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PK.MOD
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PK.MOD
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(*.F- *)
(**********************************************************************
| Title : Program testowania ukladu strojenia
| Author : Mariusz Postol
| System : LOGITECH MODULA-2/86
| History :
| Rel. 001 01.01.1996: new
| 05-02-97: M.Postol
| zablokowalem PrintScr
| 21-02-97: M.Postpl
| ujednolicono nazewnictwo kanalow.
| 23-05-97: M.Postol
| blad edycyjny w proc. ADF
| 25-02-98: M.Postol
| blad w procedurze ADFDecFchby1 - brak strojenia
|
| Copyright (C), CAS LODZ POLAND.
| TEL: 42' 86 58 12, 42' 87 80 44 FAX/TEL: 42' 84 48 40
|
**********************************************************************)
(*.F+ *)
MODULE PK;
IMPORT
DebugPMD, DOSEntry, RTSMain, ErrorMess, MsgBox, GrafUtil;
(* IMPORT GPSRead, TheodolitRead; *)
FROM SYSTEM IMPORT
ADDRESS, ADR;
FROM Skl_utls IMPORT
KalibracjaVorRef, KalibracjaVorVar, KalibracjaOmnibearing, KalibracjaSubcar
, KalibracjaLocDev, KalibracjaLocMod, KalibracjaVorAGC, KalibracjaGsDev,
KalibracjaGsMod, KalibracjaMkrAGC, KalibracjaGsAGC, KalibracjaDmeSquitter,
KalibracjaDmeReply, KalibracjaDmeAGC, KalibracjaADF, KalibracjaVHF,
ILSWszystko, VORWszystko, KalibracjaLocAGC;
FROM Dialog IMPORT
HDLG, TworzDialog, UsunDialog, WstawListe, Go, WstawButton, EndDialog,
AltF4;
FROM GList IMPORT
HLIST, DodajDoListy, GetSelection, SetSelection, SetContents, GetContents,
HCONTENT, KillContents;
FROM Buttons IMPORT
Button;
FROM ShortCuts IMPORT
kbAltA, kbAltM, kbAltK, kbEnter, kbF1, kbF2, kbF3, kbF4, kbF5, kbF6,
kbAltW, kbAltO, kbAltF4;
FROM Graphics IMPORT
MaxHor, MaxVer, _Wr16StrXY;
FROM HiLevGraf IMPORT
FillRect;
FROM Strings IMPORT
ConstAssign, Concat, Length, Insert;
FROM Terminal IMPORT
Read, KeyPressed;
FROM Conversions IMPORT
ConvertCardinal, ConvertInteger;
FROM Tune IMPORT
Receiver, TurnOffADF, TurnOffVOR_ILS, TuneADF, TuneILS, TuneDMEforVOR,
TuneDMEforILS, ILSfrqIdx, ILSfrqString, TuneVOR, DecADFFch, IncADFFch,
VORDecFch, VORIncFch, ILSDecFch, ILSIncFch, SetCPFlags;
FROM DGHInterface IMPORT
DtaSignType, TurnOn, TurnOff, WaitForNewData, GetBinaryVal;
FROM DGHIni IMPORT
SignalNames;
FROM AltInterface IMPORT
ALTConvert;
FROM Int_DME IMPORT
DMEConvert;
FROM GrafTypes IMPORT
WHITE, BLACK, BLUE, GREEN, RECT, AssignRect, MoveRect;
FROM RealConversions IMPORT
RealToString;
FROM MathLib0 IMPORT
entier;
FROM DGH_utils IMPORT
TurnOnLOCSig, TurnOnGSSig, TurnOffILSSig, TurnOnVORSig, TurnOffVORSig,
TurnOnDMESig, TurnOffDMESig, TurnOffADFSig, TurnOnADFSig;
FROM CocpDsp IMPORT
UstawFormat, UstawZmienne, State;
FROM GrafUtil IMPORT
Info;
FROM Hrdw_plt IMPORT
CommCh, LOC_DEV_pc, VOR_AGC_pc, VOR_VAR_pc, VOR_REF_pc, VOR_SUBCAR_pc,
VOR_OMNIBERI_pc, GS_DEV_pc, LOC_MOD_pc, LOC_AGC_pc, MKR_AGC_pc, GS_MOD_pc,
GS_AGC_pc, DME_AGC_pc, DME_Distance_pc, DME_SQUITTER_pc, DME_RPL_pc,
ADF_AGC_pc, ADF_SIN_pc, ADF_COS_pc, VHF_AGC_pc;
FROM NAVGPIB IMPORT
DoSimpleComm, CommandSimple;
FROM SoftIntHandlingManager IMPORT
InstPrologueHnd, Template, PrintScreen, BreakChain;
CONST
Line_thickness = 16;
TYPE
ConversionProcedure =
PROCEDURE
( BITSET ) : INTEGER;
Input_Proc_cal =
PROCEDURE
( VAR REAL,
VAR REAL,
VAR DtaSignType,
CommCh ) : BOOLEAN;
CONST
scrBackground = WHITE;
BladStr = '******************************';
TYPE
Operacja = (Kalibracja, KalibracjaAuto, Monitorowanie, Wyjscie);
VAR
nastOperacja : Operacja;
ScreenR : RECT;
adfCurrFrq : CARDINAL;
vorCurrFrq : CARDINAL;
locCurrFrq : ILSfrqIdx;
markerLowSense : BOOLEAN;
lastStr : ARRAY [0 .. 20] OF CHAR;
disp_curr_X : CARDINAL;
disp_curr_Y : CARDINAL;
PROCEDURE DoKalibr;
BEGIN
nastOperacja := Kalibracja;
EndDialog(TRUE);
END DoKalibr;
PROCEDURE DoAutoKalibr;
BEGIN
nastOperacja := KalibracjaAuto;
EndDialog(TRUE);
END DoAutoKalibr;
PROCEDURE DoMonitorowanie;
BEGIN
nastOperacja := Monitorowanie;
EndDialog(TRUE);
END DoMonitorowanie;
PROCEDURE DoWyjscie;
BEGIN
nastOperacja := Wyjscie;
EndDialog(TRUE);
END DoWyjscie;
PROCEDURE InitScreen
( VAR hDlg : HDLG;
VAR listaUrz : HLIST;
VAR listaKan : HLIST;
jestAuto : BOOLEAN );
VAR
Rectangle : RECT;
but : Button;
moveDis : CARDINAL;
BEGIN
cscr;
hDlg := TworzDialog(ScreenR, "ss.bmp", FALSE);
AssignRect(Rectangle, 50, 250, 200, 500);
listaUrz := WstawListe(hDlg, Rectangle, FALSE);
KillContents(listaUrz, FALSE);
MoveRect(Rectangle, 200, 0);
listaKan := WstawListe(hDlg, Rectangle, FALSE);
KillContents(listaKan, FALSE);
IF NOT jestAuto THEN
AssignRect(Rectangle, 50, 120, 350, 180);
moveDis := 400;
ELSE
AssignRect(Rectangle, 50, 120, 250, 180);
moveDis := 250;
END;
WstawButton(hDlg, Rectangle, "KALIBRUJ", 0, kbAltK, DoKalibr, but);
IF jestAuto THEN
MoveRect(Rectangle, moveDis, 0);
WstawButton(hDlg, Rectangle, "KALIBRUJ AUTO", 9, kbAltA, DoAutoKalibr,
but);
END;
MoveRect(Rectangle, moveDis, 0);
WstawButton(hDlg, Rectangle, "MONITORUJ", 0, kbAltM, DoMonitorowanie, but);
MoveRect(Rectangle, 0, 300);
WstawButton(hDlg, Rectangle, "WYJSCIE", 0, kbAltW, DoWyjscie, but);
END InitScreen;
PROCEDURE cscr;
BEGIN
disp_curr_X := 0;
disp_curr_Y := Line_thickness;
FillRect(ScreenR, scrBackground);
END cscr;
PROCEDURE GoToTop;
BEGIN
disp_curr_X := 0;
disp_curr_Y := Line_thickness;
END GoToTop;
PROCEDURE WriteLn;
BEGIN
disp_curr_X := 0;
INC(disp_curr_Y, Line_thickness);
END WriteLn;
PROCEDURE WriteString
( str : ARRAY OF CHAR );
BEGIN
IF ODD(disp_curr_Y DIV Line_thickness)
THEN
_Wr16StrXY(str, disp_curr_X, disp_curr_Y, WHITE, BLUE);
ELSE
_Wr16StrXY(str, disp_curr_X, disp_curr_Y, BLUE, WHITE);
END (* if ODD *);
INC(disp_curr_X, Length(str) * 8);
END WriteString;
PROCEDURE Get_WriteBinary
( str : ARRAY OF CHAR;
from1 : SignalNames;
from2 : SignalNames );
PROCEDURE GetVal
( from : SignalNames;
VAR str : ARRAY OF CHAR );
CONST
BitNumber = 0;
HIstr = ' HI';
LOstr = ' LO';
ERstr = '****';
VAR
dtaSign : DtaSignType;
val : BITSET;
BEGIN (* GetVal *)
IF GetBinaryVal(from, val, dtaSign)
THEN
IF BitNumber IN val
THEN
ConstAssign(HIstr, str);;
ELSE
ConstAssign(LOstr, str);
END (* if BitNumber *);
ELSE
ConstAssign(ERstr, str);
END (* if GetBinaryVal *);
END GetVal;
BEGIN (* Get_WriteBinary *)
WriteLn;
WriteString(str);
GetVal(from1, lastStr);
WriteString(lastStr);
WriteString(' B= ');
GetVal(from2, lastStr);
WriteString(lastStr);
END Get_WriteBinary;
PROCEDURE Get_WriteAnalog
( str : ARRAY OF CHAR;
scale : REAL;
unit : ARRAY OF CHAR;
unit_cal : ARRAY OF CHAR;
digits : CARDINAL;
digits_cal : CARDINAL;
calib : Input_Proc_cal );
PROCEDURE Convert_Val
( what : REAL;
whatCal : REAL;
scale : REAL;
unit : ARRAY OF CHAR;
unit_cal : ARRAY OF CHAR;
digits : CARDINAL;
digits_cal : CARDINAL;
VAR val : ARRAY OF CHAR );
CONST
errStr = '####################';
VAR
my_string : ARRAY [0 .. 15] OF CHAR;
ok : BOOLEAN;
BEGIN (* Convert_Val *)
RealToString(whatCal, digits_cal, 10, val, ok);
IF NOT ok
THEN
ConstAssign(errStr, val);
END (* if ok *);
Concat(val, unit_cal, val);
RealToString(what * scale, digits, 10, my_string, ok);
IF ok
THEN
Concat(val, '(', val);
Concat(val, my_string, val);
Concat(val, unit, val);
Concat(val, ')', val);
ELSE
Concat(val, '(', val);
Concat(val, errStr, val);
Concat(val, unit, val);
Concat(val, ')', val);
END (* if ok *);
END Convert_Val;
VAR
lastStr : ARRAY [0 .. 80] OF CHAR;
lastVal : REAL;
lastValCal : REAL;
dtaSign : DtaSignType;
BEGIN (* Get_WriteAnalog *)
WriteLn;
WriteString(str);
IF calib(lastVal, lastValCal, dtaSign, 0)
THEN
Convert_Val(lastVal, lastValCal, scale, unit, unit_cal, digits,
digits_cal, lastStr);
ELSE
lastStr := BladStr;
END (* if GetAnalogVal *);
WriteString(lastStr);
WriteString(' B= ');
IF calib(lastVal, lastValCal, dtaSign, 1)
THEN
Convert_Val(lastVal, lastValCal, scale, unit, unit_cal, digits,
digits_cal, lastStr);
ELSE
lastStr := BladStr;
END (* if GetAnalogVal *);
WriteString(lastStr);
END Get_WriteAnalog;
PROCEDURE Get_WriteBinAnalog
( str : ARRAY OF CHAR;
from1 : SignalNames;
from2 : SignalNames;
convert : ConversionProcedure );
PROCEDURE GetVal
( from : SignalNames;
VAR val : ARRAY OF CHAR );
VAR
lastVal : BITSET;
lastIntVal : INTEGER;
dtaSign : DtaSignType;
BEGIN
IF GetBinaryVal(from, lastVal, dtaSign)
THEN
lastIntVal := convert(lastVal);
ConvertInteger(lastIntVal, 10, val);
ELSE
lastStr := '**********';
END (* if GetAnalogVal *);
END GetVal;
BEGIN (* Get_WriteBinAnalog *)
WriteLn;
WriteString(str);
GetVal(from1, lastStr);
WriteString(lastStr);
WriteString(' B= ');
GetVal(from2, lastStr);
WriteString(lastStr);
END Get_WriteBinAnalog;
PROCEDURE WriteILSFrq;
VAR
lastStr : ARRAY [0 .. 80] OF CHAR;
BEGIN (* WriteILSFrq *)
ILSfrqString(locCurrFrq, lastStr);
Insert('czestotliwosc ILS = ', lastStr, 0);
_Wr16StrXY(lastStr, 450, 490, WHITE, BLUE);
END WriteILSFrq;
PROCEDURE TuneILSandDME;
BEGIN
TuneILS(AReceiver, locCurrFrq, markerLowSense);
TuneILS(BReceiver, locCurrFrq, markerLowSense);
TuneDMEforILS(AReceiver, locCurrFrq);
TuneDMEforILS(BReceiver, locCurrFrq);
WriteILSFrq;
END TuneILSandDME;
PROCEDURE ILSIncF;
BEGIN
ILSIncFch(locCurrFrq, 1);
TuneILSandDME;
END ILSIncF;
PROCEDURE ILSDecF;
BEGIN
ILSDecFch(locCurrFrq, 1);
TuneILSandDME;
END ILSDecF;
PROCEDURE WriteVORFrq;
VAR
lastStr : ARRAY [0 .. 80] OF CHAR;
ok : BOOLEAN;
BEGIN (* WriteVORFrq *)
RealToString(FLOAT(vorCurrFrq) / 100.0, 2, 10, lastStr, ok);
Insert('czestotliwosc VOR = ', lastStr, 0);
Insert(' MHz ', lastStr, 9999);
_Wr16StrXY(lastStr, 450, 490, WHITE, BLUE);
END WriteVORFrq;
PROCEDURE TuneVORandDME;
BEGIN
WriteVORFrq;
TuneVOR(AReceiver, vorCurrFrq);
TuneVOR(BReceiver, vorCurrFrq);
TuneDMEforVOR(AReceiver, vorCurrFrq);
TuneDMEforVOR(BReceiver, vorCurrFrq);
END TuneVORandDME;
PROCEDURE VORIncFchby100;
BEGIN
VORIncFch(vorCurrFrq, 100);
TuneVORandDME;
END VORIncFchby100;
PROCEDURE VORIncFchby10;
BEGIN
VORIncFch(vorCurrFrq, 10);
TuneVORandDME;
END VORIncFchby10;
PROCEDURE VORIncFchby1;
BEGIN
VORIncFch(vorCurrFrq, 1);
TuneVORandDME;
END VORIncFchby1;
PROCEDURE VORDecFchby100;
BEGIN
VORDecFch(vorCurrFrq, 100);
TuneVORandDME;
END VORDecFchby100;
PROCEDURE VORDecFchby10;
BEGIN
VORDecFch(vorCurrFrq, 10);
TuneVORandDME;
END VORDecFchby10;
PROCEDURE VORDecFchby1;
BEGIN
VORDecFch(vorCurrFrq, 1);
TuneVORandDME;
END VORDecFchby1;
PROCEDURE WriteADFFrq;
VAR
lastStr : ARRAY [0 .. 80] OF CHAR;
ok : BOOLEAN;
BEGIN
RealToString(FLOAT(adfCurrFrq), 2, 10, lastStr, ok);
Insert('czestotliwosc ADF = ', lastStr, 0);
Insert(' kHz ', lastStr, 9999);
_Wr16StrXY(lastStr, 450, 490, WHITE, BLUE);
END WriteADFFrq;
PROCEDURE TuneADFrec;
BEGIN
TuneADF(AReceiver, adfCurrFrq, FALSE, TRUE, FALSE);
TuneADF(BReceiver, adfCurrFrq, FALSE, TRUE, FALSE);
WriteADFFrq;
END TuneADFrec;
PROCEDURE ADFIncFchby100;
BEGIN
IncADFFch(adfCurrFrq, 100);
TuneADFrec;
END ADFIncFchby100;
PROCEDURE ADFIncFchby10;
BEGIN
IncADFFch(adfCurrFrq, 10);
TuneADFrec;
END ADFIncFchby10;
PROCEDURE ADFIncFchby1;
BEGIN
IncADFFch(adfCurrFrq, 1);
TuneADFrec;
END ADFIncFchby1;
PROCEDURE ADFDecFchby100;
BEGIN
DecADFFch(adfCurrFrq, 100);
TuneADFrec;
END ADFDecFchby100;
PROCEDURE ADFDecFchby10;
BEGIN
DecADFFch(adfCurrFrq, 10);
TuneADFrec;
END ADFDecFchby10;
PROCEDURE ADFDecFchby1;
BEGIN
DecADFFch(adfCurrFrq, 1);
TuneADFrec;
END ADFDecFchby1;
PROCEDURE DoILSMenu;
VAR
firstTime : BOOLEAN;
hDlg : HDLG;
memlistaUrz : HCONTENT;
memlistaKan : HCONTENT;
listaUrz : HLIST;
listaKan : HLIST;
but : Button;
position : CARDINAL;
kanal : CARDINAL;
auto : BOOLEAN;
ok : BOOLEAN;
PROCEDURE Monitorowanie;
CONST
BitNumber = 0;
VAR
dtaSign : DtaSignType;
lastCh : CHAR;
val : BITSET;
LocFlag : BOOLEAN;
GSFlag : BOOLEAN;
pass : BOOLEAN;
PROCEDURE WyswietlStan( VAR dtaSign : DtaSignType);
VAR
lastStr : ARRAY [0 .. 40] OF CHAR;
distanceBS : BITSET;
distance : INTEGER;
dev : INTEGER;
devGS : INTEGER;
val : REAL;
val_cal : REAL;
BEGIN (* WyswietlStan *)
IF pass = TRUE
THEN
WriteString('/');
ELSE
WriteString('\');
END (* if *);
pass := NOT pass;
IF GetBinaryVal(DMEDistanceA, distanceBS, dtaSign)
THEN
distance := DMEConvert(distanceBS);
ELSE
distance := MIN(INTEGER);
END (* if GetAnalogVal *);
IF LOC_DEV_pc(val, val_cal, dtaSign, 0)
THEN
dev := entier(val_cal + 0.5);
ELSE
dev := MIN(INTEGER);
END (* if LOC_DEV_pc *);
IF GS_DEV_pc(val, val_cal, dtaSign, 0)
THEN
devGS := entier(val_cal + 0.5);
ELSE
devGS := MIN(INTEGER);
END (* if LOC_DEV_pc *);
UstawZmienne(distance DIV 10, dev, dev, devGS);
WriteLn;
WriteString('czestotliwosc = ');
ILSfrqString(locCurrFrq, lastStr);
WriteString(lastStr);
IF markerLowSense
THEN
WriteString(' MKR Low Sense');
ELSE
WriteString(' MKR High Sense');
END (* if markerLowSense *);
WriteLn;
Get_WriteAnalog(' LOC.DEV A= ', 1.0, ' ', 'uA ', 2, 1, LOC_DEV_pc);
Get_WriteAnalog(' LOC.MOD A= ', 0.001, 'V ', '% ', 2, 1,
LOC_MOD_pc);
Get_WriteAnalog(' LOC.AGC A= ', 0.001, 'V ', 'uV ', 2, 0,
LOC_AGC_pc);
WriteLn;
WriteLn;
Get_WriteAnalog(' GS.DEV A= ', 1.0, ' ', 'uA ', 2, 1, GS_DEV_pc);
Get_WriteAnalog(' GS.MOD A= ', 0.001, 'V ', '% ', 2, 1,
GS_MOD_pc);
Get_WriteAnalog(' GS.AGC A= ', 0.001, 'V ', 'uV ', 2, 0,
GS_AGC_pc);
WriteLn;
WriteLn;
Get_WriteAnalog(' MKR.AGC A= ', 0.001, 'V ', 'uV ', 2, 0,
MKR_AGC_pc);
WriteLn;
WriteLn;
Get_WriteAnalog('DME.DISTANCE A= ', 1.0, 'NM ', 'NM ', 2, 2,
DME_Distance_pc);
WriteLn;
WriteLn;
Get_WriteBinary(' LOC.SFLG A= ', SFLGforNAVa, SFLGforNAVb);
Get_WriteBinary(' GS.SFLG A= ', SFLGforGSa, SFLGforGSb);
Get_WriteBinary(' MKR.OUT A= ', OutMKRa, OutMKRb);
Get_WriteBinary(' MKR.MID A= ', MidMKRa, MidMKRb);
Get_WriteBinary(' MKR.INN A= ', InnMKRa, InnMKRb);
Get_WriteBinary(' NAV.AUDIO A= ', NAVaAudio, NAVbAudio);
WriteLn;
END WyswietlStan;
BEGIN
cscr;
pass := FALSE;
UstawFormat(LOCPradOffset, 150, 150);
REPEAT
WaitForNewData(dtaSign);
IF GetBinaryVal(SFLGforNAVa, val, dtaSign)
THEN
LocFlag := BitNumber IN val;
END;
IF GetBinaryVal(SFLGforGSa, val, dtaSign) THEN
GSFlag := BitNumber IN val;
END;
SetCPFlags(LocFlag, GSFlag, FALSE, FALSE, TRUE);
GoToTop;
WyswietlStan( dtaSign );
UNTIL KeyPressed();
UstawZmienne(0, 0, 0, 0);
UstawFormat(Idle, MAX(INTEGER), MAX(INTEGER));
SetCPFlags(FALSE, FALSE, FALSE, FALSE, TRUE);
WHILE KeyPressed() DO
Read(lastCh);
END;
END Monitorowanie;
PROCEDURE WstawButony;
CONST
movement = 170;
VAR
Rectangle : RECT;
auto : BOOLEAN;
BEGIN (* WstawButony *)
AssignRect(Rectangle, 450, 520, 600, 550);
WstawButton(hDlg, Rectangle, "Prv. ch.(F1)", 9, kbF1, ILSDecF, but);
MoveRect(Rectangle, movement, 0);
WstawButton(hDlg, Rectangle, "Next ch.(F2)", 9, kbF2, ILSIncF, but);
END WstawButony;
BEGIN (* DoILSMenu *)
firstTime := TRUE;
position := 0;
kanal := 0;
TurnOnLOCSig;
TurnOnGSSig;
TurnOn(DMEDistanceA);
TurnOn(DMEDistanceB);
TuneILSandDME;
LOOP
InitScreen(hDlg, listaUrz, listaKan, TRUE);
WstawButony;
WriteILSFrq;
IF firstTime
THEN
DodajDoListy(listaKan, "Kanal A");
DodajDoListy(listaKan, "Kanal B");
DodajDoListy(listaUrz, "LOC.DEV");
DodajDoListy(listaUrz, "LOC.%MOD");
DodajDoListy(listaUrz, "LOC.AGC");
DodajDoListy(listaUrz, "GS.DEV");
DodajDoListy(listaUrz, "GS.%MOD");
DodajDoListy(listaUrz, "GS.AGC");
DodajDoListy(listaUrz, "MKR.AGC");
DodajDoListy(listaUrz, "Wszystko");
memlistaUrz := GetContents(listaUrz);
memlistaKan := GetContents(listaKan);
ELSE
SetContents(listaUrz, memlistaUrz);
SetContents(listaKan, memlistaKan);
END (* if firstTime *);
firstTime := FALSE;
SetSelection(listaUrz, position);
SetSelection(listaKan, kanal);
IF Go(hDlg)
THEN
position := GetSelection(listaUrz);
kanal := GetSelection(listaKan);
UsunDialog(hDlg);
auto := nastOperacja = KalibracjaAuto;
IF (nastOperacja = Kalibracja) OR auto
THEN
CASE position OF
0 :
ok := KalibracjaLocDev(kanal, auto);
|
1 :
ok := KalibracjaLocMod(kanal, auto);
|
2 :
ok := KalibracjaLocAGC(kanal, auto);
|
3 :
ok := KalibracjaGsDev(kanal, auto);
|
4 :
ok := KalibracjaGsMod(kanal, auto);
|
5 :
ok := KalibracjaGsAGC(kanal, auto);
|
6 :
ok := KalibracjaMkrAGC(kanal, auto);
|
7 :
ok := ILSWszystko(kanal, auto);
END (* case lastCh *);
IF auto AND NOT ok THEN
ok := DoSimpleComm(Local);
ok := MsgBox.Info("Czy wiesz, ze procedure przerwano");
END;
IF auto THEN
TuneILSandDME
END;
ELSIF nastOperacja = Wyjscie THEN
EXIT
ELSE
Monitorowanie;
END (* if nastOperacja *);
ELSE
UsunDialog(hDlg);
EXIT
END (* if ok *);
END (* loop *);
TurnOffILSSig;
TurnOff(DMEDistanceA);
TurnOff(DMEDistanceB);
END DoILSMenu;
PROCEDURE WstawButonyVOR
( VAR hDlg : HDLG );
CONST
movement = 60;
VAR
Rectangle : RECT;
but : Button;
BEGIN
AssignRect(Rectangle, 450, 520, 500, 550);
WstawButton(hDlg, Rectangle, "-1", 0, kbF1, VORDecFchby100, but);
MoveRect(Rectangle, movement, 0);
WstawButton(hDlg, Rectangle, "-0.1", 0, kbF2, VORDecFchby10, but);
MoveRect(Rectangle, movement, 0);
WstawButton(hDlg, Rectangle, "-0.01", 0, kbF3, VORDecFchby1, but);
MoveRect(Rectangle, movement, 0);
WstawButton(hDlg, Rectangle, "+0.01", 0, kbF4, VORIncFchby1, but);
MoveRect(Rectangle, movement, 0);
WstawButton(hDlg, Rectangle, "+0.1", 0, kbF5, VORIncFchby10, but);
MoveRect(Rectangle, movement, 0);
WstawButton(hDlg, Rectangle, "+1", 0, kbF6, VORIncFchby100, but);
END WstawButonyVOR;
PROCEDURE DoVORMenu;
VAR
firstTime : BOOLEAN;
hDlg : HDLG;
memlistaUrz : HCONTENT;
memlistaKan : HCONTENT;
listaUrz : HLIST;
listaKan : HLIST;
position : CARDINAL;
kanal : CARDINAL;
auto : BOOLEAN;
ok : BOOLEAN;
PROCEDURE WyswietlStan;
VAR
lastStr : ARRAY [0 .. 80] OF CHAR;
BEGIN (* WyswietlStan *)
WriteString('czestotliwosc VOR = ');
ConvertCardinal(vorCurrFrq, 10, lastStr);
Concat(lastStr, '0kHz', lastStr);
WriteString(lastStr);
WriteLn;
WriteLn;
Get_WriteAnalog(' VOR.OMNIBERI A= ', 1.0, 'deg ', 'deg ', 2, 2,
VOR_OMNIBERI_pc);
WriteLn;
Get_WriteAnalog(' VOR.AGC A= ', 0.001, 'V ', 'uV ', 2, 0,
VOR_AGC_pc);
Get_WriteAnalog(' VOR.VAR A= ', 0.001, 'V ', '% ', 2, 1,
VOR_VAR_pc);
Get_WriteAnalog(' VOR.REF A= ', 0.001, 'V ', '% ', 2, 1,
VOR_REF_pc);
Get_WriteAnalog(' VOR.SUBCAR A= ', 0.001, 'V ', '% ', 2, 1,
VOR_SUBCAR_pc);
WriteLn;
WriteLn;
Get_WriteBinary(' VOR.SFLG A= ', SFLGforNAVa, SFLGforNAVb);
Get_WriteBinary(' NAV.AUDIO A= ', NAVaAudio, NAVbAudio);
END WyswietlStan;
PROCEDURE Monitorowanie;
VAR
dtaSign : DtaSignType;
lastCh : CHAR;
BEGIN (* Monitorowanie *)
cscr;
REPEAT
WaitForNewData(dtaSign);
GoToTop;
WyswietlStan;
UNTIL KeyPressed();
Read(lastCh);
END Monitorowanie;
BEGIN (* DoVORMenu *)
firstTime := TRUE;
position := 0;
kanal := 0;
TurnOnVORSig;
TuneVORandDME;
LOOP
InitScreen(hDlg, listaUrz, listaKan, TRUE);
WstawButonyVOR(hDlg);
WriteVORFrq;
IF firstTime
THEN
DodajDoListy(listaKan, "Kanal A");
DodajDoListy(listaKan, "Kanal B");
DodajDoListy(listaUrz, "Omnibearing");
DodajDoListy(listaUrz, "REF");
DodajDoListy(listaUrz, "VAR");
DodajDoListy(listaUrz, "Subcar");
DodajDoListy(listaUrz, "AGC");
DodajDoListy(listaUrz, "Wszystko");
memlistaUrz := GetContents(listaUrz);
memlistaKan := GetContents(listaKan);
ELSE
SetContents(listaUrz, memlistaUrz);
SetContents(listaKan, memlistaKan);
END (* if firstTime *);
firstTime := FALSE;
SetSelection(listaUrz, position);
SetSelection(listaKan, kanal);
IF Go(hDlg)
THEN
position := GetSelection(listaUrz);
kanal := GetSelection(listaKan);
UsunDialog(hDlg);
auto := nastOperacja = KalibracjaAuto;
IF (nastOperacja = Kalibracja) OR auto
THEN
CASE position OF
0 :
ok := KalibracjaOmnibearing(kanal, auto);
|
1 :
ok := KalibracjaVorRef(kanal, auto);
|
2 :
ok := KalibracjaVorVar(kanal, auto);
|
3 :
ok := KalibracjaSubcar(kanal, auto);
|
4 :
ok := KalibracjaVorAGC(kanal, auto);
|
5 :
ok := VORWszystko(kanal, auto);
END (* case lastCh *);
IF auto AND NOT ok THEN
ok := DoSimpleComm(Local);
ok := MsgBox.Info("Czy wiesz, ze procedure przerwano");
END;
IF auto THEN
TuneVORandDME;
END;
ELSIF nastOperacja = Wyjscie THEN
EXIT
ELSE
Monitorowanie;
END (* if nastOperacja *);
ELSE
UsunDialog(hDlg);
EXIT
END (* if ok *);
END (* loop *);
TurnOffVORSig;
END DoVORMenu;
PROCEDURE DoDMEMenu;
VAR
firstTime : BOOLEAN;
hDlg : HDLG;
memlistaUrz : HCONTENT;
memlistaKan : HCONTENT;
listaUrz : HLIST;
listaKan : HLIST;
position : CARDINAL;
kanal : CARDINAL;
PROCEDURE WyswietlStan;
VAR
lastStr : ARRAY [0 .. 20] OF CHAR;
BEGIN (* WyswietlStan *)
WriteString('czestotliwosc = ');
ConvertCardinal(vorCurrFrq, 10, lastStr);
Concat(lastStr, '0kHz', lastStr);
WriteString(lastStr);
WriteLn;
WriteLn;
Get_WriteAnalog('DME.DISTANCE A= ', 1.0, 'NM ', 'NM ', 2, 2,
DME_Distance_pc);
WriteLn;
WriteLn;
Get_WriteAnalog(' DME.AGC A= ', 0.001, 'V ', 'dBm ', 2, 0,
DME_AGC_pc);
Get_WriteAnalog(' DME.SQUITTER A= ', 0.001, 'V ', ' ', 2, 0,
DME_SQUITTER_pc);
Get_WriteAnalog(' DME.%REPLAY A= ', 0.001, 'V ', '% ', 2, 1,
DME_RPL_pc);
WriteLn;
WriteLn;
Get_WriteBinary(' DME.MEM A= ', DME_MEMa, DME_MEMb);
Get_WriteBinary(' DME.TRACE A= ', DME_SRCa, DME_SRCb);
Get_WriteBinary(' DME.AUDIO A= ', DMEaAudio, DMEbAudio);
END WyswietlStan;
PROCEDURE Monitorowanie;
VAR
dtaSign : DtaSignType;
lastCh : CHAR;
BEGIN (* Monitorowanie *)
cscr;
REPEAT
WaitForNewData(dtaSign);
GoToTop;
WyswietlStan;
UNTIL KeyPressed();
Read(lastCh);
END Monitorowanie;