Sets a vessel to the active vessel if it is null and it is possible.

Parameters

v	The vessel.
logging	Optional flag to temporarily disable logging.

Returns

False if it cannot fall back but needs to.

Checks a vessel for its actual crew capacity, works for protovessels.

Parameters

v	Optional vessel if not ActiveVessel.

Returns

The crew capacity of the vessel.

Identifies the vessel type of all vessels at a particular celestial body.

Parameters

body	The celestial body.
useVesselType	Use part config vesselType if vessel cannot be classified.

Returns

A dictionary of all vessels at the body and their types.

Classifies the type of a vessel based on its physical characteristics, not an arbitrarily defined type.

Parameters

v	Optional vessel if not ActiveVessel.
useVesselType	Use part config vesselType if vessel cannot be classified.

Returns

A VesselType describing the vessel.

Determines how many kerbals with a particular experience trait are available or already near the area of a mission.

Parameters

trait	The trait name.
targetBody	The target body of the mission.
excludeVessel	A vessel to exclude in the search.

Returns

The amount of crew with that trait that are available for missions.

< Tourists are treated a bit differently, we need to scan active and offered contracts, and look at where they are heading.

< This tourist is heading to where our request is at anyway, and might want to visit our establishment.

< Now for the ones in the wilderness. We want to find ones that are near the target body, but not on excludeVessel.

Marks a vessel as "owned" with the discovery system.

Parameters

v	Optional vessel if not ActiveVessel.

Estimates the size of a part, taking SkinnedMeshRenderer oddities into account.

Parameters

p

The part.

Returns

The part size.

Does a simple search for the first part that exists in a list of part and module names.

Parameters

partNames	The list of part names.
moduleNames	The list of module names.

Returns

The first part found that has a part or module in the lists.

Finds a vessel with the most part IDs from a given list.

Parameters

partIDs

A list of part IDs.

Returns

The vessel containing the most of the part IDs.

< By following the largest chunk of a collection of parts, we can follow a vessel even if it blows up into a million pieces.

Returns a vessel's orbit with a slight modification by a certain percentage.

Parameters

minimumDeviation	The matching deviation of the contract.
modificationLength	The length of the resulting adjustment after deviation.
numberOfModifications	The number of properties of the orbit to modify.
generator	An optional random generator to use.
v	Optional vessel if not ActiveVessel.

Returns

A slightly modified orbit.

< Do not attempt to adjust hyperbolic orbits. It ends badly.

< Modifications will be to inclination, argument if eccentric, LAN if inclined, periapsis, and apoapsis.

< LAN changes are not fun at horizontal inclinations.

< And argument changes are not fun in circular orbits.

< We want to modify a few properties (modCount), shuffle and remove all but those.

< If inclination is negative, fix it and flip the LAN.

Gets the flight band of a vessel based on an altitude threshold.

Parameters

threshold	The border between high and low altitudes.
v	Optional vessel if not ActiveVessel.

Returns

The flight band of the vessel.

Gets a list of part IDs for a specific vessel.

Parameters

v	Optional vessel if not ActiveVessel.

Returns

A list of part IDs.

Grabs the name of a part using its part info.

Parameters

p

The part.

Returns

The part's name.

Identifies the vessels at a particular celestial body and collects those of a particular type.

Parameters

body	The celestial body.
vesselType	The vessel classification.
requireOwned	Skip unowned vessels.
excludeActive	Skip active vessels.
useVesselType	Use part config vesselType if vessel cannot be classified.

Returns

A list of all vessels at the body of that classification.

Identifies the vessels at a particular celestial body and collects those of a particular type.

Parameters

situation	The vessel situation.
body	The celestial body.
vesselType	The vessel classification.
requireOwned	Skip unowned vessels.
excludeActive	Skip active vessels.
useVesselType	Use part config vesselType if vessel cannot be classified.

Returns

A list of all vessels at the body of that classification.

Checks whether a specific vessel is present at or near a specific orbit.

Parameters

o	The specific orbit.
deviationWindow	The acceptable margin - percent value 0->100.
v	Optional vessel if not ActiveVessel.

Returns

If the vessel is present at the orbit.

< Check periapsis and apoapsis, enforce minimum deviation to prevent low orbits (Molniya) from becoming super hard to match.

< Argdifference was originally argument of periapsis, but on horizontal orbits, use longitude of periapsis instead.

< Only checks argument of periapsis on non-circular orbits.

Gets the accuracy whether a specific vessel is present at or near a specific orbit.

Parameters

o	The specific orbit.
accuracy	The accuracy we are expecting as a percentage. eg: 80% - pass in 80
v	Optional vessel if not ActiveVessel.

Returns

If the vessel is present at the orbit.

Gets a List of the ProtoCrewMembers on a vessel with a certain experience trait.

Parameters

trait	The trait name.
v	Optional vessel if not ActiveVessel.

Returns

The crew with the trait.

Gets a count of the ProtoCrewMembers on a vessel with a certain experience trait.

Parameters

trait	The trait name.
v	Optional vessel if not ActiveVessel.

Returns

The crew with the trait.

Checks a vessel for many modules at once, to save performance.

Parameters

moduleList	A list of module names.
v	Optional vessel if not ActiveVessel.

Returns

If any of the modules are on the ship.

Checks a vessel for many parts at once, to save performance.

Parameters

partList	A list of part names.
v	Optional vessel if not ActiveVessel.

Returns

If any of the parts are on the ship.

Checks a vessel for many different things at once, to save performance.

Parameters

partList	A list of part names.
moduleList	A list of module names.
v	Optional vessel if not ActiveVessel.

Returns

If any of the things are on the vessel.

< Double check all of the parameters, redirect to appropriate methods if something's awry.

< This gets pretty deep, but it's best to do this all in one loop, rather than multiple loops.

Checks a vessel for a specific module.

Parameters

moduleName	Name of the module.
v	Optional vessel if not ActiveVessel.

Returns

If the vessel has that module.

Checks a vessel for a specific part.

Parameters

partName	Name of the part.
v	Optional vessel if not ActiveVessel.

Returns

If the vessel has that part.

< Part names cannot have underscores.

Determines whether the vessel is landed with wheels.

Parameters

v	Optional vessel if not ActiveVessel.
validWheelTypes	Wheel types that are checked.

Returns

If the vessel is landed with wheels.

Grabs the flightID of a vessel's root part.

Parameters

v	Optional vessel if not ActiveVessel.

Returns

Checks if a vessel is "owned" with the discovery system.

Parameters

v	Optional vessel if not ActiveVessel.

Makes sure a vessel was launched after a certain point.

Parameters

launchID	The launch ID to compare.
v	The vessel to check.
ignore	Optional part names to ignore in the check.

Returns

If the vessel was launched after the given ID.

Checks a vessel for many different things at once, to save performance, returns full amount

Parameters

partList	A list of part names.
moduleList	A list of module names.
v	Optional vessel if not ActiveVessel.

Returns

The full amount of matches.

< This gets pretty deep, but it's best to do this all in one loop, rather than multiple loops.

Calculates how much of a particular resource is on a vessel.

Parameters

resourceName	The name of the resource.
v	Optional vessel if not ActiveVessel.

Returns

How much of the resource is on the vessel.

Determines the highest pod capacity in the game.

Returns

The highest pod capacity.