pipeworks/filter-injector.lua

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local fs_helpers = pipeworks.fs_helpers
local function delay(x)
return (function() return x end)
end
local function set_filter_infotext(data, meta)
local infotext = data.wise_desc.." Filter-Injector"
if meta:get_int("slotseq_mode") == 2 then
infotext = infotext .. " (slot #"..meta:get_int("slotseq_index").." next)"
end
meta:set_string("infotext", infotext)
end
local function set_filter_formspec(data, meta)
local itemname = data.wise_desc.." Filter-Injector"
Add Digiline Filter-Injector This adds a new type of Filter-Injector that waits for a digiline message on its channel and then pulls the items described by the message out of the inventory. It is basically a Stackwise Injector that, on receiving a digiline message, sets its filter to the contents of the digiline message and then activates itself. Sending the message {name="default:brick", count=2} should do the same thing as setting the filter of a Stackwise Filter-Injector to two Brick Blocks and then punching it. If no count is specified, it defaults to 1. Since this is based off of the Stackwise Injector, it might make more sense if the default were an entire stack. I can change this trivially. You can also send requests like {{name="default:brick", count=1}, {name="default:dirt", count=1}}, which acts the same as setting the filter to one Brick Block and one Dirt Block and then punching it. If you send a string "default:dirt" instead of a table {name="default:dirt"}, the string is passed to ItemStack and the name and count are extracted from the resulting ItemStack. You can also send a list of strings instead of tables: {"default:dirt", "default:brick"}, and the first item found will be pulled. Punching this or activating it with Mesecons currently does nothing. I'm not really sure what would be the right thing to do in either of those two cases, so I made it do nothing. I guess I could make it use the previously-used filter, but I can't really see any usefulness in that. The recipe is probably too cheap. The darker of the two blue texture colors could probably be better.
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local formspec
if data.digiline then
formspec = "size[8,2.7]"..
"item_image[0,0;1,1;pipeworks:"..data.name.."]"..
"label[1,0;"..minetest.formspec_escape(itemname).."]"..
"field[0.3,1.5;8.0,1;channel;Channel;${channel}]"..
fs_helpers.cycling_button(meta, "button[0,2;4,1", "slotseq_mode",
{"Sequence slots by Priority",
"Sequence slots Randomly",
"Sequence slots by Rotation"})..
fs_helpers.cycling_button(meta, "button[4,2;4,1", "exmatch_mode",
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{"Exact match - off",
"Exact match - on "})
Add Digiline Filter-Injector This adds a new type of Filter-Injector that waits for a digiline message on its channel and then pulls the items described by the message out of the inventory. It is basically a Stackwise Injector that, on receiving a digiline message, sets its filter to the contents of the digiline message and then activates itself. Sending the message {name="default:brick", count=2} should do the same thing as setting the filter of a Stackwise Filter-Injector to two Brick Blocks and then punching it. If no count is specified, it defaults to 1. Since this is based off of the Stackwise Injector, it might make more sense if the default were an entire stack. I can change this trivially. You can also send requests like {{name="default:brick", count=1}, {name="default:dirt", count=1}}, which acts the same as setting the filter to one Brick Block and one Dirt Block and then punching it. If you send a string "default:dirt" instead of a table {name="default:dirt"}, the string is passed to ItemStack and the name and count are extracted from the resulting ItemStack. You can also send a list of strings instead of tables: {"default:dirt", "default:brick"}, and the first item found will be pulled. Punching this or activating it with Mesecons currently does nothing. I'm not really sure what would be the right thing to do in either of those two cases, so I made it do nothing. I guess I could make it use the previously-used filter, but I can't really see any usefulness in that. The recipe is probably too cheap. The darker of the two blue texture colors could probably be better.
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else
local exmatch_button = ""
if data.stackwise then
exmatch_button =
fs_helpers.cycling_button(meta, "button[4,3.5;4,1", "exmatch_mode",
{"Exact match - off",
"Exact match - on "})
end
formspec = "size[8,8.5]"..
"item_image[0,0;1,1;pipeworks:"..data.name.."]"..
"label[1,0;"..minetest.formspec_escape(itemname).."]"..
"label[0,1;Prefer item types:]"..
"list[context;main;0,1.5;8,2;]"..
fs_helpers.cycling_button(meta, "button[0,3.5;4,1", "slotseq_mode",
{"Sequence slots by Priority",
"Sequence slots Randomly",
"Sequence slots by Rotation"})..
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exmatch_button..
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"list[current_player;main;0,4.5;8,4;]" ..
"listring[]"
Add Digiline Filter-Injector This adds a new type of Filter-Injector that waits for a digiline message on its channel and then pulls the items described by the message out of the inventory. It is basically a Stackwise Injector that, on receiving a digiline message, sets its filter to the contents of the digiline message and then activates itself. Sending the message {name="default:brick", count=2} should do the same thing as setting the filter of a Stackwise Filter-Injector to two Brick Blocks and then punching it. If no count is specified, it defaults to 1. Since this is based off of the Stackwise Injector, it might make more sense if the default were an entire stack. I can change this trivially. You can also send requests like {{name="default:brick", count=1}, {name="default:dirt", count=1}}, which acts the same as setting the filter to one Brick Block and one Dirt Block and then punching it. If you send a string "default:dirt" instead of a table {name="default:dirt"}, the string is passed to ItemStack and the name and count are extracted from the resulting ItemStack. You can also send a list of strings instead of tables: {"default:dirt", "default:brick"}, and the first item found will be pulled. Punching this or activating it with Mesecons currently does nothing. I'm not really sure what would be the right thing to do in either of those two cases, so I made it do nothing. I guess I could make it use the previously-used filter, but I can't really see any usefulness in that. The recipe is probably too cheap. The darker of the two blue texture colors could probably be better.
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end
meta:set_string("formspec", formspec)
end
-- todo SOON: this function has *way too many* parameters
local function grabAndFire(data,slotseq_mode,exmatch_mode,filtmeta,frominv,frominvname,frompos,fromnode,filterfor,fromtube,fromdef,dir,fakePlayer,all,digiline)
local sposes = {}
if not frominvname or not frominv:get_list(frominvname) then return end
for spos,stack in ipairs(frominv:get_list(frominvname)) do
local matches
if filterfor == "" then
matches = stack:get_name() ~= ""
else
local fname = filterfor.name
local fgroup = filterfor.group
local fwear = filterfor.wear
local fmetadata = filterfor.metadata
matches = (not fname -- If there's a name filter,
or stack:get_name() == fname) -- it must match.
and (not fgroup -- If there's a group filter,
or (type(fgroup) == "string" -- it must be a string
and minetest.get_item_group( -- and it must match.
stack:get_name(), fgroup) ~= 0))
and (not fwear -- If there's a wear filter:
or (type(fwear) == "number" -- If it's a number,
and stack:get_wear() == fwear) -- it must match.
or (type(fwear) == "table" -- If it's a table:
and (not fwear[1] -- If there's a lower bound,
or (type(fwear[1]) == "number" -- it must be a number
and fwear[1] <= stack:get_wear())) -- and it must be <= the actual wear.
and (not fwear[2] -- If there's an upper bound
or (type(fwear[2]) == "number" -- it must be a number
and stack:get_wear() < fwear[2])))) -- and it must be > the actual wear.
-- If the wear filter is of any other type, fail.
--
and (not fmetadata -- If there's a matadata filter,
or (type(fmetadata) == "string" -- it must be a string
and stack:get_metadata() == fmetadata)) -- and it must match.
end
if matches then table.insert(sposes, spos) end
end
if #sposes == 0 then return false end
if slotseq_mode == 1 then
for i = #sposes, 2, -1 do
local j = math.random(i)
local t = sposes[j]
sposes[j] = sposes[i]
sposes[i] = t
end
elseif slotseq_mode == 2 then
local headpos = filtmeta:get_int("slotseq_index")
table.sort(sposes, function (a, b)
if a >= headpos then
if b < headpos then return true end
else
if b >= headpos then return false end
end
return a < b
end)
end
for _, spos in ipairs(sposes) do
local stack = frominv:get_stack(frominvname, spos)
local doRemove = stack:get_count()
if fromtube.can_remove then
doRemove = fromtube.can_remove(frompos, fromnode, stack, dir, frominvname, spos)
elseif fromdef.allow_metadata_inventory_take then
doRemove = fromdef.allow_metadata_inventory_take(frompos, frominvname,spos, stack, fakePlayer)
end
-- stupid lack of continue statements grumble
if doRemove > 0 then
if slotseq_mode == 2 then
local nextpos = spos + 1
if nextpos > frominv:get_size(frominvname) then
nextpos = 1
end
filtmeta:set_int("slotseq_index", nextpos)
set_filter_infotext(data, filtmeta)
end
local item
local count
if all then
count = math.min(stack:get_count(), doRemove)
if filterfor.count and (filterfor.count > 1 or digiline) then
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if exmatch_mode ~= 0 and filterfor.count > count then
return false -- not enough, fail
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else
-- limit quantity to filter amount
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count = math.min(filterfor.count, count)
end
end
else
count = 1
end
if fromtube.remove_items then
-- it could be the entire stack...
item = fromtube.remove_items(frompos, fromnode, stack, dir, count, frominvname, spos)
else
item = stack:take_item(count)
frominv:set_stack(frominvname, spos, stack)
if fromdef.on_metadata_inventory_take then
fromdef.on_metadata_inventory_take(frompos, frominvname, spos, item, fakePlayer)
end
end
local pos = vector.add(frompos, vector.multiply(dir, 1.4))
local start_pos = vector.add(frompos, dir)
local item1 = pipeworks.tube_inject_item(pos, start_pos, dir, item, fakePlayer:get_player_name())
return true-- only fire one item, please
end
end
return false
end
Add Digiline Filter-Injector This adds a new type of Filter-Injector that waits for a digiline message on its channel and then pulls the items described by the message out of the inventory. It is basically a Stackwise Injector that, on receiving a digiline message, sets its filter to the contents of the digiline message and then activates itself. Sending the message {name="default:brick", count=2} should do the same thing as setting the filter of a Stackwise Filter-Injector to two Brick Blocks and then punching it. If no count is specified, it defaults to 1. Since this is based off of the Stackwise Injector, it might make more sense if the default were an entire stack. I can change this trivially. You can also send requests like {{name="default:brick", count=1}, {name="default:dirt", count=1}}, which acts the same as setting the filter to one Brick Block and one Dirt Block and then punching it. If you send a string "default:dirt" instead of a table {name="default:dirt"}, the string is passed to ItemStack and the name and count are extracted from the resulting ItemStack. You can also send a list of strings instead of tables: {"default:dirt", "default:brick"}, and the first item found will be pulled. Punching this or activating it with Mesecons currently does nothing. I'm not really sure what would be the right thing to do in either of those two cases, so I made it do nothing. I guess I could make it use the previously-used filter, but I can't really see any usefulness in that. The recipe is probably too cheap. The darker of the two blue texture colors could probably be better.
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local function punch_filter(data, filtpos, filtnode, msg)
local filtmeta = minetest.get_meta(filtpos)
local filtinv = filtmeta:get_inventory()
local owner = filtmeta:get_string("owner")
local fakePlayer = pipeworks.create_fake_player({
name = owner
})
local dir = pipeworks.facedir_to_right_dir(filtnode.param2)
local frompos = vector.subtract(filtpos, dir)
local fromnode = minetest.get_node(frompos)
if not fromnode then return end
local fromdef = minetest.registered_nodes[fromnode.name]
if not fromdef then return end
local fromtube = fromdef.tube
local input_special_cases = {
["technic:mv_furnace"] = "dst",
["technic:mv_furnace_active"] = "dst",
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["technic:mv_electric_furnace"] = "dst",
["technic:mv_electric_furnace_active"] = "dst",
["technic:mv_alloy_furnace"] = "dst",
["technic:mv_alloy_furnace_active"] = "dst",
["technic:mv_centrifuge"] = "dst",
["technic:mv_centrifuge_active"] = "dst",
["technic:mv_compressor"] = "dst",
["technic:mv_compressor_active"] = "dst",
["technic:mv_extractor"] = "dst",
["technic:mv_extractor_active"] = "dst",
["technic:mv_grinder"] = "dst",
["technic:mv_grinder_active"] = "dst",
["technic:tool_workshop"] = "src",
}
-- make sure there's something appropriate to inject the item into
local todir = pipeworks.facedir_to_right_dir(filtnode.param2)
local topos = vector.add(filtpos, todir)
local tonode = minetest.get_node(topos)
local todef = minetest.registered_nodes[tonode.name]
if not todef
or not (minetest.get_item_group(tonode.name, "tube") == 1
or minetest.get_item_group(tonode.name, "tubedevice") == 1
or minetest.get_item_group(tonode.name, "tubedevice_receiver") == 1) then
return
end
if fromtube then fromtube.input_inventory = input_special_cases[fromnode.name] or fromtube.input_inventory end
if not (fromtube and fromtube.input_inventory) then return end
Add Digiline Filter-Injector This adds a new type of Filter-Injector that waits for a digiline message on its channel and then pulls the items described by the message out of the inventory. It is basically a Stackwise Injector that, on receiving a digiline message, sets its filter to the contents of the digiline message and then activates itself. Sending the message {name="default:brick", count=2} should do the same thing as setting the filter of a Stackwise Filter-Injector to two Brick Blocks and then punching it. If no count is specified, it defaults to 1. Since this is based off of the Stackwise Injector, it might make more sense if the default were an entire stack. I can change this trivially. You can also send requests like {{name="default:brick", count=1}, {name="default:dirt", count=1}}, which acts the same as setting the filter to one Brick Block and one Dirt Block and then punching it. If you send a string "default:dirt" instead of a table {name="default:dirt"}, the string is passed to ItemStack and the name and count are extracted from the resulting ItemStack. You can also send a list of strings instead of tables: {"default:dirt", "default:brick"}, and the first item found will be pulled. Punching this or activating it with Mesecons currently does nothing. I'm not really sure what would be the right thing to do in either of those two cases, so I made it do nothing. I guess I could make it use the previously-used filter, but I can't really see any usefulness in that. The recipe is probably too cheap. The darker of the two blue texture colors could probably be better.
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local slotseq_mode
local exact_match
local filters = {}
Add Digiline Filter-Injector This adds a new type of Filter-Injector that waits for a digiline message on its channel and then pulls the items described by the message out of the inventory. It is basically a Stackwise Injector that, on receiving a digiline message, sets its filter to the contents of the digiline message and then activates itself. Sending the message {name="default:brick", count=2} should do the same thing as setting the filter of a Stackwise Filter-Injector to two Brick Blocks and then punching it. If no count is specified, it defaults to 1. Since this is based off of the Stackwise Injector, it might make more sense if the default were an entire stack. I can change this trivially. You can also send requests like {{name="default:brick", count=1}, {name="default:dirt", count=1}}, which acts the same as setting the filter to one Brick Block and one Dirt Block and then punching it. If you send a string "default:dirt" instead of a table {name="default:dirt"}, the string is passed to ItemStack and the name and count are extracted from the resulting ItemStack. You can also send a list of strings instead of tables: {"default:dirt", "default:brick"}, and the first item found will be pulled. Punching this or activating it with Mesecons currently does nothing. I'm not really sure what would be the right thing to do in either of those two cases, so I made it do nothing. I guess I could make it use the previously-used filter, but I can't really see any usefulness in that. The recipe is probably too cheap. The darker of the two blue texture colors could probably be better.
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if data.digiline then
local function add_filter(name, group, count, wear, metadata)
table.insert(filters, {name = name, group = group, count = tonumber(count), wear = wear, metadata = metadata})
end
local function add_itemstring_filter(filter)
local filterstack = ItemStack(filter)
local filtername = filterstack:get_name()
local filtercount = filterstack:get_count()
local filterwear = string.match(filter, "%S*:%S*%s%d%s(%d)") and filterstack:get_wear()
local filtermetadata = string.match(filter, "%S*:%S*%s%d%s%d(%s.*)") and filterstack:get_metadata()
add_filter(filtername, nil, filtercount, filterwear, filtermetadata)
end
Add Digiline Filter-Injector This adds a new type of Filter-Injector that waits for a digiline message on its channel and then pulls the items described by the message out of the inventory. It is basically a Stackwise Injector that, on receiving a digiline message, sets its filter to the contents of the digiline message and then activates itself. Sending the message {name="default:brick", count=2} should do the same thing as setting the filter of a Stackwise Filter-Injector to two Brick Blocks and then punching it. If no count is specified, it defaults to 1. Since this is based off of the Stackwise Injector, it might make more sense if the default were an entire stack. I can change this trivially. You can also send requests like {{name="default:brick", count=1}, {name="default:dirt", count=1}}, which acts the same as setting the filter to one Brick Block and one Dirt Block and then punching it. If you send a string "default:dirt" instead of a table {name="default:dirt"}, the string is passed to ItemStack and the name and count are extracted from the resulting ItemStack. You can also send a list of strings instead of tables: {"default:dirt", "default:brick"}, and the first item found will be pulled. Punching this or activating it with Mesecons currently does nothing. I'm not really sure what would be the right thing to do in either of those two cases, so I made it do nothing. I guess I could make it use the previously-used filter, but I can't really see any usefulness in that. The recipe is probably too cheap. The darker of the two blue texture colors could probably be better.
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local t_msg = type(msg)
if t_msg == "table" then
local slotseq = msg.slotseq
local t_slotseq = type(slotseq)
if t_slotseq == "number" and slotseq >= 0 and slotseq <= 2 then
slotseq_mode = slotseq
elseif t_slotseq == "string" then
slotseq = string.lower(slotseq)
if slotseq == "priority" then
slotseq_mode = 0
elseif slotseq == "random" then
slotseq_mode = 1
elseif slotseq == "rotation" then
slotseq_mode = 2
end
end
local exmatch = msg.exmatch
local t_exmatch = type(exmatch)
if t_exmatch == "number" and exmatch >= 0 and exmatch <= 1 then
exact_match = exmatch
elseif t_exmatch == "boolean" then
exact_match = exmatch and 1 or 0
end
local slotseq_index = msg.slotseq_index
if type(slotseq_index) == "number" then
-- This should allow any valid index, but I'm not completely sure what
-- constitutes a valid index, so I'm only allowing resetting it to 1.
if slotseq_index == 1 then
filtmeta:set_int("slotseq_index", slotseq_index)
set_filter_infotext(data, filtmeta)
end
end
if slotseq_mode ~= nil then
filtmeta:set_int("slotseq_mode", slotseq_mode)
end
if exact_match ~= nil then
filtmeta:set_int("exmatch_mode", exact_match)
end
if slotseq_mode ~= nil or exact_match ~= nil then
set_filter_formspec(data, filtmeta)
end
if msg.nofire then
return
end
if msg.name or msg.group or msg.count or msg.wear or msg.metadata then
add_filter(msg.name, msg.group, msg.count, msg.wear, msg.metadata)
Add Digiline Filter-Injector This adds a new type of Filter-Injector that waits for a digiline message on its channel and then pulls the items described by the message out of the inventory. It is basically a Stackwise Injector that, on receiving a digiline message, sets its filter to the contents of the digiline message and then activates itself. Sending the message {name="default:brick", count=2} should do the same thing as setting the filter of a Stackwise Filter-Injector to two Brick Blocks and then punching it. If no count is specified, it defaults to 1. Since this is based off of the Stackwise Injector, it might make more sense if the default were an entire stack. I can change this trivially. You can also send requests like {{name="default:brick", count=1}, {name="default:dirt", count=1}}, which acts the same as setting the filter to one Brick Block and one Dirt Block and then punching it. If you send a string "default:dirt" instead of a table {name="default:dirt"}, the string is passed to ItemStack and the name and count are extracted from the resulting ItemStack. You can also send a list of strings instead of tables: {"default:dirt", "default:brick"}, and the first item found will be pulled. Punching this or activating it with Mesecons currently does nothing. I'm not really sure what would be the right thing to do in either of those two cases, so I made it do nothing. I guess I could make it use the previously-used filter, but I can't really see any usefulness in that. The recipe is probably too cheap. The darker of the two blue texture colors could probably be better.
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else
for _, filter in ipairs(msg) do
local t_filter = type(filter)
if t_filter == "table" then
if filter.name or filter.group or filter.count or filter.wear or filter.metadata then
add_filter(filter.name, filter.group, filter.count, filter.wear, filter.metadata)
Add Digiline Filter-Injector This adds a new type of Filter-Injector that waits for a digiline message on its channel and then pulls the items described by the message out of the inventory. It is basically a Stackwise Injector that, on receiving a digiline message, sets its filter to the contents of the digiline message and then activates itself. Sending the message {name="default:brick", count=2} should do the same thing as setting the filter of a Stackwise Filter-Injector to two Brick Blocks and then punching it. If no count is specified, it defaults to 1. Since this is based off of the Stackwise Injector, it might make more sense if the default were an entire stack. I can change this trivially. You can also send requests like {{name="default:brick", count=1}, {name="default:dirt", count=1}}, which acts the same as setting the filter to one Brick Block and one Dirt Block and then punching it. If you send a string "default:dirt" instead of a table {name="default:dirt"}, the string is passed to ItemStack and the name and count are extracted from the resulting ItemStack. You can also send a list of strings instead of tables: {"default:dirt", "default:brick"}, and the first item found will be pulled. Punching this or activating it with Mesecons currently does nothing. I'm not really sure what would be the right thing to do in either of those two cases, so I made it do nothing. I guess I could make it use the previously-used filter, but I can't really see any usefulness in that. The recipe is probably too cheap. The darker of the two blue texture colors could probably be better.
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end
elseif t_filter == "string" then
add_itemstring_filter(filter)
Add Digiline Filter-Injector This adds a new type of Filter-Injector that waits for a digiline message on its channel and then pulls the items described by the message out of the inventory. It is basically a Stackwise Injector that, on receiving a digiline message, sets its filter to the contents of the digiline message and then activates itself. Sending the message {name="default:brick", count=2} should do the same thing as setting the filter of a Stackwise Filter-Injector to two Brick Blocks and then punching it. If no count is specified, it defaults to 1. Since this is based off of the Stackwise Injector, it might make more sense if the default were an entire stack. I can change this trivially. You can also send requests like {{name="default:brick", count=1}, {name="default:dirt", count=1}}, which acts the same as setting the filter to one Brick Block and one Dirt Block and then punching it. If you send a string "default:dirt" instead of a table {name="default:dirt"}, the string is passed to ItemStack and the name and count are extracted from the resulting ItemStack. You can also send a list of strings instead of tables: {"default:dirt", "default:brick"}, and the first item found will be pulled. Punching this or activating it with Mesecons currently does nothing. I'm not really sure what would be the right thing to do in either of those two cases, so I made it do nothing. I guess I could make it use the previously-used filter, but I can't really see any usefulness in that. The recipe is probably too cheap. The darker of the two blue texture colors could probably be better.
2015-12-18 22:18:29 +03:00
end
end
end
elseif t_msg == "string" then
add_itemstring_filter(msg)
Add Digiline Filter-Injector This adds a new type of Filter-Injector that waits for a digiline message on its channel and then pulls the items described by the message out of the inventory. It is basically a Stackwise Injector that, on receiving a digiline message, sets its filter to the contents of the digiline message and then activates itself. Sending the message {name="default:brick", count=2} should do the same thing as setting the filter of a Stackwise Filter-Injector to two Brick Blocks and then punching it. If no count is specified, it defaults to 1. Since this is based off of the Stackwise Injector, it might make more sense if the default were an entire stack. I can change this trivially. You can also send requests like {{name="default:brick", count=1}, {name="default:dirt", count=1}}, which acts the same as setting the filter to one Brick Block and one Dirt Block and then punching it. If you send a string "default:dirt" instead of a table {name="default:dirt"}, the string is passed to ItemStack and the name and count are extracted from the resulting ItemStack. You can also send a list of strings instead of tables: {"default:dirt", "default:brick"}, and the first item found will be pulled. Punching this or activating it with Mesecons currently does nothing. I'm not really sure what would be the right thing to do in either of those two cases, so I made it do nothing. I guess I could make it use the previously-used filter, but I can't really see any usefulness in that. The recipe is probably too cheap. The darker of the two blue texture colors could probably be better.
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end
else
for _, filterstack in ipairs(filtinv:get_list("main")) do
local filtername = filterstack:get_name()
local filtercount = filterstack:get_count()
if filtername ~= "" then table.insert(filters, {name = filtername, count = filtercount}) end
end
end
if #filters == 0 then table.insert(filters, "") end
Add Digiline Filter-Injector This adds a new type of Filter-Injector that waits for a digiline message on its channel and then pulls the items described by the message out of the inventory. It is basically a Stackwise Injector that, on receiving a digiline message, sets its filter to the contents of the digiline message and then activates itself. Sending the message {name="default:brick", count=2} should do the same thing as setting the filter of a Stackwise Filter-Injector to two Brick Blocks and then punching it. If no count is specified, it defaults to 1. Since this is based off of the Stackwise Injector, it might make more sense if the default were an entire stack. I can change this trivially. You can also send requests like {{name="default:brick", count=1}, {name="default:dirt", count=1}}, which acts the same as setting the filter to one Brick Block and one Dirt Block and then punching it. If you send a string "default:dirt" instead of a table {name="default:dirt"}, the string is passed to ItemStack and the name and count are extracted from the resulting ItemStack. You can also send a list of strings instead of tables: {"default:dirt", "default:brick"}, and the first item found will be pulled. Punching this or activating it with Mesecons currently does nothing. I'm not really sure what would be the right thing to do in either of those two cases, so I made it do nothing. I guess I could make it use the previously-used filter, but I can't really see any usefulness in that. The recipe is probably too cheap. The darker of the two blue texture colors could probably be better.
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if slotseq_mode == nil then
slotseq_mode = filtmeta:get_int("slotseq_mode")
end
if exact_match == nil then
exact_match = filtmeta:get_int("exmatch_mode")
end
local frominv
if fromtube.return_input_invref then
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frominv = fromtube.return_input_invref(frompos, fromnode, dir, owner)
if not frominv then
return
end
else
local frommeta = minetest.get_meta(frompos)
frominv = frommeta:get_inventory()
end
if fromtube.before_filter then fromtube.before_filter(frompos) end
for _, frominvname in ipairs(type(fromtube.input_inventory) == "table" and fromtube.input_inventory or {fromtube.input_inventory}) do
local done = false
for _, filterfor in ipairs(filters) do
if grabAndFire(data, slotseq_mode, exact_match, filtmeta, frominv, frominvname, frompos, fromnode, filterfor, fromtube, fromdef, dir, fakePlayer, data.stackwise, data.digiline) then
done = true
break
end
end
if done then break end
end
if fromtube.after_filter then fromtube.after_filter(frompos) end
end
for _, data in ipairs({
{
name = "filter",
wise_desc = "Itemwise",
stackwise = false,
},
{
name = "mese_filter",
wise_desc = "Stackwise",
stackwise = true,
},
Add Digiline Filter-Injector This adds a new type of Filter-Injector that waits for a digiline message on its channel and then pulls the items described by the message out of the inventory. It is basically a Stackwise Injector that, on receiving a digiline message, sets its filter to the contents of the digiline message and then activates itself. Sending the message {name="default:brick", count=2} should do the same thing as setting the filter of a Stackwise Filter-Injector to two Brick Blocks and then punching it. If no count is specified, it defaults to 1. Since this is based off of the Stackwise Injector, it might make more sense if the default were an entire stack. I can change this trivially. You can also send requests like {{name="default:brick", count=1}, {name="default:dirt", count=1}}, which acts the same as setting the filter to one Brick Block and one Dirt Block and then punching it. If you send a string "default:dirt" instead of a table {name="default:dirt"}, the string is passed to ItemStack and the name and count are extracted from the resulting ItemStack. You can also send a list of strings instead of tables: {"default:dirt", "default:brick"}, and the first item found will be pulled. Punching this or activating it with Mesecons currently does nothing. I'm not really sure what would be the right thing to do in either of those two cases, so I made it do nothing. I guess I could make it use the previously-used filter, but I can't really see any usefulness in that. The recipe is probably too cheap. The darker of the two blue texture colors could probably be better.
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{ -- register even if no digilines
name = "digiline_filter",
wise_desc = "Digiline",
stackwise = true,
digiline = true,
},
}) do
Add Digiline Filter-Injector This adds a new type of Filter-Injector that waits for a digiline message on its channel and then pulls the items described by the message out of the inventory. It is basically a Stackwise Injector that, on receiving a digiline message, sets its filter to the contents of the digiline message and then activates itself. Sending the message {name="default:brick", count=2} should do the same thing as setting the filter of a Stackwise Filter-Injector to two Brick Blocks and then punching it. If no count is specified, it defaults to 1. Since this is based off of the Stackwise Injector, it might make more sense if the default were an entire stack. I can change this trivially. You can also send requests like {{name="default:brick", count=1}, {name="default:dirt", count=1}}, which acts the same as setting the filter to one Brick Block and one Dirt Block and then punching it. If you send a string "default:dirt" instead of a table {name="default:dirt"}, the string is passed to ItemStack and the name and count are extracted from the resulting ItemStack. You can also send a list of strings instead of tables: {"default:dirt", "default:brick"}, and the first item found will be pulled. Punching this or activating it with Mesecons currently does nothing. I'm not really sure what would be the right thing to do in either of those two cases, so I made it do nothing. I guess I could make it use the previously-used filter, but I can't really see any usefulness in that. The recipe is probably too cheap. The darker of the two blue texture colors could probably be better.
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local node = {
description = data.wise_desc.." Filter-Injector",
tiles = {
"pipeworks_"..data.name.."_top.png",
"pipeworks_"..data.name.."_top.png",
"pipeworks_"..data.name.."_output.png",
"pipeworks_"..data.name.."_input.png",
"pipeworks_"..data.name.."_side.png",
"pipeworks_"..data.name.."_top.png",
},
paramtype2 = "facedir",
groups = {snappy = 2, choppy = 2, oddly_breakable_by_hand = 2, mesecon = 2},
legacy_facedir_simple = true,
sounds = default.node_sound_wood_defaults(),
on_construct = function(pos)
local meta = minetest.get_meta(pos)
set_filter_formspec(data, meta)
set_filter_infotext(data, meta)
local inv = meta:get_inventory()
inv:set_size("main", 8*2)
end,
after_place_node = function (pos, placer)
minetest.get_meta(pos):set_string("owner", placer:get_player_name())
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pipeworks.after_place(pos)
end,
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after_dig_node = pipeworks.after_dig,
allow_metadata_inventory_put = function(pos, listname, index, stack, player)
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if not pipeworks.may_configure(pos, player) then
return 0
end
local inv = minetest.get_meta(pos):get_inventory()
inv:set_stack("main", index, stack)
return 0
end,
allow_metadata_inventory_take = function(pos, listname, index, stack, player)
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if not pipeworks.may_configure(pos, player) then
return 0
end
local inv = minetest.get_meta(pos):get_inventory()
local fake_stack = inv:get_stack("main", index)
fake_stack:take_item(stack:get_count())
inv:set_stack("main", index, fake_stack)
return 0
end,
allow_metadata_inventory_move = function(pos, from_list, from_index, to_list, to_index, count, player)
if not pipeworks.may_configure(pos, player) then return 0 end
return count
end,
can_dig = function(pos, player)
local meta = minetest.get_meta(pos)
local inv = meta:get_inventory()
return inv:is_empty("main")
end,
Add Digiline Filter-Injector This adds a new type of Filter-Injector that waits for a digiline message on its channel and then pulls the items described by the message out of the inventory. It is basically a Stackwise Injector that, on receiving a digiline message, sets its filter to the contents of the digiline message and then activates itself. Sending the message {name="default:brick", count=2} should do the same thing as setting the filter of a Stackwise Filter-Injector to two Brick Blocks and then punching it. If no count is specified, it defaults to 1. Since this is based off of the Stackwise Injector, it might make more sense if the default were an entire stack. I can change this trivially. You can also send requests like {{name="default:brick", count=1}, {name="default:dirt", count=1}}, which acts the same as setting the filter to one Brick Block and one Dirt Block and then punching it. If you send a string "default:dirt" instead of a table {name="default:dirt"}, the string is passed to ItemStack and the name and count are extracted from the resulting ItemStack. You can also send a list of strings instead of tables: {"default:dirt", "default:brick"}, and the first item found will be pulled. Punching this or activating it with Mesecons currently does nothing. I'm not really sure what would be the right thing to do in either of those two cases, so I made it do nothing. I guess I could make it use the previously-used filter, but I can't really see any usefulness in that. The recipe is probably too cheap. The darker of the two blue texture colors could probably be better.
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tube = {connect_sides = {right = 1}},
}
if data.digiline then
node.groups.mesecon = nil
if not minetest.get_modpath("digilines") then
node.groups.not_in_creative_inventory = 1
end
node.on_receive_fields = function(pos, formname, fields, sender)
if not pipeworks.may_configure(pos, sender) then return end
fs_helpers.on_receive_fields(pos, fields)
if fields.channel then
minetest.get_meta(pos):set_string("channel", fields.channel)
end
local meta = minetest.get_meta(pos)
--meta:set_int("slotseq_index", 1)
set_filter_formspec(data, meta)
set_filter_infotext(data, meta)
end
node.digiline = {
effector = {
action = function(pos, node, channel, msg)
local meta = minetest.get_meta(pos)
local setchan = meta:get_string("channel")
if setchan ~= channel then return end
punch_filter(data, pos, node, msg)
end,
},
}
else
node.on_receive_fields = function(pos, formname, fields, sender)
if not pipeworks.may_configure(pos, sender) then return end
fs_helpers.on_receive_fields(pos, fields)
local meta = minetest.get_meta(pos)
meta:set_int("slotseq_index", 1)
set_filter_formspec(data, meta)
set_filter_infotext(data, meta)
end
node.mesecons = {
effector = {
action_on = function(pos, node)
punch_filter(data, pos, node)
end,
},
Add Digiline Filter-Injector This adds a new type of Filter-Injector that waits for a digiline message on its channel and then pulls the items described by the message out of the inventory. It is basically a Stackwise Injector that, on receiving a digiline message, sets its filter to the contents of the digiline message and then activates itself. Sending the message {name="default:brick", count=2} should do the same thing as setting the filter of a Stackwise Filter-Injector to two Brick Blocks and then punching it. If no count is specified, it defaults to 1. Since this is based off of the Stackwise Injector, it might make more sense if the default were an entire stack. I can change this trivially. You can also send requests like {{name="default:brick", count=1}, {name="default:dirt", count=1}}, which acts the same as setting the filter to one Brick Block and one Dirt Block and then punching it. If you send a string "default:dirt" instead of a table {name="default:dirt"}, the string is passed to ItemStack and the name and count are extracted from the resulting ItemStack. You can also send a list of strings instead of tables: {"default:dirt", "default:brick"}, and the first item found will be pulled. Punching this or activating it with Mesecons currently does nothing. I'm not really sure what would be the right thing to do in either of those two cases, so I made it do nothing. I guess I could make it use the previously-used filter, but I can't really see any usefulness in that. The recipe is probably too cheap. The darker of the two blue texture colors could probably be better.
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}
node.on_punch = function (pos, node, puncher)
punch_filter(data, pos, node)
Add Digiline Filter-Injector This adds a new type of Filter-Injector that waits for a digiline message on its channel and then pulls the items described by the message out of the inventory. It is basically a Stackwise Injector that, on receiving a digiline message, sets its filter to the contents of the digiline message and then activates itself. Sending the message {name="default:brick", count=2} should do the same thing as setting the filter of a Stackwise Filter-Injector to two Brick Blocks and then punching it. If no count is specified, it defaults to 1. Since this is based off of the Stackwise Injector, it might make more sense if the default were an entire stack. I can change this trivially. You can also send requests like {{name="default:brick", count=1}, {name="default:dirt", count=1}}, which acts the same as setting the filter to one Brick Block and one Dirt Block and then punching it. If you send a string "default:dirt" instead of a table {name="default:dirt"}, the string is passed to ItemStack and the name and count are extracted from the resulting ItemStack. You can also send a list of strings instead of tables: {"default:dirt", "default:brick"}, and the first item found will be pulled. Punching this or activating it with Mesecons currently does nothing. I'm not really sure what would be the right thing to do in either of those two cases, so I made it do nothing. I guess I could make it use the previously-used filter, but I can't really see any usefulness in that. The recipe is probably too cheap. The darker of the two blue texture colors could probably be better.
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end
end
minetest.register_node("pipeworks:"..data.name, node)
end
minetest.register_craft( {
output = "pipeworks:filter 2",
recipe = {
{ "default:steel_ingot", "default:steel_ingot", "homedecor:plastic_sheeting" },
{ "group:stick", "default:mese_crystal", "homedecor:plastic_sheeting" },
{ "default:steel_ingot", "default:steel_ingot", "homedecor:plastic_sheeting" }
},
})
minetest.register_craft( {
output = "pipeworks:mese_filter 2",
recipe = {
{ "default:steel_ingot", "default:steel_ingot", "homedecor:plastic_sheeting" },
{ "group:stick", "default:mese", "homedecor:plastic_sheeting" },
{ "default:steel_ingot", "default:steel_ingot", "homedecor:plastic_sheeting" }
},
})
Add Digiline Filter-Injector This adds a new type of Filter-Injector that waits for a digiline message on its channel and then pulls the items described by the message out of the inventory. It is basically a Stackwise Injector that, on receiving a digiline message, sets its filter to the contents of the digiline message and then activates itself. Sending the message {name="default:brick", count=2} should do the same thing as setting the filter of a Stackwise Filter-Injector to two Brick Blocks and then punching it. If no count is specified, it defaults to 1. Since this is based off of the Stackwise Injector, it might make more sense if the default were an entire stack. I can change this trivially. You can also send requests like {{name="default:brick", count=1}, {name="default:dirt", count=1}}, which acts the same as setting the filter to one Brick Block and one Dirt Block and then punching it. If you send a string "default:dirt" instead of a table {name="default:dirt"}, the string is passed to ItemStack and the name and count are extracted from the resulting ItemStack. You can also send a list of strings instead of tables: {"default:dirt", "default:brick"}, and the first item found will be pulled. Punching this or activating it with Mesecons currently does nothing. I'm not really sure what would be the right thing to do in either of those two cases, so I made it do nothing. I guess I could make it use the previously-used filter, but I can't really see any usefulness in that. The recipe is probably too cheap. The darker of the two blue texture colors could probably be better.
2015-12-18 22:18:29 +03:00
if minetest.get_modpath("digilines") then
minetest.register_craft( {
output = "pipeworks:digiline_filter 2",
recipe = {
{ "default:steel_ingot", "default:steel_ingot", "homedecor:plastic_sheeting" },
{ "group:stick", "digilines:wire_std_00000000", "homedecor:plastic_sheeting" },
{ "default:steel_ingot", "default:steel_ingot", "homedecor:plastic_sheeting" }
},
})
end
2017-09-26 06:22:25 +03:00
--[[
In the past the filter-injectors had real items in their inventories. This code
puts them to the input to the filter-injector if possible. Else the items are
dropped.
]]
local function put_to_inputinv(pos, node, filtmeta, list)
local dir = pipeworks.facedir_to_right_dir(node.param2)
local frompos = vector.subtract(pos, dir)
local fromnode = minetest.get_node(frompos)
local fromdef = minetest.registered_nodes[fromnode.name]
if not fromdef or not fromdef.tube then
return
end
local fromtube = fromdef.tube
local frominv
if fromtube.return_input_invref then
local owner = filtmeta:get_string("owner")
frominv = fromtube.return_input_invref(frompos, fromnode, dir, owner)
if not frominv then
return
end
else
frominv = minetest.get_meta(frompos):get_inventory()
end
local listname = type(fromtube.input_inventory) == "table" and
fromtube.input_inventory[1] or fromtube.input_inventory
if not listname then
return
end
for i = 1, #list do
local item = list[i]
if not item:is_empty() then
local leftover = frominv:add_item(listname, item)
if not leftover:is_empty() then
minetest.add_item(pos, leftover)
end
end
end
return true
end
minetest.register_lbm({
label = "Give back items of old filters that had real inventories",
name = "pipeworks:give_back_old_filter_items",
nodenames = {"pipeworks:filter", "pipeworks:mese_filter"},
run_at_every_load = false,
action = function(pos, node)
local meta = minetest.get_meta(pos)
local list = meta:get_inventory():get_list("main")
if put_to_inputinv(pos, node, meta, list) then
return
end
pos.y = pos.y + 1
for i = 1, #list do
local item = list[i]
if not item:is_empty() then
minetest.add_item(pos, item)
end
end
end,
})