How to use the tar.distance function in tar
To help you get started, we’ve selected a few tar examples, based on popular ways it is used in public projects.
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TheTacoScott / GoAtThrottleUp / ServerRelay / static / js / main.js View on Github 
$(".tar-distance-readout").text($globaldata['tar.distance'].toFixed(0).toString().replace(/\B(?=(\d{3})+(?!\d))/g, ","));
$(".tar-distance-apa-delta-readout").text(($globaldata['o.ApA'] - $globaldata['tar.distance']).toFixed(0).toString().replace(/\B(?=(\d{3})+(?!\d))/g, ","));
}
//console.log($targetid);
if ('tar.phaseAngle' in $globaldata && 'tar.eccentricity' in $globaldata && 'tar.inclination' in $globaldata && 'tar.name' in $globaldata)
{
if ($globaldata['tar.name'] != "No Target")
{
//console.log("Heat?" + $globaldata["v.overheatRatio"]);
//console.log($globaldata["v.geeForce"]);
$(".tar-phase-readout").text($globaldata['tar.phaseAngle'].toFixed(3));
$("#gauge-phaseangle").val($globaldata['tar.phaseAngle']);
$(".tar-sphere-readout").text(SPHERES[$globaldata['tar.name']].toFixed(0).toString().replace(/\B(?=(\d{3})+(?!\d))/g, ","));
$(".tar-distance2sphere-readout").text(($globaldata['tar.distance']-SPHERES[$globaldata['tar.name']]).toFixed(0).toString().replace(/\B(?=(\d{3})+(?!\d))/g, ","));
$(".tar-eccentricity-readout").text($globaldata['tar.eccentricity'].toFixed(4));
$("#gauge-target-eccentricity").val($globaldata['tar.eccentricity']);
$(".tar-inclination-readout").text($globaldata['tar.inclination'].toFixed(4));
$("#gauge-target-inclination").val($globaldata['tar.inclination']);
}
}
if ('o.inclination' in $globaldata && 'tar.inclination' in $globaldata && 'o.eccentricity' in $globaldata && 'tar.eccentricity' in $globaldata)
{
$incdelta = $globaldata['o.inclination'] - $globaldata['tar.inclination'];
$("#gauge-inclination-delta").val($incdelta);
$(".inclination-delta-readout").text($incdelta.toFixed(4));
$eccdelta = $globaldata['o.eccentricity'] - $globaldata['tar.eccentricity'];
$("#gauge-eccentricity-delta").val($eccdelta);
$(".eccentricity-delta-readout").text($eccdelta.toFixed(4));
}}
else if ($globaldata["v.geeForce"] >= 8)
{
$("#gforce-light").removeClass("status-light-warning").addClass("status-light-danger");
}
else
{
$("#gforce-light").removeClass("status-light-warning status-light-danger");
}
}
if ('tar.distance' in $globaldata && 'tar.name' in $globaldata)
{
try
{
if ($globaldata['tar.distance']-SPHERES[$globaldata['tar.name']] < 500000)
{
$("#sphere-light").addClass("status-light-info");
}
else
{
$("#sphere-light").removeClass("status-light-info");
}
}
catch(err)
{
$("#sphere-light").removeClass("status-light-info");
console.log(err);
}
}$(".eccentricity-readout").text($globaldata['o.eccentricity'].toFixed(4));
$("#gauge-eccentricity").val($globaldata['o.eccentricity']);
$(".inclination-readout").text($globaldata['o.inclination'].toFixed(4));
$("#gauge-inclination").val($globaldata['o.inclination']);
}
var $datafound = false;
var $incdelta = -1;
var $eccdelta = -1;
if ('tar.distance' in $globaldata && 'o.ApA' in $globaldata)
{
$(".tar-distance-readout").text($globaldata['tar.distance'].toFixed(0).toString().replace(/\B(?=(\d{3})+(?!\d))/g, ","));
$(".tar-distance-apa-delta-readout").text(($globaldata['o.ApA'] - $globaldata['tar.distance']).toFixed(0).toString().replace(/\B(?=(\d{3})+(?!\d))/g, ","));
}
//console.log($targetid);
if ('tar.phaseAngle' in $globaldata && 'tar.eccentricity' in $globaldata && 'tar.inclination' in $globaldata && 'tar.name' in $globaldata)
{
if ($globaldata['tar.name'] != "No Target")
{
//console.log("Heat?" + $globaldata["v.overheatRatio"]);
//console.log($globaldata["v.geeForce"]);
$(".tar-phase-readout").text($globaldata['tar.phaseAngle'].toFixed(3));
$("#gauge-phaseangle").val($globaldata['tar.phaseAngle']);
$(".tar-sphere-readout").text(SPHERES[$globaldata['tar.name']].toFixed(0).toString().replace(/\B(?=(\d{3})+(?!\d))/g, ","));
$(".tar-distance2sphere-readout").text(($globaldata['tar.distance']-SPHERES[$globaldata['tar.name']]).toFixed(0).toString().replace(/\B(?=(\d{3})+(?!\d))/g, ","));
$(".tar-eccentricity-readout").text($globaldata['tar.eccentricity'].toFixed(4));
$("#gauge-target-eccentricity").val($globaldata['tar.eccentricity']);
$(".tar-inclination-readout").text($globaldata['tar.inclination'].toFixed(4));{
$(".eccentricity-readout").text($globaldata['o.eccentricity'].toFixed(4));
$("#gauge-eccentricity").val($globaldata['o.eccentricity']);
$(".inclination-readout").text($globaldata['o.inclination'].toFixed(4));
$("#gauge-inclination").val($globaldata['o.inclination']);
}
var $datafound = false;
var $incdelta = -1;
var $eccdelta = -1;
if ('tar.distance' in $globaldata && 'o.ApA' in $globaldata)
{
$(".tar-distance-readout").text($globaldata['tar.distance'].toFixed(0).toString().replace(/\B(?=(\d{3})+(?!\d))/g, ","));
$(".tar-distance-apa-delta-readout").text(($globaldata['o.ApA'] - $globaldata['tar.distance']).toFixed(0).toString().replace(/\B(?=(\d{3})+(?!\d))/g, ","));
}
//console.log($targetid);
if ('tar.phaseAngle' in $globaldata && 'tar.eccentricity' in $globaldata && 'tar.inclination' in $globaldata && 'tar.name' in $globaldata)
{
if ($globaldata['tar.name'] != "No Target")
{
//console.log("Heat?" + $globaldata["v.overheatRatio"]);
//console.log($globaldata["v.geeForce"]);
$(".tar-phase-readout").text($globaldata['tar.phaseAngle'].toFixed(3));
$("#gauge-phaseangle").val($globaldata['tar.phaseAngle']);
$(".tar-sphere-readout").text(SPHERES[$globaldata['tar.name']].toFixed(0).toString().replace(/\B(?=(\d{3})+(?!\d))/g, ","));
$(".tar-distance2sphere-readout").text(($globaldata['tar.distance']-SPHERES[$globaldata['tar.name']]).toFixed(0).toString().replace(/\B(?=(\d{3})+(?!\d))/g, ","));
$(".tar-eccentricity-readout").text($globaldata['tar.eccentricity'].toFixed(4));
$("#gauge-target-eccentricity").val($globaldata['tar.eccentricity']);
