How to use the tar.type 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.
Secure your code as it's written. Use Snyk Code to scan source code in minutes - no build needed - and fix issues immediately.
tcannonfodder / houston / public / assets / js / position_data_formatter.js View on Github 
formatReferenceBodies: function(positionData, formattedData){
referenceBodyNames = Object.keys(positionData.referenceBodies)
for (var i = referenceBodyNames.length - 1; i >= 0; i--) {
var name = referenceBodyNames[i]
var info = positionData.referenceBodies[name]
var type = "currentPosition"
if(positionData["tar.type"] == "CelestialBody" && positionData["tar.name"] == name){
type = "targetBodyCurrentPosition"
}
var x = this.buildReferenceBody({
name: name,
type: type,
radius: info.radius,
truePosition: this.formatTruePositionVector(info.currentTruePosition),
atmosphericRadius: this.datalink.getOrbitalBodyInfo(name).atmosphericRadius,
color: this.datalink.getOrbitalBodyInfo(name).color
})
formattedData["referenceBodies"].push(x)
}
},formatTargetVessel: function(positionData, formattedData){
if(!positionData['tar.type']){ return }
if(positionData["tar.type"] == "Vessel"){
var targetCurrentTruePosition = this.truePositionForRelativePosition(
positionData["targetCurrentPosition"]["relativePosition"],
this.formatTruePositionVector(positionData.referenceBodies[positionData["tar.o.orbitingBody"]].currentTruePosition)
)
formattedData.vessels.push(this.buildVessel({
name: positionData["tar.name"],
type: "targetVessel",
truePosition: targetCurrentTruePosition,
referenceBodyName: positionData["tar.o.orbitingBody"]
}))
}
},formatTargetVessel: function(positionData, formattedData){
if(!positionData['tar.type']){ return }
if(positionData["tar.type"] == "Vessel"){
var targetCurrentTruePosition = this.truePositionForRelativePosition(
positionData["targetCurrentPosition"]["relativePosition"],
this.formatTruePositionVector(positionData.referenceBodies[positionData["tar.o.orbitingBody"]].currentTruePosition)
)
formattedData.vessels.push(this.buildVessel({
name: positionData["tar.name"],
type: "targetVessel",
truePosition: targetCurrentTruePosition,
referenceBodyName: positionData["tar.o.orbitingBody"]
}))
}
},formatReferenceBodies: function(positionData, formattedData){
referenceBodyNames = Object.keys(positionData.referenceBodies)
for (var i = referenceBodyNames.length - 1; i >= 0; i--) {
var name = referenceBodyNames[i]
var info = positionData.referenceBodies[name]
var type = "currentPosition"
if(positionData["tar.type"] == "CelestialBody" && positionData["tar.name"] == name){
type = "targetBodyCurrentPosition"
}
var x = this.buildReferenceBody({
name: name,
type: type,
radius: info.radius,
truePosition: this.formatTruePositionVector(info.currentTruePosition),
atmosphericRadius: this.datalink.getOrbitalBodyInfo(name).atmosphericRadius,
color: this.datalink.getOrbitalBodyInfo(name).color
})
formattedData["referenceBodies"].push(x)
}
},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"]
}
}
this.mutexUnlock()
this.options.onRecalculate && this.options.onRecalculate(positionData)
}.bind(this))
},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" }
))
}
},getPositionsAndRecalculate: function(positionData){
var requestParams = {};
//ask for the true position for the current body right now and the radius
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)formatTargetVessel: function(positionData, formattedData){
if(!positionData['tar.type']){ return }
if(positionData["tar.type"] == "Vessel"){
var targetCurrentTruePosition = this.truePositionForRelativePosition(
positionData["targetCurrentPosition"]["relativePosition"],
this.formatTruePositionVector(positionData.referenceBodies[positionData["tar.o.orbitingBody"]].currentTruePosition)
)
formattedData.vessels.push(this.buildVessel({
name: positionData["tar.name"],
type: "targetVessel",
truePosition: targetCurrentTruePosition,
referenceBodyName: positionData["tar.o.orbitingBody"]
}))
}
},formatTargetOrbitalPaths: function(positionData, formattedData){
if(positionData["tar.type"] != "Vessel"){ return }
var parentType = "targetVessel"
var orbitPatches = positionData["tar.o.orbitPatches"]
var pathSet = this.formatPathSet(positionData, orbitPatches, parentType, "orbitPath")
formattedData.targetOrbitalPaths = pathSet.filter(function(x){ return x.type == "orbital" })
formattedData.targetSuborbitalPaths = pathSet.filter(function(x){ return x.type == "suborbital" })
},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" }
))
}
},
