Finished it, some of things are probably not the best way of doing it, but it works. And it should be similar enough to the feature plugin that no one will be overly confused.
-- lua version of feature plugin.
helpstring=[[ featurelua [ list | show ID [true|false] | IDbyName [name] | IDbyType [type] | magmaWorkshops | ? ]
list list map features
show ID true|false hide or show a map feature
ex. featurelua 3 show true
IDbyType [type] returns the ID for the first instance of a given feature type.
ex. featurelua IDbyType subterranean_from_layer
Types are: pit,
magma_pool,
volcano,
deep_special_tube,
deep_surface_portal,
subterranean_from_layer,
magma_core_from_layer,
feature_underworld_from_layer
IDbyName [name] returns the ID for the first instance of a given feature type.
ex featurelua IDbyName "magma pool"
magmaWorkshops enables magma workshops.
? prints this helpful wall of text.
]]
args={...}
if args[1]=="?" then
print(helpstring)
return
end
local utils = require("utils") --for call_with_string
function getFeatureByName(name)
for index,value in ipairs(df.global.world.cur_savegame.map_features) do
if utils.call_with_string(value,"getName")==name then
return index
end
end
end
--[[ Supported Arguments:
outdoor_river,
cave,
pit,
magma_pool,
volcano,
deep_special_tube,
deep_surface_portal,
subterranean_from_layer,
magma_core_from_layer,
feature_underworld_from_layer
]]--
function getFeatureByType(type)
for index,value in ipairs(df.global.world.cur_savegame.map_features) do
local featureType=value:getType()
if df.feature_type[featureType]==type then
return index
end
end
end
-- call with string wraps function with temporary string to put value in
-- in a similar way:
function featureList()
local ret={}
for index,value in ipairs(df.global.world.cur_savegame.map_features) do
local featureType=value:getType()
table.insert(ret,index,{utils.call_with_string(value,"getName"), df.feature_type[featureType]})
end
return ret
end
function printFeatures() --to console
for index,value in ipairs
(df.global.world.cur_savegame.map_features) do
local featureType=value:getType()
local discovered
if value.flags[df.feature_init_flags.Discovered] then
discovered="Discovered"
else
discovered="Undiscovered"
end
--discovered=utils.call_with_string(value.flags,"is_set",df.feature_init_flags[df.feature_init_flags.Discovered])
print(index,'\t',df.feature_type[featureType],'\t',utils.call_with_string(value,"getName"),'\t',discovered)
end
return ret
end
-- sets a feature as shown/discovered or hidden
function setDiscoveredByID(ID, discovered)
for index,value in ipairs
(df.global.world.cur_savegame.map_features) do
local featureType=value:getType()
if index == ID then
value.flags[df.feature_init_flags.Discovered]=discovered
local state
if discovered then
state ="shown."
else
state="hidden."
end
print(utils.call_with_string(value,"getName"), " is now ", state)
end
end
end
if args[1]=="list" then
printall(printFeatures())
return
end
if args[1]=="IDbyName" then
print(getFeatureByName(args[2]))
return
end
if args[1]=="IDbyType" then
print(getFeatureByType(args[2]))
return
end
if args[1]=="show" then
if args[3]== "true" then
setDiscoveredByID(tonumber(args[2]), true)
else
setDiscoveredByID(tonumber(args[2]), false)
end
return
end
if args[1]=="magmaWorkshops" then
setDiscoveredByID(getFeatureByType("magma_core_from_layer"), true)
return
end
print(helpstring)
return
Author
Topic: DFHack 0.34.11 r3 (Read 1396354 times)