Emit the Garmin AV400 protocol required to drive a Garmin 196/296 series GPS

Emit the set of AV400 strings required to drive a Garmin 400-series GPS from FlightGear

Set the ADF1 radio frequency, optionally preceded by a card rotation.

Set the ADF2 radio frequency, optionally preceded by a card rotation.

Select aircraft aerodynamics model to load

Add and enable a new scenario. Multiple options are allowed.

Select an aircraft profile as defined by a top level <name>-set.xml

Specify the exact directory to use for the aircraft (normally not required, but may be useful). Interpreted relatively to the current directory. Causes the <path-cache> from autosave_X_Y.xml, as well as --fg-aircraft and the FG_AIRCRAFT environment variable to be bypassed.

Aircraft model directory (UIUC FDM ONLY)

Aircraft Lietadlo

Specify starting position relative to an airport

Starting altitude Počiatočná nadmorská výška

Specify a multiplier for the aspect ratio.

Open connection using the ATC sim protocol (atc610x)

Open connection using the Atlas protocol

Audio Options Voľby zvuku

Avionics Options Voľby palubných prístrojov

Specify the bits per pixel

Specify path to your web browser

assign a unique name to a player

Start on downwind abeam the selected carrier (must also specify a carrier)

Specify starting position on an AI carrier

Create an overcast ceiling, optionally with a specific thickness (defaults to 2000 ft).

Set the COM1 radio frequency

Set the COM2 radio frequency

Load additional properties from path

Display console (Windows specific)

Debugging Options Voľby ladenia

Deprecated option (disable internal AI subsystem)

Disable artificial traffic.

Disable anti-aliased HUD

Disable auto coordination

Clock advances normally

Disable 2D (flat) cloud layers

Disable 3D (volumetric) cloud layers

Disable runway light distance attenuation

Disable enhanced runway lighting

Disable FGCom built-in

Start in a running state

Fuel is consumed normally

Disable fullscreen mode

Disable celestial body growth illusion near the horizon

Disable 3D HUD

Disable Heads Up Display (HUD)

Disable extra mouse pointer

Disable instrument panel

Exclude random buildings objects

Exclude random scenery objects

Exclude random vegetation objects

Disable METAR based real weather fetching

Disable Rembrandt rendering

Don't save preferences upon program exit

Disable sound effects

Disable specular reflections on textured objects

Disable splash screen

Disable automatic scenery downloads/updates

Disable textures

Disable wireframe drawing mode

Slave the DME to one of the NAV radios, or set its internal frequency.

Base directory to use for aircraft and scenery downloads (the TerraSync scenery directory may be specifically set with --terrasync-dir)

Enable AI subsystem (required for multi-player, AI traffic and many other animations)

Enable artificial traffic.

Enable anti-aliased HUD

Enable auto coordination

Do not advance clock

Enable 2D (flat) cloud layers

Enable 3D (volumetric) cloud layers

Enable runway light distance attenuation

Enable enhanced runway lighting

Enable FGCom built-in

Start in a frozen state

Fuel tank quantity forced to remain constant

Enable fullscreen mode

Enable celestial body growth illusion near the horizon

Enable 3D HUD

Enable Heads Up Display (HUD)

Enable extra mouse pointer

(i.e. for full screen Voodoo based cards)

Enable instrument panel

Include random buildings objects

Include random scenery objects

Include random vegetation objects

Enable METAR based real weather fetching (this requires an open internet connection)

Enable Rembrandt rendering

Allow saving preferences at program exit

Enable sound effects

Enable specular reflections on textured objects

Enable splash screen

Enable automatic scenery downloads/updates

Enable textures

Enable wireframe drawing mode

Environment Options

Fail the pitot, static, vacuum, or electrical system (repeat the option for multiple system failures).

Select the core flight dynamics model

Can be one of jsb, larcsim, yasim, magic, balloon, ada, external, or null

Flight Model

Features Funkcie

Specify additional aircraft directory path(s) (alternatively, you can use --aircraft-dir to target a specific aircraft in a given directory)

Specify the root data path

Specify the scenery path(s);

Defaults to $FG_ROOT/Scenery

Use a model viewer rather than load the entire simulator;

Specify starting position relative to a fix

Open connection using the Flarm protocol, which includes NMEA/GPS and traffic reporting messages

Read all waypoints from a file

Disable fog/haze

Enable fastest fog/haze

Enable nicest fog/haze

Specify field of view angle

Abort on encountering a floating point exception;

Open connection using the Garmin GPS protocol

General Options Všeobecné voľby

Open connection using a predefined communication interface and a preselected communication protocol

Specify window geometry (640x480, etc)

Specify flight path angle (can be positive)

Specify heading (yaw) angle (Psi)

Show the most relevant command line options

Enable http server on the specified address. Specify the port or address:port to bind to.

Hud displays percentage of triangles culled

Hud Options

Hud displays number of triangles rendered

Start in air (implied when using --altitude)

IO Options

Open connection to an Agwagon joystick

Enable screen shot http server on the specified port (replaced by --httpd)

Open connection to a remote joystick

Print a report in JSON format on the standard output, giving information such as the FlightGear version, $FG_ROOT, $FG_HOME, aircraft and scenery paths, etc.

Select the language for this session

Starting latitude (south = -)

Use GUI launcher

Select aircraft livery

Load recording of earlier flightgear session

Specify which logging class(es) to use

Log to directory DIR. The special value 'desktop' causes logging to the desktop (OS-dependent location). This option may be given several times, using a different value each time. Inside the specified directory, the written log file is named FlightGear_YYYY-MM-DD_<num>.log, where <num> takes the values 0, 1, 2, etc.

Specify which logging level to use

Starting longitude (west = -)

Specify initial mach number

Specify the materials file used to render the scenery (default: Materials/regions/materials.xml)

Maximum frame rate in Hz.

Pass a METAR string to set up static weather (this implies --disable-real-weather-fetch)

Allows you to define a minimum status level (=development status) for all listed aircraft

Run the FDM this rate (iterations per second)

Specify multipilot communication settings

MultiPlayer Options

Open connection using the FG Native Controls protocol

Open connection using the FG Native protocol

Open connection using the FG Native FDM protocol

Open connection using the FG Native GUI protocol

Set the NAV1 radio frequency, optionally preceded by a radial.

Set the NAV2 radio frequency, optionally preceded by a radial.

Specify starting position relative to an NDB

Specify the frequency of the NDB. Use with --ndb=ID

Network Options

Open connection using the NMEA protocol

Do NOT attempt to trim the model

(only with fdm=jsbsim)

Specify heading to reference point

Specify distance to reference point (statute miles)

Start at ground level (default)

Open connection using the OpenGC protocol

Specify parking position at an airport (must also specify an airport)

Specify which starting position on an AI carrier (must also specify a carrier)

Specify pitch angle (Theta)

Initial Position and Orientation Počiatočná pozícia a orientácia

Set property <name> to <value>. <type> can be one of string, double, float, long, int, or bool.

Open connection using the interactive property manager

Specify which proxy server (and port) to use. The username and password are optional and should be MD5 encoded already. This option is only useful when used in conjunction with the real-weather-fetch option.

Open connection using the PVE protocol

(buildings, etc.) (budovy, atď.)

Set up random wind direction and speed

Open connection using the Ray Woodworth motion chair protocol

Rendering Options Voľby vykresľovania

Reset all user settings to their defaults (rendering options etc)

Specify initial climb rate (can be negative)

Specify roll angle (Phi)

Route/Way Point Options

Open connection using the RUL protocol

Specify starting runway (must also specify an airport)

Specify the startup season

Enable flat shading

Enable smooth shading

Print a list of the currently available aircraft types

Show a list of available audio device

Situation Options Voľby situácie

Explicitly specify the audio device to use

Run the FDM 'n' times faster than real time

Specify a starting date/time with respect to

Enable telnet server on the specified port

Set target directory for scenery downloads

Anisotropic Texture Filtering: values should be 1 (default),2,4,8 or 16

Synchronize time with local real-world time

Synchronize time with real-world time

Add this time offset

Time Options Voľby času

Specify a time of day

Trace the reads for a property;

Trace the writes for a property;

Trim the model

(only with fdm=jsbsim)

Specify turbulence from 0.0 (calm) to 1.0 (severe)

Specify velocity along the body X axis

Use feet for distances

Use meters for distances

Usage: fgfs [ option ... ]

Specify velocity along the body Y axis

Specify velocity along a vertical axis

Specify velocity along a West-East axis

Specify velocity along a South-North axis

Specify initial airspeed

Select an vehicle profile as defined by a top level <name>-set.xml

Show all command line options when combined with --help or -h

For a complete list of options use --help --verbose

Display the current FlightGear version

Specify the default forward view direction as an offset from straight ahead. Allowable values are LEFT, RIGHT, CENTER, or a specific number in degrees

Specify initial visibility

Specify initial visibility in miles

Specify starting position relative to a VOR

Specify the frequency of the VOR. Use with --vor=ID

Specify velocity along the body Z axis

Specify wind coming from DIR (degrees) at SPEED (knots)

Specify a waypoint for the GC autopilot;

binding subsystems Spájanie podsystémov

creating subsystems Vytváranie podsystémov

downloading scenery Preberanie scenérie

finalizing position Dokončovanie pozície

finalizing subsystems Dokončovanie podsystémov

initializing Inicializácia

initializing graphics engine Inicializácia grafického výkonného programu

initializing scenery Inicializácia scenérie

initializing subsystems Inicializácia podsystémov

loading aircraft Načítavanie lietadla

loading aircraft list Načítavanie zoznamu lietadiel

loading navigation data Načítavanie navigačných údajov

loading scenery Načítavanie scenérie

loading fixes Načítavanie opráv

[VALUE]% complete

loading airport data Načítavanie údajov letiska

loading navigation aid data Načítavanie údajov navigačnej pomoci

loading points of interest Načítavanie bodov záujmu

reading airport data Čítanie údajov letiska

Saved settings were migrated from a previous version of FlightGear. If you encounter any problems when using the system, try restoring the default settings, before reporting a problem. Saved settings can affect the appearance, performance and features of the simulator.

Settings migrated

Unstable nightly build - some features may be under active development

Drag while holding the right mouse button to look around Ťahaním spolu so stlačeným pravým tlačidlom myši sa obzriete okolo seba

Hold [Shift] while looking around to move the view up, down, left or right Podržaním klávesu Shift počas obzerania sa, presuniete zobrazenie nahor, nadol, doľava alebo doprava

Press a/A to adjust the simulation speed Stlačením klávesov a/A upravíte rýchlosť simulácie

Press x/X to zoom in and out Stlačením klávesov x/X priblížite alebo oddialite pohľad

Find frequencies of nearby ATC services from the Radios dialog

Press v to change your viewpoint, Ctrl-V to return to the cockpit Stlačením klávesu v zmeníte pohľad, pomocou Ctrl-V sa vrátite späť do kabíny

Press F3 to take a screenshot Stlačením klávesu F3 zachytíte snímku obrazovky

Join the FlightGear community at http://forum.flightgear.org Pridajte sa ku komunite simulátora FlightGear na adrese http://forum.flightgear.org

Press h to bring up a Heads Up Display

Show or hide the menu bar by pressing F10 Stlačením klávesu F10 zobrazíte alebo skryjete lištu s ponukou

Frame-rate too low? - try disabling AI traffic

Select Environment → Weather to fly in different weather Pomocou ponuky Prostredie → Počasie môžete vybrať počasie, v akom budete letieť

Press F12 to change the radio frequencies easily Stlačením klávesu F12 jednoducho zmeníte rádiové frekvencie

Look around by holding down the right mouse button and moving the mouse

Select Multiplayer → Multiplayer Settings to join the shared flight environment

Can't get the engine started? - see Help → Aircraft Checklists Máte problém s naštartovaním motora? - prezrite si ponuku Pomocník → Kontrolné zoznamy lietadla

Drag while holding the middle and right mouse buttons to move the viewpoint Ťahaním spolu so stlačeným stredným a pravým tlačidlom myši presuniete pohľad

Press / to explore the internals of the simulator Stlačením klávesu / preskúmate vnútro simulátora

Press Tab to move the viewpoint with your mouse and use the scroll wheel to zoom Stlačením Tabulátora a pohybom myši presuniete pohľad, kolieskom myši zmeníte priblíženie

The border of a high pressure region, in which the airmass becomes unstable and various convective and stratiform clouds may appear.

Border of a high pressure region

The border of a low pressure region, in which the airmass is unstable and convective clouds start to form layers and merge into stratiform clouds.

Border of a low pressure region

If you just got your IFR rating, this is what you are allowed to do. But can you?

CAT I minimum

This is expert level. You will barely see the taxiway from the cockpit, even if you are on ground. Fog and light drizzle, freezing level at 1000ft.

CAT IIIb minimum

With just a 1/4 mile visibility and clouds at 100ft, you don't see much of the runway until seconds before touchdown. Trust your instruments to stay alive.

CAT II minimum

The center of a high pressure region, characterized by descending air and hence only weak cloud development with high visibility.

Core high pressure region

The core of a low pressure region, characterized by overcast clouds, bad visibility on the ground and significant rainfall.

Core low pressure region

Fog developed this autumn's morning. Expect good visibility above the layer. However - getting through it can be a challenge. Stay alive for a 500' climb and you'll see the sun!

Early morning fog

A lovely day for trip to your favorite 100$ hamburger airfield

Fair weather

A high pressure region, characterized my moderate to strong Cumulus development in the afternoon and fairly good visibility conditions.

High pressure region

Fetch live weather data for your nearest airport from noaa.gov. You need a working internet connection. Weather is generated automatically, once a valid METAR is received.

Live data

A low pressure region, characterized by rising air, widespread formation of stratiform clouds and beginning rain.

Low pressure region

Enter your favorite METAR weather. A valid METAR syntax is required.

Manual input

After the storm - limited visibility and some showers. Go or No-Go?

Marginal VFR

You're out for an adventure? Gusty winds blowing from the west and isolated thunderstorms should be avoided. Fasten your seatbelt!

Stormy Monday

A hot and damp summer day with thunderstorms developing in the afternoon. Be prepared for reduction of visibility in showers and strong gusts near thunderstorms

Thunderstorm

A warm sector, characterized by high moisture in the air and haze extending up to high altitudes, but otherwise largely convective cloud development.

Warm sector