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-- RST
-- worker_help.lua
-- ---------------
--
-- This script returns a formatted entry for the ingame worker help.
-- Pass the internal tribe name and worker name to the coroutine to select the
-- worker type.
include "tribes/scripting/help/format_help.lua"
-- =======================================================
-- ************* Main worker help functions *************
-- =======================================================
-- RST
-- .. function:: worker_help_producers_string(worker_description)
--
-- Displays the buildings that can produce the worker
--
-- :arg tribe: the worker's tribe from C++.
-- :arg worker_description: the worker_description from C++.
-- :returns: Info about buildings that produce this worker
--
function worker_help_producers_string(tribe, worker_description)
local result = ""
for i, building in ipairs(tribe.buildings) do
if (building.type_name == "productionsite") then
local recruits_this = false;
for j, output in ipairs(building.output_worker_types) do
if (output.name == worker_description.name) then
recruits_this = true;
break;
end
end
if (recruits_this) then
-- TRANSLATORS: Worker Encyclopedia: A building recruiting a worker
result = result .. rt(h2(_"Producer"))
result = result .. dependencies({building, worker_description}, building.descname)
-- Find out which programs in the building recruit this worker if any
local producing_programs = {}
for j, program_name in ipairs(building.production_programs) do
for worker, amount in pairs(building:recruited_workers(program_name)) do
if (worker_description.name == worker) then
table.insert(producing_programs, program_name)
end
end
end
-- Now collect all workers recruited by the filtered programs
local recruited_workers_strings = {}
local recruited_workers_counters = {}
for j, program_name in ipairs(producing_programs) do
local recruited_workers_amount = {}
recruited_workers_counters[program_name] = 0
for worker, amount in pairs(building:recruited_workers(program_name)) do
if (recruited_workers_amount[worker] == nil) then
recruited_workers_amount[worker] = 0
end
recruited_workers_amount[worker] = recruited_workers_amount[worker] + amount
recruited_workers_counters[program_name] = recruited_workers_counters[program_name] + amount
end
local produced_wares_string = ""
for ware, amount in pairs(recruited_workers_amount) do
local ware_descr = wl.Game():get_worker_description(ware)
produced_wares_string = produced_wares_string
.. help_ware_amount_line(ware_descr, amount)
end
recruited_workers_strings[program_name] = produced_wares_string
end
-- Now collect the consumed wares for each filtered program and print the program info
for j, program_name in ipairs(producing_programs) do
result = result .. help_consumed_wares(building, program_name)
if (recruited_workers_counters[program_name] > 0) then
result = result
-- TRANSLATORS: Worker Encyclopedia: Workers recruited by a productionsite
.. rt(h3(ngettext("Worker recruited:", "Workers recruited:", recruited_workers_counters[program_name])))
.. recruited_workers_strings[program_name]
end
end
end
end
end
return result
end
-- RST
-- .. function:: worker_help_employers_string(worker_description)
--
-- Displays the buildings where the worker can work
--
-- :arg worker_description: the worker_description from C++.
-- :returns: Info about buildings that use this worker
--
function worker_help_employers_string(worker_description)
local result = ""
local employers = worker_description.employers;
if (#employers > 0) then
-- TRANSLATORS: Worker Encyclopedia: A list of buildings where a worker can work
-- TRANSLATORS: You can also translate this as 'workplace(s)'
result = result .. rt(h2(ngettext("Works at", "Works at", #employers)))
for i, building in ipairs(worker_description.employers) do
result = result .. dependencies({worker_description, building}, building.descname)
end
end
return result
end
-- RST
-- .. function:: worker_help_string(worker_description)
--
-- Displays the worker with a helptext, an image and the tool used
--
-- :arg tribe: The :class:`LuaTribeDescription` for the tribe
-- that we are displaying this help for.
-- :arg worker_description: the worker_description from C++.
--
-- :returns: Help string for the worker
--
function worker_help_string(tribe, worker_description)
include(worker_description.helptext_script)
local result = rt(h2(_"Purpose")) ..
rt("image=" .. worker_description.icon_name, p(worker_helptext()))
if (worker_description.is_buildable) then
-- Get the tools for the workers.
local toolnames = {}
for j, buildcost in ipairs(worker_description.buildcost) do
if (buildcost ~= nil and tribe:has_ware(buildcost)) then
toolnames[#toolnames + 1] = buildcost
end
end
if (#toolnames > 0) then
local tool_string = help_tool_string(tribe, toolnames, 1)
-- TRANSLATORS: Tribal Encyclopedia: Heading for which tool a worker uses
result = result .. rt(h2(_"Worker uses")) .. tool_string
end
else
result = result .. worker_help_producers_string(tribe, worker_description)
end
result = result .. worker_help_employers_string(worker_description)
-- TODO(GunChleoc): Add "enhanced from" info in one_tribe branch
local becomes_description = worker_description.becomes
if (becomes_description) then
result = result .. rt(h2(_"Experience levels"))
local exp_string = _"%s to %s (%s EP)":format(
worker_description.descname,
becomes_description.descname,
worker_description.needed_experience
)
worker_description = becomes_description
becomes_description = worker_description.becomes
if(becomes_description) then
exp_string = exp_string .. "<br>" .. _"%s to %s (%s EP)":format(
worker_description.descname,
becomes_description.descname,
worker_description.needed_experience
)
end
result = result .. rt("text-align=right", p(exp_string))
end
-- Soldier properties
if (worker_description.type_name == "soldier") then
-- TRANSLATORS: Soldier levels
result = result .. rt(h2(_"Levels"))
result = result .. rt(h3(_"Health"))
result = result .. rt(p(
listitem_bullet(
-- TRANSLATORS: Soldier health / defense / evade points. A 5 digit number.
(_"Starts at %1% points."):bformat(worker_description.base_health)) ..
listitem_bullet(
-- TRANSLATORS: Soldier health / attack defense / evade points
ngettext("Increased by %1% point for each level.", "Increased by %1% points for each level.", worker_description.health_incr_per_level):bformat(worker_description.health_incr_per_level)) ..
listitem_bullet(
-- TRANSLATORS: Soldier health / attack defense / evade level
ngettext("The maximum level is %1%.", "The maximum level is %1%.", worker_description.max_health_level):bformat(worker_description.max_health_level))))
result = result .. rt(h3(_"Attack"))
result = result .. rt(p(
-- TRANSLATORS: Points are 4 digit numbers.
listitem_bullet(_"A random value between %1% and %2% points is added to each attack."):bformat(worker_description.base_min_attack, worker_description.base_max_attack) ..
listitem_bullet(
ngettext("Increased by %1% point for each level.", "Increased by %1% points for each level.", worker_description.attack_incr_per_level):bformat(worker_description.attack_incr_per_level)) ..
listitem_bullet(
ngettext("The maximum level is %1%.", "The maximum level is %1%.", worker_description.max_attack_level):bformat(worker_description.max_attack_level))))
result = result .. rt(h3(_"Defense"))
if (worker_description.max_defense_level > 0) then
result = result .. rt(p(
listitem_bullet(
(_"Starts at %d%%."):bformat(worker_description.base_defense)) ..
listitem_bullet(
(_"Increased by %d%% for each level."):bformat(worker_description.defense_incr_per_level)) ..
listitem_bullet(
ngettext("The maximum level is %1%.", "The maximum level is %1%.", worker_description.max_defense_level):bformat(worker_description.max_defense_level))))
else
result = result .. rt(p(
listitem_bullet(
(_"Starts at %d%%."):bformat(worker_description.base_defense)) ..
listitem_bullet(_"This soldier cannot be trained in defense.")))
end
result = result .. rt(h3(_"Evade"))
result = result .. rt(p(
listitem_bullet(
(_"Starts at %d%%."):bformat(worker_description.base_evade)) ..
listitem_bullet(
(_"Increased by %d%% for each level."):bformat(worker_description.evade_incr_per_level)) ..
listitem_bullet(
ngettext("The maximum level is %1%.", "The maximum level is %1%.", worker_description.max_evade_level):bformat(worker_description.max_evade_level))))
end
return result
end
return {
func = function(tribename, workername)
set_textdomain("tribes_encyclopedia")
local tribe = wl.Game():get_tribe_description(tribename)
local worker_description = wl.Game():get_worker_description(workername)
return {
title = worker_description.descname,
text = worker_help_string(tribe, worker_description)
}
end
}
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