xplane udp

XPlane UDP

Cliente XPlane UDP para Node.js

Requisitos

• NodeJS (v6.XX)
• Xavión 11

Uso

 // Import XPlane class from the package
import { XPlaneClient } from "xplane-udp"


// Create a client on a specific port (this is a value you define in your xplane game settings)
const client = new XPlaneClient ( 49000 )

// Start the UDP listener
client . start ( )

// Subscribe to the updated event
// This will fire at the rate at which you send UDP updates (set in-game)
client . on ( "updated" , ( data ) => {
    
    // Do something with the data
    console . log ( data )

} )

// You can also access the data directly from the client instance
callMeMaybe ( ( ) => {
    
    // Access data in the following format `<client>.data.<group>.<value>`
    console . log ( client . data . time . real )
    console . log ( client . data . airspeed . indicated )

} ) 

Formato de datos de salida (interfaz XPlaneUpdate)

A continuación se muestra la estructura del objeto de datos devuelto en el evento updated , o accesible directamente desde client.data.<group>.<value> .

• time
  • real - [s]
  • total - [s]
  • mission - [s]
  • timer - [s]
  • zulu - [hh.ss]
  • local - [hh.ss]
  • hobbs
• airspeed
  • indicated - KIAS [kts]
  • equivalent - KEAS [kts]
  • true - KTAS [kts]
  • truegnd - KTGS [kts]
  • mph - IAS [mph]
  • mphair - [mph]
  • mphgnd - [mph]
• gload
  • mach - número de Mach [proporción]
  • vvi - VVI [pies por minuto]
  • normal
  • axial
  • side
• angularmoment
  • m - [ftlb]
  • l - [ftlb]
  • n - [ftlb]
• angularvelocity
  • q - [rad/s]
  • p - [rad/s]
  • r - [rad/s]
• attitude
  • pitch - [grados]
  • roll - [grados]
  • truehdg - [grados]
  • maghdg - [grados]
• aoa
  • alpha - [grados]
  • beta - [grados]
  • hpath - [grados]
  • vpath - [grados]
  • slip - [grados]
• compass
  • mag - [comp]
  • mavar - [grados]
• globalposition
  • lat - [grados]
  • lon - [grados]
  • altmsl - [pies]
  • altagl - [pies]
  • runway - [nº de pista]
  • altind - [pies]
  • latnorm
  • lonnorm
• simposition
  • x - [metro]
  • y - [m]
  • z [m]
  • vx - [m/s]
  • vy - [m/s]
  • vz - [m/s]
  • distft - [pies]
  • distnm - [nm]
• throttlecommand
  • [1..8]
• throttleactual
  • [1..8]
• enginepower
  • [1..8] - [CV]
• enginethrust
  • [1..8]
• enginetorque
  • [1..8]
• enginerpm
  • [1..8]
• proprpm
  • [1..8]
• proppitch
  • [1..8]
• enginewash - propwash o jetwash
  • [1..8] - [kts]
• n1 - turbina N1 %
  • [1..8] - [%]
• n2 - turbina N2 %
  • [1..8] - [%]
• fuelflow
  • [1..8] - [libras/h]
• itt
  • [1..8] - [grados]
• egt
  • [1..8] - [grados]
• cht
  • [1..8] - [grados]
• oilpressure
  • [1..8] - [psi]
• oiltemp
  • [1..8] - [grados]
• fuelpressure
  • [1..8] - [psi]
• aeroforce
  • lift - [libras]
  • drag - [libras]
  • side - [libras]
• engineforce
  • normal - [libras]
  • axial - [libra]
  • side - [libras]

Contribuir al código

1. Clona el Repo en tu máquina local
2. Instale las dependencias: npm i
3. Compile el código (ts->js): npm run typescript (o typescript-watch para mirar)
4. ¡Contribuir!

ejecutando las pruebas

1. Clona el Repo en tu máquina local
2. Instale las dependencias: npm i
3. Construya el código (ts->js): npm run typescript
4. Ejecutar las pruebas: npm run test