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ADF autotune

This commit is contained in:
Jonathan Redpath 2021-12-27 13:57:57 +00:00
parent a13a1ad627
commit 32f8b06d0d

View file

@ -27,13 +27,53 @@ var parseFrequencyVOR = func(scratchpad, i, num) {
}
}
var searchResult = nil;
var searchResultVOR = nil;
var parseIdentVOR = func(scratchpad, i, num) {
# TODO - duplicate names
if (size(scratchpad) == 3) {
searchResult = findNavaidsByID(scratchpad);
if (size(searchResult) != 0) {
pts.Instrumentation.Nav.Frequencies.selectedMhz[num].setValue(searchResult[0].frequency / 100);
searchResultVOR = findNavaidsByID(scratchpad);
if (size(searchResultVOR) != 0) {
pts.Instrumentation.Nav.Frequencies.selectedMhz[num].setValue(searchResultVOR[0].frequency / 100);
return 3;
} else {
return 2;
}
} else {
return 1;
}
};
var splitScratchpadADF = nil;
var parseFrequencyADF = func(scratchpad, i, num) {
if (size(scratchpad) >= 3 and size(scratchpad) <= 6) {
if (scratchpad >= 190 and scratchpad <= 1799) {
if (scratchpad != int(scratchpad)) {
splitScratchpadADF = split(".",scratchpad);
if (size(splitScratchpadADF) != 2 or splitScratchpadADF[1] != "5") {
return 3;
} else {
pts.Instrumentation.Adf.Frequencies.selectedKhz[num].setValue(scratchpad);
return 4;
}
} else {
pts.Instrumentation.Adf.Frequencies.selectedKhz[num].setValue(scratchpad);
return 4;
}
} else {
return 2;
}
} else {
return 1;
}
}
var searchResultADF = nil;
var parseIdentADF = func(scratchpad, i, num) {
# TODO - duplicate names
if (size(scratchpad) == 2 or size(scratchpad) == 3) {
searchResultADF = findNavaidsByID(scratchpad);
if (size(searchResultADF) != 0) {
pts.Instrumentation.Adf.Frequencies.selectedKhz[num].setValue(searchResultADF[0].frequency / 100);
return 3;
} else {
return 2;
@ -170,27 +210,55 @@ var radnavInput = func(key, i) {
fmgc.FMGCInternal.ADF1.freqSet = 0;
mcdu_scratchpad.scratchpads[i].empty();
} else {
if (radNavScratchpadSize >= 3 and radNavScratchpadSize <= 6) {
if (radNavScratchpad >= 190 and radNavScratchpad <= 1799) {
if (radNavScratchpad != int(radNavScratchpad)) {
var splitradNavScratchpad = split(".",radNavScratchpad);
if (size(splitradNavScratchpad) != 2 or splitradNavScratchpad[1] != "5") {
if (size(split("/", radNavScratchpad)) == 2) {
if (size(split("/", radNavScratchpad)[0]) != 0) {
mcdu_message(i, "FORMAT ERROR");
return;
} else {
radNavScratchpad = split("/", radNavScratchpad)[1];
if (num(radNavScratchpad) != radNavScratchpad) {
mcdu_message(i, "FORMAT ERROR");
} else {
returny = parseFrequencyADF(radNavScratchpad, i, 0);
if (returny == 1) {
mcdu_message(i, "FORMAT ERROR");
} elsif (returny == 2) {
mcdu_message(i, "ENTRY OUT OF RANGE");
} elsif (returny == 3) {
mcdu_message(i, "NOT ALLOWED");
} else {
pts.Instrumentation.Adf.Frequencies.selectedKhz[0].setValue(radNavScratchpad);
} elsif (returny == 4) {
fmgc.FMGCInternal.ADF1.freqSet = 1;
mcdu_scratchpad.scratchpads[i].empty();
}
} else {
pts.Instrumentation.Adf.Frequencies.selectedKhz[0].setValue(radNavScratchpad);
}
}
} else if (size(split("/", radNavScratchpad)) == 1) {
if (num(radNavScratchpad) == radNavScratchpad) {
returny = parseFrequencyADF(radNavScratchpad, i, 0);
if (returny == 1) {
mcdu_message(i, "FORMAT ERROR");
} elsif (returny == 2) {
mcdu_message(i, "ENTRY OUT OF RANGE");
} elsif (returny == 3) {
mcdu_message(i, "NOT ALLOWED");
} elsif (returny == 4) {
fmgc.FMGCInternal.ADF1.freqSet = 1;
mcdu_scratchpad.scratchpads[i].empty();
}
} else if (isstr(radNavScratchpad)) {
returny = parseIdentADF(radNavScratchpad, i, 0);
if (returny == 1) {
mcdu_message(i, "FORMAT ERROR");
} elsif (returny == 2) {
# TODO - NEW NAVAID page
mcdu_message(i, "NOT IN DATA BASE");
} elsif (returny == 3) {
fmgc.FMGCInternal.ADF1.freqSet = 1;
mcdu_scratchpad.scratchpads[i].empty();
}
} else {
mcdu_message(i, "NOT ALLOWED");
}
} else {
mcdu_message(i, "NOT ALLOWED");
mcdu_message(i, "FORMAT ERROR");
}
}
} else if (key == "L6") {
@ -286,27 +354,55 @@ var radnavInput = func(key, i) {
fmgc.FMGCInternal.ADF2.freqSet = 0;
mcdu_scratchpad.scratchpads[i].empty();
} else {
if (radNavScratchpadSize >= 3 and radNavScratchpadSize <= 6) {
if (radNavScratchpad >= 190 and radNavScratchpad <= 1799) {
if (radNavScratchpad != int(radNavScratchpad)) {
var splitradNavScratchpad = split(".",radNavScratchpad);
if (size(splitradNavScratchpad) != 2 or splitradNavScratchpad[1] != "5") {
if (size(split("/", radNavScratchpad)) == 2) {
if (size(split("/", radNavScratchpad)[1]) != 0) {
mcdu_message(i, "FORMAT ERROR");
return;
} else {
radNavScratchpad = split("/", radNavScratchpad)[0];
if (num(radNavScratchpad) != radNavScratchpad) {
mcdu_message(i, "FORMAT ERROR");
} else {
returny = parseFrequencyADF(radNavScratchpad, i, 1);
if (returny == 1) {
mcdu_message(i, "FORMAT ERROR");
} elsif (returny == 2) {
mcdu_message(i, "ENTRY OUT OF RANGE");
} elsif (returny == 3) {
mcdu_message(i, "NOT ALLOWED");
} else {
pts.Instrumentation.Adf.Frequencies.selectedKhz[1].setValue(radNavScratchpad);
} elsif (returny == 4) {
fmgc.FMGCInternal.ADF2.freqSet = 1;
mcdu_scratchpad.scratchpads[i].empty();
}
} else {
pts.Instrumentation.Adf.Frequencies.selectedKhz[1].setValue(radNavScratchpad);
}
}
} else if (size(split("/", radNavScratchpad)) == 1) {
if (num(radNavScratchpad) == radNavScratchpad) {
returny = parseFrequencyADF(radNavScratchpad, i, 1);
if (returny == 1) {
mcdu_message(i, "FORMAT ERROR");
} elsif (returny == 2) {
mcdu_message(i, "ENTRY OUT OF RANGE");
} elsif (returny == 3) {
mcdu_message(i, "NOT ALLOWED");
} elsif (returny == 4) {
fmgc.FMGCInternal.ADF2.freqSet = 1;
mcdu_scratchpad.scratchpads[i].empty();
}
} else if (isstr(radNavScratchpad)) {
returny = parseIdentADF(radNavScratchpad, i, 1);
if (returny == 1) {
mcdu_message(i, "FORMAT ERROR");
} elsif (returny == 2) {
# TODO - NEW NAVAID page
mcdu_message(i, "NOT IN DATA BASE");
} elsif (returny == 3) {
fmgc.FMGCInternal.ADF2.freqSet = 1;
mcdu_scratchpad.scratchpads[i].empty();
}
} else {
mcdu_message(i, "NOT ALLOWED");
}
} else {
mcdu_message(i, "NOT ALLOWED");
mcdu_message(i, "FORMAT ERROR");
}
}
} else if (key == "R6") {