Difference between revisions of "Oolite JavaScript Reference: Manifest"
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Example: | Example: | ||
− | if (player.ship.[[Oolite JavaScript Reference: | + | if (player.ship.[[Oolite JavaScript Reference: Ship#cargoSpaceAvailable|cargoSpaceAvailable]] >= 10) |
{ | { | ||
player.ship.manifest.food += 10; | player.ship.manifest.food += 10; | ||
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=== setShortComment === | === setShortComment === | ||
{{oolite-method-added|1.81}} | {{oolite-method-added|1.81}} | ||
− | function '''setShortComment'''(commodity : String, | + | function '''setShortComment'''(commodity : String, comment : String) : Boolean |
− | + | Sets a short text comment for the named commodity as shown on the market (F8) screen. Returns <code>false</code> on failure such as specifying an unrecognized commodity. | |
=== shortComment === | === shortComment === | ||
{{oolite-method-added|1.81}} | {{oolite-method-added|1.81}} | ||
function '''shortComment'''(commodity : String) : String | function '''shortComment'''(commodity : String) : String | ||
− | + | Returns the current short text comment for the named commodity as shown on the market (F8) screen. | |
Latest revision as of 19:49, 23 October 2022
Prototype: Object
Subtypes: none
Manifest
provides direct access to the cargo carried by the player.
Except list
, each property is an integer representing the quantity of a certain commodity. The units depend on the commodity, just as on the trading screen.
Behaviour notes
When increasing a commodity, extra cargo beyond the ship’s capacity is discarded silently. For example, if the ship has 6 t of space available, and you add 10 to player.ship.manifest.food
, only 6 t of food will be awarded.
For gold and platinum, 500 kg or more rounds up to 1 t, below 500 kg counts as 0 t in cargo space calculations. This means a script can add up to 499 kg of gold or platinum into a nominally full hold. (The player himself can buy unlimited quantities at the market screen.) In the same way, 500 000 g of gemstones is rounded up to 1 t. (If you feel tempted to award the player half a tonne of gemstones, keep in mind that one can only sell up to 127 units of a commodity at a given station using the trading screen.)
Example:
if (player.ship.cargoSpaceAvailable >= 10) { player.ship.manifest.food += 10; }
Cargo marshalling
When a player launches, all cargo from the manifest is loaded in cargo pods with the role “1t-cargopod”. This has some consequences for handling g and kg commodities when in flight:
- Every full t of such an article that the player has is put in a barrel on launch and consumes 1 t cargo space.
- Every barrel that the player scoops takes one t of cargo space even when the content is far less in weight.
- Every time cargo is added by script, the added amount is added to the hold in one or more 1 t cargo pods.
- Every time the cargo is reduced, it is removed from one of the barrels. When the barrel becomes empty in the process, the barrel is removed.
On docking all barrels are unloaded and the manifest becomes just a list of goods. The manifest can be handled the same way when docked as when in flight, but the behaviour described above explains why the hold fills up fast when adding several small quantities of g/kg commodities by script.
Properties
food
food : Number (read/write integer)
The quantity of food in the ship’s hold (t).
textiles
textiles : Number (read/write integer)
The quantity of textiles in the ship’s hold (t).
radioactives
radioactives : Number (read/write integer)
The quantity of radioactives in the ship’s hold (t).
slaves
slaves : Number (read/write integer)
The quantity of slaves in the ship’s hold (t).
liquor_wines
liquor_wines : Number (read/write integer)
The quantity of liquor/wines in the ship’s hold (t).
Before Oolite 1.82, liquor
, wines
and liquorWines
were aliases for this property. OXPs created before Oolite 1.82 may need to be updated to use liquor_wines
instead.
luxuries
luxuries : Number (read/write integer)
The quantity of luxuries in the ship’s hold (t).
narcotics
narcotics : Number (read/write integer)
The quantity of narcotics in the ship’s hold (t).
computers
computers : Number (read/write integer)
The quantity of computers in the ship’s hold (t).
alloys
alloys : Number (read/write integer)
The quantity of alloys in the ship’s hold (t).
firearms
firearms : Number (read/write integer)
The quantity of firearms in the ship’s hold (t).
furs
furs : Number (read/write integer)
The quantity of furs in the ship’s hold (t).
minerals
minerals : Number (read/write integer)
The quantity of minerals in the ship’s hold (t).
gold
gold : Number (read/write integer)
The quantity of gold in the ship’s hold (kg).
platinum
platinum : Number (read/write integer)
The quantity of platinum in the ship’s hold (kg).
gem_stones
gem_stones : Number (read/write integer)
The quantity of gem-stones in the ship’s hold. 500000 g and more counts as 1 ton in cargoSpace calculations.
Before Oolite 1.82, gemStones
was an alias for this property. OXPs created before Oolite 1.82 may need to be updated to use gem_stones
instead.
alien_items
alien_items : Number (read/write integer)
The quantity of alien items in the ship’s hold.
Before Oolite 1.82, alienItems
was an alias for this property. OXPs created before Oolite 1.82 may need to be updated to use alien_items
instead.
list
list : Array (read-only)
Array of objects. Each object contains information for a commodity present in the player’s hold:
commodity : String (the name of the corresponding property) containers: Number (integer) - 1.79 or later quantity : Number (integer) displayName : String (commodity display name, can be different for different languages) unit : String (“t”, “kg” or “g”)
Quantity is the number of units of cargo carried; containers is the number of TC containers this takes up. For the sub-tonne commodities these numbers are likely to be significantly different, and no containers are used while the ship is docked.
Examples:
var i, m; // for certain types of cargo (like gem-stones) player.ship.cargoSpaceUsed can still be 0 // even if we’re carrying 100 or more. log("The player is currently carrying " + (manifest.list.length > 0 ? "the following:" : "nothing.")) for (i = 0; i < manifest.list.length; i++) { m = manifest.list[i]; log( m.quantity + " " + m.unit + " of "+ m.displayName ); }
and
var i, c; // now remove at least 1 of / 20% of each type of cargo carried. for (i = 0; i < manifest.list.length; i++) { c = manifest.list[i].commodity; manifest[c] = Math.floor(manifest[c] * 0.8); }
Extra properties
If an OXP defines a new trade good with key "xxx" then manifest.xxx
will work for that good as it does for the built-in trade goods.
Methods
comment
This method was added in Oolite test release 1.81.
function comment(commodity : String) : String
Returns the current long text comment for the named commodity as shown on the individual commodity (F8F8) screen.
setComment
This method was added in Oolite test release 1.81.
function setComment(commodity : String, comment : String) : Boolean
Sets a long text comment for the named commodity as shown on the individual commodity (F8F8) screen. Returns false
on failure such as specifying an unrecognized commodity.
setShortComment
This method was added in Oolite test release 1.81.
function setShortComment(commodity : String, comment : String) : Boolean
Sets a short text comment for the named commodity as shown on the market (F8) screen. Returns false
on failure such as specifying an unrecognized commodity.
shortComment
This method was added in Oolite test release 1.81.
function shortComment(commodity : String) : String
Returns the current short text comment for the named commodity as shown on the market (F8) screen.