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fgdata/Aircraft/Instruments-3d/bxp6401/bxp6401.nas

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# Becker Transponder BXP6401 by Benedikt Wolf (D-ECHO) based on
# A3XX Lower ECAM Canvas
# Joshua Davidson (it0uchpods)
# Reference: http://www.becker-avionics.com/wp-content/uploads/2018/06/BXP6401_IO_issue05.pdf
## REQUIRES:
## * transponder module enabled from <sim><instrumentation>
## * power supply from systems/electrical/outputs/transponder (default)
#####################
## Version 05/2020 ##
#####################
## Features of this version:
## * use maketimer, only update visible pages
## * use props.nas, store in local variables where sensible
## * store instrument directory in variable
## * use of arrays where sensible
## * clarity through indentation
## * use functions for common functionality
## * clean up listeners
## * self-sufficient: does not need properties to be set-up via -set/-main/-base file (exceptions: "REQUIRES"-section)
var BXP6401_start = nil;
var BXP6401_ai = nil;
var BXP6401_alt = nil;
var BXP6401_display = nil;
var page = "start";
var transponder = props.globals.getNode("/instrumentation/transponder[0]");
var inputs = transponder.getNode("inputs");
var mode_prop = inputs.initNode("knob-mode", 0, "INT");
var start_prop = transponder.initNode("start", 0.0, "DOUBLE");
var volt_prop = props.globals.initNode("/systems/electrical/outputs/transponder", 15.0, "DOUBLE");
var active_prop = inputs.initNode("current-change", 0, "INT");
var ident_prop = inputs.getNode("ident-btn");
var idcode_prop = transponder.initNode("id-code", 7000, "INT");
var alt = transponder.getNode("altitude");
var alt_val = transponder.getNode("altitude-valid");
var brightness = transponder.initNode("brightness", 0.5, "DOUBLE");
var ident_arr = [0, 0, 0, 0];
var ident_prop_arr = [ inputs.getNode("digit[0]"),
inputs.getNode("digit[1]"),
inputs.getNode("digit[2]"),
inputs.getNode("digit[3]") ];
var instrument_dir = "Aircraft/Instruments-3d/bxp6401/";
var canvas_BXP6401_base = {
init: func(canvas_group, file) {
var font_mapper = func(family, weight) {
return "LiberationFonts/LiberationSans-Bold.ttf";
};
canvas.parsesvg(canvas_group, file, {'font-mapper': font_mapper});
var svg_keys = me.getKeys();
foreach(var key; svg_keys) {
me[key] = canvas_group.getElementById(key);
}
me.page = canvas_group;
return me;
},
getKeys: func() {
return [];
},
update: func() {
var mode = mode_prop.getIntValue();
var start = start_prop.getDoubleValue();
if ( start == 1.0 and volt_prop.getDoubleValue() > 10 and mode != 0 ) {
BXP6401_start.page.hide();
if(mode==1 or mode==4){
BXP6401_ai.page.show();
BXP6401_ai.update();
BXP6401_alt.page.hide();
}else if(mode==5){
BXP6401_alt.page.show();
BXP6401_alt.update();
BXP6401_ai.page.hide();
}else{
mode_prop.setIntValue(1); #GND and TEST not available for this transponder, so we reset to STBY
}
} else if ( start > 0.0 and start < 1.0 and volt_prop.getDoubleValue() > 10 and mode_prop.getIntValue() != 0){
BXP6401_ai.page.hide();
BXP6401_alt.page.hide();
BXP6401_start.page.show();
} else {
BXP6401_ai.page.hide();
BXP6401_alt.page.hide();
BXP6401_start.page.hide();
}
},
update_common: func() {
#IDENT (ID) FLAG
if( ident_prop.getBoolValue() == 1 ){
me["ident.flag"].show();
}else{
me["ident.flag"].hide();
}
#ID CODE
var cc = active_prop.getIntValue();
forindex(var i; ident_arr){
ident_arr[i] = ident_prop_arr[i].getIntValue();
}
if( cc == 0 ){
me["id1.change"].hide();
me["id2.change"].hide();
me["id3.change"].hide();
me["id4.change"].hide();
me["id1.digit"].show();
me["id2.digit"].show();
me["id3.digit"].show();
me["id4.digit"].show();
me["id1.digit"].setText(sprintf("%1d", ident_arr[3]));
me["id2.digit"].setText(sprintf("%1d", ident_arr[2]));
me["id3.digit"].setText(sprintf("%1d", ident_arr[1]));
me["id4.digit"].setText(sprintf("%1d", ident_arr[0]));
}else if ( cc == 1 ){
me["id1.change"].show();
me["id1.change.digit"].setText(sprintf("%1d", ident_arr[3]));
me["id2.change"].hide();
me["id3.change"].hide();
me["id4.change"].hide();
me["id1.digit"].hide();
me["id2.digit"].show();
me["id3.digit"].show();
me["id4.digit"].show();
me["id2.digit"].setText(sprintf("%1d", ident_arr[2]));
me["id3.digit"].setText(sprintf("%1d", ident_arr[1]));
me["id4.digit"].setText(sprintf("%1d", ident_arr[0]));
}else if ( cc == 2 ){
me["id2.change"].show();
me["id2.change.digit"].setText(sprintf("%1d", ident_arr[2]));
me["id1.change"].hide();
me["id3.change"].hide();
me["id4.change"].hide();
me["id1.digit"].show();
me["id2.digit"].hide();
me["id3.digit"].show();
me["id4.digit"].show();
me["id1.digit"].setText(sprintf("%1d", ident_arr[3]));
me["id3.digit"].setText(sprintf("%1d", ident_arr[1]));
me["id4.digit"].setText(sprintf("%1d", ident_arr[0]));
}else if ( cc == 3 ){
me["id3.change"].show();
me["id3.change.digit"].setText(sprintf("%1d", ident_arr[1]));
me["id1.change"].hide();
me["id2.change"].hide();
me["id4.change"].hide();
me["id1.digit"].show();
me["id2.digit"].show();
me["id3.digit"].hide();
me["id4.digit"].show();
me["id1.digit"].setText(sprintf("%1d", ident_arr[3]));
me["id2.digit"].setText(sprintf("%1d", ident_arr[2]));
me["id4.digit"].setText(sprintf("%1d", ident_arr[0]));
}else if ( cc == 4 ){
me["id4.change"].show();
me["id4.change.digit"].setText(sprintf("%1d", ident_arr[0]));
me["id1.change"].hide();
me["id2.change"].hide();
me["id3.change"].hide();
me["id1.digit"].show();
me["id2.digit"].show();
me["id3.digit"].show();
me["id4.digit"].hide();
me["id1.digit"].setText(sprintf("%1d", ident_arr[3]));
me["id2.digit"].setText(sprintf("%1d", ident_arr[2]));
me["id3.digit"].setText(sprintf("%1d", ident_arr[1]));
}
},
};
var canvas_BXP6401_ai = {
new: func(canvas_group, file) {
var m = { parents: [canvas_BXP6401_ai , canvas_BXP6401_base] };
m.init(canvas_group, file);
return m;
},
getKeys: func() {
return ["ident.flag","r.flag","id1.digit","id2.digit","id3.digit","id4.digit","id1.change","id1.change.digit","id2.change","id2.change.digit","id3.change","id3.change.digit","id4.change","id4.change.digit","status"];
},
update: func() {
#Status (STBY/ON)
var stat = mode_prop.getIntValue();
if( stat == 1 ){
me["status"].setText("SBY");
}else if( stat == 4 ) {
me["status"].setText("ON");
}else{
me["status"].setText("FAIL");
}
me.update_common();
}
};
var canvas_BXP6401_alt = {
new: func(canvas_group, file) {
var m = { parents: [canvas_BXP6401_alt , canvas_BXP6401_base] };
m.init(canvas_group, file);
return m;
},
getKeys: func() {
return ["ident.flag","r.flag","id1.digit","id2.digit","id3.digit","id4.digit","id1.change","id1.change.digit","id2.change","id2.change.digit","id3.change","id3.change.digit","id4.change","id4.change.digit","altitude"];
},
update: func() {
#Altitude (FL)
if( alt_val.getBoolValue() ){
me["altitude"].setText(sprintf("%03d", math.round( alt.getDoubleValue() /100)));
}else{
me["altitude"].setText("---");
}
me.update_common();
}
};
var canvas_BXP6401_start = {
new: func(canvas_group, file) {
var m = { parents: [canvas_BXP6401_start , canvas_BXP6401_base] };
m.init(canvas_group, file);
return m;
},
getKeys: func() {
return [];
},
update: func() {
}
};
var update_bxp6401 = maketimer( 0.2, func () { canvas_BXP6401_base.update() } );
var ls = setlistener("sim/signals/fdm-initialized", func {
BXP6401_display = canvas.new({
"name": "BXP6401",
"size": [1024, 512],
"view": [1024, 512],
"mipmapping": 1
});
BXP6401_display.addPlacement({"node": "BXP6401.display"});
var groupAi = BXP6401_display.createGroup();
var groupAlt = BXP6401_display.createGroup();
var groupStart = BXP6401_display.createGroup();
BXP6401_ai = canvas_BXP6401_ai.new(groupAi, instrument_dir~"bxp6401-ai.svg");
BXP6401_alt = canvas_BXP6401_alt.new(groupAlt, instrument_dir~"bxp6401-alt.svg");
BXP6401_start = canvas_BXP6401_start.new(groupStart, instrument_dir~"bxp6401-start.svg");
update_bxp6401.start();
removelistener(ls);
});
var identoff = func {
ident_prop.setIntValue(0);
}
var ident_btn = func() {
ident_prop.setIntValue(1);
settimer(identoff, 18);
}
var check_state = func() {
if( mode_prop.getIntValue() != 0 and volt_prop.getDoubleValue() > 10 and start_prop.getDoubleValue() == 0){
interpolate(start_prop, 1, 1 );
}else if( ( mode_prop.getIntValue() == 0 or volt_prop.getDoubleValue() <= 10 ) and start_prop.getDoubleValue() != 0){
start_prop.setDoubleValue(0.0);
}
}
setlistener(mode_prop, func{
check_state();
});
setlistener(volt_prop, func{
check_state();
});