Get the variant from the availablepart

Parameters

variantName

Name of the variant

Returns

index of this variant or null

The Cost to purchase this part from RnD.

Amount of these parts in stock

The author's name, shown on parts list

Tags for this part's bulkhead (cross-section) profiles

The category this part will be shown under

Cost of this part (by unit), this includes the price of resources as well.

Used when purchasing to determine if should pay for it. Set only when you purchase another part and this part is in that part's identicalParts

A description for the part

A reference to the icon prefab for instantiation

The scale factor applied to this icon

what parts are identical to this and should unlock with this

The manufacturer's name, shown on the parts list

Should we create action/axis mappings for symmetry parts when linking them in the editor

The minimum cost that this part can have after all modifiers and resource costs are applied

The compiled module information

A string identifier for the part

A reference to the part prefab for instantiation

Approximation of the visual size of the part

The url of the part config

Whats the preferred position for this part in the vessel stages, right now we have, FIRST, LAST and DEFAULT

The compiled module information

Should we show the vessel naming option on the PAW

This part's search tags

Set this true to hide the part from the RnD view of the tech tree

Used in conjunction with category = none to hide a part from any new vessels/builds while not affecting existing craft

The id of the technology required to make this part available for purchase.

The title that is shown on the parts list

A short description for the part

This part's current variant (if available)

A cached array of the Renderers on the iconPrefab.

The minimum mass that this part can have after all mass modifiers are applied

Note: Will prevent ever setting to less than 0.0001 (cause negative mass does fun things to physics)

The minimum rigidbody mass that this part can have after all mass modifiers are applied

Note: Will prevent ever setting to less than 0.001 (cause negative mass does fun things to physics)

Get a list of Variants for this AvailablePart