Actually add the syntax highlighting for PyCharm..
This commit is contained in:
Casper V. Kristensen
parent
32852274cc
commit
7c2e925454
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B1156723DB3BDDA8
115
kOS.xml
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115
kOS.xml
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<filetype binary="false" description="Kerbal Operating System" name="kOS">
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<highlighting>
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<options>
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<option name="LINE_COMMENT" value="//" />
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<option name="COMMENT_START" value="" />
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<option name="COMMENT_END" value="" />
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<option name="HEX_PREFIX" value="" />
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<option name="NUM_POSTFIXES" value="" />
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<option name="HAS_BRACES" value="true" />
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<option name="HAS_BRACKETS" value="true" />
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<option name="HAS_PARENS" value="true" />
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</options>
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<!-- Keyword 1: Language syntax -->
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<!--Logic Operators -->
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<keywords keywords="not;and;or;true;false" ignore_case="false" />
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<!-- Instructions and keywords -->
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<keywords keywords="add;all;batch;break;compile;copy;declare;delete;deploy;do;else;file;for;from;function;global;if;in;is;list;local;lock;log;off;on;once;parameter;preserve;remove;rename;return;run;set;step;switch;then;to;toggle;unlock;unset;until;wait;when"/>
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<!-- Directives -->
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<keywords keywords="@LAZYGLOBAL" />
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<!-- Keyword 2: Global variables that "belong" to the current ship -->
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<!-- Flight Control -->
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<keywords2 keywords="STEERING;THROTTLE;WHEELSTEERING;WHEELTHROTTLE" />
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<!-- Alias shortcuts for SHIP fields -->
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<keywords2 keywords="BODY;ORBIT;HEADING;PROGRADE;RETROGRADE;FACING;MAXTHRUST;VELOCITY;GEOPOSITION;LATITUDE;LONGITUDE;UP;NORTH;ANGULARMOMENTUM;ANGULARVEL;ANGULARVELOCITY;MASS;VERTICALSPEED;GROUNDSPEED;SURFACESPEED;AIRSPEED;ALTITUDE;APOAPSIS;PERIAPSIS;SENSORS;SRFPROGRADE;SRFREROGRADE;OBT;STATUS;SHIPNAME" />
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<!-- Ship Systems -->
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<keywords2 keywords="RCS;SAS;SASMODE;NAVMODE;LIGHTS;BRAKES;GEAR;ABORT;AG1;AG2;AG3;AG4;AG5;AG6;AG7;AG8;AG9;AG10;LEGS;CHUTES;CHUTESSAFE;PANELS;RADIATORS;LADDERS;BAYS;DEPLOYDRILLS;DRILLS;FUELCELLS;ISRU;INTAKES" />
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<!-- Connectivity Managers -->
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<keywords2 keywords="HOMECONNECTION;CONTROLCONNECTION" />
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<!-- Listable Keywords -->
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<keywords2 keywords="PROCESSORS;RESOURCES;PARTS;ENGINES;SENSORS;ELEMENTS;DOCKINGPORTS" />
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<keywords2 keywords="FILES;VOLUMES" />
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<!-- Keyword 3: Language functions and globals -->
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<!-- Basic Functions -->
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<keywords3 keywords="clearscreen;edit;print;at;reboot;shutdown" />
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<!-- Basic Math Functions -->
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<keywords3 keywords="CONSTANT" />
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<keywords3 keywords="abs;ceiling;floor;ln;log10;mod;min;max;random;round;round;sqrt;char;unchar;sin;cos;tan;arcsin;arccos;arctan;arctan2" />
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<!-- Vector Functions -->
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<keywords3 keywords="v;vdot;vectordotproduct;vcrs;vectorcrossproduct;vang;vectorangle;vxcl;vectorexclude" />
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<!-- Direction Functions -->
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<keywords3 keywords="r;q;heading;lookdirup;angleaxis;rotatefromto" />
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<!-- Geographic Coordinate Functions -->
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<keywords3 keywords="latlng" />
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<!-- Predictions of Flight Path Functions -->
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<keywords3 keywords="positionat;velocityat;orbitat" />
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<!-- File I/O Functions -->
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<keywords3 keywords="path;scriptpath;volume;cd;copypath;movepath;deletepath;exists;create;createdir;open;writejson;readjson" />
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<!-- Color Functions -->
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<keywords3 keywords="rgb;rgba;hsv;hsva" />
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<!-- Waypoint Functions -->
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<keywords3 keywords="waypoint;allwaypoints" />
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<!-- GUI Widget Functions -->
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<keywords3 keywords="gui;clearguis" />
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<!-- GUI display tool functions -->
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<keywords3 keywords="vecdraw;vecdrawargs;hudtext;clearvecdraws" />
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<!-- Various Functions -->
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<keywords3 keywords="vessel;NODE" />
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<!-- Global Structures -->
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<keywords3 keywords="LEXICON;LIST;QUEUE;RANGE;STACK;UNIQUESET" />
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<!-- Colors -->
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<keywords3 keywords="RED;GREEN;BLUE;YELLOW;CYAN;MAGENTA;PURPLE;WHITE;BLACK" />
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<!-- Keyword 4: Global meta-variables -->
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<!-- Vessel -->
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<keywords4 keywords="SHIP;TARGET;HASTARGET" />
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<!-- Listable Keywords -->
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<keywords4 keywords="BODIES;TARGETS" />
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<!-- Predefined Celestial Bodies -->
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<keywords4 keywords="SUN;MOHO;EVE;GILLY;KERBIN;MUN;MINMUS;DUNA;IKE;JOOL;LAYTHE;VALL;TYLO;BOP;POL;EELOO" />
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<!-- System Variables -->
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<keywords4 keywords="CONFIG;KUNIVERSE;TERMINAL;CORE;ARCHIVE;STAGE;NEXTNODE;HASNODE;ALLNODES;ALT;ETA;ENCOUNTER;TIME;MISSIONTIME;VERSION;MAPVIEW;WARP;WARPMODE;LOADDISTANCE;SOLARPRIMEVECTOR" />
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</highlighting>
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<extensionMap>
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<mapping ext="ks" />
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</extensionMap>
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</filetype>
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@ -91,7 +91,7 @@ function launch {
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// Create maneuver node that will circularize the orbit.
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// NOTE: Potential errors in the inclination are not fixed, since we are most likely going to change our orbit, which will make the inclination change cheaper later on.
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local node is node(TIME:SECONDS + ETA:APOAPSIS, 0, 0, 0).
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local node is NODE(TIME:SECONDS + ETA:APOAPSIS, 0, 0, 0).
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// Burn magnitude in the prograde direction is the difference between the required velocity to acheive circular orbit at apoapsis altitude and our velocity at apoapsis
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local required_velocity is orbital_velocity_from_ap_pe(APOAPSIS, APOAPSIS, target_orbit_altitude).
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@ -35,17 +35,17 @@ function execute_node {
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wait until vang(SHIP:facing:vector, node:deltav) < 0.5.
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print "Initializing warp".
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warp_for(MAX(0, node:eta - (burn_duration/2) - 5)). // warp until 5s before node
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warp_for(max(0, node:eta - (burn_duration/2) - 5)). // warp until 5s before node
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print "Approaching".
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wait until node:eta <= CEILING(burn_duration/2). // CEILING instead of ROUND, since we'd rather start the burn too soon to have time for perfecting the burn
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wait until node:eta <= ceiling(burn_duration/2). // CEILING instead of ROUND, since we'd rather start the burn too soon to have time for perfecting the burn
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print "Burn!".
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lock THROTTLE to 1.0.
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// Decrease throttle linearly when the burn duration is less than 1 second
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wait until estimated_burn_duration(node) <= 1.
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lock THROTTLE to MAX(0.01, estimated_burn_duration(node)). // ensure we always finish by burning with at least 1% power
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lock THROTTLE to max(0.01, estimated_burn_duration(node)). // ensure we always finish by burning with at least 1% power
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// The burn vector will start to drift once we have very little left to burn. Therefore, take a "snapshot" of the burn vector as it is right now, and lock steering to it, instead of the dynamic vector
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local dv0 is node:deltav.
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