Using the Artificial Gravity MFD

CONTROLS

controls


TGT
Select target body. This is where you want to go.

DIR
Direction of target path. DIR points at body, PRO points at body's relative velocity to ship.

INV
Invert current target path. Same as applying equal retro thrust along current path.

SET
Set desired AG / constant thrust value (default: 9.8m/sec^2)

HLD
Hold currently selected path using RCS (up to time warp <100)

ENG
Engage / disengage AG/constant thrust (Note: AGMFD takes max thrust and ship's mass as input and tries to produce desired thrust as output)

MOD
Toggles display modes between TEXT, GRAPHICS, TEXT+GRAPHICS (default), and DIAG

PRJ
Toggles plane projection of graphic display between ECLIPTIC and SHIP (default: ECL)

ABT
Abort! All engines (including RCS) stop, release hold on target

CEN
Center of display toggle between solar bodies

ZM-
Zoom in on selected center

ZM+
Zoom out on selected center (Note: These controls operate a manual zoom level. Also running is an autozoom focusing the ship's position relative to display center. Use autozoom control on DIAG page or shift-X to reset zoom level.)

DISPLAY

display


The display always centers around a solar body represented by a color-coded circle (in this example, green for the Earth). A solid color-coded line indicates the body's orbital path for reference.

A white line always connects the center of the display (currently Earth) and your ship. A color-coded dashed line runs to the target body (in this example, the Moon). A dashed yellow line runs to the sun. These graphics help orient the pilot.

Your ship's computed trajectory along the currently selected path is shown in orange. Color-coded marks indicate closest approach to source and target bodies.




CORNER THINGY

gravcircle trajectory


The "grav-circle" displays gravitational attraction in the local plane of the ship. The display is color-coded like the main display, logarithmic and normalized to the selected constant thrust value.

Currently it tells us Earth looms to port while the sun is in front and a little to the side. The attraction of the moon here falls below the display threshold.

During maneuvers you should note gravitation vectors move with the ship. This also helps orient the pilot.



DIAGNOSTIC CONTROLS
TUTORIAL START