1 contributor
# vim: set foldmethod=marker foldmarker={{{,}}} :
displayClass.MFD = {
AUX: {
'SYSTEM SETUP' : func {
var obj_infos = [
{text: 'NAV BOX DATA FIELDS', type: 'title'},
{type: 'separator'},
{text: 'DATA FIELD NUMBER', type: 'normal'},
{text: ' 1 >', type: 'selected|end-of-line', choices: [' 1 >', '< 2 >', '< 3 >', '< 4 ']},
];
var column = 0;
var colmax = 5;
foreach (var text; me.device.display.updateNavigationBox(1)) {
append(obj_infos, {
text: sprintf('%-5s', text),
type: 'editable' ~ ((column == colmax) ? '|end-of-line' : ''),
callback: func (id, selected) {
var field = string.trim(me.device.windows.state[id].objects[3].text,
0,
func (c) c == `<` or c == `>` or c == ` `);
me.device.display.screenElements['DATA-FIELD' ~ field ~ '-ID-text']
.setText(string.trim(me.device.windows.state[id].objects[selected].text, 1));
}
});
column += (column < colmax) ? 1 : -column;
}
var windowId = 'SYSTEM SETUP';
me.device.windows.draw( windowId, obj_infos );
me.device.buttons.CLR = func {
me.device.windows.del(windowId);
me.device.buttons.ENT = func;
me.device.buttons.CLR = func;
me.device.knobs.FmsInner = func;
me.device.knobs.FmsOuter = me.device.knobs.MFD_select_page_group;
}
me.device.knobs.FmsInner = me.device.knobs.MenuSettings;
me.device.knobs.FmsOuter = me.device.knobs.NavigateMenu;
me.device.buttons.ENT = me.device.buttons.ValidateTMRREF;
},
},
NRST : {
'NEAREST AIRPORTS': func {
var airports = findAirportsWithinRange(99.99);
var obj_infos = [
{text: size(airports) ~ ' NEAREST AIRPORTS', type: 'title'},
{type: 'separator'},
];
var name_max_length = 0;
forindex (var idx; airports) {
var info = airportinfo(airports[idx].id);
var (course, distance) = courseAndDistance(info);
var name = sprintf('%s (%s)', airports[idx].id, airports[idx].name);
if (size(name) > name_max_length)
name_max_length = size(name);
append(obj_infos, {
text: name,
type: (idx ? 'editable' : 'selected') ~ '|immediate|end-of-line',
scrollgroup: idx,
}
);
append(obj_infos, {
text: sprintf(' %s DST %2dNM CRS %03d', utf8.chstr(9658), distance, course),
type: 'normal|end-of-line',
scrollgroup: idx
}
);
}
append(obj_infos, {type: 'separator'});
var windowId = 'NEAREST AIRPORTS';
me.device.windows.draw( windowId, obj_infos, {lines: 4, columns: 1} );
me.device.buttons.CLR = func {
me.device.windows.del(windowId);
me.device.buttons.ENT = func;
me.device.buttons.CLR = func;
me.device.knobs.FmsInner = func;
me.device.knobs.FmsOuter = me.device.knobs.MFD_select_page_group;
}
me.device.knobs.FmsInner = me.device.knobs.NavigateMenu;
me.device.knobs.FmsOuter = me.device.knobs.NavigateMenu;
me.device.buttons.ENT = func (a = 0) {
if (a) return;
me.device.windows.del(windowId);
var (_, selected) = split('-', me.device.windows.selected);
var (airport_id, _) = split(" ", obj_infos[selected].text);
call(me.device.display.MFD._ShowAirportInfo, [airport_id], me);
};
},
'NEAREST INTERSECTIONS': func {
call(me.device.display.MFD._NearestNavaids, ['fix'], me);
},
'NEAREST NDB': func {
call(me.device.display.MFD._NearestNavaids, ['ndb'], me);
},
'NEAREST VOR': func {
call(me.device.display.MFD._NearestNavaids, ['vor'], me);
},
},
_NearestNavaids: func (navaid_type) {
var navaids = findNavaidsWithinRange(99.99, navaid_type);
var obj_infos = [
{text: size(navaids) ~ ' NEAREST ' ~ string.uc(navaid_type), type: 'title'},
{type: 'separator'},
];
var idx = 0;
foreach (var navaid; navaids) {
var (course, distance) = courseAndDistance(navaid);
var name = navaid.id ~ ' (' ~ navaid.name ~ ')';
append(obj_infos, {
text: navaid.id ~ ' (' ~ navaid.name ~ ')',
type: (idx ? 'editable' : 'selected') ~ '|immediate|end-of-line',
scrollgroup: idx,
}
);
append(obj_infos, {
text: sprintf(' %s DST %2dNM CRS %03d', utf8.chstr(9658), distance, course),
type: 'normal|end-of-line',
scrollgroup: idx
}
);
idx += 1;
}
append(obj_infos, {type: 'separator'});
var windowId = obj_infos[0].text;
me.device.windows.draw( windowId, obj_infos, {lines: 4, columns: 1} );
me.device.buttons.CLR = func {
me.device.windows.del(windowId);
me.device.buttons.ENT = func;
me.device.buttons.CLR = func;
me.device.knobs.FmsInner = func;
me.device.knobs.FmsOuter = me.device.knobs.MFD_select_page_group;
}
me.device.knobs.FmsInner = me.device.knobs.NavigateMenu;
me.device.knobs.FmsOuter = me.device.knobs.NavigateMenu;
me.device.buttons.ENT = func (a = 0) {
if (a) return;
me.device.windows.del(windowId);
var (_, selected) = split('-', me.device.windows.selected);
var (navaid_id, _) = split(" ", obj_infos[selected].text);
if (navaid_type == 'airport')
call(me.device.display.MFD._ShowAirportInfo, [navaid_id], me);
else
call(me.device.display.MFD._ShowNavaidInfo, [navaid_id, navaid_type], me);
};
},
_ShowNavaidInfo: func (navaid_id, navaid_type) {
var info = findNavaidsByID(navaid_id, navaid_type);
if (size(info) == 0) return;
me.device.knobs.FmsInner = func;
me.device.knobs.FmsOuter = func;
me.device.buttons.ENT = func;
print(typeof(info[0]));
var obj_infos = [
{text: info[0].id ~ ' INFORMATION', type: 'title'},
{type: 'separator'},
{text: 'ID ' ~ info[0].id, type: 'normal|end-of-line'},
{text: 'NAME ' ~ info[0].name, type: 'normal|end-of-line'},
{text: 'TYPE ' ~ info[0].type, type: 'normal|end-of-line'},
{text: sprintf('LON %.3f %s', abs(info[0].lon), info[0].lon > 0 ? 'E' : 'W'), type: 'normal|end-of-line'},
{text: sprintf('LAT %.3f %s', abs(info[0].lat), info[0].lat > 0 ? 'N' : 'S'), type: 'normal|end-of-line'},
];
call(func {return info[0].range }, [], nil, nil, var errors = []);
if (!size(errors))
append(obj_infos, {text: sprintf('RANGE %i NM', info[0].range * 1.852), type: 'normal|end-of-line'});
call(func {return info[0].frequency }, [], nil, nil, var errors = []);
if (!size(errors))
append(obj_infos, {text: sprintf('FREQ %.2f kHz', info[0].frequency / 100), type: 'normal|end-of-line'});
var lines = size(obj_infos);
var windowId = 'NAVAID INFORMATIONS';
me.device.windows.draw( windowId, obj_infos );
me.device.buttons.CLR = func {
me.device.windows.del(windowId);
me.device.buttons.ENT = func;
me.device.buttons.CLR = func;
me.device.knobs.FmsInner = func;
me.device.knobs.FmsOuter = me.device.knobs.MFD_select_page_group;
}
},
_ShowAirportInfo: func (airport_id) {
me.device.knobs.FmsInner = func;
me.device.knobs.FmsOuter = func;
me.device.buttons.ENT = func;
var info = airportinfo(airport_id);
var obj_infos = [
{text: airport_id ~ ' INFORMATION', type: 'title'},
{type: 'separator'},
{text: sprintf('ELEVATION %.0d FT', info.elevation * 3.28), type: 'normal|end-of-line'},
{text: sprintf('LON: %.3f %s', abs(info.lon), info.lon > 0 ? 'E' : 'W'), type: 'normal|end-of-line'},
{text: sprintf('LAT: %.3f %s', abs(info.lat), info.lat > 0 ? 'N' : 'S'), type: 'normal|end-of-line'},
{type: 'separator'},
{text: 'RUNWAYS', type: 'title'},
];
foreach (var rwy; sort(keys(info.runways), string.icmp)) {
var rwyInfo = sprintf("%-3s %4.0dm %3.0d°",
rwy,
info.runways[rwy].length,
info.runways[rwy].heading);
if (info.runways[rwy].ils != nil) {
rwyInfo = sprintf("%s %3.3f Mhz", rwyInfo, info.runways[rwy].ils.frequency / 100);
}
append(obj_infos, {text: rwyInfo, type: 'normal|end-of-line'});
}
var sep = 2; # to count separators, already two printed
if (size(info.comms()) > 0) {
# TODO: find nearby freqs if none found for airport
append(obj_infos, {type: 'separator'}); sep += 1;
append(obj_infos, {text: 'COMMS FREQUENCIES', type: 'title'});
var freqs = {};
var comms = info.comms();
foreach (var c; comms)
freqs[c.ident] = sprintf("%.3f", c.frequency);
foreach (var f; sort(keys(freqs), string.icmp))
append(obj_infos, {text: sprintf('%-15s %.3f', f, freqs[f]), type: 'normal|end-of-line'});
}
var lines = size(obj_infos) - sep; # minus the separators
var windowId = 'AIRPORT INFORMATIONS';
me.device.windows.draw( windowId, obj_infos );
me.device.buttons.CLR = func {
me.device.windows.del(windowId);
me.device.buttons.ENT = func;
me.device.buttons.CLR = func;
me.device.knobs.FmsInner = func;
me.device.knobs.FmsOuter = me.device.knobs.MFD_select_page_group;
}
},
};
displayClass.setMFDPages = func {
me.device.data['page selection'] = [
# list of pages, by group {{{
{
name: 'MAP',
objects: [
{text: 'NAVIGATION MAP'},
{text: 'TRAFFIC MAP'},
{text: 'STORMSCOPE'},
{text: 'WEATHER DATA LINK'},
{text: 'TAWS-B'},
],
},
{
name: 'WPT',
objects: [
{text: 'AIRPORT INFORMATION'},
{text: 'AIRPORT DIRECTORY'},
{text: 'DEPARTURE INFORMATION'},
{text: 'ARRIVAL INFORMATION'},
{text: 'APPROACH INFORMATION'},
{text: 'WEATHER INFORMATION'},
{text: 'INTERSECTION INFORMATION'},
{text: 'NDB INFORMATION'},
{text: 'VOR INFORMATION'},
{text: 'USER WAYPOINT INFORMATION'},
],
},
{
name: 'AUX',
objects: [
{text: 'TRIP PLANNING'},
{text: 'UTILITY'},
{text: 'GPS STATUS'},
{text: 'SYSTEM SETUP'},
],
},
{
name: 'FPL',
objects: [
{text: 'ACTIVE FLIGHT PLAN'},
{text: 'WIDE VIEW, NARROW VIEW'},
{text: 'FLIGHT PLAN CATALOG'},
],
},
{
name: 'PROC',
objects: [
{text: 'DEPARTURE LOADING'},
{text: 'ARRIVAL LOADING'},
{text: 'APPROACH LOADING'},
],
},
{
name: 'NRST',
objects: [
{text: 'NEAREST AIRPORTS'},
{text: 'NEAREST INTERSECTIONS'},
{text: 'NEAREST NDB'},
{text: 'NEAREST VOR'},
{text: 'NEAREST USER WAYPOINTS'},
{text: 'NEAREST FREQUENCIES'},
{text: 'NEAREST AIRSPACES'},
],
},
# }}}
];
foreach (var g; me.device.data['page selection']) {
var obj_s = size(g.objects);
# build specific geometry per page, depending of number of sub-pages
g.geometry = {x: 720, y: 758 - ((obj_s + 3) * 24), w: 300, l: obj_s + 1, sep: 1};
# complete the hash with reccurrent elements type and callback
var firstEntry = 1;
foreach (var o; g.objects) {
if (contains(me.MFD, g.name) and contains(me.MFD[g.name], o.text)) {
o.type = firstEntry ? 'selected' : 'editable';
o.type ~= '|end-of-line';
o.callback = me.device.buttons.MFD_page_wrapper;
firstEntry = 0;
}
else
o.type = 'normal|end-of-line';
}
}
# build the available groups line, at the bottom
forindex (var g; me.device.data['page selection']) {
append(me.device.data['page selection'][g].objects, {type: 'separator'});
for (var i = 0; i < g; i+=1)
append(me.device.data['page selection'][g].objects,
{text: me.device.data['page selection'][i].name, type: 'normal'});
append(me.device.data['page selection'][g].objects,
{text: me.device.data['page selection'][i].name, type: 'highlighted'});
for (var i = g+1; i < size(me.device.data['page selection']); i+=1)
append(me.device.data['page selection'][g].objects,
{text: me.device.data['page selection'][i].name, type: 'normal'});
}
me.device.knobs.FmsOuter = me.device.knobs.MFD_select_page_group;
};