How to use the tar.name 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 
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));
$("#gauge-target-inclination").val($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'];{
$(".tar-distance-readout").text($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));isnoTarget:function(data){
return data['tar.name'].toLowerCase() == "no target selected."
},var requestParams = {};
var vesselBody = this.datalink.getOrbitalBodyInfo(positionData["vesselBody"])
requestParams["vesselBodyTruePosition"] = 'b.o.truePositionAtUT[' + vesselBody.id + ',' + positionData["currentUniversalTime"] + ']'
requestParams["vesselRelativePosition"] = "o.relativePositionAtUTForOrbitPatch[" + 0 +","+ positionData["currentUniversalTime"] + "]"
if(positionData['tar.type']){
if(positionData['tar.o.orbitPatches'] && positionData['tar.o.orbitPatches'].length > 0){
var targetBody = this.datalink.getOrbitalBodyInfo(positionData["targetBody"])
requestParams["targetBodyTruePosition"] = 'b.o.truePositionAtUT[' + targetBody.id + ',' + positionData["currentUniversalTime"] + ']'
requestParams["targetRelativePosition"] = "tar.o.relativePositionAtUTForOrbitPatch[" + 0 +","+ positionData["currentUniversalTime"] + "]"
} else{
var body = this.datalink.getOrbitalBodyInfo(positionData['tar.name'])
requestParams["targetTruePosition"] = 'b.o.truePositionAtUT[' + body.id + ',' + positionData["currentUniversalTime"] + ']'
}
}
this.datalink.sendMessage(requestParams, function(data){
positionData["vesselCurrentPosition"]["truePosition"] = this.truePositionForRelativePosition(
data["vesselRelativePosition"], data["vesselBodyTruePosition"]
)
if(positionData['tar.type']){
if(positionData['tar.o.orbitPatches']){
positionData["targetCurrentPosition"]["truePosition"] = this.truePositionForRelativePosition(
data["targetRelativePosition"], data["targetBodyTruePosition"]
)
} else{
positionData["targetCurrentPosition"]["truePosition"] = data["targetTruePosition"]var referenceBody = this.datalink.getOrbitalBodyInfo(positionData["vesselBody"])
this.rootReferenceBody = referenceBody
requestParams["currentReferenceBodyRadius"] = 'b.radius[' + referenceBody.id + ']'
requestParams["currentReferenceBodyTruePosition"] = 'b.o.truePositionAtUT[' + referenceBody.id + ',' + positionData["currentUniversalTime"] + ']'
//ask for the relative position of the vessel in the current orbit patch at the current time
requestParams["vesselCurrentPositionRelativePosition"] = "o.relativePositionAtUTForOrbitPatch[" + 0 +","+ positionData["currentUniversalTime"] + "]"
this.buildRelativePositionRequestsForOrbitPatches(requestParams, "vesselCurrentOrbit", positionData['o.orbitPatches'], positionData["currentUniversalTime"])
this.buildRelativePositionRequestsForManeuverNodeOrbitPatches(requestParams, "vesselManeuverNodes", positionData['o.maneuverNodes'], positionData["currentUniversalTime"])
if(positionData['tar.type']){
if(positionData['tar.o.orbitPatches'] && positionData['tar.o.orbitPatches'].length > 0){
this.buildRelativePositionRequestsForOrbitPatches(requestParams, "targetCurrentOrbit", positionData['tar.o.orbitPatches'], positionData["currentUniversalTime"], 'tar.o')
requestParams["targetCurrentPositionRelativePosition"] = "tar.o.relativePositionAtUTForOrbitPatch[" + 0 +","+ positionData["currentUniversalTime"] + "]"
} else{
var body = this.datalink.getOrbitalBodyInfo(positionData['tar.name'])
requestParams[body.name + "[metadata]radius"] = 'b.radius[' + body.id + ']'
requestParams[body.name + "["+ positionData["currentUniversalTime"] +"]TruePosition"] = 'b.o.truePositionAtUT[' + body.id + ',' + positionData["currentUniversalTime"] + ']'
requestParams[body.name + "[metadata]currentTruePosition"] = 'b.o.truePositionAtUT[' + body.id + ',' + positionData["currentUniversalTime"] + ']'
}
}
this.datalink.sendMessage(requestParams, function(data){
positionData["currentReferenceBodyRadius"] = data["currentReferenceBodyRadius"]
positionData["currentReferenceBodyTruePosition"] = data["currentReferenceBodyTruePosition"]
this.buildReferenceBodyPositionData(data, positionData)
this.buildReferenceBodyMetadata(data, positionData)
positionData["vesselCurrentPosition"]["relativePosition"] = data["vesselCurrentPositionRelativePosition"]
this.buildRelativePositionPositionDataForOrbitPatches(data, positionData, "vesselCurrentOrbit", 'o.orbitPatches')}
if ('o.n.body' in $globaldata)
{
$(".n-orbiting-type-readout").text($globaldata['o.n.type']);
$(".n-orbiting-body-readout").text($globaldata['o.n.body']);
$(".orbiting-type-readout").text($globaldata['o.type']);
$(".n-o-apa-readout").text($globaldata['o.n.ApA'].toFixed(0).toString().replace(/\B(?=(\d{3})+(?!\d))/g, ","));
$(".n-o-per-readout").text($globaldata['o.n.PeA'].toFixed(0).toString().replace(/\B(?=(\d{3})+(?!\d))/g, ","));
$(".n-o-apa-time-readout").text(dayhourMinSec($globaldata['o.n.timeToAp']));
$(".n-o-per-time-readout").text(dayhourMinSec($globaldata['o.n.timeToPe']));
}
//encounter
if ('v.body' in $globaldata) { $(".orbiting-body-readout").text($globaldata['v.body']); }
if ('v.orbitalVelocity' in $globaldata) { $(".o-velocity-readout").text($globaldata['v.orbitalVelocity'].toFixed(0).toString().replace(/\B(?=(\d{3})+(?!\d))/g, ",")); }
if ('tar.name' in $globaldata) { $(".tar-name-readout").text($globaldata['tar.name']); }
if ('v.angleToPrograde' in $globaldata)
{
$(".angle-to-prograde-readout").text($globaldata['v.angleToPrograde'].toFixed(2));
$("#gauge-angle2prograde").val($globaldata['v.angleToPrograde']);
}
if ('o.eccentricity' in $globaldata && 'o.inclination' in $globaldata)
{
$(".eccentricity-readout").text($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;formatTargetOrbitPatches: function(positionData, formattedData){
if(!positionData['tar.type']){ return }
if(positionData["tar.o.orbitPatches"].length > 0){
formattedData.orbitPatches = formattedData.orbitPatches.concat(this.formatOrbitPatches(
formattedData, positionData, positionData["tar.o.orbitPatches"], {
type: "orbitPatch",
parentType: "targetVessel",
parentName: positionData["tar.name"]
},{ linkedPatchType: "orbitPatch" }
))
}
},}
}
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));
}
if ('tar.name' in $globaldata)
{
if ($globaldata['tar.name']=="No Target")
{
$(".tar-distance-readout").text("ERR");
$(".tar-distance-apa-delta-readout").text("ERR");
$(".tar-phase-readout").text("ERR");
$("#gauge-phaseangle").val(0);
$(".tar-sphere-readout").text("ERR");
$(".tar-distance2sphere-readout").text("ERR");
$(".tar-eccentricity-readout").text("ERR");
$("#gauge-target-eccentricity").val(0);
$(".tar-inclination-readout").text("ERR");
$("#gauge-target-inclination").val(0);
$("#gauge-inclination-delta").val(0);
$(".inclination-delta-readout").text("ERR");
$("#gauge-eccentricity-delta").val(0);
$(".eccentricity-delta-readout").text("ERR");
}
