Adds force to the part's (or parent's up the tree) rb. NOTE: ForceMode == Force. If you want a different mode, convert to ForceMode.Force.

Parameters

vec

Adds force to the part's (or parent's up the tree) rb, at the specified position. NOTE: ForceMode == Force. If you want a different mode, convert to ForceMode.Force.

Parameters

vec
pos

Adds force to the part's (or parent's up the tree) rb as an impulse (i.e. divides force by fixedDeltaTime

Parameters

vec

Applies given module adjusters to the appropriate part modules

Template Parameters

adjusterModules

List of module adjusters to apply

Add a PartResource to this Part from a ConfigNode.

Parameters

node

Returns

Adds given torque to the part's (or parent's up the tree) rb. NOTE: ForceMode == Force. If you want a different mode, convert to ForceMode.Force.

Parameters

vec

< set up modules n stuff

< set up human readable info

< set up Resources

< Set up effects

< Set up drag cube list

< Setup up the part highlighter

< find an airlock node (if any) needs to be in editor too for Engineer's Report purposes

Can this Part Crossfeed a Resource between itself and another part?

Parameters

target	The Target Part
resName	The Resource name for the Resource
flow	The FlowMode to use.

Returns

Can this Part Crossfeed a Resource between itself and another part?

Parameters

target	The Target Part
resourceID	The Resource ID for the Resource
flow	The FlowMode to use.

Returns

True if the part can crossfeed the Resource. Otherwise False.

called by the editor when the selected part is cloned. Use this in stead of setParent(null) to avoid invoking GameEvents.onPartRemove in cases where you are not actually removing a part from the ship.

< also reset all attached and connected flags on both vessels

< update original positions and rotations in relation to the new vessel root

< set the target part as parent for old vessel

< recursively add the parts to the new vessel.

< promote old vessel to a proper vessel again

< remove the old vessel definition off the root part

< update landed status, just to be on the safe side (vessel now points to the new one)

< reset all collision ignores for this vessel

< this part just became a new vessel now

< Generate fresh UUID.

< inherit the old vessel's control state, so if we decouple a live engine for instance, it'll stay throttled up

This will demote a Physical part to a physicsless part. Use with Care.

< if this part was the one in ground contact, tell the vessel to check if it's still landed (through other parts maybe)

< or if game parameters allow respawning, set them as "missing" instead.

< Clean up plugin data

< clear off the part object after everything else is done (unless it is the vessel root, in which case the vessel will handle it)

< TODO: Wait for FXMonger to finish. (Causes infinite loop if done in FXMonger)

returns an attachment node that matches the given id name. (a node's id is the third section of it's definition in the cfg, or for srfAttach nodes: 'srfAttach')

Parameters

nodeId

The id to look for

Returns

A reference to the attachNode, or null if none is found

returns an array of attachNodes, whose ids CONTAIN the given id string. (use this one to get multiple nodes at once, when they have similar ids, like node_stack_top1, node_stack_top2...)

Parameters

partialNodeId

The string to search for in the node ids

Returns

An array of all nodes found in the search, or null if none is found

< if there is a fuel lookup target defined, use it instead of the default fuel paths

< check any neighbour nodes that are attached

Finds a transform that uses a given layer inside a given transform

Parameters

layerName

the name of the layer of search for

Returns