1 contributor
var buttonsClass = {
new : func (device) {
var m = { parents: [ buttonsClass ] };
m.device = device;
return m;
},
PAN : func (xdir = 0, ydir = 0) {
},
AsSwitchNAV : func {
var n = radios.getValue('nav-tune');
var tmp = getprop('/instrumentation/nav[' ~ n ~ ']/frequencies/selected-mhz');
setprop('/instrumentation/nav[' ~ n ~ ']/frequencies/selected-mhz', getprop('/instrumentation/nav[' ~ n ~ ']/frequencies/standby-mhz'));
setprop('/instrumentation/nav[' ~ n ~ ']/frequencies/standby-mhz', tmp);
foreach (var c; keys(flightdeck))
if (contains(flightdeck[c], 'display'))
flightdeck[c].display.updateNAV({refresh: n+1});
},
AsSwitchCOM : func (x) {
if (x) {
me.AsSwitchCOM_pushed = getprop('/sim/time/elapsed-sec');
}
else {
var pressed = getprop('/sim/time/elapsed-sec') - me.AsSwitchCOM_pushed;
if (pressed > 2) {
setprop('/instrumentation/comm/frequencies/selected-mhz', 121.500);
radios.setValue('comm1-selected', 1);
radios.setValue('comm2-selected', 0);
foreach (var d; keys(flightdeck))
if (contains(flightdeck[d], 'display')) {
flightdeck[d].display.updateCOMM({refresh: 1});
flightdeck[d].display.updateCOMM({refresh: 2});
}
}
else {
var c = radios.getValue('comm-tune');
var tmp = getprop('/instrumentation/comm[' ~ c ~ ']/frequencies/selected-mhz');
setprop('/instrumentation/comm[' ~ c ~ ']/frequencies/selected-mhz', getprop('/instrumentation/comm[' ~ c ~ ']/frequencies/standby-mhz'));
setprop('/instrumentation/comm[' ~ c ~ ']/frequencies/standby-mhz', tmp);
foreach (var d; keys(flightdeck))
if (contains(flightdeck[d], 'display'))
flightdeck[d].display.updateCOMM({refresh: c+1});
}
}
},
ALT : func () {
var alt = getprop('instrumentation/altimeter/indicated-altitude-ft');
afcs.setIntValue('selected-alt-ft', math.round(alt, 10));
},
ValidateTMRREF : func (a = 0) {
if (a)
return;
var (id, selected) = split('-', me.device.windows.selected);
var state = me.device.windows.state[id];
selected += state.scroll.offset;
if (contains(state.objects[selected], 'callback'))
call(state.objects[selected].callback, [id, selected], me);
},
ClearTMRREF : func (a = 0) {
if (a)
return;
me.device.windows.del();
me.device.data.TMRtimer = nil;
me.device.knobs.FmsInner = func;
me.device.knobs.FmsOuter = func;
me.device.buttons.ENT = func;
me.device.buttons.FMS = func;
me.device.buttons.CLR = func;
},
MFD_page_wrapper : func (id, selected) {
var s = me.device.data[id][me.device.display['page selected']];
var group = s.name;
var subpage = s.objects[selected].text;
foreach (var k; keys(me.device.windows.window))
if (find(id, k) == 0) {
me.device.windows.del(id);
break;
}
call(me.device.display.MFD[group][subpage], [], me);
},
MapMenu : func (a = 0) {
if (a == 1)
return;
var menu_label = 'MAP MENU';
if (!contains(me.device.windows.window, menu_label ~ '-bg')) {
var level_min = 13;
var level_max = 7;
var levels = [ sprintf(' % 2u >', level_max) ];
for (var i = level_max + 1; i <= level_min; i += 1)
append(levels, sprintf(i < level_min ? '< % 2u >' : '< % 2u ', i));
var orientation = [ ' NORTH UP >', '< TRK UP >' ];
if (getprop('/instrumentation/gps/route-distance-nm') != nil)
append(orientation, '< DTK UP >');
append(orientation, '< HDG UP ');
me.device.windows.draw(
menu_label,
{x: 720, y: 100, w: 300, l:3, sep: 1},
[
{text: menu_label, type: 'title'},
{type: 'separator'},
{text: 'ZOOM LEVEL', type: 'normal'},
{text: sprintf('%s % 2u %s',
me.device.data.zoom > level_max ? '<' : ' ',
me.device.data.zoom,
me.device.data.zoom < level_min ? '>' : ' '),
type: 'selected|end-of-line',
choices: levels,
callback: func (id, selected) {
var z = me.device.windows.state[id].objects[selected].text;
foreach (var c; [' ', '<', '>'])
z = string.replace(z, c, '');
me.device.data.zoom = z;
me.device.map.changeZoom();
me.device.map.update();
}
},
{text: 'ORIENTATION', type: 'normal'},
{text: (func foreach (var o; orientation) if (find(me.device.data.orientation.text, o) > -1) return o;)(),
type: 'editable|end-of-line',
choices: orientation,
callback: func (id, selected) {
var o = me.device.windows.state[id].objects[selected].text;
o = substr(o, 2);
o = substr(o, 0, size(o) - 2);
o = string.trim(o);
me.device.data.orientation.text = o;
me.device.map.update();
}
},
]
);
me.device.knobs.FmsOuter = me.device.knobs.NavigateMenu;
me.device.knobs.FmsInner = me.device.knobs.MenuSettings;
me.device.buttons.CLR = me.device.buttons.MapMenu;
me.device.buttons.ENT = me.device.buttons.ValidateTMRREF;
}
else {
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.windows.del(menu_label);
}
},
GlobalParams: func (a) {
if (a == 1)
return;
var windowId = 'GLOBAL SETTINGS';
var obj_infos = [
{text: 'DISPLAY', type: 'title'},
{type: 'separator'},
{text: 'Brightness: ', type: 'normal'},
{text: sprintf( '% 3u %%', zkv.getValue('display-brightness-norm') * 100 / 0.7),
type: 'selected immediate end-of-line',
format: ' % 3u %% ',
range: {max: 100, min: 0},
callback: func (id, selected) {
var b = num(string.trim(me.device.windows.state[id].objects[selected].text, 0, func (c) c == `%` or c == ` `));
zkv.setDoubleValue('display-brightness-norm', b * 0.7 / 100);
},
},
{text: 'Light : ', type: 'normal'},
{text: ' 0 >',
type: 'editable|immediate|end-of-line',
choices: [' 0 >', '< 1 >', '< 2 >', '< 3 '],
callback: func (id, selected) {
var l = num(string.trim(me.device.windows.state[id].objects[selected].text, 0, func (c) c == ` ` or c == `<` or c == `>`));
zkv.setDoubleValue('lightmap', l * 3);
}
},
{text: 'UNITS', type: 'title'},
{type: 'separator'},
{text: 'Pressure :', type: 'normal'},
{text: data.settings.units.pressure == 'inhg' ? ' inHg >' : '< hPa ',
type: 'editable|end-of-line',
choices: [ ' inHg >', '< hPa '],
callback: func (id, selected) {
var u = string.trim(me.device.windows.state[id].objects[selected].text, 0, func (c) c == ` ` or c == `<` or c == `>`);
if (u == 'inHg')
data.settings.units.pressure = 'inhg';
else
data.settings.units.pressure = 'hpa';
me.device.display.updateBARO();
}
},
{text: 'Altitude :', type: 'normal'},
{text: units.altitude.from_ft == 1 ? ' feet >' : '< meters ',
type: 'editable|end-of-line',
choices: [ ' feet >', '< meters ' ],
callback: func (id, selected) {
var u = string.trim(me.device.windows.state[id].objects[selected].text, 0, func (c) c == ` ` or c == `<` or c == `>`);
if (u == 'feet') {
data.settings.units.altitude = 'ft';
units.altitude.from_ft = 1;
units.altitude.from_m = M2FT;
}
else {
data.settings.units.altitude = 'm';
units.altitude.from_ft = FT2M;
units.altitude.from_m = 1;
}
}
},
{text: 'Distance :', type: 'normal'},
{text: units.distance.from_nm == 1 ? ' NM >' : '< km ',
type: 'editable|end-of-line',
choices: [' NM >', '< km '],
callback: func (id, selected) {
var u = string.trim(me.device.windows.state[id].objects[selected].text, 0, func (c) c == ` ` or c == `<` or c == `>`);
if (u == 'NM') {
data.settings.units.distance = 'nm';
units.distance.from_nm = 1;
units.distance.from_m = M2NM * 1000;
}
else {
data.settings.units.distance = 'km';
units.distance.from_nm = NM2M / 1000;
units.distance.from_m = 0.001;
}
}
},
{text: 'Speed :', type: 'normal'},
{text: units.speed.from_kt == 1 ? ' knots >' : '< km/h ',
type: 'editable|end-of-line',
choices: [ ' knots >', '< km/h ' ],
callback: func (id, selected) {
var u = string.trim(me.device.windows.state[id].objects[selected].text, 0, func (c) c == ` ` or c == `<` or c == `>`);
if (u == 'knots') {
data.settings.units.altitude = 'kt';
units.speed.from_kt = 1;
units.speed.from_kmh = MPS2KT / 3.6;
}
else {
data.settings.units.altitude = 'kmh';
units.speed.from_kt = KT2MPS * 3.6;
units.speed.from_kmh = 1;
}
foreach (var v; ['Vx', 'Vy', 'Vr', 'Vglide', 'Vne']) {
var speed = alerts.getValue(v) * units.speed.from_kt;
data[v] = speed != nil ? speed : 9999;
}
}
},
{text: 'Vert. Spd :', type: 'normal'},
{text: units.vspeed.from_fpm == 1 ? ' ft/min >' : '< m/min ',
type: 'editable|end-of-line',
choices: [ ' ft/min >', '< m/min ' ],
callback: func (id, selected) {
var u = string.trim(me.device.windows.state[id].objects[selected].text, 0, func (c) c == ` ` or c == `<` or c == `>`);
if (u == 'ft/min') {
data.settings.units.altitude = 'fpm';
units.vspeed.from_fpm = 1;
units.vspeed.from_mpm = M2FT;
}
else {
data.settings.units.altitude = 'mpm';
units.vspeed.from_fpm = FT2M;
units.vspeed.from_mpm = 1;
}
}
},
{type: 'separator'},
{text: 'TIME REF: ', type: 'normal'},
{text: data.settings.time.actual,
type: 'editable|end-of-line',
choices: [ ' GMT >', '< LCL >', '< UTC >', '< RL ' ],
callback: func (id, selected) {
data.settings.time.actual = me.device.windows.state[id].objects[selected].text;
data.settings.time.label = string.trim(me.device.windows.state[id].objects[selected].text, 0, func (c) c == ` ` or c == `<` or c == `>`);
}
},
];
me.device.windows.draw( windowId, {autogeom: 1}, obj_infos);
me.device.knobs.FmsOuter = me.device.knobs.NavigateMenu;
me.device.knobs.FmsInner = me.device.knobs.MenuSettings;
me.device.buttons.ENT = me.device.buttons.ValidateTMRREF;
me.device.buttons.CLR = func {
me.device.windows.del(windowId);
me.device.knobs.FmsOuter = func;
me.device.knobs.FmsInner = func;
foreach (var b; ['ENT', 'CLR'])
me.device.buttons[b] = func;
me.device.buttons.MENU = me.device.buttons.GlobalParams;
}
me.device.buttons.MENU = me.device.buttons.CLR;
},
DirectTo : func (a) {
if (a) return;
if (me.device.windows.selected == nil) return;
var (id, selected) = split('-', me.device.windows.selected);
var state = me.device.windows.state[id];
selected += state.scroll.offset;
var scratch = props.globals.getNode('/instrumentation/gps/scratch');
if (contains(state.objects[selected], 'dto')) {
scratch.setValue('longitude-deg', state.objects[selected].dto.lon);
scratch.setValue('latitude-deg', state.objects[selected].dto.lat);
scratch.setValue('ident', state.objects[selected].dto.id);
scratch.setValue('altitude-ft', data.alt);
setprop('/instrumentation/gps/command', 'direct');
}
},
FPL : func (a) {
if (a or data.fpSize == 0 or me.device.windows.selected != '')
return;
var windowId = 'FLIGHTPLAN LIST';
var flightplan = props.globals.getNode('/autopilot/route-manager');
var route = flightplan.getNode('route');
var obj_infos = [];
var firstEntry = 1;
var current = flightplan.getValue('current-wp');
for (var i = current; i <= data.fpSize; i += 1) {
var wp = route.getChild('wp', i);
append(obj_infos, {
type: (firstEntry ? 'selected' : 'editable'),
text: sprintf('#%2d %-10s', data.fpSize - i, wp.getValue('id')),
scrollgroup: i - current,
dto: {
lon: wp.getValue('lon'),
lat: wp.getValue('lat'),
id: wp.getValue('id')
},
});
append(obj_infos, {
type: 'normal|end-of-line',
scrollgroup: i - current,
text: sprintf(' %3dNM %3d°',
math.round(wp.getValue('leg-distance-nm')),
math.round(wp.getValue('leg-bearing-true-deg')))
});
firstEntry = 0;
}
me.device.windows.draw(windowId, obj_infos, {lines: 6, columns: 2});
me.device.knobs.FmsOuter = me.device.knobs.NavigateMenu;
me.device.knobs.FmsInner = me.device.knobs.NavigateMenu;
me.device.buttons.ENT = func;
me.device.buttons.MENU = func;
me.device.buttons.CLR = func {
me.device.windows.del(windowId);
if (me.device.role == 'PFD') {
me.device.knobs.FmsOuter = func;
me.device.knobs.FmsInner = func;
me.device.buttons.MENU = me.device.buttons.GlobalParams;
}
else {
me.device.knobs.FmsInner = func;
me.device.knobs.FmsOuter = me.device.knobs.MFD_select_page_group;
me.device.buttons.MENU = me.device.buttons.MapMenu;
}
foreach (var b; ['ENT', 'CLR'])
me.device.buttons[b] = func;
}
me.device.buttons.MENU = me.device.buttons.CLR;
},
MENU : void,
PROC : void,
CLR : void,
ENT : void,
FMS : void,
};