if not pos then

qerror("Location not specified!") -- check repeated for module usage

end

if not dfhack.maps.isValidTilePos(pos) then

qerror("Invalid location!")

end

if locationType and locationType ~= 'Walkable' and locationType ~= 'Open' and locationType ~= 'Any' then

qerror('Invalid location type: ' .. locationType)

end

local locationChoices

if locationRange then

locationType = locationType or 'Walkable'

locationChoices = getLocationChoices(pos, locationRange.offset_x, locationRange.offset_y, locationRange.offset_z)

end

if age then

if not tonumber(age) or tonumber(age) < 0 then

qerror('Invalid age (must be 0 or greater): ' .. tostring(age))

end

end

if vanishDelay then

if not tonumber(vanishDelay) or tonumber(vanishDelay) < 1 then

qerror('Invalid duration (must be a number greater than 0): ' .. tostring(vanishDelay))

end

end

if entityRawName and entityRawName~="" then

local isValidRawName

for k,v in ipairs(df.global.world.raws.entities) do

if v.code == entityRawName then

isValidRawName = true

break

end

end

if not isValidRawName then

qerror('Invalid entity raw name: ' .. entityRawName)

end

end

if civ_id then

if not tonumber(civ_id) then

qerror('Invalid civId (must be a number): ' .. tostring(civ_id))

end

civ_id = tonumber(civ_id)

local civ = df.historical_entity.find(civ_id)

if civ_id ~= -1 and not civ then

qerror('Civilisation not found: ' .. tostring(civ_id))

end

if civ and civ.type~=0 then

qerror('Invalid civId (entity is not civilisation): ' .. tostring(civ_id))

end

end

if group_id then

if not tonumber(group_id) then

qerror('Invalid groupId (must be a number): ' .. tostring(group_id))

end

group_id = tonumber(group_id)

local group = df.historical_entity.find(group_id)

if group_id ~= -1 and not group then

qerror('Group not found: ' .. tostring(group_id))

end

if group and group.type==0 then

qerror('Invalid groupId (entity is a civilisation): ' .. tostring(group_id))

end

end

if nickname and type(nickname) ~= 'string' then

qerror('Invalid nickname: ' .. tostring(nickname))

end

if customProfession and (type(customProfession) ~= 'string') then

qerror('Invalid custom profession: ' .. tostring(customProfession))

end

if profession and not df.profession[profession] then

qerror('Invalid profession: ' .. tostring(profession))

end

local spawnNumber = 1

if quantity then

spawnNumber = tonumber(quantity)

if not spawnNumber or spawnNumber < 1 then

qerror('Invalid spawn quantity (must be a number greater than 0): ' .. tostring(quantity))

end

end

local equipDetails

if equip then

equipDetails = {}

for _, equipStr in ipairs(equip) do

table.insert(equipDetails, extractEquipmentDetail(equipStr))

end

end

local skillDetails

if skills then

skillDetails = {}

for _, skillStr in ipairs(skills) do

table.insert(skillDetails, extractSkillDetail(skillStr))

end

end

local race_id, caste_id, caste_id_choices = getRaceCasteIDs(raceStr, casteStr)

return createUnitBase(race_id, caste_id, caste_id_choices, pos, locationChoices, locationType, tonumber(age), domesticate, civ_id, group_id, entityRawName, nickname, tonumber(vanishDelay), equipDetails, skillDetails, profession, customProfession, flagSet, flagClear, spawnNumber)

local old_gametype = df.global.gametype

local old_mode = df.global.plotinfo.main.mode

local old_popups = {} --as:df.popup_message[]

for _, popup in pairs(df.global.world.status.popups) do

table.insert(old_popups, popup)

end

df.global.world.status.popups:resize(0) -- popups would prevent us from opening the creature creation menu, so remove them temporarily

local ok, ret = dfhack.pcall(createUnitInner, ...)

df.global.gametype = old_gametype

df.global.plotinfo.main.mode = old_mode

for _, popup in pairs(old_popups) do

df.global.world.status.popups:insert('#', popup)

end

if not ok then

error(ret)

end

return ret

local gui = require 'gui'

local view_x = df.global.window_x

local view_y = df.global.window_y

local view_z = df.global.window_z

local cursor = copyall(df.global.cursor)

local isArena = dfhack.world.isArena()

local arenaSpawn = df.global.world.arena_spawn

local oldSpawnType

local oldSpawnFilter

oldSpawnType = arenaSpawn.type

arenaSpawn.type = 0 -- selects the creature at index 0 when the arena spawn screen is produced

oldSpawnFilter = arenaSpawn.filter

arenaSpawn.filter = "" -- clear filter to prevent it from messing with the selection

local oldInteractionEffect

oldInteractionEffect = arenaSpawn.interaction

arenaSpawn.interaction = -1

local oldSpawnTame

oldSpawnTame = arenaSpawn.tame

arenaSpawn.tame = df.world.T_arena_spawn.T_tame.NotTame -- prevent interference by the tame/mountable setting (which isn't particularly useful as it only appears to set unit.flags1.tame)

local equipment = arenaSpawn.equipment

local old_item_types = {} --as:df.item_type[]

for _, item_type in pairs(equipment.item_types) do

table.insert(old_item_types, item_type)

end

equipment.item_types:resize(0)

local old_item_subtypes = {} --as:number[]

for _, item_subtype in pairs(equipment.item_subtypes) do

table.insert(old_item_subtypes, item_subtype)

end

equipment.item_subtypes:resize(0)

local old_item_mat_types = {} --as:number[]

for _, item_mat_type in pairs(equipment.item_materials.mat_type) do

table.insert(old_item_mat_types, item_mat_type)

end

equipment.item_materials.mat_type:resize(0)

local old_item_mat_indexes = {} --as:number[]

for _, item_mat_index in pairs(equipment.item_materials.mat_index) do

table.insert(old_item_mat_indexes, item_mat_index)

end

equipment.item_materials.mat_index:resize(0)

local old_item_counts = {} --as:number[]

for _, item_count in pairs(equipment.item_counts) do

table.insert(old_item_counts, item_count)

end

equipment.item_counts:resize(0)

local old_skills = {} --as:number[]

for _, skill in ipairs(equipment.skills) do

table.insert(old_skills, skill)

end

equipment.skills:resize(0)

local old_skill_levels = {} --as:number[]

for _, skill_level in ipairs(equipment.skill_levels) do

table.insert(old_skill_levels, skill_level)

end

equipment.skill_levels:resize(0)

arenaSpawn.race:insert(0, race_id) -- place at index 0 to allow for straightforward selection as described above. The rest of the list need not be cleared.

if caste_id then

arenaSpawn.caste:insert(0, caste_id) -- if not specificied, caste_id is randomly selected and inserted during the spawn loop below, as otherwise creating multiple creatures simultaneously would result in them all being of the same caste.

end

arenaSpawn.creature_cnt:insert('#', 0)

local curViewscreen = dfhack.gui.getCurViewscreen()

local dwarfmodeScreen = df.viewscreen_dwarfmodest:new() -- the viewscreen present in arena "overseer" mode

curViewscreen.child = dwarfmodeScreen

dwarfmodeScreen.parent = curViewscreen

df.global.plotinfo.main.mode = df.ui_sidebar_mode.LookAround -- produce the cursor

df.global.gametype = df.game_type.DWARF_ARENA

if not locationChoices then -- otherwise randomise the cursor location for every unit spawned in the loop below

df.global.cursor.x = tonumber(pos.x)

df.global.cursor.y = tonumber(pos.y)

df.global.cursor.z = tonumber(pos.z)

end

if equipDetails then

for _, equip in ipairs(equipDetails) do

equipment.item_types:insert('#', equip.itemType)

equipment.item_subtypes:insert('#', equip.subType)

equipment.item_materials.mat_type:insert('#', equip.matType)

equipment.item_materials.mat_index:insert('#', equip.matIndex)

equipment.item_counts:insert('#', equip.quantity)

end

end

if skillDetails then

for _, skill in ipairs(skillDetails) do

equipment.skills:insert('#', skill.skill)

equipment.skill_levels:insert('#', skill.level)

end

end

local createdUnits = {}

for n = 1, spawnNumber do -- loop here to avoid having to handle spawn data each time when creating multiple units

if not caste_id then -- choose a random caste ID each time

arenaSpawn.caste:insert(0, caste_id_choices[math.random(1, #caste_id_choices)])

end

if locationChoices then

local randomPos

for n = 1, #locationChoices do

local i = math.random(1, #locationChoices)

if locationType == 'Any' or isValidSpawnLocation(locationChoices[i], locationType) then

randomPos = locationChoices[i]

break

else

table.remove(locationChoices, i) -- remove invalid positions from the list to optimise subsequent spawning sequences

end

end

if randomPos then

df.global.cursor.x = tonumber(randomPos.x)

df.global.cursor.y = tonumber(randomPos.y)

df.global.cursor.z = tonumber(randomPos.z)

else

break -- no valid tiles available; terminate the spawn loop without creating any units

end

end

gui.simulateInput(dwarfmodeScreen, 'D_LOOK_ARENA_CREATURE') -- open the arena spawning menu

local spawnScreen = dfhack.gui.getCurViewscreen() -- df.viewscreen_layer_arena_creaturest

gui.simulateInput(spawnScreen, 'SELECT') -- create the selected creature

if not caste_id then

arenaSpawn.caste:erase(0)

end

local unit = df.unit.find(df.global.unit_next_id-1)

table.insert(createdUnits, unit)

processNewUnit(unit, age, domesticate, civ_id, group_id, entityRawName, nickname, vanishDelay, profession, customProfession, flagSet, flagClear, isArena)

end

dfhack.screen.dismiss(dwarfmodeScreen)

df.global.window_x = view_x -- view moves whilst spawning units, so restore it here

df.global.window_y = view_y

df.global.window_z = view_z

df.global.cursor:assign(cursor) -- cursor sometimes persists in adventure mode, so ensure that it's reset

arenaSpawn.race:erase(0)

if caste_id then

arenaSpawn.caste:erase(0)

end

arenaSpawn.creature_cnt:erase(0)

arenaSpawn.filter = oldSpawnFilter

arenaSpawn.type = oldSpawnType

arenaSpawn.interaction = oldInteractionEffect

arenaSpawn.tame = oldSpawnTame

if equipDetails then

equipment.item_types:resize(0)

equipment.item_subtypes:resize(0)

equipment.item_materials.mat_type:resize(0)

equipment.item_materials.mat_index:resize(0)

equipment.item_counts:resize(0)

end

if skillDetails then

equipment.skills:resize(0)

equipment.skill_levels:resize(0)

end

for _,i in pairs(old_item_types) do

equipment.item_types:insert('#',i)

end

for _,i in pairs(old_item_subtypes) do

equipment.item_subtypes:insert('#',i)

end

for _,i in pairs(old_item_mat_types) do

equipment.item_materials.mat_type:insert('#',i)

end

for _,i in pairs(old_item_mat_indexes) do

equipment.item_materials.mat_index:insert('#',i)

end

for _,i in pairs(old_item_counts) do

equipment.item_counts:insert('#',i)

end

for _,i in ipairs(old_skills) do

equipment.skills:insert('#',i)

end

for _,i in ipairs(old_skill_levels) do

equipment.skill_levels:insert('#',i)

end

return createdUnits -- table containing the created unit(s) (intended for module usage)

local spawnCoords = {}

local min_x = pos.x - offset_x

local max_x = pos.x + offset_x

local min_y = pos.y - offset_y

local max_y = pos.y + offset_y

local min_z = pos.z - offset_z

local max_z = pos.z + offset_z

local map = df.global.world.map

local map_x = map.x_count-1 -- maximum local coordinates on the loaded map

local map_y = map.y_count-1

local map_z = map.z_count-1

for x = min_x >= 0 and min_x or 0, max_x <= map_x and max_x or map_x do

for y = min_y >= 0 and min_y or 0, max_y <= map_y and max_y or map_y do

for z = min_z >= 0 and min_z or 0, max_z <= map_z and max_z or map_z do

table.insert(spawnCoords,{x = x, y = y, z = z})

end

end

end

return spawnCoords

if not dfhack.maps.isValidTilePos(pos) then

return false

end

local tiletype = dfhack.maps.getTileBlock(pos.x, pos.y, pos.z).tiletype[pos.x%16][pos.y%16]

local tileShapeAttrs = df.tiletype_shape.attrs[df.tiletype.attrs[tiletype].shape]

if locationType == 'Open' then

if tileShapeAttrs.basic_shape == df.tiletype_shape_basic.Open then

return true

end

return false

elseif locationType == 'Walkable' then

if tileShapeAttrs.walkable and tileShapeAttrs.basic_shape ~= df.tiletype_shape_basic.Open then

return true

end

return false

end

if not raceStr then

qerror("Race not specified!")

end

local race

local raceIndex

for i,c in ipairs(df.global.world.raws.creatures.all) do

if c.creature_id == raceStr then

race = c

raceIndex = i

break

end

end

if not race then

qerror('Invalid race: ' .. raceStr)

end

local casteIndex

local caste_id_choices = {} --as:number[]

if casteStr then

for i,c in ipairs(race.caste) do

if c.caste_id == casteStr then

casteIndex = i

break

end

end

if not casteIndex then

qerror('Invalid caste: ' .. casteStr)

end

else

for i,c in ipairs(race.caste) do

table.insert(caste_id_choices, i)

end

end

return raceIndex, casteIndex, caste_id_choices

if hist_entity then

hist_entity.save_file_id = df.global.unit_chunk_next_id

df.global.unit_chunk_next_id = df.global.unit_chunk_next_id+1

hist_entity.next_member_idx = 0

print("allocating chunk for entity "..hist_entity.id..":",hist_entity.save_file_id)

else

local chunkInfo = df.global.world.worldgen

chunkInfo.next_unit_chunk_id = df.global.unit_chunk_next_id

df.global.unit_chunk_next_id = df.global.unit_chunk_next_id+1

chunkInfo.next_unit_chunk_offset = 0

print("allocating chunk in worldgen:",chunkInfo.next_unit_chunk_id)

end

if hist_entity then

if hist_entity.next_member_idx == 100 then

allocateNewChunk(hist_entity)

end

nemesis_record.save_file_id = hist_entity.save_file_id

nemesis_record.member_idx = hist_entity.next_member_idx

hist_entity.next_member_idx = hist_entity.next_member_idx+1

else

local chunkInfo = df.global.world.worldgen

if chunkInfo.next_unit_chunk_offset == 100 then

allocateNewChunk(nil)

end

nemesis_record.save_file_id = chunkInfo.next_unit_chunk_id

nemesis_record.member_idx = chunkInfo.next_unit_chunk_offset

chunkInfo.next_unit_chunk_offset = chunkInfo.next_unit_chunk_offset+1

end

local hf_event_id = df.global.hist_event_next_id

df.global.hist_event_next_id = df.global.hist_event_next_id+1

df.global.world.history.events:insert("#",{new=df.history_event_add_hf_entity_linkst, year=df.global.cur_year,

seconds=df.global.cur_year_tick, id=hf_event_id, civ=entity.id, histfig=hf.id, link_type=0})

local hf = df.historical_figure:new()

hf.id = df.global.hist_figure_next_id

df.global.hist_figure_next_id = df.global.hist_figure_next_id+1

hf.unit_id = unit.id

hf.nemesis_id = -1

hf.race = unit.race

hf.caste = unit.caste

hf.profession = unit.profession

hf.sex = unit.sex

hf.name:assign(unit.name)

hf.appeared_year = df.global.cur_year

hf.born_year = unit.birth_year

hf.born_seconds = unit.birth_time

hf.curse_year = unit.curse_year

hf.curse_seconds = unit.curse_time

hf.birth_year_bias = unit.birth_year_bias

hf.birth_time_bias = unit.birth_time_bias

hf.old_year = unit.old_year

hf.old_seconds = unit.old_time

hf.died_year = -1

hf.died_seconds = -1

hf.civ_id = unit.civ_id

hf.population_id = unit.population_id

hf.breed_id = -1

hf.cultural_identity = unit.cultural_identity

hf.family_head_id = hf.id

df.global.world.history.figures:insert("#", hf)

hf.info = df.historical_figure_info:new()

hf.info.whereabouts = df.historical_figure_info.T_whereabouts:new()

hf.info.whereabouts.death_condition_parameter_1 = -1

hf.info.whereabouts.death_condition_parameter_2 = -1

-- set values that seem related to state and do event

--change_state(hf, dfg.ui.site_id, region_pos)

--let's skip skills for now

--local skills = df.historical_figure_info.T_skills:new() -- skills snap shot

-- ...

-- note that innate skills are automaticaly set by DF

hf.info.skills = {new=true}

if he_civ then

he_civ.histfig_ids:insert('#', hf.id)

he_civ.hist_figures:insert('#', hf)

hf.entity_links:insert("#",{new=df.histfig_entity_link_memberst,entity_id=he_civ.id,link_strength=100})

createJoinEvent(he_civ, hf)

end

if he_group then

he_group.histfig_ids:insert('#', hf.id)

he_group.hist_figures:insert('#', hf)

hf.entity_links:insert("#",{new=df.histfig_entity_link_memberst,entity_id=he_group.id,link_strength=100})

createJoinEvent(he_group, hf)

end

local soul = unit.status.current_soul

if soul then

hf.orientation_flags:assign(soul.orientation_flags)

end

unit.flags1.important_historical_figure = true

unit.flags2.important_historical_figure = true

unit.hist_figure_id = hf.id

unit.hist_figure_id2 = hf.id

return hf

local id = df.global.nemesis_next_id

local nem = df.nemesis_record:new()

nem.id = id

nem.unit_id = unit.id

nem.unit = unit

nem.flags:resize(31)

nem.unk10 = -1

nem.unk11 = -1

nem.unk12 = -1

nem.unk_v47_1 = -1

nem.unk_v47_2 = -1

df.global.world.nemesis.all:insert("#",nem)

df.global.nemesis_next_id = id+1

unit.general_refs:insert("#",{new = df.general_ref_is_nemesisst, nemesis_id = id})

local he_civ

if civ_id and civ_id ~= -1 then

he_civ = df.historical_entity.find(civ_id)

he_civ.nemesis_ids:insert("#",id)

he_civ.nemesis:insert("#",nem)

allocateIds(nem,he_civ)

else

allocateIds(nem)

end

local he_group

if group_id and group_id ~= -1 then

he_group = df.historical_entity.find(group_id)

he_group.nemesis_ids:insert("#",id)

he_group.nemesis:insert("#",nem)

end

nem.figure = unit.hist_figure_id ~= -1 and df.historical_figure.find(unit.hist_figure_id) or createFigure(unit,he_civ,he_group)

nem.figure.nemesis_id = id

return nem

--pick a random name appropriate for a sapient civilized figure

--choose three random words in the appropriate things

local entity_raw

if entityRawName and entityRawName~="" then

for k,v in ipairs(df.global.world.raws.entities) do

if v.code == entityRawName then

entity_raw = v

break

end

end

if not entity_raw then -- check repeated for module usage

qerror('Invalid entity raw name: ' .. entityRawName)

end

end

local allTranslations = df.global.world.raws.language.translations

local translationIndex, translation

if entity_raw then

local translationName = entity_raw.translation

for k,v in ipairs(allTranslations) do

if v.name == translationName then

translationIndex = k

translation = v

break

end

end

end

--[[ When there's no language matching an entity's [TRANSLATION] as defined in the raws

if not translation then

local validLanguages = {} --{number, df.language_translation}[]

local index = 1

for k,v in ipairs(allTranslations) do

if v.flags == 0 then -- non generated

validLanguages[index] = {k,v}

index = index+1

end

end

local choice = math.random(index-1)

translationIndex = validLanguages[choice][1]

translation = validLanguages[choice][2]

end

--language_word_table

local PREFERRED -- words that the entity likes ([SELECT_SYMBOL])

local TOLERATED -- all words except those that the entity dislikes ([CULL_SYMBOL])

local FrontCompound, RearCompound, FirstName = 0, 1, 2 --indexes for language_word_table.words/.parts

if entity_raw then

PREFERRED = entity_raw.symbols.symbols1.OTHER

TOLERATED = entity_raw.symbols.symbols2.OTHER

else -- wild units use every word available

PREFERRED = df.global.world.raws.language.word_table[0][35] -- a guess; this table has every word, and so do the ones at [0][37], [1][35] and [1][37]

TOLERATED = PREFERRED

end

function randomWord(language_word_table, compound)

local index = math.random(0, #language_word_table.words[compound] - 1)

return language_word_table.words[compound][index], language_word_table.parts[compound][index] --number, number

end

local name = unit.name

--one of the last names is drawn from preferred words and the other from tolerated words. 50-50

if math.random(0, 1)==1 then

name.words.FrontCompound, name.parts_of_speech.FrontCompound = randomWord(PREFERRED, FrontCompound)

repeat

name.words.RearCompound, name.parts_of_speech.RearCompound = randomWord(TOLERATED, RearCompound)

until(name.words.FrontCompound~=name.words.RearCompound)

else

name.words.RearCompound, name.parts_of_speech.RearCompound = randomWord(PREFERRED, RearCompound)

repeat

name.words.FrontCompound, name.parts_of_speech.FrontCompound = randomWord(TOLERATED, FrontCompound)

until(name.words.FrontCompound~=name.words.RearCompound)

end

--first name: preferred word converted to string

local firstNameWord = randomWord(PREFERRED, FirstName)

name.first_name = translation.words[ firstNameWord ].value

name.has_name = true

name.type = 0

name.language = translationIndex

if unit.status.current_soul then

unit.status.current_soul.name:assign(name)

end

local hf = df.historical_figure.find(unit.hist_figure_id)

if hf then

hf.name:assign(name)

end

local itemType = df.item_type[itemTypeStr]

if itemType then

return itemType, -1

end

for i = 0, df.item_type._last_item do

local subTypeCount = dfhack.items.getSubtypeCount(i)

if subTypeCount ~= -1 then

for subType = 0, subTypeCount-1 do

if dfhack.items.getSubtypeDef(i, subType).id == itemTypeStr then

return i, subType

end

end

end

end

qerror("Invalid item type: " .. itemTypeStr)

local equipDetail = {}

local raw = {}

for str in string.gmatch(equipmentStr, '([^:]+)') do -- break it up at colons

table.insert(raw, str) -- and list the segments here

end

if #raw < 2 then

qerror('Insufficient equipment details provided: ' .. equipmentStr)

end

equipDetail.itemType, equipDetail.subType = getItemTypeFromStr(raw[1])

local quantityIdx

local matStr = raw[2]

if matStr == 'INORGANIC' or matStr == 'PLANT' or matStr == 'CREATURE' then

if not raw[3] then

print(equipmentStr) -- print this first to help modders locate the issue

qerror('Invalid equipment material (missing detail): ' .. matStr)

end

if matStr == 'INORGANIC' then

matStr = matStr .. ":" .. raw[3]

quantityIdx = 4 -- expected position of the quantity str

else

matStr = matStr .. ":" .. raw[3] -- placed here so as to make it show up in the following qerror message

if not raw[4] then

print(equipmentStr)

qerror('Invalid equipment material (missing detail): ' .. matStr)

end

matStr = matStr .. ":" .. raw[4]

quantityIdx = 5

end

else -- either an inbuilt material or an error

quantityIdx = 3

end

local matInfo = dfhack.matinfo.find(matStr)

if not matInfo then

print(equipmentStr)

qerror('Invalid equipment material: ' .. matStr)

end

equipDetail.matType = matInfo.type

equipDetail.matIndex = matInfo.index

if not raw[quantityIdx] then -- quantity not specified, default to 1

equipDetail.quantity = 1

else

local quantity = tonumber(raw[quantityIdx])

if not quantity or quantity < 0 then

print(equipmentStr)

qerror("Invalid equipment count: " .. raw[quantityIdx])

end

equipDetail.quantity = quantity

end

return equipDetail

local skillDetail = {}

local raw = {}

for str in string.gmatch(skillStr, '([^:]+)') do

table.insert(raw, str)

end

if #raw < 2 then

qerror('Insufficient skill details provided: ' .. skillStr)

end

local skill = df.job_skill[raw[1]]

if not skill then

qerror('Invalid skill token: ' .. raw[1])

end

skillDetail.skill = skill

local level = tonumber(raw[2])

if not level or level < 0 then

qerror('Invalid skill level (must be a number greater than 0): ' .. raw[2])

end

skillDetail.level = level

return skillDetail

if entityRawName and type(entityRawName) == 'string' then

nameUnit(unit, entityRawName)

elseif not isArena then -- arena mode ONLY displays the first_name of units; removing it would result in a blank space where you'd otherwise expect the caste name to show up

unit.name.first_name = '' -- removes the string of numbers produced by the arena spawning process

unit.name.has_name = false

if unit.status.current_soul then

unit.status.current_soul.name.has_name = false

end

end

if nickname and type(nickname) == 'string' then

dfhack.units.setNickname(unit, nickname)

end

if customProfession then

unit.custom_profession = tostring(customProfession)

end

if profession then

unit.profession = df.profession[profession] -- will be overridden by setAge() below if the unit is turned into a BABY or CHILD

end

if tonumber(civ_id) then

unit.civ_id = civ_id

end

createNemesis(unit, tonumber(civ_id), tonumber(group_id))

setAge(unit, age) -- run regardless of whether or not age has been specified so as to set baby/child status

induceBodyComputations(unit)

if domesticate then

domesticateUnit(unit)

elseif not civ_id then

wildUnit(unit)

end

if vanishDelay then

setVanishCountdown(unit, vanishDelay)

end

setEquipmentOwnership(unit)

enableUnitLabors(unit, true, true)

handleUnitFlags(unit,flagSet,flagClear)

local hf = df.historical_figure.find(unit.hist_figure_id)

if age then

if not tonumber(age) or age < 0 then -- this check is repeated for the sake of module usage

qerror("Invalid age: " .. age)

end

if age == 0 then

unit.birth_time = df.global.cur_year_tick

end

local oldYearDelta = unit.old_year - unit.birth_year -- the unit's natural lifespan

unit.birth_year = df.global.cur_year - age

if unit.old_year ~= -1 then

unit.old_year = unit.birth_year + oldYearDelta

end

if hf then

hf.born_year = unit.birth_year

hf.born_seconds = unit.birth_time

hf.old_year = unit.old_year

hf.old_seconds = unit.old_time

end

end

local getAge = age or dfhack.units.getAge(unit,true)

local cr = df.creature_raw.find(unit.race).caste[unit.caste]

if cr.flags.HAS_BABYSTATE and (getAge < cr.misc.baby_age) then

unit.profession = df.profession.BABY

--unit.profession2 = df.profession.BABY

unit.mood = df.mood_type.Baby

elseif cr.flags.HAS_CHILDSTATE and (getAge < cr.misc.child_age) then

unit.profession = df.profession.CHILD

--unit.profession2 = df.profession.CHILD

end

if hf then

hf.profession = unit.profession

end

unit.flags2.calculated_nerves = false

unit.flags2.calculated_bodyparts = false

unit.flags3.body_part_relsize_computed = false

unit.flags3.size_modifier_computed = false

unit.flags3.weight_computed = false

-- If a friendly animal, make it domesticated. From Boltgun & Dirst

local casteFlags = unit.enemy.caste_flags

if not(casteFlags.CAN_SPEAK or casteFlags.CAN_LEARN) then

-- Fix friendly animals (from Boltgun)

unit.flags2.resident = false

unit.population_id = -1

unit.animal.population.region_x = -1

unit.animal.population.region_y = -1

unit.animal.population.unk_28 = -1

unit.animal.population.population_idx = -1

unit.animal.population.depth = -1

-- And make them tame (from Dirst)

unit.flags1.tame = true

unit.training_level = df.animal_training_level.Domesticated

end

local casteFlags = unit.enemy.caste_flags

-- x = df.global.world.world_data.active_site[0].pos.x

-- y = df.global.world.world_data.active_site[0].pos.y

-- region = df.global.map.map_blocks[df.global.map.x_count_block*x+y]

if not(casteFlags.CAN_SPEAK or casteFlags.CAN_LEARN) then

if #df.global.world.world_data.active_site > 0 then -- empty in adventure mode

unit.animal.population.region_x = df.global.world.world_data.active_site[0].pos.x

unit.animal.population.region_y = df.global.world.world_data.active_site[0].pos.y

end

unit.animal.population.unk_28 = -1

unit.animal.population.population_idx = -1 -- Eventually want to make a real population

unit.animal.population.depth = -1 -- Eventually this should be a parameter

unit.animal.leave_countdown = 99999 -- Eventually this should be a parameter

unit.flags2.roaming_wilderness_population_source = true

unit.flags2.roaming_wilderness_population_source_not_a_map_feature = true

-- region = df.global.world.map.map_blocks[df.global.world.map.x_count_block*x+y]

end