ISO2 (** DAHUB1H06_IN.VP :=LAHUB1H06_VP ; **) (* assign - Stmt *) LD LAHUB1H06_VP ST DAHUB1H06_IN.VP (** DAHUB1H06_IN.VI :=LAHUB1H06_VI ; **) (* assign - Stmt *) LD LAHUB1H06_VI ST DAHUB1H06_IN.VI (** {*AHU_OUTSTRUCT*} **) (** LAHUB1H06_WVCS :=DAHUB1H06_OUT.WVCS ; **) (* assign - Stmt *) LD DAHUB1H06_OUT.WVCS ST LAHUB1H06_WVCS (** LAHUB1H06_C :=DAHUB1H06_OUT.ContRol; **) (* assign - Stmt *) LD DAHUB1H06_OUT.ContRol ST LAHUB1H06_C (** LAHUB1H06_RH :=DAHUB1H06_OUT.RH ; **) (* assign - Stmt *) LD DAHUB1H06_OUT.RH ST LAHUB1H06_RH (** LAHUB1H06_SN :=DAHUB1H06_OUT.SN ; **) (* assign - Stmt *) LD DAHUB1H06_OUT.SN ST LAHUB1H06_SN (** {*同步程序*} **) (** AHUB1H06_SyncContRol(CM:=RNIAHU00000_CM,RM:=LCMD00000_RM, **) (* call - Stmt *) CAL AHUB1H06_SyncContRol ( CM := RNIAHU00000_CM, RM := LCMD00000_RM, (** BOOL_IN0:=RNIAHUB1X00_PC ,BOOL_IN1:=LAHUB1H06_PC ,BOOL_IN2 :=RAHUB1H06_PC , **) BOOL_IN0 := RNIAHUB1X00_PC, BOOL_IN1 := LAHUB1H06_PC, BOOL_IN2 := RAHUB1H06_PC, (** REAL_IN0:=RNIAHUB1X00_TSET,REAL_IN1:=LAHUB1H06_TSET,REAL_IN2 :=RAHUB1H06_TSET, **) REAL_IN0 := RNIAHUB1X00_TSET, REAL_IN1 := LAHUB1H06_TSET, REAL_IN2 := RAHUB1H06_TSET, (** INT_IN0 :=RNIAHUB1X00_SM ,INT_IN1 :=LAHUB1H06_SM ,INT_IN2 :=RAHUB1H06_SM | **) INT_IN0 := RNIAHUB1X00_SM, INT_IN1 := LAHUB1H06_SM, INT_IN2 := RAHUB1H06_SM | (** LAHUB1H06_PC :=BOOL_OUT1 ,RAHUB1H06_PC :=BOOL_OUT2 , **) LAHUB1H06_PC := BOOL_OUT1, RAHUB1H06_PC := BOOL_OUT2, (** LAHUB1H06_TSET:=REAL_OUT1 ,RAHUB1H06_TSET:=REAL_OUT2 , **) LAHUB1H06_TSET := REAL_OUT1, RAHUB1H06_TSET := REAL_OUT2, (** LAHUB1H06_SM :=INT_OUT1 ,RAHUB1H06_SM :=INT_OUT2) ; **) LAHUB1H06_SM := INT_OUT1, RAHUB1H06_SM := INT_OUT2 ) (** {********************************************AHUB1H03********************************************} **) (** {*输入，类型，示值上限，示值下限，基准补偿，输出补偿*} **) (** AHUB1H07_WVB_AVE(INPUT:=LAHUB1H07_WVB); **) (* call - Stmt *) CAL AHUB1H07_WVB_AVE ( INPUT := LAHUB1H07_WVB ) (** AHUB1H07_RT_AVE (INPUT:=LAHUB1H07_RT) ; **) (* call - Stmt *) CAL AHUB1H07_RT_AVE ( INPUT := LAHUB1H07_RT ) (** LAHUB1H07_RTS := BS_Scale(AHUB1H07_RT_AVE.Output ,1,0,100,0,0.0) ; **) (* assign - Stmt *) LD AHUB1H07_RT_AVE.Output BS_Scale 1, 0, 100, 0, 0.0 ST LAHUB1H07_RTS (** LAHUB1H07_WVBS:= BS_Scale(AHUB1H07_WVB_AVE.Output,2,0,100,0,0.0) ; **) (* assign - Stmt *) LD AHUB1H07_WVB_AVE.Output BS_Scale 2, 0, 100, 0, 0.0 ST LAHUB1H07_WVBS (** LAHUB1H07_WVC :=REAL_TO_INT(BS_Scale(LAHUB1H07_WVCS ,4,0,100,0,0.0)); **) (* assign - Stmt *) LD LAHUB1H07_WVCS BS_Scale 4, 0, 100, 0, 0.0 REAL_TO_INT ST LAHUB1H07_WVC (** {*主程序*} **) (** AHUB1H07_DAHU(DAHU_STRUCT_IN:=DAHUB1H07_IN | DAHUB1H07_OUT:=DAHU_STRUCT_OUT); **) (* call - Stmt *) CAL AHUB1H07_DAHU ( DAHU_STRUCT_IN := DAHUB1H07_IN | DAHUB1H07_OUT := DAHU_STRUCT_OUT ) (** {*AHU_INSTRUCT*} **) (** DAHUB1H07_IN.SM :=LAHUB1H07_SM ; **) (* assign - Stmt *) LD LAHUB1H07_SM ST DAHUB1H07_IN.SM (** DAHUB1H07_IN.Run :=LAHUB1H07_R ; **) (* assign - Stmt *) LD LAHUB1H07_R ST DAHUB1H07_IN.Run (** DAHUB1H07_IN.Fault :=LAHUB1H07_F ; **) (* assign - Stmt *) LD LAHUB1H07_F ST DAHUB1H07_IN.Fault (** DAHUB1H07_IN.Auto :=LAHUB1H07_A ; **) (* assign - Stmt *) LD LAHUB1H07_A ST DAHUB1H07_IN.Auto (** DAHUB1H07_IN.ContRol:=LAHUB1H07_PC ; **) (* assign - Stmt *) LD LAHUB1H07_PC ST DAHUB1H07_IN.ContRol (** DAHUB1H07_IN.TSET :=LAHUB1H07_TSET ; **) (* assign - Stmt *) LD LAHUB1H07_TSET ST DAHUB1H07_IN.TSET (** DAHUB1H07_IN.WVMC :=LAHUB1H07_WVMC ; **) (* assign - Stmt *) LD LAHUB1H07_WVMC ST DAHUB1H07_IN.WVMC (** DAHUB1H07_IN.WVMV :=LAHUB1H07_WVMV ; **) (* assign - Stmt *) LD LAHUB1H07_WVMV ST DAHUB1H07_IN.WVMV (** DAHUB1H07_IN.RTS :=LAHUB1H07_RTS ; **) (* assign - Stmt *) LD LAHUB1H07_RTS ST DAHUB1H07_IN.RTS (** DAHUB1H07_IN.RST :=LAHUB1H07_RST ; **) (* assign - Stmt *) LD LAHUB1H07_RST ST DAHUB1H07_IN.RST (** DAHUB1H07_IN.RSTV :=LAHUB1H07_RSTV ; **) (* assign - Stmt *) LD LAHUB1H07_RSTV ST DAHUB1H07_IN.RSTV (** DAHUB1H07_IN.FPS :=LAHUB1H07_FPS ; **) (* assign - Stmt *) LD LAHUB1H07_FPS ST DAHUB1H07_IN.FPS (** DAHUB1H07_IN.ISO1 :=LAHUB1H07_ISO1 ; **) (* assign - Stmt *) LD LAHUB1H07_ISO1 ST DAHUB1H07_IN.ISO1 (** DAHUB1H07_IN.ISO2 :=LAHUB1H07_ISO2 ; **) (* assign - Stmt *) LD LAHUB1H07_ISO2 ST DAHUB1H07_IN.ISO2 (** DAHUB1H07_IN.VP :=LAHUB1H07_VP ; **) (* assign - Stmt *) LD LAHUB1H07_VP ST DAHUB1H07_IN.VP (** DAHUB1H07_IN.VI :=LAHUB1H07_VI ; **) (* assign - Stmt *) LD LAHUB1H07_VI ST DAHUB1H07_IN.VI (** {*AHU_OUTSTRUCT*} **) (** LAHUB1H07_WVCS :=DAHUB1H07_OUT.WVCS ; **) (* assign - Stmt *) LD DAHUB1H07_OUT.WVCS ST LAHUB1H07_WVCS (** LAHUB1H07_C :=DAHUB1H07_OUT.ContRol; **) (* assign - Stmt *) LD DAHUB1H07_OUT.ContRol ST LAHUB1H07_C (** LAHUB1H07_RH :=DAHUB1H07_OUT.RH ; **) (* assign - Stmt *) LD DAHUB1H07_OUT.RH ST LAHUB1H07_RH (** LAHUB1H07_SN :=DAHUB1H07_OUT.SN ; **) (* assign - Stmt *) LD DAHUB1H07_OUT.SN ST LAHUB1H07_SN (** {*同步程序*} **) (** AHUB1H07_SyncContRol(CM:=RNIAHU00000_CM,RM:=LCMD00000_RM, **) (* call - Stmt *) CAL AHUB1H07_SyncContRol ( CM := RNIAHU00000_CM, RM := LCMD00000_RM, (** BOOL_IN0:=RNIAHUB1X00_PC ,BOOL_IN1:=LAHUB1H07_PC ,BOOL_IN2 :=RAHUB1H07_PC , **) BOOL_IN0 := RNIAHUB1X00_PC, BOOL_IN1 := LAHUB1H07_PC, BOOL_IN2 := RAHUB1H07_PC, (** REAL_IN0:=RNIAHUB1X00_TSET,REAL_IN1:=LAHUB1H07_TSET,REAL_IN2 :=RAHUB1H07_TSET, **) REAL_IN0 := RNIAHUB1X00_TSET, REAL_IN1 := LAHUB1H07_TSET, REAL_IN2 := RAHUB1H07_TSET, (** INT_IN0 :=RNIAHUB1X00_SM ,INT_IN1 :=LAHUB1H07_SM ,INT_IN2 :=RAHUB1H07_SM | **) INT_IN0 := RNIAHUB1X00_SM, INT_IN1 := LAHUB1H07_SM, INT_IN2 := RAHUB1H07_SM | (** LAHUB1H07_PC :=BOOL_OUT1 ,RAHUB1H07_PC :=BOOL_OUT2 , **) LAHUB1H07_PC := BOOL_OUT1, RAHUB1H07_PC := BOOL_OUT2, (** LAHUB1H07_TSET:=REAL_OUT1 ,RAHUB1H07_TSET:=REAL_OUT2 , **) LAHUB1H07_TSET := REAL_OUT1, RAHUB1H07_TSET := REAL_OUT2, (** LAHUB1H07_SM :=INT_OUT1 ,RAHUB1H07_SM :=INT_OUT2) ; **) LAHUB1H07_SM := INT_OUT1, RAHUB1H07_SM := INT_OUT2 ) (** {********************************************AHUB1H03********************************************} **) (** {*输入，类型，示值上限，示值下限，基准补偿，输出补偿*} **) (** AHUB1H08_WVB_AVE(INPUT:=LAHUB1H08_WVB); **) (* call - Stmt *) CAL AHUB1H08_WVB_AVE ( INPUT := LAHUB1H08_WVB ) (** AHUB1H08_RT_AVE (INPUT:=LAHUB1H08_RT) ; **) (* call - Stmt *) CAL AHUB1H08_RT_AVE ( INPUT := LAHUB1H08_RT ) (** LAHUB1H08_RTS := BS_Scale(AHUB1H08_RT_AVE.Output ,1,0,100,0,0.0) ; **) (* assign - Stmt *) LD AHUB1H08_RT_AVE.Output BS_Scale 1, 0, 100, 0, 0.0 ST LAHUB1H08_RTS (** LAHUB1H08_WVBS:= BS_Scale(AHUB1H08_WVB_AVE.Output,2,0,100,0,0.0) ; **) (* assign - Stmt *) LD AHUB1H08_WVB_AVE.Output BS_Scale 2, 0, 100, 0, 0.0 ST LAHUB1H08_WVBS (** LAHUB1H08_WVC :=REAL_TO_INT(BS_Scale(LAHUB1H08_WVCS ,4,0,100,0,0.0)); **) (* assign - Stmt *) LD LAHUB1H08_WVCS BS_Scale 4, 0, 100, 0, 0.0 REAL_TO_INT ST LAHUB1H08_WVC (** {*主程序*} **) (** AHUB1H08_DAHU(DAHU_STRUCT_IN:=DAHUB1H08_IN | DAHUB1H08_OUT:=DAHU_STRUCT_OUT); **) (* call - Stmt *) CAL AHUB1H08_DAHU ( DAHU_STRUCT_IN := DAHUB1H08_IN | DAHUB1H08_OUT := DAHU_STRUCT_OUT ) (** {*AHU_INSTRUCT*} **) (** DAHUB1H08_IN.SM :=LAHUB1H08_SM ; **) (* assign - Stmt *) LD LAHUB1H08_SM ST DAHUB1H08_IN.SM (** DAHUB1H08_IN.Run :=LAHUB1H08_R ; **) (* assign - Stmt *) LD LAHUB1H08_R ST DAHUB1H08_IN.Run (** DAHUB1H08_IN.Fault :=LAHUB1H08_F ; **) (* assign - Stmt *) LD LAHUB1H08_F ST DAHUB1H08_IN.Fault (** DAHUB1H08_IN.Auto :=LAHUB1H08_A ; **) (* assign - Stmt *) LD LAHUB1H08_A ST DAHUB1H08_IN.Auto (** DAHUB1H08_IN.ContRol:=LAHUB1H08_PC ; **) (* assign - Stmt *) LD LAHUB1H08_PC ST DAHUB1H08_IN.ContRol (** DAHUB1H08_IN.TSET :=LAHUB1H08_TSET ; **) (* assign - Stmt *) LD LAHUB1H08_TSET ST DAHUB1H08_IN.TSET (** DAHUB1H08_IN.WVMC :=LAHUB1H08_WVMC ; **) (* assign - Stmt *) LD LAHUB1H08_WVMC ST DAHUB1H08_IN.WVMC (** DAHUB1H08_IN.WVMV :=LAHUB1H08_WVMV ; **) (* assign - Stmt *) LD LAHUB1H08_WVMV ST DAHUB1H08_IN.WVMV (** DAHUB1H08_IN.RTS :=LAHUB1H08_RTS ; **) (* assign - Stmt *) LD LAHUB1H08_RTS ST DAHUB1H08_IN.RTS (** DAHUB1H08_IN.RST :=LAHUB1H08_RST ; **) (* assign - Stmt *) LD LAHUB1H08_RST ST DAHUB1H08_IN.RST (** DAHUB1H08_IN.RSTV :=LAHUB1H08_RSTV ; **) (* assign - Stmt *) LD LAHUB1H08_RSTV ST DAHUB1H08_IN.RSTV (** DAHUB1H08_IN.FPS :=LAHUB1H08_FPS ; **) (* assign - Stmt *) LD LAHUB1H08_FPS ST DAHUB1H08_IN.FPS (** DAHUB1H08_IN.ISO1 :=LAHUB1H08_ISO1 ; **) (* assign - Stmt *) LD LAHUB1H08_ISO1 ST DAHUB1H08_IN.ISO1 (** DAHUB1H08_IN.ISO2 :=LAHUB1H08_ISO2 ; **) (* assign - Stmt *) LD LAHUB1H08_ISO2 ST DAHUB1H08_IN.ISO2 (** DAHUB1H08_IN.VP :=LAHUB1H08_VP ; **) (* assign - Stmt *) LD LAHUB1H08_VP ST DAHUB1H08_IN.VP (** DAHUB1H08_IN.VI :=LAHUB1H08_VI ; **) (* assign - Stmt *) LD LAHUB1H08_VI ST DAHUB1H08_IN.VI (** {*AHU_OUTSTRUCT*} **) (** LAHUB1H08_WVCS :=DAHUB1H08_OUT.WVCS ; **) (* assign - Stmt *) LD DAHUB1H08_OUT.WVCS ST LAHUB1H08_WVCS (** LAHUB1H08_C :=DAHUB1H08_OUT.ContRol; **) (* assign - Stmt *) LD DAHUB1H08_OUT.ContRol ST LAHUB1H08_C (** LAHUB1H08_RH :=DAHUB1H08_OUT.RH ; **) (* assign - Stmt *) LD DAHUB1H08_OUT.RH ST LAHUB1H08_RH (** LAHUB1H08_SN :=DAHUB1H08_OUT.SN ; **) (* assign - Stmt *) LD DAHUB1H08_OUT.SN ST LAHUB1H08_SN (** {*同步程序*} **) (** AHUB1H08_SyncContRol(CM:=RNIAHU00000_CM,RM:=LCMD00000_RM, **) (* call - Stmt *) CAL AHUB1H08_SyncContRol ( CM := RNIAHU00000_CM, RM := LCMD00000_RM, (** BOOL_IN0:=RNIAHUB1X00_PC ,BOOL_IN1:=LAHUB1H08_PC ,BOOL_IN2 :=RAHUB1H08_PC , **) BOOL_IN0 := RNIAHUB1X00_PC, BOOL_IN1 := LAHUB1H08_PC, BOOL_IN2 := RAHUB1H08_PC, (** REAL_IN0:=RNIAHUB1X00_TSET,REAL_IN1:=LAHUB1H08_TSET,REAL_IN2 :=RAHUB1H08_TSET, **) REAL_IN0 := RNIAHUB1X00_TSET, REAL_IN1 := LAHUB1H08_TSET, REAL_IN2 := RAHUB1H08_TSET, (** INT_IN0 :=RNIAHUB1X00_SM ,INT_IN1 :=LAHUB1H08_SM ,INT_IN2 :=RAHUB1H08_SM | **) INT_IN0 := RNIAHUB1X00_SM, INT_IN1 := LAHUB1H08_SM, INT_IN2 := RAHUB1H08_SM | (** LAHUB1H08_PC :=BOOL_OUT1 ,RAHUB1H08_PC :=BOOL_OUT2 , **) LAHUB1H08_PC := BOOL_OUT1, RAHUB1H08_PC := BOOL_OUT2, (** LAHUB1H08_TSET:=REAL_OUT1 ,RAHUB1H08_TSET:=REAL_OUT2 , **) LAHUB1H08_TSET := REAL_OUT1, RAHUB1H08_TSET := REAL_OUT2, (** LAHUB1H08_SM :=INT_OUT1 ,RAHUB1H08_SM :=INT_OUT2) ; **) LAHUB1H08_SM := INT_OUT1, RAHUB1H08_SM := INT_OUT2 ) (** **) (** {********************************************AHUB1H03********************************************} **) (** {*输入，类型，示值上限，示值下限，基准补偿，输出补偿*} **) (** AHUB1H09_WVB_AVE(INPUT:=LAHUB1H09_WVB); **) (* call - Stmt *) CAL AHUB1H09_WVB_AVE ( INPUT := LAHUB1H09_WVB ) (** AHUB1H09_RT_AVE (INPUT:=LAHUB1H09_RT) ; **) (* call - Stmt *) CAL AHUB1H09_RT_AVE ( INPUT := LAHUB1H09_RT ) (** LAHUB1H09_RTS := BS_Scale(AHUB1H09_RT_AVE.Output ,1,0,100,0,0.0) ; **) (* assign - Stmt *) LD AHUB1H09_RT_AVE.Output BS_Scale 1, 0, 100, 0, 0.0 ST LAHUB1H09_RTS (** LAHUB1H09_WVBS:= BS_Scale(AHUB1H09_WVB_AVE.Output,2,0,100,0,0.0) ; **) (* assign - Stmt *) LD AHUB1H09_WVB_AVE.Output BS_Scale 2, 0, 100, 0, 0.0 ST LAHUB1H09_WVBS (** LAHUB1H09_WVC :=REAL_TO_INT(BS_Scale(LAHUB1H09_WVCS ,4,0,100,0,0.0)); **) (* assign - Stmt *) LD LAHUB1H09_WVCS BS_Scale 4, 0, 100, 0, 0.0 REAL_TO_INT ST LAHUB1H09_WVC (** {*主程序*} **) (** AHUB1H09_DAHU(DAHU_STRUCT_IN:=DAHUB1H09_IN | DAHUB1H09_OUT:=DAHU_STRUCT_OUT); **) (* call - Stmt *) CAL AHUB1H09_DAHU ( DAHU_STRUCT_IN := DAHUB1H09_IN | DAHUB1H09_OUT := DAHU_STRUCT_OUT ) (** {*AHU_INSTRUCT*} **) (** DAHUB1H09_IN.SM :=LAHUB1H09_SM ; **) (* assign - Stmt *) LD LAHUB1H09_SM ST DAHUB1H09_IN.SM (** DAHUB1H09_IN.Run :=LAHUB1H09_R ; **) (* assign - Stmt *) LD LAHUB1H09_R ST DAHUB1H09_IN.Run (** DAHUB1H09_IN.Fault :=LAHUB1H09_F ; **) (* assign - Stmt *) LD LAHUB1H09_F ST DAHUB1H09_IN.Fault (** DAHUB1H09_IN.Auto :=LAHUB1H09_A ; **) (* assign - Stmt *) LD LAHUB1H09_A ST DAHUB1H09_IN.Auto (** DAHUB1H09_IN.ContRol:=LAHUB1H09_PC ; **) (* assign - Stmt *) LD LAHUB1H09_PC ST DAHUB1H09_IN.ContRol (** DAHUB1H09_IN.TSET :=LAHUB1H09_TSET ; **) (* assign - Stmt *) LD LAHUB1H09_TSET ST DAHUB1H09_IN.TSET (** DAHUB1H09_IN.WVMC :=LAHUB1H09_WVMC ; **) (* assign - Stmt *) LD LAHUB1H09_WVMC ST DAHUB1H09_IN.WVMC (** DAHUB1H09_IN.WVMV :=LAHUB1H09_WVMV ; **) (* assign - Stmt *) LD LAHUB1H09_WVMV ST DAHUB1H09_IN.WVMV (** DAHUB1H09_IN.RTS :=LAHUB1H09_RTS ; **) (* assign - Stmt *) LD LAHUB1H09_RTS ST DAHUB1H09_IN.RTS (** DAHUB1H09_IN.RST :=LAHUB1H09_RST ; **) (* assign - Stmt *) LD LAHUB1H09_RST ST DAHUB1H09_IN.RST (** DAHUB1H09_IN.RSTV :=LAHUB1H09_RSTV ; **) (* assign - Stmt *) LD LAHUB1H09_RSTV ST DAHUB1H09_IN.RSTV (** DAHUB1H09_IN.FPS :=LAHUB1H09_FPS ; **) (* assign - Stmt *) LD LAHUB1H09_FPS ST DAHUB1H09_IN.FPS (** DAHUB1H09_IN.ISO1 :=LAHUB1H09_ISO1 ; **) (* assign - Stmt *) LD LAHUB1H09_ISO1 ST DAHUB1H09_IN.ISO1 (** DAHUB1H09_IN.ISO2 :=LAHUB1H09_ISO2 ; **) (* assign - Stmt *) LD LAHUB1H09_ISO2 ST DAHUB1H09_IN.ISO2 (** DAHUB1H09_IN.VP :=LAHUB1H09_VP ; **) (* assign - Stmt *) LD LAHUB1H09_VP ST DAHUB1H09_IN.VP (** DAHUB1H09_IN.VI :=LAHUB1H09_VI ; **) (* assign - Stmt *) LD LAHUB1H09_VI ST DAHUB1H09_IN.VI (** {*AHU_OUTSTRUCT*} **) (** LAHUB1H09_WVCS :=DAHUB1H09_OUT.WVCS ; **) (* assign - Stmt *) LD DAHUB1H09_OUT.WVCS ST LAHUB1H09_WVCS (** LAHUB1H09_C :=DAHUB1H09_OUT.ContRol; **) (* assign - Stmt *) LD DAHUB1H09_OUT.ContRol ST LAHUB1H09_C (** LAHUB1H09_RH :=DAHUB1H09_OUT.RH ; **) (* assign - Stmt *) LD DAHUB1H09_OUT.RH ST LAHUB1H09_RH (** LAHUB1H09_SN :=DAHUB1H09_OUT.SN ; **) (* assign - Stmt *) LD DAHUB1H09_OUT.SN ST LAHUB1H09_SN (** {*同步程序*} **) (** AHUB1H09_SyncContRol(CM:=RNIAHU00000_CM,RM:=LCMD00000_RM, **) (* call - Stmt *) CAL AHUB1H09_SyncContRol ( CM := RNIAHU00000_CM, RM := LCMD00000_RM, (** BOOL_IN0:=RNIAHUB1X00_PC ,BOOL_IN1:=LAHUB1H09_PC ,BOOL_IN2 :=RAHUB1H09_PC , **) BOOL_IN0 := RNIAHUB1X00_PC, BOOL_IN1 := LAHUB1H09_PC, BOOL_IN2 := RAHUB1H09_PC, (** REAL_IN0:=RNIAHUB1X00_TSET,REAL_IN1:=LAHUB1H09_TSET,REAL_IN2 :=RAHUB1H09_TSET, **) REAL_IN0 := RNIAHUB1X00_TSET, REAL_IN1 := LAHUB1H09_TSET, REAL_IN2 := RAHUB1H09_TSET, (** INT_IN0 :=RNIAHUB1X00_SM ,INT_IN1 :=LAHUB1H09_SM ,INT_IN2 :=RAHUB1H09_SM | **) INT_IN0 := RNIAHUB1X00_SM, INT_IN1 := LAHUB1H09_SM, INT_IN2 := RAHUB1H09_SM | (** LAHUB1H09_PC :=BOOL_OUT1 ,RAHUB1H09_PC :=BOOL_OUT2 , **) LAHUB1H09_PC := BOOL_OUT1, RAHUB1H09_PC := BOOL_OUT2, (** LAHUB1H09_TSET:=REAL_OUT1 ,RAHUB1H09_TSET:=REAL_OUT2 , **) LAHUB1H09_TSET := REAL_OUT1, RAHUB1H09_TSET := REAL_OUT2, (** LAHUB1H09_SM :=INT_OUT1 ,RAHUB1H09_SM :=INT_OUT2) ; **) LAHUB1H09_SM := INT_OUT1, RAHUB1H09_SM := INT_OUT2 ) (** {********************************************AHUB1H03********************************************} **) (** {*输入，类型，示值上限，示值下限，基准补偿，输出补偿*} **) (** AHUB1H10_WVB_AVE(INPUT:=LAHUB1H10_WVB); **) (* call - Stmt *) CAL AHUB1H10_WVB_AVE ( INPUT := LAHUB1H10_WVB ) (** AHUB1H10_RT_AVE (INPUT:=LAHUB1H10_RT) ; **) (* call - Stmt *) CAL AHUB1H10_RT_AVE ( INPUT := LAHUB1H10_RT ) (** LAHUB1H10_RTS := BS_Scale(AHUB1H10_RT_AVE.Output ,1,0,100,0,0.0) ; **) (* assign - Stmt *) LD AHUB1H10_RT_AVE.Output BS_Scale 1, 0, 100, 0, 0.0 ST LAHUB1H10_RTS (** LAHUB1H10_WVBS:= BS_Scale(AHUB1H10_WVB_AVE.Output,2,0,100,0,0.0) ; **) (* assign - Stmt *) LD AHUB1H10_WVB_AVE.Output BS_Scale 2, 0, 100, 0, 0.0 ST LAHUB1H10_WVBS (** LAHUB1H10_WVC :=REAL_TO_INT(BS_Scale(LAHUB1H10_WVCS ,4,0,100,0,0.0)); **) (* assign - Stmt *) LD LAHUB1H10_WVCS BS_Scale 4, 0, 100, 0, 0.0 REAL_TO_INT ST LAHUB1H10_WVC (** {*主程序*} **) (** AHUB1H10_DAHU(DAHU_STRUCT_IN:=DAHUB1H10_IN | DAHUB1H10_OUT:=DAHU_STRUCT_OUT); **) (* call - Stmt *) CAL AHUB1H10_DAHU ( DAHU_STRUCT_IN := DAHUB1H10_IN | DAHUB1H10_OUT := DAHU_STRUCT_OUT ) (** {*AHU_INSTRUCT*} **) (** DAHUB1H10_IN.SM :=LAHUB1H10_SM ; **) (* assign - Stmt *) LD LAHUB1H10_SM ST DAHUB1H10_IN.SM (** DAHUB1H10_IN.Run :=LAHUB1H10_R ; **) (* assign - Stmt *) LD LAHUB1H10_R ST DAHUB1H10_IN.Run (** DAHUB1H10_IN.Fault :=LAHUB1H10_F ; **) (* assign - Stmt *) LD LAHUB1H10_F ST DAHUB1H10_IN.Fault (** DAHUB1H10_IN.Auto :=LAHUB1H10_A ; **) (* assign - Stmt *) LD LAHUB1H10_A ST DAHUB1H10_IN.Auto (** DAHUB1H10_IN.ContRol:=LAHUB1H10_PC ; **) (* assign - Stmt *) LD LAHUB1H10_PC ST DAHUB1H10_IN.ContRol (** DAHUB1H10_IN.TSET :=LAHUB1H10_TSET ; **) (* assign - Stmt *) LD LAHUB1H10_TSET ST DAHUB1H10_IN.TSET (** DAHUB1H10_IN.WVMC :=LAHUB1H10_WVMC ; **) (* assign - Stmt *) LD LAHUB1H10_WVMC ST DAHUB1H10_IN.WVMC (** DAHUB1H10_IN.WVMV :=LAHUB1H10_WVMV ; **) (* assign - Stmt *) LD LAHUB1H10_WVMV ST DAHUB1H10_IN.WVMV (** DAHUB1H10_IN.RTS :=LAHUB1H10_RTS ; **) (* assign - Stmt *) LD LAHUB1H10_RTS ST DAHUB1H10_IN.RTS (** DAHUB1H10_IN.RST :=LAHUB1H10_RST ; **) (* assign - Stmt *) LD LAHUB1H10_RST ST DAHUB1H10_IN.RST (** DAHUB1H10_IN.RSTV :=LAHUB1H10_RSTV ; **) (* assign - Stmt *) LD LAHUB1H10_RSTV ST DAHUB1H10_IN.RSTV (** DAHUB1H10_IN.FPS :=LAHUB1H10_FPS ; **) (* assign - Stmt *) LD LAHUB1H10_FPS ST DAHUB1H10_IN.FPS (** DAHUB1H10_IN.ISO1 :=LAHUB1H10_ISO1 ; **) (* assign - Stmt *) LD LAHUB1H10_ISO1 ST DAHUB1H10_IN.ISO1 (** DAHUB1H10_IN.ISO2 :=LAHUB1H10_ISO2 ; **) (* assign - Stmt *) LD LAHUB1H10_ISO2 ST DAHUB1H10_IN.ISO2 (** DAHUB1H10_IN.VP :=LAHUB1H10_VP ; **) (* assign - Stmt *) LD LAHUB1H10_VP ST DAHUB1H10_IN.VP (** DAHUB1H10_IN.VI :=LAHUB1H10_VI ; **) (* assign - Stmt *) LD LAHUB1H10_VI ST DAHUB1H10_IN.VI (** {*AHU_OUTSTRUCT*} **) (** LAHUB1H10_WVCS :=DAHUB1H10_OUT.WVCS ; **) (* assign - Stmt *) LD DAHUB1H10_OUT.WVCS ST LAHUB1H10_WVCS (** LAHUB1H10_C :=DAHUB1H10_OUT.ContRol; **) (* assign - Stmt *) LD DAHUB1H10_OUT.ContRol ST LAHUB1H10_C (** LAHUB1H10_RH :=DAHUB1H10_OUT.RH ; **) (* assign - Stmt *) LD DAHUB1H10_OUT.RH ST LAHUB1H10_RH (** LAHUB1H10_SN :=DAHUB1H10_OUT.SN ; **) (* assign - Stmt *) LD DAHUB1H10_OUT.SN ST LAHUB1H10_SN (** {*同步程序*} **) (** AHUB1H10_SyncContRol(CM:=RNIAHU00000_CM,RM:=LCMD00000_RM, **) (* call - Stmt *) CAL AHUB1H10_SyncContRol ( CM := RNIAHU00000_CM, RM := LCMD00000_RM, (** BOOL_IN0:=RNIAHUB1X00_PC ,BOOL_IN1:=LAHUB1H10_PC ,BOOL_IN2 :=RAHUB1H10_PC , **) BOOL_IN0 := RNIAHUB1X00_PC, BOOL_IN1 := LAHUB1H10_PC, BOOL_IN2 := RAHUB1H10_PC, (** REAL_IN0:=RNIAHUB1X00_TSET,REAL_IN1:=LAHUB1H10_TSET,REAL_IN2 :=RAHUB1H10_TSET, **) REAL_IN0 := RNIAHUB1X00_TSET, REAL_IN1 := LAHUB1H10_TSET, REAL_IN2 := RAHUB1H10_TSET, (** INT_IN0 :=RNIAHUB1X00_SM ,INT_IN1 :=LAHUB1H10_SM ,INT_IN2 :=RAHUB1H10_SM | **) INT_IN0 := RNIAHUB1X00_SM, INT_IN1 := LAHUB1H10_SM, INT_IN2 := RAHUB1H10_SM | (** LAHUB1H10_PC :=BOOL_OUT1 ,RAHUB1H10_PC :=BOOL_OUT2 , **) LAHUB1H10_PC := BOOL_OUT1, RAHUB1H10_PC := BOOL_OUT2, (** LAHUB1H10_TSET:=REAL_OUT1 ,RAHUB1H10_TSET:=REAL_OUT2 , **) LAHUB1H10_TSET := REAL_OUT1, RAHUB1H10_TSET := REAL_OUT2, (** LAHUB1H10_SM :=INT_OUT1 ,RAHUB1H10_SM :=INT_OUT2) ; **) LAHUB1H10_SM := INT_OUT1, RAHUB1H10_SM := INT_OUT2 ) (** **) (** {********************************************AHUB1H03********************************************} **) (** {*输入，类型，示值上限，示值下限，基准补偿，输出补偿*} **) (** AHUB1H11_WVB_AVE(INPUT:=LAHUB1H11_WVB); **) (* call - Stmt *) CAL AHUB1H11_WVB_AVE ( INPUT := LAHUB1H11_WVB ) (** AHUB1H11_RT_AVE (INPUT:=LAHUB1H11_RT) ; **) (* call - Stmt *) CAL AHUB1H11_RT_AVE ( INPUT := LAHUB1H11_RT ) (** LAHUB1H11_RTS := BS_Scale(AHUB1H11_RT_AVE.Output ,1,0,100,0,0.0) ; **) (* assign - Stmt *) LD AHUB1H11_RT_AVE.Output BS_Scale 1, 0, 100, 0, 0.0 ST LAHUB1H11_RTS (** LAHUB1H11_WVBS:= BS_Scale(AHUB1H11_WVB_AVE.Output,2,0,100,0,0.0) ; **) (* assign - Stmt *) LD AHUB1H11_WVB_AVE.Output BS_Scale 2, 0, 100, 0, 0.0 ST LAHUB1H11_WVBS (** LAHUB1H11_WVC :=REAL_TO_INT(BS_Scale(LAHUB1H11_WVCS ,4,0,100,0,0.0)); **) (* assign - Stmt *) LD LAHUB1H11_WVCS BS_Scale 4, 0, 100, 0, 0.0 REAL_TO_INT ST LAHUB1H11_WVC (** {*主程序*} **) (** AHUB1H11_DAHU(DAHU_STRUCT_IN:=DAHUB1H11_IN | DAHUB1H11_OUT:=DAHU_STRUCT_OUT); **) (* call - Stmt *) CAL AHUB1H11_DAHU ( DAHU_STRUCT_IN := DAHUB1H11_IN | DAHUB1H11_OUT := DAHU_STRUCT_OUT ) (** {*AHU_INSTRUCT*} **) (** DAHUB1H11_IN.SM :=LAHUB1H11_SM ; **) (* assign - Stmt *) LD LAHUB1H11_SM ST DAHUB1H11_IN.SM (** DAHUB1H11_IN.Run :=LAHUB1H11_R ; **) (* assign - Stmt *) LD LAHUB1H11_R ST DAHUB1H11_IN.Run (** DAHUB1H11_IN.Fault :=LAHUB1H11_F ; **) (* assign - Stmt *) LD LAHUB1H11_F ST DAHUB1H11_IN.Fault (** DAHUB1H11_IN.Auto :=LAHUB1H11_A ; **) (* assign - Stmt *) LD LAHUB1H11_A ST DAHUB1H11_IN.Auto (** DAHUB1H11_IN.ContRol:=LAHUB1H11_PC ; **) (* assign - Stmt *) LD LAHUB1H11_PC ST DAHUB1H11_IN.ContRol (** DAHUB1H11_IN.TSET :=LAHUB1H11_TSET ; **) (* assign - Stmt *) LD LAHUB1H11_TSET ST DAHUB1H11_IN.TSET (** DAHUB1H11_IN.WVMC :=LAHUB1H11_WVMC ; **) (* assign - Stmt *) LD LAHUB1H11_WVMC ST DAHUB1H11_IN.WVMC (** DAHUB1H11_IN.WVMV :=LAHUB1H11_WVMV ; **) (* assign - Stmt *) LD LAHUB1H11_WVMV ST DAHUB1H11_IN.WVMV (** DAHUB1H11_IN.RTS :=LAHUB1H11_RTS ; **) (* assign - Stmt *) LD LAHUB1H11_RTS ST DAHUB1H11_IN.RTS (** DAHUB1H11_IN.RST :=LAHUB1H11_RST ; **) (* assign - Stmt *) LD LAHUB1H11_RST ST DAHUB1H11_IN.RST (** DAHUB1H11_IN.RSTV :=LAHUB1H11_RSTV ; **) (* assign - Stmt *) LD LAHUB1H11_RSTV ST DAHUB1H11_IN.RSTV (** DAHUB1H11_IN.FPS :=LAHUB1H11_FPS ; **) (* assign - Stmt *) LD LAHUB1H11_FPS ST DAHUB1H11_IN.FPS (** DAHUB1H11_IN.ISO1 :=LAHUB1H11_ISO1 ; **) (* assign - Stmt *) LD LAHUB1H11_ISO1 ST DAHUB1H11_IN.ISO1 (** DAHUB1H11_IN.ISO2 :=LAHUB1H11_ISO2 ; **) (* assign - Stmt *) LD LAHUB1H11_ISO2 ST DAHUB1H11_IN.ISO2 (** DAHUB1H11_IN.VP :=LAHUB1H11_VP ; **) (* assign - Stmt *) LD LAHUB1H11_VP ST DAHUB1H11_IN.VP (** DAHUB1H11_IN.VI :=LAHUB1H11_VI ; **) (* assign - Stmt *) LD LAHUB1H11_VI ST DAHUB1H11_IN.VI (** {*AHU_OUTSTRUCT*} **) (** LAHUB1H11_WVCS :=DAHUB1H11_OUT.WVCS ; **) (* assign - Stmt *) LD DAHUB1H11_OUT.WVCS ST LAHUB1H11_WVCS (** LAHUB1H11_C :=DAHUB1H11_OUT.ContRol; **) (* assign - Stmt *) LD DAHUB1H11_OUT.ContRol ST LAHUB1H11_C (** LAHUB1H11_RH :=DAHUB1H11_OUT.RH ; **) (* assign - Stmt *) LD DAHUB1H11_OUT.RH ST LAHUB1H11_RH (** LAHUB1H11_SN :=DAHUB1H11_OUT.SN ; **) (* assign - Stmt *) LD DAHUB1H11_OUT.SN ST LAHUB1H11_SN (** {*同步程序*} **) (** AHUB1H11_SyncContRol(CM:=RNIAHU00000_CM,RM:=LCMD00000_RM, **) (* call - Stmt *) CAL AHUB1H11_SyncContRol ( CM := RNIAHU00000_CM, RM := LCMD00000_RM, (** BOOL_IN0:=RNIAHUB1X00_PC ,BOOL_IN1:=LAHUB1H11_PC ,BOOL_IN2 :=RAHUB1H11_PC , **) BOOL_IN0 := RNIAHUB1X00_PC, BOOL_IN1 := LAHUB1H11_PC, BOOL_IN2 := RAHUB1H11_PC, (** REAL_IN0:=RNIAHUB1X00_TSET,REAL_IN1:=LAHUB1H11_TSET,REAL_IN2 :=RAHUB1H11_TSET, **) REAL_IN0 := RNIAHUB1X00_TSET, REAL_IN1 := LAHUB1H11_TSET, REAL_IN2 := RAHUB1H11_TSET, (** INT_IN0 :=RNIAHUB1X00_SM ,INT_IN1 :=LAHUB1H11_SM ,INT_IN2 :=RAHUB1H11_SM | **) INT_IN0 := RNIAHUB1X00_SM, INT_IN1 := LAHUB1H11_SM, INT_IN2 := RAHUB1H11_SM | (** LAHUB1H11_PC :=BOOL_OUT1 ,RAHUB1H11_PC :=BOOL_OUT2 , **) LAHUB1H11_PC := BOOL_OUT1, RAHUB1H11_PC := BOOL_OUT2, (** LAHUB1H11_TSET:=REAL_OUT1 ,RAHUB1H11_TSET:=REAL_OUT2 , **) LAHUB1H11_TSET := REAL_OUT1, RAHUB1H11_TSET := REAL_OUT2, (** LAHUB1H11_SM :=INT_OUT1 ,RAHUB1H11_SM :=INT_OUT2) ; **) LAHUB1H11_SM := INT_OUT1, RAHUB1H11_SM := INT_OUT2 ) (** **) (** {********************************************AHUB1H03********************************************} **) (** {*输入，类型，示值上限，示值下限，基准补偿，输出补偿*} **) (** AHUB1H12_WVB_AVE(INPUT:=LAHUB1H12_WVB); **) (* call - Stmt *) CAL AHUB1H12_WVB_AVE ( INPUT := LAHUB1H12_WVB ) (** AHUB1H12_RT_AVE (INPUT:=LAHUB1H12_RT) ; **) (* call - Stmt *) CAL AHUB1H12_RT_AVE ( INPUT := LAHUB1H12_RT ) (** LAHUB1H12_RTS := BS_Scale(AHUB1H12_RT_AVE.Output ,1,0,100,0,0.0) ; **) (* assign - Stmt *) LD AHUB1H12_RT_AVE.Output BS_Scale 1, 0, 100, 0, 0.0 ST LAHUB1H12_RTS (** LAHUB1H12_WVBS:= BS_Scale(AHUB1H12_WVB_AVE.Output,2,0,100,0,0.0) ; **) (* assign - Stmt *) LD AHUB1H12_WVB_AVE.Output BS_Scale 2, 0, 100, 0, 0.0 ST LAHUB1H12_WVBS (** LAHUB1H12_WVC :=REAL_TO_INT(BS_Scale(LAHUB1H12_WVCS ,4,0,100,0,0.0)); **) (* assign - Stmt *) LD LAHUB1H12_WVCS BS_Scale 4, 0, 100, 0, 0.0 REAL_TO_INT ST LAHUB1H12_WVC (** {*主程序*} **) (** AHUB1H12_DAHU(DAHU_STRUCT_IN:=DAHUB1H12_IN | DAHUB1H12_OUT:=DAHU_STRUCT_OUT); **) (* call - Stmt *) CAL AHUB1H12_DAHU ( DAHU_STRUCT_IN := DAHUB1H12_IN | DAHUB1H12_OUT := DAHU_STRUCT_OUT ) (** {*AHU_INSTRUCT*} **) (** DAHUB1H12_IN.SM :=LAHUB1H12_SM ; **) (* assign - Stmt *) LD LAHUB1H12_SM ST DAHUB1H12_IN.SM (** DAHUB1H12_IN.Run :=LAHUB1H12_R ; **) (* assign - Stmt *) LD LAHUB1H12_R ST DAHUB1H12_IN.Run (** DAHUB1H12_IN.Fault :=LAHUB1H12_F ; **) (* assign - Stmt *) LD LAHUB1H12_F ST DAHUB1H12_IN.Fault (** DAHUB1H12_IN.Auto :=LAHUB1H12_A ; **) (* assign - Stmt *) LD LAHUB1H12_A ST DAHUB1H12_IN.Auto (** DAHUB1H12_IN.ContRol:=LAHUB1H12_PC ; **) (* assign - Stmt *) LD LAHUB1H12_PC ST DAHUB1H12_IN.ContRol (** DAHUB1H12_IN.TSET :=LAHUB1H12_TSET ; **) (* assign - Stmt *) LD LAHUB1H12_TSET ST DAHUB1H12_IN.TSET (** DAHUB1H12_IN.WVMC :=LAHUB1H12_WVMC ; **) (* assign - Stmt *) LD LAHUB1H12_WVMC ST DAHUB1H12_IN.WVMC (** DAHUB1H12_IN.WVMV :=LAHUB1H12_WVMV ; **) (* assign - Stmt *) LD LAHUB1H12_WVMV ST DAHUB1H12_IN.WVMV (** DAHUB1H12_IN.RTS :=LAHUB1H12_RTS ; **) (* assign - Stmt *) LD LAHUB1H12_RTS ST DAHUB1H12_IN.RTS (** DAHUB1H12_IN.RST :=LAHUB1H12_RST ; **) (* assign - Stmt *) LD LAHUB1H12_RST ST DAHUB1H12_IN.RST (** DAHUB1H12_IN.RSTV :=LAHUB1H12_RSTV ; **) (* assign - Stmt *) LD LAHUB1H12_RSTV ST DAHUB1H12_IN.RSTV (** DAHUB1H12_IN.FPS :=LAHUB1H12_FPS ; **) (* assign - Stmt *) LD LAHUB1H12_FPS ST DAHUB1H12_IN.FPS (** DAHUB1H12_IN.ISO1 :=LAHUB1H12_ISO1 ; **) (* assign - Stmt *) LD LAHUB1H12_ISO1 ST DAHUB1H12_IN.ISO1 (** DAHUB1H12_IN.ISO2 :=LAHUB1H12_ISO2 ; **) (* assign - Stmt *) LD LAHUB1H12_ISO2 ST DAHUB1H12_IN.ISO2 (** DAHUB1H12_IN.VP :=LAHUB1H12_VP ; **) (* assign - Stmt *) LD LAHUB1H12_VP ST DAHUB1H12_IN.VP (** DAHUB1H12_IN.VI :=LAHUB1H12_VI ; **) (* assign - Stmt *) LD LAHUB1H12_VI ST DAHUB1H12_IN.VI (** {*AHU_OUTSTRUCT*} **) (** LAHUB1H12_WVCS :=DAHUB1H12_OUT.WVCS ; **) (* assign - Stmt *) LD DAHUB1H12_OUT.WVCS ST LAHUB1H12_WVCS (** LAHUB1H12_C :=DAHUB1H12_OUT.ContRol; **) (* assign - Stmt *) LD DAHUB1H12_OUT.ContRol ST LAHUB1H12_C (** LAHUB1H12_RH :=DAHUB1H12_OUT.RH ; **) (* assign - Stmt *) LD DAHUB1H12_OUT.RH ST LAHUB1H12_RH (** LAHUB1H12_SN :=DAHUB1H12_OUT.SN ; **) (* assign - Stmt *) LD DAHUB1H12_OUT.SN ST LAHUB1H12_SN (** {*同步程序*} **) (** AHUB1H12_SyncContRol(CM:=RNIAHU00000_CM,RM:=LCMD00000_RM, **) (* call - Stmt *) CAL AHUB1H12_SyncContRol ( CM := RNIAHU00000_CM, RM := LCMD00000_RM, (** BOOL_IN0:=RNIAHUB1X00_PC ,BOOL_IN1:=LAHUB1H12_PC ,BOOL_IN2 :=RAHUB1H12_PC , **) BOOL_IN0 := RNIAHUB1X00_PC, BOOL_IN1 := LAHUB1H12_PC, BOOL_IN2 := RAHUB1H12_PC, (** REAL_IN0:=RNIAHUB1X00_TSET,REAL_IN1:=LAHUB1H12_TSET,REAL_IN2 :=RAHUB1H12_TSET, **) REAL_IN0 := RNIAHUB1X00_TSET, REAL_IN1 := LAHUB1H12_TSET, REAL_IN2 := RAHUB1H12_TSET, (** INT_IN0 :=RNIAHUB1X00_SM ,INT_IN1 :=LAHUB1H12_SM ,INT_IN2 :=RAHUB1H12_SM | **) INT_IN0 := RNIAHUB1X00_SM, INT_IN1 := LAHUB1H12_SM, INT_IN2 := RAHUB1H12_SM | (** LAHUB1H12_PC :=BOOL_OUT1 ,RAHUB1H12_PC :=BOOL_OUT2 , **) LAHUB1H12_PC := BOOL_OUT1, RAHUB1H12_PC := BOOL_OUT2, (** LAHUB1H12_TSET:=REAL_OUT1 ,RAHUB1H12_TSET:=REAL_OUT2 , **) LAHUB1H12_TSET := REAL_OUT1, RAHUB1H12_TSET := REAL_OUT2, (** LAHUB1H12_SM :=INT_OUT1 ,RAHUB1H12_SM :=INT_OUT2) ; **) LAHUB1H12_SM := INT_OUT1, RAHUB1H12_SM := INT_OUT2 ) END_PROGRAM