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moving the mousewheel.
Position/Reposition – Latitude/Longitude by default follows the position of the aircraft. If you want to move
away from it, you can do this by using the cursor keys or by right-clicking and dragging to a new position.
To return to the present position of the aircraft, simply press the space key or double-right click. The
position of the aircraft and its altitude can be set by right-clicking twice and then selecting the respective
option from the option list.
Find Location – To find an airport or Navaid, click on FIND in the command bar or press Ctrl-F
AIRCR – Sets the map orientation to North or the current aircraft heading.
FONT+/- - Allows you to set the font size in the MAP display.
NAVID, NAMES, FREQS – Sets the navaid information ID, Name, Frequency
AIRP/RWY/VOR/NDB/FIX/ILS – Toggles the display of the current navaids.
MAP – Toggles the world map display
ROSE – Toggles the display of the compass rose
PLAN – Toggles the display of the flight plan (FMC or last saved FS flightplan)
INFO – Toggles the display of the info bar, which shows the aircraft’s current distance from the last navaid
you clicked on.
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General Aviation Glass Cockpit
(to be added)
pmSounds
(to be added)
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Additional Information Section
SID/STAR/APPR Data
Sid/Star Introduction
This document will explain the system with which you can build your own SID/STAR entries for the Project
Magenta CDU.
The CDU comes with two very large files, SIDDATA.TXT and STARDATA.TXT. Those files include a worldwide
set of departure and arrival procedures which have been created for you. To add your own
procedures, the CDU is able to read two other files which will obviously be smaller. SIDDATA2.TXT and
STARDATA2.TXT.
The approach procedures are described in the same way as the SID/STAR and they can be saved in
APPDATA.TXT (or APPDATA2 / 3 etc).
Flying a procedure can be quite complicated, explaining it to a computer is at least as difficult. This means
that trying certain combinations may result in a very confusing line on your ND and may even generate
strange results in the CDU itself.
Sid/Star Structure
Both the SID and the STAR lists follow this general structure:
[{ICAO Code}]
{procedure name} {runway(s) used}
{part indication}> {description of waypoints}
{procedure name} {runway used}
{part indication}> {description of waypoints}
{procedure name} {runway used}
{part indication}> {description of waypoints}
{procedure name} {runway used}
{part indication}> {description of waypoints}
[{ICAO Code}]
{procedure name} {runway used}
{part indication}> {description of waypoints}
Example:
[LGMK]
TEST1 16
1> +500 MIL @7000 KEA DDM
TEST2 34
1> +500 +INTC090 MIL @7000 KEA DDM
TEST3 ALL
1> +800 KEA
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meaning:
[Mykonos Airport in Greece]
Procedure TEST1, Runway 16
part 1 > maintain present heading until 500 ft, fly to VOR MIL at 7000 ft then on to VORs KEA and DDM
Procedure TEST2, Runway 34
part 1 > maintain present heading until 500 ft, turn to intercept heading 090 fly to VOR MIL at 7000 ft then
on to VORs KEA and DDM
Procedure TEST3, All runways
part 1 > maintain present heading until 800 ft, then direct KEA
{ICAO Code} 4 letter ICAO code of the Airport
{procedure name} Name of the procedure
{runway used} Runway Number (e.g. 33R, 33L, 33C), ALL (all runways) or 33B (for runways 33L and 33R)
{part indication} indicates what portion of the procedure is being described
{description of waypoints/commands} List of waypoints/commands to be flown.
{part indication}
• 1> initial (e.g. starting from runway)
• 2> or 3> continuation of that procedure
• A> approach
• I> ILS approach
• N> NDB approach
• V> VOR approach
Waypoints
{altitude} indicates an altitude in feet or a flight level (FL!) is required
{navaid} indicates a navaid name is required
{course} indicates a course is required (always course TO the waypoint)
{heading} indicated an aircraft heading is required (magnetic)
{waypoint name} e.g. VOG, BAMBI etc.
{waypoint radial/distance} e.g. VOG270/15
Defines a point on radial XXX, YY NM from the waypoint (will create the waypoint VOG1 etc.)
{waypoint radial/waypoint radial} e.g. VOG180/LIN280
Defines a point on the intersection of radial XXX from waypoint 1 with radial YYY from waypoint 2
　
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本文鏈接地址：Project Magenta USER MANUAL Revision: 12 March-08(31)