content
stringlengths 5
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att.PrintName = "Squirt Gun"
att.Icon = Material("snowysnowtime/2k/ico/arico/squirtgun.png", "smooth mips")
att.Description = "A Squirt Gun alternative for the MA5B"
att.Desc_Pros = {
" ok but why"
}
att.Desc_Cons = {
}
att.Slot = "skin_hcear"
att.Free = true
att.ActivateElements = {"squirtgun"}
att.AttachSound = "attch/snow/halo/h1/forward.wav"
att.DetachSound = "attch/snow/halo/h1/back.wav" |
local temp
if data.raw.item["brass-alloy"] then
temp = data.raw.recipe["brass-gear-wheel"]
temp.energy_required = 1.5
temp.ingredients = {
{type="item", name="brass-alloy", amount=5},
}
end
if data.raw.item["silicon-nitride"] then
temp = data.raw.recipe["ceramic-bearing"]
temp.energy_required = 1.5
temp.ingredients = {
{type="item", name="silicon-nitride", amount=3},
{type="item", name="ceramic-bearing-ball", amount=42},
{type="fluid", name="lubricant", amount=3}
}
temp = data.raw.recipe["ceramic-bearing-ball"]
temp.result_count = 8
end
temp = data.raw.recipe["lithium-ion-battery"]
temp.energy_required = 1.5
temp.ingredients = {
{type="item", name="lithium-perchlorate", amount=4},
{type="item", name="lithium-cobalt-oxide", amount=2},
{type="item", name="carbon", amount=2},
{type="item", name="plastic-bar", amount=2},
}
if data.raw.item["nitinol-alloy"] then
temp = data.raw.recipe["nitinol-bearing"]
temp.energy_required = 1.5
temp.ingredients = {
{type="item", name="nitinol-alloy", amount=3},
{type="item", name="nitinol-bearing-ball", amount=42},
{type="fluid", name="lubricant", amount=2}
}
temp = data.raw.recipe["nitinol-bearing-ball"]
temp.result_count = 8
temp = data.raw.recipe["nitinol-gear-wheel"]
temp.energy_required = 1.5
temp.ingredients = {
{type="item", name="nitinol-alloy", amount=5},
}
end
temp = data.raw.recipe["silver-zinc-battery"]
temp.energy_required = 3
temp = data.raw.recipe["steel-bearing"]
temp.energy_required = 1.5
temp.ingredients = {
{type="item", name="steel-plate", amount=3},
{type="item", name="steel-bearing-ball", amount=42},
}
temp = data.raw.recipe["steel-bearing-ball"]
temp.result_count = 8
temp = data.raw.recipe["steel-gear-wheel"]
temp.energy_required = 1.5
temp.ingredients = {
{type="item", name="steel-plate", amount=5},
}
if data.raw.item["titanium-plate"] then
temp = data.raw.recipe["titanium-bearing"]
temp.energy_required = 1.5
temp.ingredients = {
{type="item", name="titanium-plate", amount=3},
{type="item", name="titanium-bearing-ball", amount=42},
{type="fluid", name="lubricant", amount=2}
}
temp = data.raw.recipe["titanium-bearing-ball"]
temp.result_count = 8
temp = data.raw.recipe["titanium-gear-wheel"]
temp.energy_required = 1.5
temp.ingredients = {
{type="item", name="titanium-plate", amount=5},
}
end
if data.raw.item["tungsten-plate"] then
temp = data.raw.recipe["tungsten-gear-wheel"]
temp.energy_required = 1.5
temp.ingredients = {
{type="item", name="tungsten-plate", amount=5},
}
end
|
resource.AddFile("sound/gmodz/player/gasmask_wear.wav")
resource.AddFile("gmodz/player/gasmask_inhale.wav")
resource.AddFile("gmodz/player/gasmask_exhale.wav")
resource.AddFile("materials/gmdz/gasmask.vmt")
resource.AddFile("materials/gmdz/gasmask.vtf")
resource.AddFile("materials/gmdz/gasmask_n.vtf")
resource.AddFile("materials/gmdz/shtr.vmt")
resource.AddFile("materials/gmdz/shtr.vtf")
resource.AddFile("materials/gmdz/shtr_n.vtf")
util.AddNetworkString("ixMskAdd")
util.AddNetworkString("ixMaskOff")
util.AddNetworkString("ixMaskOn")
local PLUGIN = PLUGIN
--- plugins\radiation\sv_plugin.lua
-- local white = ColorAlpha(color_white, 150)
-- function PLUGIN:PlayerTick(client)
-- if (!IsValid(client) or !client:Alive()) then return end
-- local faction = ix.faction.Get(client:Team())
-- if (faction and faction.noGas) then
-- return
-- end
-- local area = ix.area.stored[client:GetArea()]
-- if ((!client.gasTick or client.gasTick <= CurTime()) and client.ixInArea) then
-- if (area and area["type"] == "gas") then
-- local item = client:GetGasMask()
-- local bool
-- if (item and item.isGasMask) then
-- if (item:GetHealth() <= 0) then
-- bool = nil
-- else
-- if (item:GetFilter() <= 0) then
-- bool = nil
-- else
-- bool = true
-- end
-- end
-- else
-- bool = nil
-- end
-- if (bool) then
-- item:DamageFilter(ix.config.Get("gasmask_damage", 1))
-- else
-- client:TakeDamage(ix.config.Get("gasDamage", 3))
-- client:ScreenFade(1, white, .5, 0)
-- end
-- if (bool) then
-- client.gasTick = CurTime() + ix.config.Get("gasDelay", 2)
-- else
-- client.gasTick = CurTime() + ix.config.Get("gasDelayBad", 1.3)
-- end
-- end
-- end
-- end
function PLUGIN:PlayerLoadedCharacter(client, curChar)
if (curChar) then
local inv = curChar:GetInventory()
local gasItem
for _, v in pairs(inv:GetItems()) do
if (v.isGasMask and v:GetData("equip")) then
gasItem = v
break
end
end
if (gasItem) then
client.ixGasMaskItem = gasItem
net.Start("ixMaskOn")
net.WriteUInt(gasItem:GetID(), 32)
net.WriteUInt(gasItem:GetHealth(), 16)
net.Send(client)
else
client.ixGasMaskItem = nil
net.Start("ixMaskOff")
net.Send(client)
end
end
end
function PLUGIN:PlayerDeath(client)
local item = client:GetGasMask()
if (item and item.isGasMask and item:GetData("equip")) then
item:Unequip(client)
end
end
-- This hook simulates the damage of the Gas Mask.
function PLUGIN:PostPlayerTakeDamage(client, dmgInfo)
local item = client:GetGasMask()
if (item and item.isGasMask) then
local damage = dmgInfo:GetDamage() * .5
item:DamageHealth(damage)
if (client:GetHealth() - damage <= 0) then
return
end
local crackNums = math.Round((1 - item:GetHealth() / ix.config.Get("gasmask_health", 100)) * 6)
if (item.curCracks and item.curCracks < crackNums) then
net.Start("ixMskAdd")
net.Send(client)
end
item.curCracks = crackNums
end
end |
_G.ele_scoreboard = ele_scoreboard or {}
ele_scoreboard.derma = ele_scoreboard.derma
local teams = {}
teams[TEAM_BLACK] = Material("element/ui/black.png")
teams[TEAM_WHITE] = Material("element/ui/white.png")
local playerList = function( panel )
players = team.GetPlayers(panel.team)
panel.lastPlayers = panel.lastPlayers or {}
panel.dermas = panel.dermas or {}
if table.Count(players) == table.Count(panel.lastPlayers) then return end
for k, derma in next, panel.dermas do
derma:Remove()
end
local width = panel:GetWide()
local height = panel:GetTall()
local w, y, h = width * 0.8, 64, 64
local max = height / (h + 8) - 2
local x = width * 0.1
table.sort(players, function( a, b )
return a:Frags() > b:Frags()
end)
local counter = 1
for k, ply in next, players do
local derma = TDLib("DPanel", panel)
derma:SetPos(x,y)
derma:SetSize(w,h)
derma:ClearPaint()
local class = TDLib("DImage", derma)
class:SetMaterial(player_manager.RunClass(ply, "GetClassIcon"))
class:SetSize( h, h )
--local color = GAMEMODE:GetEnemyTeamColor(ply)
local color = team.GetColor(ply:Team())
local font = "fujimaru_small"
local name = TDLib("DLabel", derma)
local size = w * 0.8
name:SetText(ply:GetName())
name:SetFont(font)
name:SetPos(h,0)
name:SetAlpha(ply:Alive() and 255 or 100)
name:SetSize(size, h)
name:SetTextColor(color)
local frags = TDLib("DLabel", derma)
frags:SetText(ply:GetScore())
frags:SetFont(font)
frags:SetPos(h + size,0)
frags:SetSize(w-h, h)
frags:SetTextColor(color)
table.insert(panel.dermas, derma)
y = y + h + 8
counter = counter + 1
if (counter > max) then break end
end
panel.lastPlayers = players
end
local smart_cast_guides = {}
smart_cast_guides[Skill.TARGET.PLAYERLOCK] = "Target: Player - You have to hold the key until you see a glowing player"
smart_cast_guides[Skill.TARGET.WORLD] = "Target: World - You have to hold the key until you see a glowing area"
local hold_guide = "Cast will be up until the key was released"
local function GenerateGuide( scrw, scrh, derma )
local size = 128
local offset = 32
local key_offsets = {}
key_offsets[KEY_Q] = { x = 0, y = 0 }
key_offsets[KEY_E] = { x = size + offset, y = -200 }
key_offsets[KEY_LSHIFT] = { x = 2 * size + 2 * offset, y = 0 }
key_offsets[MOUSE_LEFT] = { x = scrw - 96 - offset * 3 - size * 3, y = -200 }
key_offsets[MOUSE_RIGHT] = { x = scrw - 96 - offset * 2 - size * 2, y = 0 }
for key, skillname in next, LocalPlayer().skills do
local skill = skill_manager.GetSkill(skillname)
local x, y = key_offsets[key].x, key_offsets[key].y
x = x + 96
y = y + scrh - 600
local h = 160
local text = skill:GetDescription()
if skill:GetCleverCast() then
text = text .. "\n\n" .. smart_cast_guides[skill:GetCleverTarget()]
h = h + 64
end
if skill:GetCastUntilRelease() then
text = text .. "\n\n" .. hold_guide
h = h + 32
end
local guide = TDLib("DLabel", derma)
guide:ClearPaint()
guide:SetPos( x - offset, y )
guide:SetSize( 256, h )
guide:SetFont( "Trebuchet24" ) --"fujimaru_small")
guide:SetWrap( true )
guide:SetTextColor(_COLOR.WHITEFADE)
guide:SetText(text)
local line = TDLib("DPanel", derma)
line:ClearPaint()
line:Background(_COLOR.WHITEFADE)
line:SetPos( x + size * 0.5, y + h )
line:SetSize( 8, scrh - y - h - 256 )
end
end
function ele_scoreboard:Show()
local derma = ele_scoreboard.derma
if IsValid(derma) then
derma:Remove()
end
local scrw, scrh = ScrW(), ScrH()
local w, h = scrw * 0.4, scrh
derma = TDLib("DPanel")
derma:ClearPaint()
derma:SetSize(scrw, scrh)
local score = TDLib("DPanel", derma)
score:ClearPaint()
score:Blur()
score:SetSize(w, h)
score:SetPos(scrw * 0.5 - w * 0.5, 0)
score:FadeIn(0.1)
local black = TDLib("DPanel", score)
black:ClearPaint()
black:SetSize(w, h * 0.5)
--black:Background(_COLOR.BLACK)
black.team = TEAM_BLACK
black.Think = playerList
local white = TDLib("DPanel", score)
white:ClearPaint()
white:SetPos(0, h * 0.5)
white:SetSize(w, h * 0.5)
--white:Background(_COLOR.WHITE)
white.team = TEAM_WHITE
white.Think = playerList
local size = 128
local wins = round_manager.GetWins()
local offset = w * 0.9 / wins
for teamID, material in next, teams do
local points = team.GetScore(teamID)
for j = 0, wins - 1 do
local point = TDLib("DImage", score)
point:SetPos(w * 0.05 + j * offset, h * 0.5 - size * 0.5)
point:SetSize( size, size )
point:SetMaterial( material )
point:SetAlpha( points > j and 255 or 25 )
point.lastPaint = CurTime()
point.ang = 0
function point:Paint()
self.deltaTime = CurTime() - self.lastPaint
self.lastPaint = CurTime()
local ranomizer = math.max(math.abs(math.cos(CurTime())), 0.5)
self.ang = self.ang - self.deltaTime * ranomizer * 100
local dw = self:GetWide()
local dh = self:GetTall()
surface.SetMaterial( self:GetMaterial() )
surface.SetDrawColor( _COLOR.FULL )
surface.DrawTexturedRectRotated( dw * 0.5, dh * 0.5, dw, dh, self.ang )
end
end
end
GenerateGuide( scrw, scrh, derma )
ele_scoreboard.derma = derma
end
function ele_scoreboard:Hide()
if IsValid(ele_scoreboard.derma) then
ele_scoreboard.derma:Remove()
end
ele_scoreboard.derma = nil
end
function ele_scoreboard:Hidden()
return ele_scoreboard.derma == nil
end |
object_mobile_space_comm_ep3_cpg_ace_04 = object_mobile_shared_space_comm_ep3_cpg_ace_04:new {
}
ObjectTemplates:addTemplate(object_mobile_space_comm_ep3_cpg_ace_04, "object/mobile/space_comm_ep3_cpg_ace_04.iff")
|
--[[
Gangi: aktualizacja danych dla czlonkow
@author Jakub 'XJMLN' Starzak <[email protected]
@package PSZMTA.psz-gangi
@copyright Jakub 'XJMLN' Starzak <[email protected]>
Nie mozesz uzywac tego skryptu bez mojej zgody. Napisz - byc moze sie zgodze na uzycie.
]]--
function updatePlayerCoData(pid)
if (type(pid)=="number" or type(pid)=="string") then
pid = tonumber(pid)
for i,v in ipairs(getElementsByType("player")) do
local c = getElementData(v, "character")
local uid = getElementData(v,"auth:uid")
if (c and uid and tonumber(uid) == pid) then -- cc = pg
local query= string.format("SELECT pg.skin,pg.rank, g.id gang_id, g.nazwa gang_name,g.tag gang_tag, gr.name rank_name FROM psz_players_gangs pg JOIN psz_gangs_ranks gr ON gr.gang_id=pg.id_gang AND gr.rank_id=pg.rank JOIN psz_gangi g ON g.id=gr.gang_id WHERE pg.id_player=%d",pid)
local dane= exports['psz-mysql']:pobierzWyniki(query)
if (dane) then
--c.gg_nazwa,c.gg_tag,c.gg_rank_name,c.gg_rank_id,c.gg_id -- gg_nazwa, gg_tag, gg_rank_name, gg_rank_id, gg_id
c.gg_nazwa = dane.gang_name
c.gg_tag = dane.gang_tag
c.gg_rank_name = dane.rank_name
c.gg_rank_id = dane.rank
c.gg_id = dane.gang_id
if (dane.skin and type(dane.skin)~="userdata") then
setElementModel(v,dane.skin)
else
setElementModel(v, c.skin)
end
outputChatBox("Twoja przynależność do organizacji przestępczej została zaktualizowana.",v)
else
c.gg_nazwa = nil
c.gg_tag = nil
c.gg_rank_name = nil
c.gg_rank_id = nil
c.gg_id = nil
setElementModel(v, c.skin)
outputChatBox("Nie jestes juz czlonkiem organizacji przestepczej.",v)
end
setElementData(v,"character",c)
return true
end
end
end
return false
end
function onDataUpgradesDownload(gid)
if (not gid) then return end
local upgrades_acctualy = exports['psz-mysql']:pobierzWyniki(string.format("SELECT id_upgrade FROM psz_gangi_owned_upgrades WHERE id_gang=%d",gid))
local upgrade = exports['psz-mysql']:pobierzTabeleWynikow(string.format("SELECT gu.id,gu.name,gu.tag,gu.cost,g.money_sejf FROM psz_gangi_upgrades gu JOIN psz_gangi g WHERE g.id=%d ORDER BY cost ASC;",gid))
if upgrades_acctualy and upgrades_acctualy.id_upgrade then
triggerClientEvent(source,"doFillUpgradesData", resourceRoot, upgrade,upgrades_acctualy)
else
upgrades_acctualy = nil
triggerClientEvent(source,"doFillUpgradesData", resourceRoot, upgrade,upgrades_acctualy)
end
end
addEvent("onGangMemberEditNote",true)
addEventHandler("onGangMemberEditNote",root, function(gid,note)
if (not gid or not note) then return end
tresc = tostring(note)
local pid = getElementData(client,"auth:uid")
local findString = string.find(note,"'")
if (findString~=nil) then
triggerClientEvent("onEditSendResult", resourceRoot, false, "Usuń znak ' z tekstu.")
return
end
local query = string.format("UPDATE psz_gangi SET text_note='%s' WHERE id=%d", tresc, gid)
exports['psz-mysql']:zapytanie(query)
exports['psz-admin']:gameView_add("Gracz "..getPlayerName(client).."/"..pid.." edytuje notatke gangu ("..gid..")")
triggerClientEvent("onEditSendResult", resourceRoot, true, "Notatka została edytowana.")
end)
addEvent("onPlayerRequestGangData",true)
addEventHandler("onPlayerRequestGangData",root,function(gid)
if (not gid) then return end
local query
--select c.id character_id,cc.rank rank_id,c.imie,c.nazwisko,cc.jointime lastduty,cc.skin,cr.name ranga from lss_character_co cc JOIN lss_characters c ON c.id=cc.character_id JOIN lss_co_ranks cr ON cr.co_id=cc.co_id AND cr.rank_id=cc.rank WHERE cc.co_id=%d
query = string.format("SELECT p.userid player_id,g.text_note,pg.rank rank_id,pg.money wplacone_sejf,p.nick,pl.datetime_last lastduty,gr.name ranga FROM psz_players_gangs pg JOIN psz_gangi g ON g.id=pg.id_gang JOIN psz_postacie p ON p.userid=pg.id_player JOIN psz_players pl ON pl.id=p.userid JOIN psz_gangs_ranks gr ON gr.gang_id=pg.id_gang AND gr.rank_id=pg.rank WHERE pg.id_gang=%d",gid)
local dane = exports['psz-mysql']:pobierzTabeleWynikow(query)
-- ulepszenia
query = string.format("SELECT g.money_sejf,g.logo,gs.skin FROM psz_gangi g JOIN psz_gangs_skins gs ON gs.gang_id=g.id WHERE g.id=%d",gid)
local data = exports['psz-mysql']:pobierzTabeleWynikow(query)
onDataUpgradesDownload(gid)
local onlineMembers = gang_getOnlineMembers(gid)
triggerClientEvent(source,'doFillGangData',resourceRoot,dane,data,onlineMembers)
-- triggerClientEvent(source,"doFillUpgradesData", resourceRoot, upgrade)
end)
addEvent("onGangCharacterDetailsRequest",true)
addEventHandler("onGangCharacterDetailsRequest", root, function(gid, pid)
if (not gid or not pid) then return end
local query
query = string.format("SELECT rank_id, name FROM psz_gangs_ranks WHERE gang_id=%d ORDER BY rank_id ASC;",gid)
local rangi = exports['psz-mysql']:pobierzTabeleWynikow(query)
query = string.format("SELECT skin FROM psz_gangs_skins WHERE gang_id=%d ORDER BY skin ASC",gid)
local skiny = exports['psz-mysql']:pobierzTabeleWynikow(query)
query = string.format("SELECT p.userid, p.nick, pg.rank, pg.skin FROM psz_players_gangs pg JOIN psz_postacie p ON pg.id_player=p.userid WHERE pg.id_player=%d LIMIT 1", pid)
local postac = exports['psz-mysql']:pobierzWyniki(query)
local dane={
rangi=rangi,
skiny=skiny,
gracz=postac
}
triggerClientEvent(source, "doFillGangPlayerData", resourceRoot, dane)
end)
addEvent("onMemberGangSaveMoney",true)
addEventHandler("onMemberGangSaveMoney", root, function(gid, pid, money)
if (not gid or not pid or not money) then return end
if (getPlayerMoney(client)<money) then
triggerClientEvent(source,"onResultSaveMoney",resourceRoot, false, "Nie posiadasz przy sobie tylu pieniędzy.")
return
end
takePlayerMoney(client,money)
exports['psz-mysql']:zapytanie(string.format("UPDATE psz_players_gangs SET money=money+%d WHERE id_player=%d LIMIT 1",money, pid))
exports['psz-mysql']:zapytanie(string.format("UPDATE psz_gangi SET money_sejf=money_sejf+%d WHERE id=%d LIMIT 1",money,gid))
exports['psz-admin']:gameView_add("Gracz "..getPlayerName(client).." wplaca $"..money..", do sejfu gangu ("..gid..")")
triggerClientEvent(source,"onResultSaveMoney", resourceRoot, true)
outputChatBox("Wpłaciłeś "..money.."$, do sejfu gangu.",client,255,0,0)
end)
addEvent("onGangEdycjaPostaci", true)
addEventHandler("onGangEdycjaPostaci", root, function(pid, ranga, skin)
if (not pid or not ranga ) then return end
if ranga == 4 then
outputChatBox("Nie możesz nadać tej rangi nikomu.",client)
return
end
skin = skin and tostring(skin) or "NULL"
local query = string.format("UPDATE psz_players_gangs SET skin=%s, rank=%d WHERE id_player=%d LIMIT 1", skin, ranga, pid)
exports['psz-mysql']:zapytanie(query)
triggerClientEvent(source, "onGangEdycjaComplete", resourceRoot, true)
exports['psz-admin']:gameView_add("Gracz "..getPlayerName(client).." aktualizuje gracza ("..pid.."), rank: "..ranga..", skin: "..skin)
updatePlayerCoData(pid)
end)
addEvent('onGangInviteRequest',true)
addEventHandler('onGangInviteRequest', root, function(gid, nick)
if (not gid or not nick) then return end
nick = tostring(nick)
nick = string.gsub(nick,"#%x%x%x%x%x%x","")
local query= string.format("SELECT userid FROM psz_postacie WHERE nick='%s' LIMIT 1", nick)
local dane=exports['psz-mysql']:pobierzWyniki(query)
if (dane and dane.userid) then
query = string.format("SELECT 1 FROM psz_players_gangs WHERE id_player=%d LIMIT 1", dane.userid)
if (exports['psz-mysql']:pobierzWyniki(query)) then
triggerClientEvent(source,"onGangInviteReply", resourceRoot, false, "Ta osoba jest już w gangu.")
return
end
local target = gang_getOnlinePlayer(dane.userid)
if (target) then
query = string.format("SELECT nazwa FROM psz_gangi WHERE id=%d LIMIT 1",gid)
local g = exports['psz-mysql']:pobierzWyniki(query)
outputChatBox("#BF5A02* Otrzymałeś zaproszenie do gangu #FFFFFF"..tostring(g.nazwa).."#BF5A02, aby zaakceptować wpisz /dolacz #FFFFFF"..tostring(g.nazwa).."#BF5A02.",target,255,255,255,true)
setElementData(target,"ginv:ts",getTickCount())
setElementData(target,"ginv:name",g.nazwa)
setElementData(target,"ginv:person",client)
triggerClientEvent(source,'onGangInviteReply', resourceRoot, true)
else
triggerClientEvent(source, "onGangInviteReply", resourceRoot, false, "Podana osoba nie jest ONLINE.")
return
end
else
triggerClientEvent(source, "onGangInviteReply", resourceRoot, false, "Nie odnaleziono podanej osoby.")
end
end)
addEvent("onGangWyrzucRequest",true)
addEventHandler("onGangWyrzucRequest", root, function(gid,pid)
if (not gid or not pid) then return end
local query= string.format("DELETE FROM psz_players_gangs WHERE id_player=%d AND id_gang=%d LIMIT 1", pid, gid)
exports['psz-mysql']:zapytanie(query)
exports['psz-admin']:gameView_add("Gracz "..getPlayerName(client).." wyrzuca gracza ("..pid.."), z gangu ("..gid..")")
triggerClientEvent(source,"onGangWyrzucComplete", resourceRoot)
updatePlayerCoData(pid)
end)
addEvent("onGangUpgradeBuy", true)
addEventHandler("onGangUpgradeBuy", root, function(gid, name)
if (not gid or not name) then return end
if name == 1 then
outputChatBox("Funkcja w trakcie modyfikacji.",client)
return
-- outputChatBox("Aby dodać pojazd do gangu, wpisz komendę /edytor <id pojazdu/nazwa>.",client)
--outputChatBox("Pamiętaj, nie możesz być w pojeździe lub innym interiorze.", client)
--setElementData(client, "ge:have_access", true)
elseif name == 3 then
--local lvl = getElementData(client,"level") or 0
-- if (lvl and lvl~=3) then outputChatBox("W trakcie wdrażania.",client,255,0,0) return end
gangs_upgradeGangZone(gid,client)
else
outputChatBox("Aktualnie możesz jedynie dodać nowe pojazdy do gangu, reszta będzie wkrótce.",client,255,0,0)
return
end
end) |
local M = {}
function M.parse(arg)
local cmd = torch.CmdLine()
cmd:text()
cmd:text('Object detection in torch')
cmd:text()
cmd:text('Options:')
local curr_dir = paths.cwd()
local defaultDataSetDir = paths.concat(curr_dir,'datasets')
local defaultDataDir = paths.concat(defaultDataSetDir,'VOCdevkit/')
local defaultROIDBDir = paths.concat(curr_dir,'data','selective_search_data/')
cmd:text('Folder parameters')
cmd:option('-cache',paths.concat(curr_dir,'cachedir'),'Cache dir')
cmd:option('-datadir',defaultDataDir,'Path to dataset')
cmd:option('-roidbdir',defaultROIDBDir,'Path to ROIDB')
cmd:text()
cmd:text('Model parameters')
cmd:option('-algo','SPP','Detection framework. Options: RCNN | SPP')
cmd:option('-netType','zeiler','Options: zeiler | vgg')
cmd:option('-backend','cudnn','Options: nn | cudnn')
cmd:text()
cmd:text('Data parameters')
cmd:option('-year',2007,'DataSet year (for Pascal)')
cmd:option('-ipb',500,'iter per batch')
cmd:option('-ntmd',10,'nTimesMoreData')
cmd:option('-fg_frac',0.25,'fg_fraction')
cmd:option('-classes','all','use all classes (all) or given class')
cmd:text()
cmd:text('Training parameters')
cmd:option('-lr',1e-2,'learning rate')
cmd:option('-num_iter',300,'number of iterations')
cmd:option('-nsmooth',40,'number of iterations before reducing learning rate')
cmd:option('-nred',4,'number of divisions by 2 before stopping learning')
cmd:option('-nildfdx',false,'erase memory of gradients when reducing learning rate')
cmd:text()
cmd:text('Others')
cmd:option('-gpu',1,'gpu device to use')
cmd:option('-numthreads',6,'number of threads to use')
cmd:option('-comment','','additional comment to the name')
cmd:option('-seed',0,'random seed (0 = no fixed seed)')
cmd:option('-retrain','none','modelpath for finetuning')
cmd:text()
local opt = cmd:parse(arg or {})
-- add commandline specified options
opt.save = paths.concat(opt.cache,
cmd:string(opt.netType, opt,
{retrain=true, optimState=true, cache=true,
data=true, gpu=true, numthread=true,
netType=true}))
-- add date/time
opt.save_base = opt.save
local date_time = os.date():gsub(' ','')
opt.save = paths.concat(opt.save, date_time)
return opt
end
return M
|
local Looper = require 'looping_signal'
local KINDS = {'signal', 'word', 'listener'}
local DEFAULT_DROPSPEED = 1
local LOOP_DELAY_FACTOR = 7
---(Bubble):isAlive()
-- @return boolean; whether the entity has outlasted its lifetime
local isAlive = function(self)
return self[6] > self[7]
end
---(Bubble):isOn()
-- @return boolean
local isOn = function(self)
if self[4] == KINDS[2] then return true end
if self.elem.isOn then return self.elem:isOn() end
return false
end
---(Bubble):getLifeProgress()
-- @return number >= 0; fraction of lifetime spent
-- (0 at start, 1 at 'death'; can be > 1)
local getLifeProgress = function(self)
return self[7] / self[6]
end
---(Bubble):getMessage()
-- @return string; supplied message, if any (can be nil)
local getMessage = function(self)
return self[3]
end
---(Bubble):getPosition()
-- @return x,y position
local getPosition = function(self)
return self[1], self[2]
end
---(Bubble):getType()
-- @return string; enum of bubble kind (signal, word, &.)
local getType = function(self)
return self[4]
end
---(Bubble):setPosition(x,y)
-- @param x number (default 0)
-- @param y number (default 0)
local setPosition = function(self, x, y)
self[1] = x or 0
self[2] = y or 0
end
---(Bubble):update(dt)
-- @param dt 'delta time' (positive number)
local update = function(self, dt)
self[2] = self[2] + self[5] * dt
self[7] = self[7] + dt
if self.elem and self.elem.update then
self.elem:update(dt)
end
end
---Bubble.new(msg, time_unit, speed, life)
-- @param msg string; can cause errors if characters
-- are not found in a dictionary elsewhere
-- @param tums positive number; time unit of the signal/listener
-- in milliseconds
-- @param speed number; drop rate in pixels/second; < 0 rises (default 1)
-- @param life positive number; lifespan in seconds (default +infinity)
-- @return A new 'Bubble' object;
-- msg,nil -> 'word' kind
-- nil,ms -> 'listener' kind (NOT YET IMPLEMENTED)
-- msg,ms -> 'signal' kind
-- nil,nil -> error
local function new(msg, tums, speed, life)
speed = speed or 1
life = life or math.huge
if msg then
assert (type(msg) == 'string', 'msg must be a string')
end
assert (type(speed) == 'number', 'dropspeed must be a number')
assert (type(life) == 'number', 'lifetime must be a number')
assert (life > 0, 'lifetime must be greater than zero')
local kind = KINDS[2] -- 'word'
local elem
if tums then
assert (type(tums) == 'number', 'time unit must be a number')
assert (tums > 0, 'time unit must be greater than zero')
if msg then
kind = KINDS[1] -- 'signal'
elem = Looper.new(tums, msg)
elem:setDelay(tums * LOOP_DELAY_FACTOR)
elem:start()
-- else
-- kind = KINDS[3] -- 'listener'
end
else
if not msg then
error('must provide at least one of message or time unit')
end
-- else: default of word kind
end
return {[1] = 0, -- x coord
[2] = 0, -- y coord
[3] = msg, -- message
[4] = kind, -- enum
[5] = speed, -- drop rate
[6] = life, -- fixed lifetime
[7] = 0, -- time alive
elem = elem,
isAlive = isAlive,
isOn = isOn,
getLifeProgress = getLifeProgress,
getMessage = getMessage,
getPosition = getPosition,
getType = getType,
setPosition = setPosition,
update = update,
}
end
return {new = new}
|
local E, C, L, ET, _ = select(2, shCore()):unpack()
if C.main.restyleUI ~= true then return end
local _G = _G
local GetPetHappiness = GetPetHappiness
local HasPetUI = HasPetUI
local UnitExists = UnitExists
local function LoadSkin()
local PetStableFrame = _G['PetStableFrame']
PetStableFrame:StripLayout()
PetStableFrame:SetLayout()
PetStableFrame.bg:SetAnchor('TOPLEFT', 10, -11)
PetStableFrame.bg:SetAnchor('BOTTOMRIGHT', -32, 71)
PetStableFrame:SetShadow()
PetStableFrame.shadow:SetAnchor('TOPLEFT', 8, -9)
PetStableFrame.shadow:SetAnchor('BOTTOMRIGHT', -28, 67)
PetStableFramePortrait:dummy()
ET:HandleButton(PetStablePurchaseButton)
PetStableFrameCloseButton:CloseTemplate()
ET:HandleRotateButton(PetStableModelRotateRightButton)
ET:HandleRotateButton(PetStableModelRotateLeftButton)
ET:HandleItemButton(_G['PetStableCurrentPet'], true)
_G['PetStableCurrentPetIconTexture']:SetDrawLayer('OVERLAY')
for i = 1, NUM_PET_STABLE_SLOTS do
ET:HandleItemButton(_G['PetStableStabledPet'..i], true)
_G['PetStableStabledPet'..i..'IconTexture']:SetDrawLayer('OVERLAY')
end
PetStablePetInfo:GetRegions():SetTexCoord(0.04, 0.15, 0.06, 0.30)
PetStablePetInfo:SetFrameLevel(PetModelFrame:GetFrameLevel() +2)
PetStablePetInfo:SetLayout()
PetStablePetInfo:SetSize(24)
hooksecurefunc('PetStable_Update', function()
local happiness = GetPetHappiness()
local hasPetUI, isHunterPet = HasPetUI()
if UnitExists('pet') and hasPetUI and not isHunterPet then return end
local texture = PetStablePetInfo:GetRegions()
if happiness == 1 then
texture:SetTexCoord(0.41, 0.53, 0.06, 0.30)
elseif happiness == 2 then
texture:SetTexCoord(0.22, 0.345, 0.06, 0.30)
elseif happiness == 3 then
texture:SetTexCoord(0.04, 0.15, 0.06, 0.30)
end
end)
end
table.insert(ET['SohighUI'], LoadSkin) |
local config = {
guildTalksEnabled = getBooleanFromString(getConfigValue('ingameGuildManagement'))
}
function onSay(cid, words, param, channel)
local playerAccess, t = getPlayerAccess(cid), {}
for i, talk in ipairs(getTalkActionList()) do
if(not talk.hide and playerAccess >= talk.access) then
local tmp = talk.words:sub(1, 1):trim()
if((guildTalksEnabled or (talk.words ~= "!joinguild" and talk.words ~= "!createguild")) and (tmp == "!" or tmp == "/")) then
table.insert(t, talk)
end
end
end
table.sort(t, function(a, b) return a.access > b.access end)
local lastAccess, str = -1, ""
for i, talk in ipairs(t) do
local line = ""
if(lastAccess ~= talk.access) then
if(i ~= 1) then
line = "\n"
end
lastAccess = talk.access
end
str = str .. line .. talk.words .. "\n"
end
doShowTextDialog(cid, 2160, str)
return true
end
|
test_run = require('test_run').new()
REPLICASET_1 = { 'storage_1_a', 'storage_1_b' }
REPLICASET_2 = { 'storage_2_a', 'storage_2_b' }
test_run:create_cluster(REPLICASET_1, 'router')
test_run:create_cluster(REPLICASET_2, 'router')
util = require('util')
util.wait_master(test_run, REPLICASET_1, 'storage_1_a')
util.wait_master(test_run, REPLICASET_2, 'storage_2_a')
test_run:cmd("create server router_1 with script='router/router_1.lua'")
test_run:cmd("start server router_1")
--
-- gh-77: garbage collection options and Lua garbage collection.
--
test_run:switch('router_1')
fiber = require('fiber')
lua_gc = require('vshard.lua_gc')
cfg.collect_lua_garbage = true
vshard.router.cfg(cfg)
lua_gc.internal.bg_fiber ~= nil
-- Check that `collectgarbage()` was really called.
a = setmetatable({}, {__mode = 'v'})
a.k = {b = 100}
iterations = lua_gc.internal.iterations
lua_gc.internal.bg_fiber:wakeup()
while lua_gc.internal.iterations < iterations + 1 do fiber.sleep(0.01) end
a.k
lua_gc.internal.interval = 0.001
cfg.collect_lua_garbage = false
vshard.router.cfg(cfg)
lua_gc.internal.bg_fiber == nil
iterations = lua_gc.internal.iterations
fiber.sleep(0.01)
iterations == lua_gc.internal.iterations
test_run:switch("default")
test_run:cmd("stop server router_1")
test_run:cmd("cleanup server router_1")
test_run:drop_cluster(REPLICASET_1)
test_run:drop_cluster(REPLICASET_2)
|
remote = require('net.box')
test_run = require('test_run').new()
engine = test_run:get_cfg('engine')
_ = box.space._session_settings:update('sql_default_engine', {{'=', 2, engine}})
box.execute('create table test (id int primary key, a NUMBER, b text)')
space = box.space.TEST
space:replace{1, 2, '3'}
space:replace{4, 5, '6'}
space:replace{7, 8.5, '9'}
box.execute('select * from test')
box.schema.user.grant('guest','read,write,execute', 'universe')
box.schema.user.grant('guest', 'create', 'space')
cn = remote.connect(box.cfg.listen)
cn:ping()
--
-- Static queries, with no parameters.
--
-- Simple select.
ret = cn:execute('select * from test')
ret
type(ret.rows[1])
-- Operation with row_count result.
cn:execute('insert into test values (10, 11, NULL)')
cn:execute('delete from test where a = 5')
cn:execute('insert into test values (11, 12, NULL), (12, 12, NULL), (13, 12, NULL)')
cn:execute('delete from test where a = 12')
-- SQL errors.
cn:execute('insert into not_existing_table values ("kek")')
cn:execute('insert qwerty gjsdjq q qwd qmq;; q;qwd;')
-- Empty result.
cn:execute('select id as identifier from test where a = 5;')
-- netbox API errors.
cn:execute(100)
cn:execute('select 1', nil, {dry_run = true})
-- Empty request.
cn:execute('')
cn:execute(' ;')
--
-- gh-3467: allow only positive integers under limit clause.
--
cn:execute('select * from test where id = ?', {1})
cn:execute('select * from test limit ?', {2})
cn:execute('select * from test limit ?', {-2})
cn:execute('select * from test limit ?', {2.7})
cn:execute('select * from test limit ?', {'Hello'})
cn:execute('select * from test limit 1 offset ?', {2})
cn:execute('select * from test limit 1 offset ?', {-2})
cn:execute('select * from test limit 1 offset ?', {2.7})
cn:execute('select * from test limit 1 offset ?', {'Hello'})
-- gh-2608 SQL iproto DDL
cn:execute('create table test2(id int primary key, a int, b int, c int)')
box.space.TEST2.name
cn:execute('insert into test2 values (1, 1, 1, 1)')
cn:execute('select * from test2')
cn:execute('create index test2_a_b_index on test2(a, b)')
#box.space.TEST2.index
cn:execute('drop table test2')
box.space.TEST2
-- gh-2617 DDL row_count either 0 or 1.
-- Test CREATE [IF NOT EXISTS] TABLE.
cn:execute('create table test3(id int primary key, a int, b int)')
-- Rowcount = 1, although two tuples were created:
-- for _space and for _index.
cn:execute('insert into test3 values (1, 1, 1), (2, 2, 2), (3, 3, 3)')
cn:execute('create table if not exists test3(id int primary key)')
-- Test CREATE VIEW [IF NOT EXISTS] and
-- DROP VIEW [IF EXISTS].
cn:execute('create view test3_view(id) as select id from test3')
cn:execute('create view if not exists test3_view(id) as select id from test3')
cn:execute('drop view test3_view')
cn:execute('drop view if exists test3_view')
-- Test CREATE INDEX [IF NOT EXISTS] and
-- DROP INDEX [IF EXISTS].
cn:execute('create index test3_sec on test3(a, b)')
cn:execute('create index if not exists test3_sec on test3(a, b)')
cn:execute('drop index test3_sec on test3')
cn:execute('drop index if exists test3_sec on test3')
-- Test CREATE TRIGGER [IF NOT EXISTS] and
-- DROP TRIGGER [IF EXISTS].
cn:execute('CREATE TRIGGER trig INSERT ON test3 FOR EACH ROW BEGIN SELECT * FROM test3; END;')
cn:execute('CREATE TRIGGER if not exists trig INSERT ON test3 FOR EACH ROW BEGIN SELECT * FROM test3; END;')
cn:execute('drop trigger trig')
cn:execute('drop trigger if exists trig')
-- Test DROP TABLE [IF EXISTS].
-- Create more indexes, triggers and _truncate tuple.
cn:execute('create index idx1 on test3(a)')
cn:execute('create index idx2 on test3(b)')
box.space.TEST3:truncate()
cn:execute('CREATE TRIGGER trig INSERT ON test3 FOR EACH ROW BEGIN SELECT * FROM test3; END;')
cn:execute('insert into test3 values (1, 1, 1), (2, 2, 2), (3, 3, 3)')
cn:execute('drop table test3')
cn:execute('drop table if exists test3')
--
-- gh-2948: sql: remove unnecessary templates for binding
-- parameters.
--
cn:execute('select ?1, ?2, ?3', {1, 2, 3})
cn:execute('select $name, $name2', {1, 2})
parameters = {}
parameters[1] = 11
parameters[2] = 22
parameters[3] = 33
cn:execute('select $2, $1, $3', parameters)
cn:execute('select * from test where id = :1', {1})
-- gh-2602 obuf_alloc breaks the tuple in different slabs
_ = space:replace{1, 1, string.rep('a', 4 * 1024 * 1024)}
res = cn:execute('select * from test')
res.metadata
box.execute('drop table test')
cn:close()
--
-- gh-3107: async netbox.
--
cn = remote.connect(box.cfg.listen)
cn:execute('create table test (id integer primary key, a integer, b integer)')
future1 = cn:execute('insert into test values (1, 1, 1)', nil, nil, {is_async = true})
future2 = cn:execute('insert into test values (1, 2, 2)', nil, nil, {is_async = true})
future3 = cn:execute('insert into test values (2, 2, 2), (3, 3, 3)', nil, nil, {is_async = true})
future1:wait_result()
future2:wait_result()
future3:wait_result()
future4 = cn:execute('select * from test', nil, nil, {is_async = true})
future4:wait_result()
cn:close()
box.execute('drop table test')
-- gh-2618 Return generated columns after INSERT in IPROTO.
-- Return all ids generated in current INSERT statement.
box.execute('create table test (id integer primary key autoincrement, a integer)')
cn = remote.connect(box.cfg.listen)
cn:execute('insert into test values (1, 1)')
cn:execute('insert into test values (null, 2)')
cn:execute('update test set a = 11 where id == 1')
cn:execute('insert into test values (100, 1), (null, 1), (120, 1), (null, 1)')
cn:execute('insert into test values (null, 1), (null, 1), (null, 1), (null, 1), (null, 1)')
cn:execute('select * from test')
s = box.schema.create_space('test2', {engine = engine})
sq = box.schema.sequence.create('test2')
pk = s:create_index('pk', {sequence = 'test2'})
function push_id() s:replace{box.NULL} s:replace{box.NULL} end
_ = box.space.TEST:on_replace(push_id)
cn:execute('insert into test values (null, 1)')
box.execute('create table test3 (id int primary key autoincrement)')
box.schema.sequence.alter('TEST3', {min=-10000, step=-10})
cn:execute('insert into TEST3 values (null), (null), (null), (null)')
box.execute('drop table test')
s:drop()
sq:drop()
box.execute('drop table test3')
--
-- Ensure that FK inside CREATE TABLE does not affect row_count.
--
cn:execute('create table test (id integer primary key, a integer)')
cn:execute('create table test2 (id integer primary key, ref integer references test(id))')
cn:execute('drop table test2')
--
-- Ensure that REPLACE is accounted twice in row_count. As delete +
-- insert.
--
cn:execute('insert into test values(1, 1)')
cn:execute('insert or replace into test values(1, 2)')
cn:execute('drop table test')
-- SELECT returns unpacked msgpack.
format = {{name = 'id', type = 'integer'}, {name = 'x', type = 'any'}}
s = box.schema.space.create('test', {format=format})
i1 = s:create_index('i1', {parts = {1, 'int'}})
s:insert({1, {1,2,3}})
s:insert({2, {a = 3}})
cn:execute('select * from "test"')
s:drop()
-- Too many autogenerated ids leads to SEGFAULT.
cn = remote.connect(box.cfg.listen)
box.execute('CREATE TABLE t1(id INTEGER PRIMARY KEY AUTOINCREMENT)')
for i = 0, 1000 do cn:execute("INSERT INTO t1 VALUES (null)") end
_ = cn:execute("INSERT INTO t1 SELECT NULL from t1")
box.execute('DROP TABLE t1')
cn:close()
-- gh-3832: Some statements do not return column type
box.execute('CREATE TABLE t1(id INTEGER PRIMARY KEY)')
cn = remote.connect(box.cfg.listen)
-- PRAGMA:
res = cn:execute("PRAGMA table_info(t1)")
res.metadata
-- EXPLAIN
res = cn:execute("EXPLAIN SELECT 1")
res.metadata
res = cn:execute("EXPLAIN QUERY PLAN SELECT COUNT(*) FROM t1")
res.metadata
-- Make sure that built-in functions have a right returning type.
--
cn:execute("SELECT zeroblob(1);")
-- randomblob() returns different results each time, so check only
-- type in meta.
--
res = cn:execute("SELECT randomblob(1);")
res.metadata
-- Type set during compilation stage, and since min/max are accept
-- arguments of all scalar type, we can't say nothing more than
-- SCALAR.
--
cn:execute("SELECT LEAST(1, 2, 3);")
cn:execute("SELECT GREATEST(1, 2, 3);")
cn:close()
box.execute('DROP TABLE t1')
box.schema.user.revoke('guest', 'read,write,execute', 'universe')
box.schema.user.revoke('guest', 'create', 'space')
space = nil
--
-- gh-4756: PREPARE and EXECUTE statistics should be present in box.stat()
--
p = box.stat().PREPARE.total
e = box.stat().EXECUTE.total
s = box.prepare([[ SELECT ?; ]])
s:execute({42})
box.execute('SELECT 1;')
res, err = box.unprepare(s)
assert(box.stat().PREPARE.total == p + 1)
assert(box.stat().EXECUTE.total == e + 2)
-- Cleanup xlog
box.snapshot()
|
local m = require 'lpeg'
local contiguous_byte_ranges = require 'parse.char.utf8.data.contiguous_byte_ranges'
local m_char = require 'parse.char.utf8'
local two_chars = m.C(m_char) * m.C(m_char) * m.P(-1)
local prefix_char = m.C(m_char) * m.Cp()
local blob_tools = require 'parse.blob.tools'
local next_blob = blob_tools.next
local char_tools = require 'parse.char.utf8.tools'
local next_char = char_tools.next
local previous_char = char_tools.previous
local char_range = char_tools.range
local set_proto = {}
local set_meta = {__index = set_proto}
local function add_ranges(ranges, from_char, to_char)
-- we don't need to do anything if from_char and to_char
-- only differ by their final byte
if #from_char ~= #to_char
or (#from_char > 1 and from_char:sub(1, -2) ~= to_char:sub(1, -2)) then
local min_char, max_char
-- if this loop does not break/return, from_char is invalid
for i, range_set in ipairs(contiguous_byte_ranges) do
min_char = range_set.min
max_char = range_set.max
if from_char <= max_char then
if to_char <= max_char then
break
end
-- if lib.byte_sequence_ranges[i+1] is nil, to_char is invalid
local next_min_char = contiguous_byte_ranges[i+1].min
add_ranges(ranges, from_char, max_char)
add_ranges(ranges, next_min_char, to_char)
return
end
end
-- this loop should always break/return
for i = 1, #from_char-1 do
local from_b = string.byte(from_char, i)
local to_b = string.byte(to_char, i)
if from_b ~= to_b then
if string.sub(from_char, i+1) ~= string.sub(min_char, i+1) then
add_ranges(ranges,
from_char,
string.sub(from_char, 1, i)
.. string.sub(max_char, i + 1))
add_ranges(ranges,
string.sub(from_char, 1, i - 1)
.. string.char(from_b + 1)
.. string.sub(min_char, i + 1),
to_char)
elseif string.sub(to_char, i+1) ~= string.sub(max_char, i+1) then
add_ranges(ranges,
from_char,
string.sub(from_char, 1, i - 1)
.. string.char(to_b - 1)
.. string.sub(max_char, i + 1))
add_ranges(ranges,
string.sub(from_char, 1, i - 1)
.. string.char(from_b + 1)
.. string.sub(min_char, i + 1),
to_char)
else
break
end
return
end
end
end
ranges[#ranges+1] = {from_char, to_char}
end
local range_proto = {}
local range_meta = {__index = range_proto}
function range_proto:compile(min_pre_count)
local p_initial = m.P(true)
local count = #self
if self[1] and self[1][1] then
if min_pre_count and count >= min_pre_count then
p_initial = m.P(false)
for i = 1, count do
p_initial = p_initial + self[i][1]
end
p_initial = #p_initial
end
if count >= 16 then
local halfway_point = math.floor(count/2)
local first_half = setmetatable({unpack(self,1,halfway_point)}, range_meta)
local second_half = setmetatable({unpack(self,halfway_point+1)}, range_meta)
local first_half_prefix_char = m.P(false)
for i = 1, halfway_point do
first_half_prefix_char = first_half_prefix_char + first_half[i][1]
end
return p_initial * (
#first_half_prefix_char * first_half:compile()
+ second_half:compile()
)
end
end
local matcher = m.P(false)
for i = count, 1, -1 do
matcher = self[i][2] + matcher
end
return p_initial * matcher
end
local function aux_range_pattern(output, sorted_ranges, pos, prefix)
local range = sorted_ranges[pos]
if range == nil then
return pos
end
if prefix ~= '' then
if range[1]:sub(1, #prefix) ~= prefix
or range[2]:sub(1, #prefix) ~= prefix then
return pos
end
end
local next_prefix_len = #prefix + 1
if next_prefix_len < #range[1]
and string.byte(range[1], next_prefix_len) == string.byte(range[2], next_prefix_len) then
local sub_output = setmetatable({}, range_meta)
local next_prefix = string.sub(range[1], 1, next_prefix_len)
local next_pos = aux_range_pattern(sub_output, sorted_ranges, pos, next_prefix)
output[#output+1] = {m.P(next_prefix:sub(-1)), m.P(next_prefix:sub(-1)) * sub_output:compile(8)}
return aux_range_pattern(output, sorted_ranges, next_pos, prefix)
end
local matcher = m.P(true)
local match_prefix_char = false
for i = next_prefix_len, #range[1] do
local from_b = string.sub(range[1], i,i)
local to_b = string.sub(range[2], i,i)
local match_b
if from_b == to_b then
match_b = m.P(from_b)
else
match_b = m.R(from_b..to_b)
end
matcher = matcher * match_b
if i == next_prefix_len and i < #range[1] then
match_prefix_char = match_b
end
end
output[#output+1] = {match_prefix_char, matcher}
return aux_range_pattern(output, sorted_ranges, pos + 1, prefix)
end
function set_proto:compile()
local ranges = {}
local set = self.S
if set ~= nil then
local char
local i = 1
while i <= #set do
char, i = prefix_char:match(set, i)
if char == nil then
error('bad S value: invalid utf-8 sequence', 2)
end
add_ranges(ranges, char, char)
end
end
local r = self.R
if type(r) == 'string' then
r = {r}
end
for _, pair in ipairs(r or {}) do
local from_char, to_char = two_chars:match(pair)
if from_char == nil then
error('bad R value: expecting sequence of 2 utf-8 characters', 2)
end
add_ranges(ranges, from_char, to_char)
end
-- sort by the first character
table.sort(ranges, function(a,b) return a[1] < b[1]; end)
-- combine touching/overlapping ranges
do
local i = 1
local range = ranges[i]
if range ~= nil then
repeat
i = i + 1
local next_range = ranges[i]
while next_range ~= nil
and (range[2] >= next_range[1] or next_blob(range[2]) == next_range[1]) do
if range[2] < next_range[2] then
range[2] = next_range[2]
end
table.remove(ranges, i)
next_range = ranges[i]
end
range = next_range
until range == nil
end
end
local onebyte = m.P(false)
while ranges[1] and #ranges[1][1] == 1 do
local range = table.remove(ranges, 1)
onebyte = onebyte + m.R(range[1] .. range[2])
end
local alternatives = setmetatable({}, range_meta)
aux_range_pattern(alternatives, ranges, 1, '')
local ranges_pattern = alternatives:compile(2)
return onebyte + ranges_pattern
end
function set_meta.__add(a, b)
local R
if type(a.R) == 'string' then
R = {a.R}
else
R = {unpack(a.R or {})}
end
if type(b.R) == 'string' then
R[#R+1] = b.R
else
for i,v in ipairs(b.R or {}) do
R[#R+1] = v
end
end
local S = (a.S or '') .. (b.S or '')
return setmetatable({R=R, S=S}, set_meta)
end
local function each_char(v)
local pos = 1
return function()
if pos > #v then
return nil
end
local char; char, pos = prefix_char:match(v, pos)
if char == nil then
error('invalid utf-8 sequence')
end
return char
end
end
function set_meta.__sub(a, b)
local S_set = {} do
for c in each_char(a.S or '') do
S_set[c] = true
end
end
local R_list = {} do
local R
if type(a.R) == 'string' then
R = {a.R}
else
R = a.R or {}
end
for i, pair in ipairs(R) do
local from_char, to_char = two_chars:match(pair)
if from_char == nil then
error('invalid utf-8 sequence')
end
add_ranges(R_list, from_char, to_char)
end
table.sort(R_list, function(x, y)
return x[1] < y[1]
end)
end
local function remove_range(from_char, to_char)
for c in char_range(from_char, to_char) do
S_set[c] = nil
end
local i = 1
while true do
local pair = R_list[i]
if pair == nil or to_char < pair[1] then
break
end
if from_char > pair[2] then
i = i + 1
goto continue
end
if from_char <= pair[1] then
if to_char >= pair[2] then
table.remove(R_list, i)
goto continue
end
pair[1] = next_char(to_char)
i = i + 1
goto continue
end
if to_char >= pair[2] then
pair[2] = previous_char(from_char)
i = i + 1
goto continue
end
table.insert(R_list, i + 1, {next_char(to_char), pair[2]})
pair[2] = previous_char(from_char)
i = i + 2
::continue::
end
end
for c in each_char(b.S or '') do
remove_range(c, c)
end
local remove_R = b.R
if type(remove_R) == 'string' then
remove_R = {remove_R}
end
for i, pair in ipairs(remove_R or {}) do
local from_char, to_char = two_chars:match(pair)
if from_char == nil then
error('invalid utf-8 sequence')
end
remove_range(from_char, to_char)
end
local S_list = {}
for c in pairs(S_set) do
S_list[#S_list+1] = c
end
local S = table.concat(S_list)
for i,pair in ipairs(R_list) do
R_list[i] = pair[1] .. pair[2]
end
return setmetatable({R=R_list, S=S}, set_meta)
end
return function(def)
return setmetatable(def or {R='\0\u{10ffff}'}, set_meta)
end
|
---@class AceLocale-3.0
local AceLocale = {}
---@param application string Unique name of addon / module
---@param silent? boolean If true, the locale is optional, silently return nil if it's not found (defaults to false, optional)
---@return table -- The locale table for the current language.
--- ---
---[Documentation](https://www.wowace.com/projects/ace3/pages/api/ace-locale-3-0#title-1)
function AceLocale:GetLocale(application, silent) end
---@paramsig application, locale[, isDefault[, silent]]
---@param application string Unique name of addon / module
---@param locale GAME_LOCALE Name of the locale to register, e.g. "enUS", "deDE", etc.
---@param isDefault? boolean If this is the default locale being registered. Your addon is written in this language, generally enUS, set this to true (defaults to false)
---@param silent? boolean If true, the locale will not issue warnings for missing keys. Must be `true` on the first locale registered. If set to "raw", nils will be returned for unknown keys (no metatable used).
---@return table -- Locale Table to add localizations to, or nil if the current locale is not required.
--- ---
---[Documentation](https://www.wowace.com/projects/ace3/pages/api/ace-locale-3-0#title-2)
function AceLocale:NewLocale(application, locale, isDefault, silent) end
---@alias GAME_LOCALE
---| "frFR" French (France)
---| "deDE": German (Germany)
---| "enGB": English (Great Britain) if returned, can substitute 'enUS' for consistancy
---| "enUS": English (America)
---| "itIT": Italian (Italy)
---| "koKR": Korean (Korea) RTL - right-to-left
---| "zhCN": Chinese (China) (simplified) implemented LTR left-to-right in WoW
---| "zhTW": Chinese (Taiwan) (traditional) implemented LTR left-to-right in WoW
---| "ruRU": Russian (Russia)
---| "esES": Spanish (Spain)
---| "esMX": Spanish (Mexico)
---| "ptBR": Portuguese (Brazil) |
local _G = getfenv(0)
local AtlasLoot = _G.AtlasLoot
-- lua
local GetMapInfo = C_Map.GetMapInfo
local rawget = rawget
local _, tmp1
local months = {
MONTH_JANUARY,
MONTH_FEBRUARY,
MONTH_MARCH,
MONTH_APRIL,
MONTH_MAY,
MONTH_JUNE,
MONTH_JULY,
MONTH_AUGUST,
MONTH_SEPTEMBER,
MONTH_OCTOBER,
MONTH_NOVEMBER,
MONTH_DECEMBER,
}
local GetAchievementInfo, UnitSex, GetFactionInfoByID = _G.GetAchievementInfo, _G.UnitSex, _G.GetFactionInfoByID
local function GetSpecNameById(id)
_, tmp1 = GetSpecializationInfoByID(id)
return tmp1
end
local function GetAchievementName(id)
_, tmp1 = GetAchievementInfo(id)
return tmp1
end
local function GetBuildingName(id)
_, tmp1 = C_Garrison.GetBuildingInfo(id)
return tmp1
end
local function AtlasLoot_GetClassName(class)
if (not LOCALIZED_CLASS_NAMES_MALE[class]) then
return nil;
end
if (UnitSex("player") == "3") then
return LOCALIZED_CLASS_NAMES_FEMALE[class];
else
return LOCALIZED_CLASS_NAMES_MALE[class];
end
end
local IngameLocales = {
-- ######################################################################
-- Factions
-- ######################################################################
-- Legion
["Bizmo's Brawlpub"] = GetFactionInfoByID(2011),
["Brawl'gar Arena"] = GetFactionInfoByID(2010),
-- Warlords of Draenor
-- ["Bizmo's Brawlpub"] = GetFactionInfoByID(1691),
-- ["Brawl'gar Arena"] = GetFactionInfoByID(1690),
-- Mists of Pandaria
["Nat Pagle"] = GetFactionInfoByID(1358),
["Old Hillpaw"] = GetFactionInfoByID(1276),
["Sho"] = GetFactionInfoByID(1278),
["The August Celestials"] = GetFactionInfoByID(1341),
-- ######################################################################
-- Months
-- ######################################################################
["January"] = months[1],
["February"] = months[2],
["March"] = months[3],
["April"] = months[4],
["May"] = months[5],
["June"] = months[6],
["July"] = months[7],
["August"] = months[8],
["September"] = months[9],
["October"] = months[10],
["November"] = months[11],
["December"] = months[12],
-- ######################################################################
-- Class Specs
-- ######################################################################
["Balance"] = GetSpecNameById(102),
["Feral"] = GetSpecNameById(103),
["Guardian"] = GetSpecNameById(104),
["Restoration"] = GetSpecNameById(105),
["Blood"] = GetSpecNameById(250),
["Frost"] = GetSpecNameById(251),
["Unholy"] = GetSpecNameById(252),
["Brewmaster"] = GetSpecNameById(268),
["Mistweaver"] = GetSpecNameById(270),
["Windwalker"] = GetSpecNameById(269),
["Discipline"] = GetSpecNameById(256),
["Holy"] = GetSpecNameById(257),
["Shadow"] = GetSpecNameById(258),
["Protection"] = GetSpecNameById(66),
["Retribution"] = GetSpecNameById(70),
["Elemental"] = GetSpecNameById(262),
["Enhancement"] = GetSpecNameById(263),
["Arms"] = GetSpecNameById(71),
["Fury"] = GetSpecNameById(72),
-- ######################################################################
-- Zones
-- ######################################################################
-- Classic
["Ahn'Qiraj"] = GetMapInfo(319).name,
["Blackrock Depths"] = GetMapInfo(242).name,
["Blackwing Lair"] = GetMapInfo(287).name,
["Lower Blackrock Spire"] = GetAchievementName(643),
["Molten Core"] = GetMapInfo(232).name,
["Orgrimmar"] = GetMapInfo(85).name,
["Ruins of Ahn'Qiraj"] = GetMapInfo(247).name,
["Shadowfang Keep"] = GetMapInfo(310).name,
["Stormwind City"] = GetMapInfo(84).name,
["Upper Blackrock Spire"] = GetAchievementName(1307),
-- Burning Crusade
["Black Temple"] = GetMapInfo(339).name,
["Gruul's Lair"] = GetMapInfo(330).name,
["Hyjal Summit"] = GetMapInfo(329).name,
["Karazhan"] = GetMapInfo(350).name,
["Magtheridon's Lair"] = GetMapInfo(331).name,
["Outland"] = GetMapInfo(101).name,
["Serpentshrine Cavern"] = GetMapInfo(332).name,
["Shattrath City"] = GetMapInfo(111).name,
["Sunwell Plateau"] = GetMapInfo(335).name,
["Tempest Keep"] = GetMapInfo(334).name,
["The Slave Pens"] = GetMapInfo(265).name,
-- Wrath of the Lich King
["Dalaran"] = GetMapInfo(125).name,
["Icecrown"] = GetMapInfo(118).name,
["Icecrown Citadel"] = GetMapInfo(186).name,
["Naxxramas"] = GetMapInfo(162).name,
["Northrend"] = GetMapInfo(113).name,
["Onyxia's Lair"] = GetMapInfo(248).name,
["The Eye of Eternity"] = GetMapInfo(141).name,
["The Obsidian Sanctum"] = GetMapInfo(155).name,
["The Ruby Sanctum"] = GetMapInfo(200).name,
["Trial of the Crusader"] = GetMapInfo(172).name,
["Ulduar"] = GetMapInfo(147).name,
["Vault of Archavon"] = GetMapInfo(156).name,
-- Cataclysm
["Molten Front"] = GetMapInfo(338).name,
-- Mists of Pandaria
["Scarlet Monastery"] = GetMapInfo(435).name,
["Timeless Isle"] = GetMapInfo(554).name,
-- ######################################################################
-- Garrison Buildings
-- ######################################################################
["DBWM"] = GetBuildingName(10), -- Client autoselection
["Enchanter's Study"] = GetBuildingName(126),
["Engineering Works"] = GetBuildingName(124),
["Fishing Shack"] = GetBuildingName(135),
["GGGW"] = GetBuildingName(164), -- Client autoselection
["LIFT"] = GetBuildingName(36), -- Client autoselection
["Salvage Yard"] = GetBuildingName(141),
["Stables"] = GetBuildingName(67),
["The Tannery"] = GetBuildingName(122),
-- data from Core/ItemInfo.lua is generated after loading
-- ######################################################################
-- Class
-- ######################################################################
["DEATHKNIGHT"] = AtlasLoot_GetClassName("DEATHKNIGHT"),
["DEMONHUNTER"] = AtlasLoot_GetClassName("DEMONHUNTER"),
["DRUID"] = AtlasLoot_GetClassName("DRUID"),
["HUNTER"] = AtlasLoot_GetClassName("HUNTER"),
["MAGE"] = AtlasLoot_GetClassName("MAGE"),
["MONK"] = AtlasLoot_GetClassName("MONK"),
["PALADIN"] = AtlasLoot_GetClassName("PALADIN"),
["PRIEST"] = AtlasLoot_GetClassName("PRIEST"),
["ROGUE"] = AtlasLoot_GetClassName("ROGUE"),
["SHAMAN"] = AtlasLoot_GetClassName("SHAMAN"),
["WARLOCK"] = AtlasLoot_GetClassName("WARLOCK"),
["WARRIOR"] = AtlasLoot_GetClassName("WARRIOR"),
}
AtlasLoot.IngameLocales = IngameLocales
setmetatable(IngameLocales, { __index = function(tab, key) return rawget(tab, key) or key end } )
|
local name, _GatherLite = ...;
local GFrame = LibStub("GatherLiteFrame");
local HBD = LibStub("HereBeDragons-2.0");
local worldmapOpen = false;
local worldmapID = nil;
local timeDiff = 0
local checkDiff = 0
GatherLiteTracker = {};
function GatherLiteTracker:OnLoad()
GatherLite:On("worldmap:update", function()
GatherLiteTracker:Worldmap();
end);
end
GatherLiteTracker.WorldmapFilter = function(node)
if not GatherLite.db.char.worldmap.enabled then
return false
end
-- check if were tracking the type of node
if not GatherLite.db.char.tracking[node.type] then
return false
end
-- check if were using the predefined database
if node.predefined and not GatherLite.db.global.usePredefined then
return false
end
-- check if the node type is should be ignored.
if GatherLite:IsIgnored(node.object) then
return false
end
return true;
end
GatherLiteTracker.MinimapFilter = function(node)
if not GatherLite.db.char.minimap.enabled then
return false
end
-- check if were tracking the type of node
if not GatherLite.db.char.tracking[node.type] then
return false
end
-- check if were using the predefined database
--GatherLite:print(node.predefined)
if node.predefined then
if not GatherLite.db.global.usePredefined then
return false
end
end
-- check if the node type is should be ignored.
if GatherLite:IsIgnored(node.object) then
return false
end
return true;
end
function GatherLiteTracker:ClosestNodes(type, posX, posY, instanceID, maxDist, filter)
local t = table.filter(_GatherLite.nodes[type], function(node)
if node.instance ~= instanceID then
return false
end
if not filter(node) then
return false
end
local x, y, _ = HBD:GetWorldCoordinatesFromZone(node.posX, node.posY, node.mapID);
local _, distance = HBD:GetWorldVector(instanceID, posX, posY, x, y)
return distance and distance < maxDist;
end)
return t;
end
function GatherLiteTracker:WorldmapNodes(list, mapID, filter)
return table.filter(list, function(node)
return node.mapID == mapID and filter(node);
end);
end
table.filter = function(t, filterIter)
local out = {}
for k, v in pairs(t) do
if filterIter(v, k, t) then
out[k] = v;
end
end
return out
end
table.length = function(T)
local count = 0
if T then
for _ in pairs(T) do
count = count + 1
end
end
return count
end
local function miningThread()
local x, y, instanceID = HBD:GetPlayerWorldPosition()
local t = GatherLiteTracker:ClosestNodes("mining", x, y, instanceID, GatherLite.db.char.minimap.range, GatherLiteTracker.MinimapFilter);
for key, node in pairs(t) do
if not _GatherLite.nodes["mining"][key].loaded then
GatherLite:createMinimapNode(_GatherLite.nodes["mining"][key])
_GatherLite.nodes["mining"][key].loaded = true;
end
--print(key)
coroutine.yield()
end
end
local function herbalismThread()
local x, y, instanceID = HBD:GetPlayerWorldPosition()
local t = GatherLiteTracker:ClosestNodes("herbalism", x, y, instanceID, GatherLite.db.char.minimap.range, GatherLiteTracker.MinimapFilter);
for key, node in pairs(t) do
if not _GatherLite.nodes["herbalism"][key].loaded then
GatherLite:createMinimapNode(_GatherLite.nodes["herbalism"][key])
_GatherLite.nodes["herbalism"][key].loaded = true;
end
coroutine.yield()
end
end
local function containerThread()
local x, y, instanceID = HBD:GetPlayerWorldPosition()
local t = GatherLiteTracker:ClosestNodes("containers", x, y, instanceID, GatherLite.db.char.minimap.range, GatherLiteTracker.MinimapFilter);
for key, node in pairs(t) do
if not _GatherLite.nodes["containers"][key].loaded then
GatherLite:createMinimapNode(_GatherLite.nodes["containers"][key])
_GatherLite.nodes["containers"][key].loaded = true;
end
coroutine.yield()
end
end
local function fishingThread()
local x, y, instanceID = HBD:GetPlayerWorldPosition()
local t = GatherLiteTracker:ClosestNodes("fishing", x, y, instanceID, GatherLite.db.char.minimap.range, GatherLiteTracker.MinimapFilter);
for key, node in pairs(t) do
if not _GatherLite.nodes["fishing"][key].loaded then
GatherLite:createMinimapNode(_GatherLite.nodes["fishing"][key])
_GatherLite.nodes["fishing"][key].loaded = true;
end
coroutine.yield()
end
end
local function minimapIconThread()
local x, y, instanceID = HBD:GetPlayerWorldPosition()
for key, iframe in pairs(GFrame.usedFrames) do
local frame = GFrame.usedFrames[key]
if frame.type == "minimap" and frame.node.loaded then
if IsInInstance() then
frame.node.loaded = false;
frame:Unload();
return
end
local x2, y2, _ = HBD:GetWorldCoordinatesFromZone(frame.node.posX, frame.node.posY, frame.node.mapID);
local _, distance = HBD:GetWorldVector(instanceID, x, y, x2, y2)
if not distance then
frame.node.loaded = false;
frame:Unload();
return
end
if distance >= GatherLite.db.char.minimap.range then
frame.node.loaded = false;
frame:Unload();
return
end
if not GatherLiteTracker.MinimapFilter(frame.node) then
frame.node.loaded = false;
frame:Unload();
return
end
if frame.node.type ~= "containers" and frame.node.type ~= "fishing" then
if distance < GatherLite.db.char.minimap.distance and frame:IsVisible() then
frame:FakeHide();
elseif distance >= GatherLite.db.char.minimap.distance and not frame:IsVisible() then
frame:FakeShow();
end
end
elseif frame.type == "minimap" and not frame.node.loaded then
frame.node.loaded = false;
frame:Unload();
end
coroutine.yield()
end
end
local threadMining = coroutine.create(miningThread)
local threadHerbalism = coroutine.create(herbalismThread)
local threadContainer = coroutine.create(containerThread)
local threadFishing = coroutine.create(fishingThread)
local threadIcon = coroutine.create(minimapIconThread)
function GatherLiteTracker:Minimap(timeDelta, force)
local updateIcons = false
local updateNodes = false
if (force) then
updateIcons = true
updateNodes = true
threadMining = coroutine.create(miningThread)
threadHerbalism = coroutine.create(herbalismThread)
threadContainer = coroutine.create(herbalismThread)
threadFishing = coroutine.create(fishingThread)
threadIcon = coroutine.create(minimapIconThread)
else
checkDiff = checkDiff + timeDelta
timeDiff = timeDiff + timeDelta
if (checkDiff > 5) then
updateNodes = true
checkDiff = 0
updateIcons = true
timeDiff = 0
elseif (timeDiff > 0.5) then
updateIcons = true
timeDiff = 0
end
end
if (updateNodes) then
if coroutine.status(threadMining) == "dead" then
threadMining = coroutine.create(miningThread)
end
if coroutine.status(threadHerbalism) == "dead" then
threadHerbalism = coroutine.create(herbalismThread)
end
if coroutine.status(threadContainer) == "dead" then
threadContainer = coroutine.create(containerThread)
end
if coroutine.status(threadFishing) == "dead" then
threadFishing = coroutine.create(fishingThread)
end
end
if (updateIcons) then
if coroutine.status(threadIcon) == "dead" then
threadIcon = coroutine.create(minimapIconThread)
end
end
coroutine.resume(threadMining)
coroutine.resume(threadHerbalism)
coroutine.resume(threadContainer)
coroutine.resume(threadFishing)
coroutine.resume(threadIcon)
end
function GatherLiteTracker:Worldmap()
GatherLite:forEach(GFrame.usedFrames, function(frame)
if frame.type == "worldmap" and frame.node.loadedWorldmap then
frame.node.loadedWorldmap = false;
frame:Unload()
end
end);
if worldmapOpen and worldmapID then
for key, node in pairs(GatherLiteTracker:WorldmapNodes(_GatherLite.nodes["mining"], worldmapID, GatherLiteTracker.WorldmapFilter)) do
_GatherLite.nodes["mining"][key].loadedWorldmap = true
GatherLite:createWorldmapNode(_GatherLite.nodes["mining"][key])
end
for key, node in pairs(GatherLiteTracker:WorldmapNodes(_GatherLite.nodes["herbalism"], worldmapID, GatherLiteTracker.WorldmapFilter)) do
_GatherLite.nodes["herbalism"][key].loadedWorldmap = true
GatherLite:createWorldmapNode(_GatherLite.nodes["herbalism"][key])
end
for key, node in pairs(GatherLiteTracker:WorldmapNodes(_GatherLite.nodes["containers"], worldmapID, GatherLiteTracker.WorldmapFilter)) do
_GatherLite.nodes["containers"][key].loadedWorldmap = true
GatherLite:createWorldmapNode(_GatherLite.nodes["containers"][key])
end
for key, node in pairs(GatherLiteTracker:WorldmapNodes(_GatherLite.nodes["fishing"], worldmapID, GatherLiteTracker.WorldmapFilter)) do
_GatherLite.nodes["fishing"][key].loadedWorldmap = true
GatherLite:createWorldmapNode(_GatherLite.nodes["fishing"][key])
end
end
end
function GatherLiteTracker:OnUpdate(timeDelta)
if _GatherLite.WorldmapOpen and not worldmapOpen then
worldmapOpen = true;
elseif not _GatherLite.WorldmapOpen and worldmapOpen then
worldmapOpen = false;
worldmapID = nil;
GatherLite:Trigger("worldmap:update")
end
if worldmapOpen then
if worldmapID ~= WorldMapFrame.mapID then
worldmapID = WorldMapFrame.mapID;
GatherLite:Trigger("worldmap:update")
end
end
GatherLiteTracker:Minimap(timeDelta)
end |
local Timing = Component.create("Timing")
function Timing:initialize(time)
self.timer = time
end
|
return {
namespaced_message = "This message is in another intl file."
} |
modifier_dummy = class({})
--Set the dummy out of the game
function modifier_dummy:CheckState()
local state = {
[MODIFIER_STATE_OUT_OF_GAME] = true,
[MODIFIER_STATE_INVULNERABLE] = true,
[MODIFIER_STATE_NO_UNIT_COLLISION] = true,
[MODIFIER_STATE_UNSELECTABLE] = true
}
return state
end |
table.insert(data.raw["technology"]["military"].effects,
{
type = "unlock-recipe",
recipe = "alien-plate"
})
table.insert(data.raw["technology"]["military"].effects,
{
type = "unlock-recipe",
recipe = "alien-magazine"
})
table.insert(data.raw["technology"]["military"].effects,
{
type = "unlock-recipe",
recipe = "alien-fuel"
})
if data.raw["item"]["alien-artifact"] then
table.insert(data.raw["technology"]["automation"].effects,
{
type = "unlock-recipe",
recipe = "alien-artifact-to-ore"
})
end
table.insert(data.raw["technology"]["automation"].effects,
{
type = "unlock-recipe",
recipe = "alien-module-1"
})
table.insert(data.raw["technology"]["automation"].effects,
{
type = "unlock-recipe",
recipe = "alien-hyper-module-1"
})
table.insert(data.raw["technology"]["electronics"].effects,
{
type = "unlock-recipe",
recipe = "alien-module-2"
})
table.insert(data.raw["technology"]["advanced-electronics"].effects,
{
type = "unlock-recipe",
recipe = "alien-module-3"
})
table.insert(data.raw["technology"]["advanced-electronics"].effects,
{
type = "unlock-recipe",
recipe = "alien-module-4"
})
table.insert(data.raw["technology"]["advanced-electronics"].effects,
{
type = "unlock-recipe",
recipe = "alien-module-5"
})
table.insert(data.raw["technology"]["solar-energy"].effects,
{
type = "unlock-recipe",
recipe = "alien-solarpanel"
})
table.insert(data.raw["technology"]["electric-energy-accumulators-1"].effects,
{
type = "unlock-recipe",
recipe = "alien-accumulator"
}) |
--
-- Created by IntelliJ IDEA.
-- User: chen0
-- Date: 11/7/2017
-- Time: 8:28 AM
-- To change this template use File | Settings | File Templates.
--
local ConnectedComponents = {}
ConnectedComponents.__index = ConnectedComponents
function ConnectedComponents.create()
local s = {}
setmetatable(s, ConnectedComponents)
s.marked = {}
s.count = 0
s.id = {}
return s
end
function ConnectedComponents:run(G)
self.marked = {}
self.id = {}
for i = 0, G:vertexCount()-1 do
local v = G:vertexAt(i)
self.marked[v] = false
self.id[v] = -1
end
self.count = 0
for i = 0, G:vertexCount()-1 do
local v = G:vertexAt(i)
if self.marked[v] == false then
self:dfs(G, v)
self.count = self.count + 1
end
end
end
function ConnectedComponents:dfs(G, v)
self.marked[v] = true
self.id[v] = self.count
local adj_v = G:adj(v)
for i = 0,adj_v:size()-1 do
local e = adj_v:get(i)
local w = e:other(v)
if self.marked[w] == false then
self:dfs(G, w)
end
end
end
function ConnectedComponents:component(v)
return self.id[v]
end
return ConnectedComponents
|
---@class FrameworkMessageType
EsoAddonFramework_Framework_MessageType = {
---Sent from framework the first time a player is activated after login or ui reload.
InitialActivation = 1,
---Sent from framework to request controls that should be shown on the settings page.
SettingsControlsRequest = 2,
---Send to framework to show settings page.
ShowSettings = 3,
---Sent from framework when settings page is shown.
SettingsShown = 4
} |
-- important fields for Analyzer class
require "lpeg"
extensions = {"lua"}
language = "Lua"
full_grammar = "lua_grammar"
other_grammars = {block = "lua_grammar"}
paired = {"{", "}", "(", ")"}
selectable = {"block", "chunk", "stat", "laststat", "function_name",
"namelist", "varlist", "function_call", "expression", "unknown", }
multi_text = {"line_comment", "multiline_comment"}
floating = {"line_comment", "multiline_comment"}
-- does language support multiline comments?
multiline_support = "false"
-- start & end tokens for comments; if language does not support multiline comments, define custom tokens
line_tokens = {"--", ""}
multiline_tokens = {"--[*[", "]*]"}
local lpeg = require "lpeg";
local locale = lpeg.locale();
local P, S, V = lpeg.P, lpeg.S, lpeg.V;
local C, Cb, Cc, Cg, Cs, Cmt, Ct =
lpeg.C, lpeg.Cb, lpeg.Cc, lpeg.Cg, lpeg.Cs, lpeg.Cmt, lpeg.Ct;
local shebang = P "#" * (P(1) - P "\n")^0 * P "\n";
local function K (k) -- keyword
return
Ct(
Cc("keyword") *
T(k)) * -(locale.alnum + P "_");
end
function N(arg) -- nonterminal
return Ct(
Cc(arg) *
V(arg)
)
end
function T(arg) -- terminal
return
Ct(C(arg))
end
-- *** GRAMMAR ****
local grammar = {"S", -- dummy symbol
-- ENTRY POINTS
lua_block =
Ct(Cc("lua_program") *
(shebang)^-1 * V "space" *
N "chunk"^-1 * V "space" *
N'unknown'^0
* -1);
-- keywords
keywords = K "and" + K "break" + K "do" + K "else" + K "elseif" +
K "end" + K "false" + K "for" + K "function" + K "if" +
K "in" + K "local" + K "nil" + K "not" + K "or" + K "repeat" +
K "return" + K "then" + K "true" + K "until" + K "while";
-- longstrings
-- longstring = P{ -- from Roberto Ierusalimschy's lpeg examples
-- V "open" * C((P(1) - V "closeeq")^0) *
-- V "close" / function (o, s) return s end;
-- open = "[" * Cg((P "=")^0, "init") * P "[" * (P "\n")^-1;
-- close = "]" * C((P "=")^0) * "]";
-- closeeq = Cmt(V "close" * Cb "init", function (s, i, a, b) return a == b end)
-- };
longstring = T"[[" *
(Cc(" ") * N"nl")^0 *
N"longline"^0*
T"]]";
longline = T((1-P"]]"-P"\n")^1) * N"nl"^0;
-- comments & whitewhite
space = (N'whites' + N'multiline_comment' + N'line_comment' + N'nl'^1)^0;
line_comment = T "--" * V "longstring" +
T(P"--" * (1 -S"\r\n")^0) * N'nl' ;
multiline_comment = T(P"--[*[" * (1 - P"]*]")^0 * P"]*]"),
whites = T((locale.space - S"\n\r")^1);
nl = T(P"\r"^-1 * P"\n");
unknown = T((1 - S"\n\r")^1)* N'nl'^0, -- anything divided to lines
-- unknown_word = N'whites'^-1 * T((1 - S" \t\r\n")^1),
-- Types and Comments
identifier = T((locale.alpha + P "_") * (locale.alnum + P "_")^0 - N "keywords");
number_constant = T((P "-")^-1 * V "space" * P "0x" * locale.xdigit^1 *
-(locale.alnum + P "_") +
(P "-")^-1 * V "space" * locale.digit^1 *
(P "." * locale.digit^1)^-1 * (S "eE" * (P "-")^-1 *
locale.digit^1)^-1 * -(locale.alnum + P "_") +
(P "-")^-1 * V "space" * P "." * locale.digit^1 *
(S "eE" * (P "-")^-1 * locale.digit^1)^-1 *
-(locale.alnum + P "_"));
string_constant = T( "\"" * (P "\\" * P(1) + (1 - P "\""))^0 * P "\"" +
P "'" * (P "\\" * P(1) + (1 - P "'"))^0 * P "'");
-- Lua Complete Syntax
chunk =
(V "space" * N "laststat" * (V "space" * T ";")^-1) + -- laststat only
(V "space" * N "stat" * (V "space" * T ";")^-1)^1 * -- stats
(V "space" * N "laststat" * (V "space" * T ";")^-1)^-1;
block = V"chunk";
stat = K "do" * V "space" * N "block" * V "space" * K "end" +
K "while" * V "space" * N "expression" * V "space" * K "do" * V "space" *
N "block" * V "space" * K "end" +
K "repeat" * V "space" * N "block" * V "space" * K "until" *
V "space" * N "expression" +
K "if" * V "space" * N "expression" * V "space" * K "then" *
V "space" * N "block" * V "space" *
(K "elseif" * V "space" * N "expression" * V "space" * K "then" *
V "space" * N "block" * V "space"
)^0 *
(K "else" * V "space" * N "block" * V "space")^-1 * K "end" +
K "for" * V "space" * N "identifier" * V "space" * T "=" * V "space" *
N "expression" * V "space" * T "," * V "space" * N "expression" *
(V "space" * T "," * V "space" * N "expression")^-1 * V "space" *
K "do" * V "space" * N "block" * V "space" * K "end" +
K "for" * V "space" * N "namelist" * V "space" * K "in" * V "space" *
N "explist" * V "space" * K "do" * V "space" * N "block" *
V "space" * K "end" +
K "function" * V "space" * N "function_name" * V "space" * V "function_body" +
K "local" * V "space" * K "function" * V "space" * N "identifier" *
V "space" * V "function_body" +
K "local" * V "space" * N "namelist" *
(V "space" * T "=" * V "space" * N "explist")^-1 +
N "varlist" * V "space" * T "=" * V "space" * N "explist" +
N "function_call";
laststat = K "return" * (V "space" * N "explist")^-1 + K "break";
function_name = N "identifier" * (V "space" * T "." * V "space" * N "identifier")^0 *
(V "space" * T ":" * V "space" * N "identifier")^-1;
namelist = N "identifier" * (V "space" * T "," * V "space" * N "identifier")^0;
varlist = N "var" * (V "space" * T "," * V "space" * N "var")^0;
-- Let's come up with a syntax that does not use left recursion
-- (only listing changes to Lua 5.1 extended BNF syntax)
-- value ::= nil | false | true | number_constant | string_constant | '...' | function |
-- table_constructor | function_call | var | '(' expression ')'
-- expression ::= unop expression | value [binop expression]
-- prefix ::= '(' expression ')' | identifier
-- index ::= '[' expression ']' | '.' identifier
-- call ::= args | ':' identifier args
-- suffix ::= call | index
-- var ::= prefix {suffix} index | identifier
-- function_call ::= prefix {suffix} call
-- Something that represents a value (or many values)
value = K "nil" +
K "false" +
K "true" +
N "number_constant" +
N "string_constant" +
N "longstring" +
T "..." +
N "function" +
N "table_constructor" +
N "function_call" +
N "var" +
T "(" * V "space" * N "expression" * V "space" * T ")";
-- An expression operates on values to produce a new value or is a value
expression = N "unop" * V "space" * N "expression" +
N "value" * (V "space" * N "binop" * V "space" * N "expression")^-1;
-- Index and Call
index = T "[" * V "space" * N "expression" * V "space" * T "]" +
T "." * V "space" * N "identifier";
call = N "args" +
T ":" * V "space" * N "identifier" * V "space" * N "args";
-- A Prefix is a the leftmost side of a var(iable) or function_call
prefix = T "(" * V "space" * N "expression" * V "space" * T ")" +
N "identifier";
-- A Suffix is a Call or Index
suffix = N "call" + N "index";
var = N "prefix" * (V "space" * N "suffix" * #(V "space" * N "suffix"))^0 *
V "space" * N "index" +
N "identifier";
function_call = N "prefix" *
(V "space" * N "suffix" * #(V "space" * N "suffix"))^0 *
V "space" * N "call";
explist = N "expression" * (V "space" * T "," * V "space" * N "expression")^0;
args = T "(" * V "space" * (N "explist" * V "space")^-1 * T ")" +
N "table_constructor" +
N "string_constant";
["function"] = K "function" * V "space" * V"function_body";
function_body = T "(" * V "space" * (N "parlist" * V "space")^-1 * T ")" *
V "space" * N "block" * V "space" * K "end";
parlist = N "namelist" * (V "space" * T "," * V "space" * T "...")^-1 +
T "...";
table_constructor = T "{" * V "space" * (N "field_list" * V "space")^-1 * T "}";
field_list = N "field" * (V "space" * N "fieldsep" * V "space" * N "field")^0
* (V "space" * N "fieldsep")^-1;
field = T "[" * V "space" * N "expression" * V "space" * T "]" * V "space" * T "=" *
V "space" * N "expression" +
N "identifier" * V "space" * T "=" * V "space" * N "expression" +
N "expression";
fieldsep = T "," +
T ";";
binop = K "and" + -- match longest token sequences first
K "or" +
T ".." +
T "<=" +
T ">=" +
T "==" +
T "~=" +
T "+" +
T "-" +
T "*" +
T "/" +
T "^" +
T "%" +
T "<" +
T ">";
unop = T "-" +
T "#" +
K "not";
};
-- *** END OF GRAMMAR ****
-- *** POSSIBLE GRAMMARS (ENTRY POINTS) ****
grammar[1] = "lua_block"
lua_grammar = P(grammar)
--*******************************************************************
-- TESTING - this script cannot be used by Analyzer.cpp when these lines are uncommented !!!
-- dofile('default_grammar.lua')
-- test("snippets.lua", lua_grammar)
|
local cjson = require "cjson"
local helpers = require "spec.helpers"
for _, strategy in helpers.each_strategy() do
describe("URI encoding [#" .. strategy .. "]", function()
local proxy_client
setup(function()
local bp = helpers.get_db_utils(strategy)
bp.routes:insert {
hosts = { "mock_upstream" },
}
bp.routes:insert {
hosts = { "mock_upstream" },
}
bp.routes:insert {
protocols = { "http" },
paths = { "/request" },
strip_path = false,
}
bp.routes:insert {
protocols = { "http" },
paths = { "/stripped-path" },
strip_path = true,
}
assert(helpers.start_kong({
database = strategy,
nginx_conf = "spec/fixtures/custom_nginx.template",
}))
proxy_client = helpers.proxy_client()
end)
teardown(function()
helpers.stop_kong()
end)
it("issue #1975 does not double percent-encode proxied args", function()
-- https://github.com/Kong/kong/pull/1975
local res = assert(proxy_client:send {
method = "GET",
path = "/get?limit=25&where=%7B%22or%22:%5B%7B%22name%22:%7B%22like%22:%22%25bac%25%22%7D%7D%5D%7D",
headers = {
["Host"] = "mock_upstream",
},
})
local body = assert.res_status(200, res)
local json = cjson.decode(body)
assert.equal("25", json.uri_args.limit)
assert.equal([[{"or":[{"name":{"like":"%bac%"}}]}]], json.uri_args.where)
end)
it("issue #1480 does not percent-encode args unecessarily", function()
-- behavior might not be correct, but we assert it anyways until
-- a change is planned and documented.
-- https://github.com/Mashape/kong/issues/1480
local res = assert(proxy_client:send {
method = "GET",
path = "/request?param=1.2.3",
headers = {
["Host"] = "mock_upstream",
},
})
local body = assert.res_status(200, res)
local json = cjson.decode(body)
assert.equal(helpers.mock_upstream_url .. "/request?param=1.2.3", json.url)
end)
it("issue #749 does not decode percent-encoded args", function()
-- https://github.com/Mashape/kong/issues/749
local res = assert(proxy_client:send {
method = "GET",
path = "/request?param=abc%7Cdef",
headers = {
["Host"] = "mock_upstream",
},
})
local body = assert.res_status(200, res)
local json = cjson.decode(body)
assert.equal(helpers.mock_upstream_url .. "/request?param=abc%7Cdef", json.url)
end)
it("issue #688 does not percent-decode proxied URLs", function()
-- https://github.com/Mashape/kong/issues/688
local res = assert(proxy_client:send {
method = "GET",
path = "/request/foo%2Fbar",
headers = {
["Host"] = "mock_upstream",
},
})
local body = assert.res_status(200, res)
local json = cjson.decode(body)
assert.equal(helpers.mock_upstream_url .. "/request/foo%2Fbar", json.url)
end)
it("issue #2512 does not double percent-encode upstream URLs", function()
-- https://github.com/Mashape/kong/issues/2512
-- with `hosts` matching
local res = assert(proxy_client:send {
method = "GET",
path = "/request/auth%7C123",
headers = {
["Host"] = "mock_upstream",
},
})
local body = assert.res_status(200, res)
local json = cjson.decode(body)
assert.matches("/request/auth%7C123", json.url, nil, true)
-- with `uris` matching
local res2 = assert(proxy_client:send {
method = "GET",
path = "/request/auth%7C123",
})
local body2 = assert.res_status(200, res2)
local json2 = cjson.decode(body2)
assert.matches("/request/auth%7C123", json2.url, nil, true)
-- with `uris` matching + `strip_uri`
local res3 = assert(proxy_client:send {
method = "GET",
path = "/stripped-path/request/auth%7C123",
})
local body3 = assert.res_status(200, res3)
local json3 = cjson.decode(body3)
assert.matches("/request/auth%7C123", json3.url, nil, true)
end)
end)
end
|
-- This file is generated with ListStrings.ps1
local L = LibStub("AceLocale-3.0"):NewLocale("XKeyBinding", "ruRU")
if not L then return end
---------- Total: 46 ----------
L["Command #"] = "Команда №"
L["Invoked Macro by name: "] = "Вызван макрос с именем "
L["Invoked Macro sequence "] = "Вызван код макроса "
L["CVar not found or inaccessible: "] = "Переменная не найдена или недоступна"
L["CVar |c20ff20ff%s|r was set to "] = "Переменная |c20ff20ff%s|r теперь "
L["|cff00ff00On|r"] = "|cff00ff00Вкл.|r"
L["|cffff1010Off|r"] = "|cffff1010Выкл.|r"
L["Error while parsing code:\n"] = "Ошибка разбора:\n"
L["Error while running code:\n"] = "Ошибка выполнения:\n"
L["Lua code: "] = "Код Lua: "
L["Lua code executed"] = "Код Lua выполнен"
L[" (empty) "] = " (пусто) "
L["(no name)"] = "(без имени)"
L["Type"] = "Тип"
L["Command type"] = "Тип команды"
L["Name"] = "Имя"
L["Command name"] = "Имя команды"
L["On-screen notification"] = "Уведомление на экране"
L["Show on-screen notification when command is invoked"] = "Отображать уведомление на экране при запуске команды"
L["Chat notification"] = "Уведомление в чате"
L["Show chat notification when command is invoked"] = "Отображать уведомление в чате при запуске команды"
L["Command Text"] = "Текст команды"
L["(not assigned)"] = "(не назначено)"
L["Command Description"] = "Описание"
L["Author"] = "Автор"
L["Version"] = "Версия"
L["Date"] = "Дата"
L["Command List"] = "Список команд"
L["Show numbers"] = "Отображать номера"
L["Show numbers in command list"] = "Отображать порядковые номера команд в списке"
L["Show icons"] = "Отображать значки"
L["Show icons in command list"] = "Отображать значки типа команды в списке"
L["Clear"] = "Очистить"
L["Clear unused command entries"] = "Очистить неиспользуемые команды"
L["Commands"] = "Команды"
L["Profiles"] = "Профили"
L["DISABLED.TYPENAME"] = "Отключена"
L["DISABLED.TYPEZHELP"] = "|cffff0000Команда отключена|r"
L["MACRO_NAME.TYPENAME"] = "Имя макроса"
L["MACRO_NAME.TYPEZHELP"] = "|cffffff00Запуск макроса по имени|r\n\nВведите имя макроса в поле Имя команды"
L["MACRO_TEXT.TYPENAME"] = "Текст макроса"
L["MACRO_TEXT.TYPEZHELP"] = "|cffffff00Запуск макроса по содержимому|r\n\nВведите текст макроса в поле Имя команды"
L["CVAR_TOGGLE.TYPENAME"] = "Переключение CVar"
L["CVAR_TOGGLE.TYPEZHELP"] = "|cffffff00Переключает значение консольной переменной по очереди в одно из двух заданных зачений|r\n\nВведите название переменной, первое и второе значения в отдельные строки поля Текст команды"
L["LUA_CODE.TYPENAME"] = "Код Lua"
L["LUA_CODE.TYPEZHELP"] = "|cffff8000Выполняет код Lua|r\n\nВведите код в поле Текст команды"
|
if not modules then modules = { } end modules ['lpdf-mis'] = {
version = 1.001,
comment = "companion to lpdf-ini.mkiv",
author = "Hans Hagen, PRAGMA-ADE, Hasselt NL",
copyright = "PRAGMA ADE / ConTeXt Development Team",
license = "see context related readme files"
}
-- Although we moved most pdf handling to the lua end, we didn't change
-- the overall approach. For instance we share all resources i.e. we
-- don't make subsets for each xform or page. The current approach is
-- quite efficient. A big difference between MkII and MkIV is that we
-- now use forward references. In this respect the MkII code shows that
-- it evolved over a long period, when backends didn't provide forward
-- referencing and references had to be tracked in multiple passes. Of
-- course there are a couple of more changes.
local next, tostring = next, tostring
local format, gsub, formatters = string.format, string.gsub, string.formatters
local texset, texget = tex.set, tex.get
local backends, lpdf, nodes = backends, lpdf, nodes
local nodeinjections = backends.pdf.nodeinjections
local codeinjections = backends.pdf.codeinjections
local registrations = backends.pdf.registrations
local copy_node = node.copy
local nodepool = nodes.pool
local pdfliteral = nodepool.pdfliteral
local register = nodepool.register
local pdfdictionary = lpdf.dictionary
local pdfarray = lpdf.array
local pdfconstant = lpdf.constant
local pdfreference = lpdf.reference
local pdfunicode = lpdf.unicode
local pdfverbose = lpdf.verbose
local pdfstring = lpdf.string
local pdfflushobject = lpdf.flushobject
local pdfflushstreamobject = lpdf.flushstreamobject
local pdfaction = lpdf.action
local formattedtimestamp = lpdf.pdftimestamp
local adddocumentextgstate = lpdf.adddocumentextgstate
local addtocatalog = lpdf.addtocatalog
local addtoinfo = lpdf.addtoinfo
local addtopageattributes = lpdf.addtopageattributes
local addtonames = lpdf.addtonames
local variables = interfaces.variables
local v_stop = variables.stop
local positive = register(pdfliteral("/GSpositive gs"))
local negative = register(pdfliteral("/GSnegative gs"))
local overprint = register(pdfliteral("/GSoverprint gs"))
local knockout = register(pdfliteral("/GSknockout gs"))
local function initializenegative()
local a = pdfarray { 0, 1 }
local g = pdfconstant("ExtGState")
local d = pdfdictionary {
FunctionType = 4,
Range = a,
Domain = a,
}
local negative = pdfdictionary { Type = g, TR = pdfreference(pdfflushstreamobject("{ 1 exch sub }",d)) }
local positive = pdfdictionary { Type = g, TR = pdfconstant("Identity") }
adddocumentextgstate("GSnegative", pdfreference(pdfflushobject(negative)))
adddocumentextgstate("GSpositive", pdfreference(pdfflushobject(positive)))
initializenegative = nil
end
local function initializeoverprint()
local g = pdfconstant("ExtGState")
local knockout = pdfdictionary { Type = g, OP = false, OPM = 0 }
local overprint = pdfdictionary { Type = g, OP = true, OPM = 1 }
adddocumentextgstate("GSknockout", pdfreference(pdfflushobject(knockout)))
adddocumentextgstate("GSoverprint", pdfreference(pdfflushobject(overprint)))
initializeoverprint = nil
end
function nodeinjections.overprint()
if initializeoverprint then initializeoverprint() end
return copy_node(overprint)
end
function nodeinjections.knockout ()
if initializeoverprint then initializeoverprint() end
return copy_node(knockout)
end
function nodeinjections.positive()
if initializenegative then initializenegative() end
return copy_node(positive)
end
function nodeinjections.negative()
if initializenegative then initializenegative() end
return copy_node(negative)
end
-- function codeinjections.addtransparencygroup()
-- -- png: /CS /DeviceRGB /I true
-- local d = pdfdictionary {
-- S = pdfconstant("Transparency"),
-- I = true,
-- K = true,
-- }
-- lpdf.registerpagefinalizer(function() addtopageattributes("Group",d) end) -- hm
-- end
-- actions (todo: store and update when changed)
local openpage, closepage, opendocument, closedocument
function codeinjections.registerdocumentopenaction(open)
opendocument = open
end
function codeinjections.registerdocumentcloseaction(close)
closedocument = close
end
function codeinjections.registerpageopenaction(open)
openpage = open
end
function codeinjections.registerpagecloseaction(close)
closepage = close
end
local function flushdocumentactions()
if opendocument then
addtocatalog("OpenAction",pdfaction(opendocument))
end
if closedocument then
addtocatalog("CloseAction",pdfaction(closedocument))
end
end
local function flushpageactions()
if openpage or closepage then
local d = pdfdictionary()
if openpage then
d.O = pdfaction(openpage)
end
if closepage then
d.C = pdfaction(closepage)
end
addtopageattributes("AA",d)
end
end
lpdf.registerpagefinalizer (flushpageactions, "page actions")
lpdf.registerdocumentfinalizer(flushdocumentactions,"document actions")
--- info : this can change and move elsewhere
local identity = { }
function codeinjections.setupidentity(specification)
for k, v in next, specification do
if v ~= "" then
identity[k] = v
end
end
end
local done = false -- using "setupidentity = function() end" fails as the meaning is frozen in register
local function setupidentity()
if not done then
local title = identity.title
if not title or title == "" then
title = tex.jobname
end
addtoinfo("Title", pdfunicode(title), title)
local subtitle = identity.subtitle or ""
if subtitle ~= "" then
addtoinfo("Subject", pdfunicode(subtitle), subtitle)
end
local author = identity.author or ""
if author ~= "" then
addtoinfo("Author", pdfunicode(author), author) -- '/Author' in /Info, 'Creator' in XMP
end
local creator = identity.creator or ""
if creator ~= "" then
addtoinfo("Creator", pdfunicode(creator), creator) -- '/Creator' in /Info, 'CreatorTool' in XMP
end
local currenttimestamp = lpdf.timestamp()
addtoinfo("CreationDate", pdfstring(formattedtimestamp(currenttimestamp)))
local date = identity.date or ""
local pdfdate = formattedtimestamp(date)
if pdfdate then
addtoinfo("ModDate", pdfstring(pdfdate), date)
else
-- users should enter the date in 2010-01-19T23:27:50+01:00 format
-- and if not provided that way we use the creation time instead
addtoinfo("ModDate", pdfstring(formattedtimestamp(currenttimestamp)), currenttimestamp)
end
local keywords = identity.keywords or ""
if keywords ~= "" then
keywords = gsub(keywords, "[%s,]+", " ")
addtoinfo("Keywords",pdfunicode(keywords), keywords)
end
local id = lpdf.id()
addtoinfo("ID", pdfstring(id), id) -- needed for pdf/x
--
addtoinfo("ConTeXt.Version", environment.version)
addtoinfo("ConTeXt.Time", os.date("%Y-%m-%d %H:%M"))
addtoinfo("ConTeXt.Jobname", environment.jobname or tex.jobname)
addtoinfo("ConTeXt.Url", "www.pragma-ade.com")
addtoinfo("ConTeXt.Support", "contextgarden.net")
--
done = true
else
-- no need for a message
end
end
lpdf.registerpagefinalizer(setupidentity,"identity")
-- or when we want to be able to set things after pag e1:
--
-- lpdf.registerdocumentfinalizer(setupidentity,1,"identity")
local function flushjavascripts()
local t = interactions.javascripts.flushpreambles()
if #t > 0 then
local a = pdfarray()
local pdf_javascript = pdfconstant("JavaScript")
for i=1,#t do
local name, script = t[i][1], t[i][2]
local j = pdfdictionary {
S = pdf_javascript,
JS = pdfreference(pdfflushstreamobject(script)),
}
a[#a+1] = pdfstring(name)
a[#a+1] = pdfreference(pdfflushobject(j))
end
addtonames("JavaScript",pdfreference(pdfflushobject(pdfdictionary{ Names = a })))
end
end
lpdf.registerdocumentfinalizer(flushjavascripts,"javascripts")
-- -- --
local pagespecs = {
[variables.max] = { mode = "FullScreen", layout = false, fit = false, fixed = false, duplex = false },
[variables.bookmark] = { mode = "UseOutlines", layout = false, fit = false, fixed = false, duplex = false },
[variables.fit] = { mode = "UseNone", layout = false, fit = true, fixed = false, duplex = false },
[variables.doublesided] = { mode = "UseNone", layout = "TwoColumnRight", fit = true, fixed = false, duplex = false },
[variables.singlesided] = { mode = "UseNone", layout = false, fit = false, fixed = false, duplex = false },
[variables.default] = { mode = "UseNone", layout = "auto", fit = false, fixed = false, duplex = false },
[variables.auto] = { mode = "UseNone", layout = "auto", fit = false, fixed = false, duplex = false },
[variables.none] = { mode = false, layout = false, fit = false, fixed = false, duplex = false },
-- new
[variables.fixed] = { mode = "UseNone", layout = "auto", fit = false, fixed = true, duplex = false }, -- noscale
[variables.landscape] = { mode = "UseNone", layout = "auto", fit = false, fixed = true, duplex = "DuplexFlipShortEdge" },
[variables.portrait] = { mode = "UseNone", layout = "auto", fit = false, fixed = true, duplex = "DuplexFlipLongEdge" },
[variables.page] = { mode = "UseNone", layout = "auto", fit = false, fixed = true, duplex = "Simplex" },
}
local pagespec, topoffset, leftoffset, height, width, doublesided = "default", 0, 0, 0, 0, false
local cropoffset, bleedoffset, trimoffset, artoffset = 0, 0, 0, 0
function codeinjections.setupcanvas(specification)
local paperheight = specification.paperheight
local paperwidth = specification.paperwidth
local paperdouble = specification.doublesided
if paperheight then
texset('global','pageheight',paperheight)
end
if paperwidth then
texset('global','pagewidth',paperwidth)
end
pagespec = specification.mode or pagespec
topoffset = specification.topoffset or 0
leftoffset = specification.leftoffset or 0
height = specification.height or texget("pageheight")
width = specification.width or texget("pagewidth")
--
cropoffset = specification.cropoffset or 0
trimoffset = cropoffset - (specification.trimoffset or 0)
bleedoffset = trimoffset - (specification.bleedoffset or 0)
artoffset = bleedoffset - (specification.artoffset or 0)
--
if paperdouble ~= nil then
doublesided = paperdouble
end
end
local function documentspecification()
if not pagespec or pagespec == "" then
pagespec = variables.default
end
-- local settings = utilities.parsers.settings_to_array(pagespec)
-- local spec = pagespecs[variables.default]
-- for i=1,#settings do
-- local s = pagespecs[settings[i]]
-- if s then
-- for k, v in next, s do
-- spec[k] = v
-- end
-- end
-- end
local spec = pagespecs[pagespec] or pagespecs[variables.default]
if spec.layout == "auto" then
if doublesided then
local s = pagespecs[variables.doublesided] -- to be checked voor interfaces
for k, v in next, s do
spec[k] = v
end
else
spec.layout = false
end
end
local layout = spec.layout
local mode = spec.mode
local fit = spec.fit
local fixed = spec.fixed
local duplex = spec.duplex
if layout then
addtocatalog("PageLayout",pdfconstant(layout))
end
if mode then
addtocatalog("PageMode",pdfconstant(mode))
end
if fit or fixed or duplex then
addtocatalog("ViewerPreferences",pdfdictionary {
FitWindow = fit and true or nil,
PrintScaling = fixed and pdfconstant("None") or nil,
Duplex = duplex and pdfconstant(duplex) or nil,
})
end
addtoinfo ("Trapped", pdfconstant("False")) -- '/Trapped' in /Info, 'Trapped' in XMP
addtocatalog("Version", pdfconstant(format("1.%s",pdf.getminorversion())))
end
-- temp hack: the mediabox is not under our control and has a precision of 4 digits
local factor = number.dimenfactors.bp
local f_value = formatters["%0.4F"]
local function boxvalue(n) -- we could share them
return pdfverbose(f_value(factor * n))
end
local function pagespecification()
local llx = leftoffset
local lly = texget("pageheight") + topoffset - height
local urx = width - leftoffset
local ury = texget("pageheight") - topoffset
-- boxes can be cached
local function extrabox(WhatBox,offset,always)
if offset ~= 0 or always then
addtopageattributes(WhatBox, pdfarray {
boxvalue(llx + offset),
boxvalue(lly + offset),
boxvalue(urx - offset),
boxvalue(ury - offset),
})
end
end
extrabox("CropBox",cropoffset,true) -- mandate for rendering
extrabox("TrimBox",trimoffset,true) -- mandate for pdf/x
extrabox("BleedBox",bleedoffset) -- optional
-- extrabox("ArtBox",artoffset) -- optional .. unclear what this is meant to do
end
lpdf.registerpagefinalizer(pagespecification,"page specification")
lpdf.registerdocumentfinalizer(documentspecification,"document specification")
-- Page Label support ...
--
-- In principle we can also support /P (prefix) as we can just use the verbose form
-- and we can then forget about the /St (start) as we don't care about those few
-- extra bytes due to lack of collapsing. Anyhow, for that we need a stupid prefix
-- variant and that's not on the agenda now.
local map = {
numbers = "D",
Romannumerals = "R",
romannumerals = "r",
Characters = "A",
characters = "a",
}
-- local function featurecreep()
-- local pages, lastconversion, list = structures.pages.tobesaved, nil, pdfarray()
-- local getstructureset = structures.sets.get
-- for i=1,#pages do
-- local p = pages[i]
-- if not p then
-- return -- fatal error
-- else
-- local numberdata = p.numberdata
-- if numberdata then
-- local conversionset = numberdata.conversionset
-- if conversionset then
-- local conversion = getstructureset("structure:conversions",p.block,conversionset,1,"numbers")
-- if conversion ~= lastconversion then
-- lastconversion = conversion
-- list[#list+1] = i - 1 -- pdf starts numbering at 0
-- list[#list+1] = pdfdictionary { S = pdfconstant(map[conversion] or map.numbers) }
-- end
-- end
-- end
-- if not lastconversion then
-- lastconversion = "numbers"
-- list[#list+1] = i - 1 -- pdf starts numbering at 0
-- list[#list+1] = pdfdictionary { S = pdfconstant(map.numbers) }
-- end
-- end
-- end
-- addtocatalog("PageLabels", pdfdictionary { Nums = list })
-- end
local function featurecreep()
local pages = structures.pages.tobesaved
local list = pdfarray()
local getset = structures.sets.get
local stopped = false
local oldlabel = nil
local olconversion = nil
for i=1,#pages do
local p = pages[i]
if not p then
return -- fatal error
end
local label = p.viewerprefix or ""
if p.status == v_stop then
if not stopped then
list[#list+1] = i - 1 -- pdf starts numbering at 0
list[#list+1] = pdfdictionary {
P = pdfunicode(label),
}
stopped = true
end
oldlabel = nil
oldconversion = nil
stopped = false
else
local numberdata = p.numberdata
local conversion = nil
local number = p.number
if numberdata then
local conversionset = numberdata.conversionset
if conversionset then
conversion = getset("structure:conversions",p.block,conversionset,1,"numbers")
end
end
conversion = conversion and map[conversion] or map.numbers
if number == 1 or oldlabel ~= label or oldconversion ~= conversion then
list[#list+1] = i - 1 -- pdf starts numbering at 0
list[#list+1] = pdfdictionary {
S = pdfconstant(conversion),
St = number,
P = label ~= "" and pdfunicode(label) or nil,
}
end
oldlabel = label
oldconversion = conversion
stopped = false
end
end
addtocatalog("PageLabels", pdfdictionary { Nums = list })
end
lpdf.registerdocumentfinalizer(featurecreep,"featurecreep")
|
splash:go(args.url)
splash:wait(1.0)
result = {}
result.lowest_price = 10000
result.bag_weight = "20kg"
result.bag_price = "20"
result.html = splash:html()
|
--local _button = "Small"
local id_number = 0
local debug = false
local names = {
"Kyle",
"Preston",
"Pedro",
"Jean",
"Willis",
"Eric",
"Alan",
"Jeremiah",
"Troy",
"Warner",
"Guadalupe",
"Emanuel",
"Parker",
"Willie",
"Mauricio",
"Tommie",
"Buck",
"Marlon",
"Deshawn",
"Fritz",
"Sam",
"Chung",
"Chungus",
"Jim",
"Whitney",
"Barton",
"Alec",
"Antione",
"Micah",
"Rhett",
"Clint",
"Raphael",
"Sammy",
"Dale",
"Pat",
"Lazarus",
"Milton",
"Vaughn",
"Walton",
"Lorenzo",
"Robby",
"Stanley",
"Marvin",
"Arnold",
"Chester",
"Wilmer",
"Zane",
"Cornelius",
"Ivan",
"Javier",
"Jesse",
"Rhea",
"Karla",
"Maybelle",
"Salley",
"Temple",
"Ronna",
"Lilli",
"Stella",
"Lorine",
"Denna",
"Bernice",
"Lorina",
"Rhona",
"Kasie",
"Earline",
"Felisha",
"Jeni",
"Stormy",
"Akiko",
"Beverlee",
"Chia",
"Ethelene",
"Lakisha",
"Hsiu",
"Dawna",
"Demetra",
"Junita",
"June",
"Lyndia",
"Otelia",
"Joanie",
"Jenell",
"Johana",
"Corina",
"Hannelore",
"Deandra",
"Florida",
"Matilde",
"Maragret",
"Luana",
"Neva",
"Rachal",
"Rona",
"Shirl",
"Maudie",
"Rosalyn",
"Rosaura",
"Jesusita",
"Adela",
"Lashon"
}
local _side = "enemy"
local _states = {
["player"] = {color = {0, 0, 0.545098}, state = 1},
["enemy"] = {color = {0.517647, 0, 0.098039}, state = 2},
["ally"] = {color = {0.039216, 0.368627, 0.211765}, state = 3},
["neutral"] = {color = {0.764706, 0.560784, 0}, state = 4}
}
local _initiative_pos = {117.97, 4, -29.30}
--local _initiative_pos = {45.06, 3, -18.70}
local _initiative_bag = "de97c2"
local _pawn_pos = {x = 121.44, y = 3.2, z = 27.69}
--_pawn_pos = {x = 78.08, y = 3, z = 28.09}
local _pawn_bag = "e1e28a"
local _hand_pos = {141.53, 17.80, -1.09}
local _boss_bag = "627199"
--local _tracker_pos = {x = 42.83, y = 1.5, z = -2.77}
----local _tracker_pos = {x = 42.83, y = 1.5, z = -2.77}
--local _tracker_bag = "d2f618"
--local _tracker_zone = "84f009"
--local _bag_pos = {x = 17.50, y = 2.00, z = 6.12}
local _processing = false
local _global_calc = 0
local _objects = {}
function onLoad()
local inputs = {
-- name
{
input_function = "none",
function_owner = self,
label = "Name",
position = {6.2, 0.7, 7.6},
rotation = {0, 180, 0},
scale = {0.9, 1.2, 0.9},
width = 2000,
height = 350,
font_size = 320,
tab = 2,
value = debug and "/" or "",
tooltip = "Name (/ for random)"
},
-- initiative
{
input_function = "none",
function_owner = self,
label = "INI",
position = {3.4, 0.7, 7.6},
rotation = {0, 180, 0},
scale = {0.9, 1.2, 0.9},
width = 800,
height = 350,
font_size = 320,
tab = 2,
validation = 1,
value = debug and "5" or "",
tooltip = "Initiative Mod"
},
-- hp
{
input_function = "hp",
function_owner = self,
label = "HP",
position = {1.5, 0.7, 7.6},
rotation = {0, 180, 0},
scale = {0.9, 1.2, 0.9},
width = 1000,
height = 350,
font_size = 320,
tab = 2,
value = debug and "r25-182" or "",
tooltip = "Hit Points (rLW-UP)"
},
-- ac
{
input_function = "none",
function_owner = self,
label = "AC",
position = {-0.4, 0.7, 7.6},
rotation = {0, 180, 0},
scale = {0.9, 1.2, 0.9},
width = 800,
height = 350,
font_size = 320,
tab = 2,
validation = 2,
value = debug and "15" or "",
tooltip = "Armor Class"
},
-- attack
{
input_function = "none",
function_owner = self,
label = "ATK",
position = {-2.1, 0.7, 7.6},
rotation = {0, 180, 0},
scale = {0.9, 1.2, 0.9},
width = 800,
height = 350,
font_size = 320,
tab = 2,
validation = 2,
value = debug and "7" or "",
tooltip = "Attack Bonus"
},
-- damage die
{
input_function = "d_die",
function_owner = self,
label = "DIE",
position = {-3.8, 0.7, 7.6},
rotation = {0, 180, 0},
scale = {0.9, 1.2, 0.9},
width = 800,
height = 350,
font_size = 200,
value = debug and "2d8" or "",
tooltip = "Damage Die"
},
-- movement
{
input_function = "none",
function_owner = self,
label = "Movement",
position = {-6.3, 0.7, 7.6},
rotation = {0, 180, 0},
scale = {0.9, 1.2, 0.9},
width = 1600,
height = 350,
font_size = 280,
tooltip = "Movement speed",
value = debug and "10ft" or ""
},
-- number
{
input_function = "none",
function_owner = self,
label = "Number",
position = {6.57, 0.7, 6.7},
rotation = {0, 180, 0},
scale = {0.9, 1.2, 0.9},
width = 1600,
height = 350,
font_size = 320,
tooltip = "Number to Create",
alignment = 3,
value = "1",
validation = 2
}
}
local buttons = {
--{
-- click_function = "switch_size",
-- function_owner = self,
-- label = _button,
-- position = {-6.4, 0.7, 7.6},
-- rotation = {0, 180, 0},
-- scale = {0.9, 1.2, 0.9},
-- width = 1600, height = 450,
-- font_size = 320
--},
{
click_function = "create_npc",
function_owner = self,
label = "Create",
position = {0.2, 0.7, 6.7},
rotation = {0, 180, 0},
scale = {0.9, 1.2, 0.9},
width = 1600,
height = 380,
font_size = 320,
color = {0.7961, 0.2732, 0.2732, 1}
},
{
click_function = "switch_sides",
function_owner = self,
label = "Enemy",
position = {3.4, 0.7, 6.7},
rotation = {0, 180, 0},
scale = {0.9, 1.2, 0.9},
width = 1600,
height = 380,
font_size = 320,
color = {0.517647, 0, 0.098039, 1}
},
{
click_function = "create_note",
function_owner = self,
label = "Note",
position = {-2.5, 0.7, 6.7},
rotation = {0, 180, 0},
scale = {0.9, 1.2, 0.9},
width = 1100,
height = 380,
font_size = 320,
color = {0.192, 0.701, 0.168, 1},
tooltip = "Right click for named."
},
{
click_function = "update_checkbox",
function_owner = self,
label = " ",
position = {-4.1, 0.7, 6.7},
rotation = {0, 180, 0},
scale = {0.9, 1.2, 0.9},
width = 380,
height = 380,
font_size = 320,
color = {0.856, 0.1, 0.094, 1},
tooltip = "false"
},
{
click_function = "switch_size",
function_owner = self,
label = "Medium",
position = {-6.3, 0.7, 6.7},
rotation = {0, 180, 0},
scale = {0.9, 1.2, 0.9},
width = 1600,
height = 380,
font_size = 320,
color = {0.976471, 0.427451, 0.003922, 1},
tooltip = "Size"
}
}
for i = 1, #inputs do
self.createInput(inputs[i])
end
for i = 1, #buttons do
self.createButton(buttons[i])
end
if debug then
self.createButton(
{
click_function = "printme",
function_owner = self,
label = "Kek",
position = {-7, 0.7, 6.7},
rotation = {0, 180, 0},
scale = {0.9, 1.2, 0.9},
width = 1600,
height = 380,
font_size = 320,
color = {0, 0, 0, 1},
font_color = {1, 1, 1, 1}
}
)
end
self.UI.setAttribute("calculateAll", "onClick", self.getGUID() .. "/UI_CalculateAll")
self.UI.setAttribute("destroyAll", "onClick", self.getGUID() .. "/UI_DestroyAll")
self.UI.setAttribute("calculateAllText", "onEndEdit", self.getGUID() .. "/UI_UpdateInput(value)")
end
function none()
end
function hp()
--should be able to do random
end
function d_die()
-- validate dies
end
function setNumber(number)
self.editInput({index = 7, value = number})
end
function getName()
local inputs = self.getInputs()[1]
local returner = inputs.value
if string.sub(returner, 1, 1) == "/" then
if #returner > 1 then
returner = string.sub(returner, 2) .. names[math.random(1, #names)]
else
returner = names[math.random(1, #names)]
end
end
if debug then
returner = returner .. id_number
end
return returner
end
function getINI()
local ini = self.getInputs()[2].value
if string.sub(ini, 1, 1) == "r" then
ini = string.gsub(ini, "r", "")
local range = mysplit(ini, "-")
ini = math.random(range[1], range[2])
elseif string.sub(ini, 1, 1) == "a" then
ini = string.gsub(ini, "a", "") + 3
end
return ini
end
function getHP()
local hp = self.getInputs()[3].value
if string.sub(hp, 1, 1) == "r" then
hp = string.gsub(hp, "r", "")
local range = mysplit(hp, "-")
hp = math.random(range[1], range[2])
end
return hp
end
function getAC()
local inputs = self.getInputs()[4]
return inputs.value
end
function getATK()
local inputs = self.getInputs()[5]
return inputs.value
end
function getDMG()
local inputs = self.getInputs()[6]
return inputs.value
end
function getMovement()
local inputs = self.getInputs()[7]
return inputs.value
end
function getNumber()
local inputs = self.getInputs()[8]
return inputs.value
end
function getSize(getData)
local buttons = self.getButtons()[5]
if not getData then
return buttons.label
else
if not getBossCheckbox() then
local scale = {}
scale["Small"] = 0.17
scale["Medium"] = 0.30
scale["Large"] = 0.55
scale["Huge"] = 0.90
scale["Gargantuan"] = 1.20
return scale[buttons.label]
else
local scale = {}
scale["Small"] = 0.53
scale["Medium"] = 0.78
scale["Large"] = 1.45
scale["Huge"] = 2.40
scale["Gargantuan"] = 3.30
return scale[buttons.label]
end
end
end
function setName(params)
self.editInput({index = 0, value = params.input})
end
function setINI(params)
self.editInput({index = 1, value = params.input})
end
function setHP(params)
self.editInput({index = 2, value = params.input})
end
function setAC(params)
self.editInput({index = 3, value = params.input})
end
function setATK(params)
self.editInput({index = 4, value = params.input})
end
function setDMG(params)
self.editInput({index = 5, value = params.input})
end
function setMovement(params)
self.editInput({index = 6, value = params.input})
end
function setSize(params)
self.editButton({index=4, label=params.input})
end
function create_note(obj, color, alt_click)
local card_pos = {107.95, 3.1, 18.37}
local card_bag = getObjectFromGUID("15a6b7")
if not card_bag then
print("Where's the card bag?")
return
end
if color == "Black" then
local inputs = self.getInputs()
local entityName = ""
local data = {}
for i = 1, #inputs do
if inputs[i].label ~= "Number" then
local val = ""
if inputs[i].label == "Name" then
entityName = inputs[i].value
val = getBossCheckbox() and entityName or "/"
else
val = inputs[i].value
end
table.insert(data, val)
if data[i] == "" then
print("Error in data")
return nil
end
end
end
table.insert(data, getSize())
-- create the note with the name as "/"
local str = ""
for i = 1, #data do
if data[i] ~= data[#data] then
str = str .. data[i] .. "|"
else
str = str .. data[i]
end
end
if getBossCheckbox() then
local desc = self.getDescription()
if desc ~= "" then
str = str .. "\n" .. desc
end
end
takeParams = {
position = card_pos,
rotation = {0, 270, 0},
callback_function = function(spawned)
local waiter = function()
return spawned.resting
end
local waited = function()
spawned.setName(entityName)
spawned.setDescription(str)
end
Wait.condition(waited, waiter)
end
}
card_bag.takeObject(takeParams)
end
end
function switch_size(obj, player_clicker_color, alt_click)
local sizes = {}
sizes[1] = "Small"
sizes[2] = "Medium"
sizes[3] = "Large"
sizes[4] = "Huge"
sizes[5] = "Gargantuan"
local currentSize = getSize()
local c = 1
for i = 1, #sizes do
if sizes[i] == currentSize then
c = alt_click and i - 1 or i + 1
end
end
if c > #sizes then
c = 1
elseif c <= 0 then
c = #sizes
end
self.editButton(
{
index = 4,
label = sizes[c]
}
)
end
function create_npc(owner, color, alt_click)
id_number = id_number + 1
local object = {
id = id_number,
name = getName(),
initiative = getINI(),
hp = getHP(),
ac = getAC(),
atk = getATK(),
dmg = getDMG(),
dice = nil,
size = getSize(true),
pawn = nil,
ini_tracker = nil,
movement = getMovement(),
side = _side
}
object.maxhp = object.hp
table.insert(_objects, object)
local bagToUse = _pawn_bag
if getBossCheckbox() == true then
bagToUse = _boss_bag
end
_pawn_pos.z = 28.09 + math.random(-4.66, 4.66)
takeParams = {
position = _pawn_pos,
rotation = {0, 0, 0},
callback_function = function(obj)
if not getBossCheckbox() then
take_pawn(obj, object.name, object.id, tonumber(getNumber()) > 1 and true)
else
take_boss(obj, object.name, object.id, tonumber(getNumber()) > 1 and true)
end
end
}
getObjectFromGUID(bagToUse).takeObject(takeParams)
local waiter = function()
return object.pawn ~= nil
end
local waited = function()
takeParams = {
position = _initiative_pos,
rotation = {0.00, 90.00, 0.00},
callback_function = function(obj)
take_initiative(obj, object.name, object.id)
end
}
getObjectFromGUID(_initiative_bag).takeObject(takeParams)
end
Wait.condition(waited, waiter)
--takeParams = {
-- position = _tracker_pos,
-- rotation = {0, 90, 0},
-- callback_function = function(obj)
-- take_tracker(obj, object)
-- end
--}
--getObjectFromGUID(_tracker_bag).takeObject(takeParams)
local waiter = function()
local i = object.ini_tracker ~= nil
local p = object.pawn ~= nil
return i and p
end
local waited = function()
addToCommander(object)
if tonumber(getNumber()) > 1 then
_processing = true
end
checkLoop(id_number + 1)
end
Wait.condition(waited, waiter)
--Wait.time(
-- function()
--
-- end,
-- 1.5
--)
end
function getBossCheckbox()
local btn = self.getButtons()[4]
return btn.tooltip == "true"
end
function update_checkbox()
--broadcastToColor("Disabled for now, sorry", "Black", {r = 1, g = 1, b = 1})
--if debug then
local btn = self.getButtons()[4]
--printTable(btn)
local isBoss = btn.tooltip == "true"
local color = {
red = {0.856, 0.1, 0.094, 1},
green = {0.4418, 0.8101, 0.4248, 1}
}
if not isBoss then
--print("it is boss")
--btn.color = color.green
--btn.tooltip = "true"
self.editButton({index = 3, color = color.green})
self.editButton({index = 3, tooltip = "true"})
else
--print("it is not boss")
--btn.color = color.red
--btn.tooltip = "false"
self.editButton({index = 3, color = color.red})
self.editButton({index = 3, tooltip = "false"})
end
--end
end
function toggleIsBoss(params)
local btn = self.getButtons()[4]
local color = {
red = {0.856, 0.1, 0.094, 1},
green = {0.4418, 0.8101, 0.4248, 1}
}
if params.input then
self.editButton({index = 3, color = color.green})
self.editButton({index = 3, tooltip = "true"})
else
self.editButton({index = 3, color = color.red})
self.editButton({index = 3, tooltip = "false"})
end
end
function checkLoop(id)
local number = tonumber(getNumber())
if number > 1 then
number = number - 1
setNumber(number)
create_npc()
end
if number == 1 and _processing then
--print(id)
if id then
local waiter = function()
local object = getObjectByID(id)
--print(id)
--printTable(object)
if object then
object = object.obj
local i = object.ini_tracker ~= nil
local p = object.pawn ~= nil
return i and p
else
return false
end
end
local waited = function()
--print("waited")
_processing = false
for i = 0, 5 do
self.editInput({index = i, value = ""})
end
end
Wait.condition(waited, waiter, 5)
else
Wait.time(
function()
_processing = false
for i = 0, 5 do
self.editInput({index = i, value = ""})
end
end,
3
)
end
end
end
function addToCommander(payload)
-- <HorizontalLayout>
-- <Text class="name" text="Zwerg"></Text>
-- <Text text="+2"></Text>
-- <Text class="hp">10 <textcolor color="#FFFFFF">|</textcolor>10</Text>
-- <Text text="13"></Text>
-- <Text text="+4"></Text>
-- <Text text="2d6"></Text>
-- <Button>-</Button>
-- <Button id="omegalul" onClick="UI_ButtonClick(omegalul)">+</Button>
-- <Button class="destroy">X</Button>
if tonumber(payload.initiative) > 0 then
payload.initiative = "+" .. payload.initiative
end
local xmlTable = self.UI.getXmlTable()
if not xmlTable[4].children[1].children then
xmlTable[4].children[1].children = {}
end
local toAdd = {
tag = "HorizontalLayout",
attributes = {
id = payload.id,
color = (payload.id % 2 ~= 0) and "#00000080" or "#00000000"
},
children = {
-- name
{
tag = "Text",
attributes = {
class = "name",
text = payload.name,
id = "name-" .. payload.id
}
},
-- initiative
{
tag = "Text",
attributes = {
text = payload.initiative,
id = "initiative-" .. payload.id
}
},
-- hp
{
tag = "Text",
attributes = {
class = "hp",
text = payload.hp .. " | " .. payload.maxhp,
id = "hp-" .. payload.id
}
},
-- ac
{
tag = "Text",
attributes = {
text = payload.ac,
id = "ac-" .. payload.id
}
},
-- dmg
{
tag = "Text",
attributes = {
text = payload.dmg,
id = "dmg-" .. payload.id
}
},
-- atk
{
tag = "Text",
attributes = {
text = payload.atk,
id = "atk-" .. payload.id
}
},
-- calculate
{
tag = "InputField",
attributes = {
id = "calcText-" .. payload.id,
class = "calculate",
onEndEdit = self.getGUID() .. "/UI_InputEdit(value)"
}
},
-- calculateButton
{
tag = "Button",
attributes = {
id = "calcButton-" .. payload.id,
onClick = self.getGUID() .. "/UI_Calculate(" .. payload.id .. ")"
},
value = "C"
},
-- destroy
{
tag = "Button",
attributes = {
class = "destroy",
id = "destroy-" .. payload.id,
onClick = self.getGUID() .. "/UI_Destroy(" .. payload.id .. ")"
},
value = "X"
}
}
}
table.insert(xmlTable[4].children[1].children, toAdd)
updateTable(xmlTable)
end
function destroy(caller)
local object = nil
if caller.pawn then
object = getObjectByPawn(caller.pawn)
elseif caller.object then
object = caller.object
end
if object then
object.obj.ini_tracker.destruct()
--object.obj.full_tracker.destruct()
--printTable(self.UI.getValue(object.obj.id))
--table.remove(_objects, object.index)
--printTable(self.UI.getXmlTable())
if not caller.skipUpdate then
local xmlTable = self.UI.getXmlTable()
local rows = xmlTable[4].children[1].children
local i = 1
local done = false
while (i <= #rows and not done) do
local id = tonumber(rows[i].attributes.id)
if id == object.obj.id then
table.remove(xmlTable[4].children[1].children, i)
done = true
end
i = i + 1
end
updateTable(xmlTable)
end
table.remove(_objects, object.index)
end
end
function take_boss(spawned, name, id, moveIt)
local waiter = function()
return spawned.resting
end
local waited = function()
local object = getObjectByID(id).obj
local image = self.getDescription()
local gid = spawned.getGUID()
--spawned.editInput({index = 0, value = name})
spawned.call("_starter", {image = image})
Wait.time(
function()
spawned = getObjectFromGUID(gid)
spawned.call(
"_init",
{
master = self,
obj = object
}
)
object.pawn = spawned
spawned.editInput({index = 0, value = name})
spawned.use_hands = true
--spawned.deal(1, "Black", 7)
spawned.setPositionSmooth(_hand_pos, false, false)
spawned.setRotationSmooth({0, 270, 0}, false, true)
end,
0.5
)
--object.pawn = spawned
--print("-----")
--print(spawned.getGUID())
--local desc = self.getDescription()
--spawned.setCustomObject(
-- {
-- image = desc,
-- image_secondary = desc
-- }
--)
--broadcastToColor("Remember to reimport the image now.", "Black", {r = 1, g = 1, b = 1})
if debug then
object.pawn__id = spawned.getGUID()
end
end
Wait.condition(waited, waiter)
end
function take_pawn(spawned, name, id, moveIt)
local waiter = function()
return spawned.resting
end
local waited = function()
local object = getObjectByID(id).obj
spawned.editInput({index = 0, value = name})
spawned.call(
"_init",
{
master = self,
obj = object
}
)
--attributeTable = {
-- value = "kek"
-- fontSize = 300,
-- color = "#000000"
--}
--spawned.UI.setAttribute("exampleText", attributeTable)
--spawned.setPositionSmooth(_bag_pos, false, false)
spawned.use_hands = true
spawned.setPositionSmooth(_hand_pos, false, false)
spawned.setRotationSmooth({0, 270, 0}, false, true)
--spawned.deal(1, "Black", 7)
object.pawn = spawned
if debug then
object.pawn__id = spawned.getGUID()
end
end
Wait.condition(waited, waiter)
end
function take_initiative(spawned, name, id)
--PrintTable(spawned.getStates())
local initiative = nil
--initiative = spawned.call("setSide", {side = _side})
local waiter = function()
return spawned.resting
end
local waited = function()
if not initiative then
initiative = spawned
end
local i = getInitiative()
initiative.call(
"_init",
{input = {name = name, i = i, pawn = getObjectByID(id).obj.pawn.getGUID(), side = _side}}
)
--initiative.editInput({index = 0, value = name .. "\n" .. i.value})
--initiative.setDescription(i.value .. "\n" .. i.initiative .. "+" .. i.modifier)
--if _side == "enemy" then
-- initiative.call("setToken", {input = getObjectByID(id).obj.pawn.getGUID()})
--end
getObjectByID(id).obj.ini_tracker = initiative
if debug then
getObjectByID(id).obj.ini_tracker__id = initiative.getGUID()
end
end
Wait.condition(waited, waiter)
end
function take_tracker(spawned, object)
local waiter = function()
return spawned.resting
end
local waited = function()
Wait.time(
function()
spawned.call("setName", {input = object.name})
spawned.call("setHP", {input = object.hp})
spawned.call("setAC", {input = object.ac})
spawned.call("setATK", {input = object.atk})
spawned.call("setDMG", {input = object.dmg})
spawned.call("setColor", {input = object.pawn.getColorTint()})
spawned.call("order", {input = _tracker_zone})
object.full_tracker = spawned
if debug then
object.full_tracker__id = spawned.getGUID()
end
end,
2
)
end
Wait.condition(waited, waiter)
end
function switch_sides()
if _side == "enemy" then
_side = "ally"
elseif _side == "ally" then
_side = "neutral"
elseif _side == "neutral" then
_side = "enemy"
end
self.editButton({index = 1, color = _states[_side].color})
self.editButton({index = 1, label = _side:gsub("^%l", string.upper)})
end
function refreshHP(params)
--local obj = getObjectByID(params.id).obj
--obj.full_tracker.call("setHP", {input = params.input})
end
function getInitiative()
local modifier = tonumber(getINI())
local initiative = math.random(1, 20)
local v = initiative + modifier
if v <= 0 then
v = 1
end
return {value = v, initiative = initiative, modifier = modifier}
end
function getObjectByID(id)
for i = 1, #_objects do
if _objects[i].id == tonumber(id) then
return {obj = _objects[i], index = i}
end
end
if debug then
print("found no object with id " .. id)
end
return nil
end
function getObjectByPawn(pawn)
for i = 1, #_objects do
if _objects[i].pawn == pawn then
return {obj = _objects[i], index = i}
end
end
return nil
end
function printme()
printTable(_objects)
end
function printTable(t)
local printTable_cache = {}
local function sub_printTable(t, indent)
if (printTable_cache[tostring(t)]) then
print(indent .. "*" .. tostring(t))
else
printTable_cache[tostring(t)] = true
if (type(t) == "table") then
for pos, val in pairs(t) do
if (type(val) == "table") then
print(indent .. "[" .. pos .. "] => " .. tostring(t) .. " {")
sub_printTable(val, indent .. string.rep(" ", string.len(pos) + 8))
print(indent .. string.rep(" ", string.len(pos) + 6) .. "}")
elseif (type(val) == "string") then
print(indent .. "[" .. pos .. '] => "' .. val .. '"')
else
print(indent .. "[" .. pos .. "] => " .. tostring(val))
end
end
else
print(indent .. tostring(t))
end
end
end
if (type(t) == "table") then
print(tostring(t) .. " {")
sub_printTable(t, " ")
print("}")
else
sub_printTable(t, " ")
end
end
function updateName(params)
local object = getObjectByPawn(params.pawn).obj
object.name = params.name
local desc = object.ini_tracker.getDescription()
local initiative = mysplit(desc, "\n")[1]
object.ini_tracker.editInput({index = 0, value = params.name .. "\n" .. initiative})
local xmlTable = self.UI.getXmlTable()
local row = getRowById(object.id, xmlTable)
row.children[1].attributes.text = params.name
updateTable(xmlTable)
end
function getRowById(payload, xmlTable)
local rows = xmlTable[4].children[1].children
for i = 1, #rows do
local id = tonumber(rows[i].attributes.id)
if id == payload then
return rows[i]
end
end
return nil
end
function updateTable(xmlTable)
xmlTable[4].children[1].attributes.height = #_objects and 100 * #_objects or 100
self.UI.setXmlTable(xmlTable)
end
function UI_Destroy(player, payload, id)
getObjectByID(tonumber(payload)).obj.pawn.call("destroy_all", nil)
end
function UI_DestroyAll()
while (_objects[1]) do
_objects[1].pawn.call("destroy_all_from_ui")
end
local xml = self.UI.getXmlTable()
xml[4].children[1].children = {}
updateTable(xml)
end
function UI_UpdateInput(player, value)
_global_calc = value
end
function UI_InputEdit(player, v, id)
id = tonumber(string.sub(id, -1))
local obj = getObjectByID(id).obj
obj.calc = tonumber(v)
end
function UI_CalculateAll()
for i = 1, #_objects do
_objects[i].pawn.call("GlobalCalculate", {input = _global_calc})
end
end
function UI_Calculate(player, v)
local obj = getObjectByID(tonumber(v)).obj
obj.pawn.call("GlobalCalculate", {input = obj.calc})
end
function mysplit(inputstr, sep)
if sep == nil then
sep = "%s"
end
local t = {}
i = 1
for str in string.gmatch(inputstr, "([^" .. sep .. "]+)") do
t[i] = str
i = i + 1
end
return t
end
function convertSize(input)
if string.len(input) < 6 then
return 320
else
return 180
end
end
|
SWEP.Base = "arccw_base"
SWEP.Spawnable = true -- this obviously has to be set to true
SWEP.Category = "ArcCW - COD Extras" -- edit this if you like
SWEP.AdminOnly = false
SWEP.PrintName = "Kuda AP9"
SWEP.Trivia_Class = "Submachine Gun"
SWEP.Trivia_Desc = "South African SMG."
SWEP.Trivia_Manufacturer = "Kuda"
SWEP.Trivia_Calibre = "9x19mm Parabellum"
SWEP.Trivia_Mechanism = "Gas-Operated"
SWEP.Trivia_Country = "South Africa"
SWEP.Trivia_Year = 2050
SWEP.CanBash = false
SWEP.Slot = 2
SWEP.UseHands = true
SWEP.ViewModel = "models/weapons/arccw/c_bo3_kuda.mdl"
SWEP.WorldModel = "models/weapons/arccw/c_bo3_kuda.mdl"
SWEP.MirrorVMWM = true
SWEP.WorldModelOffset = {
scale = 1.125,
pos = Vector(-9.1, 4, -3.7),
ang = Angle(-10, -1, 180),
bone = "ValveBiped.Bip01_R_Hand",
}
SWEP.ViewModelFOV = 60
SWEP.Damage = 28
SWEP.DamageMin = 19 -- damage done at maximum range
SWEP.RangeMin = 25
SWEP.Range = 100 -- in METRES
SWEP.Penetration = 4
SWEP.DamageType = DMG_BULLET
SWEP.ShootEntity = nil -- entity to fire, if any
SWEP.MuzzleVelocity = 700 -- projectile or phys bullet muzzle velocity
-- IN M/S
SWEP.TracerNum = 1 -- tracer every X
SWEP.TracerCol = Color(255, 25, 25)
SWEP.TracerWidth = 3
SWEP.ChamberSize = 0 -- how many rounds can be chambered.
SWEP.Primary.ClipSize = 30 -- DefaultClip is automatically set.
SWEP.ExtendedClipSize = 60
SWEP.Recoil = 0.25
SWEP.RecoilSide = 0.35
SWEP.RecoilRise = 0.25
SWEP.VisualRecoilMult = 1
SWEP.Delay = 60 / 722 -- 60 / RPM.
SWEP.Num = 1 -- number of shots per trigger pull.
SWEP.Firemodes = {
{
Mode = 2,
},
{
Mode = 1,
},
{
Mode = 0
}
}
SWEP.NPCWeaponType = {
"weapon_smg1",
}
SWEP.NPCWeight = 100
SWEP.AccuracyMOA = 3 -- accuracy in Minutes of Angle. There are 60 MOA in a degree.
SWEP.HipDispersion = 550 -- inaccuracy added by hip firing.
SWEP.MoveDispersion = 150
SWEP.Primary.Ammo = "pistol" -- what ammo type the gun uses
SWEP.MagID = "vector" -- the magazine pool this gun draws from
SWEP.ShootVol = 115 -- volume of shoot sound
SWEP.ShootPitch = 100 -- pitch of shoot sound
SWEP.ShootSound = "ArcCW_BO2.Vector_Fire"
SWEP.ShootSoundSilenced = "ArcCW_BO2.MSMC_Sil"
SWEP.DistantShootSound = {
"^weapons/arccw/bo2_generic_smg/dist1.wav",
"^weapons/arccw/bo2_generic_smg/dist2.wav",
"^weapons/arccw/bo2_generic_smg/dist3.wav"
}
SWEP.MuzzleEffect = "muzzleflash_smg"
SWEP.ShellModel = "models/shells/shell_9mm.mdl"
SWEP.ShellScale = 1.5
SWEP.ShellMaterial = "models/weapons/arcticcw/shell_556_steel"
SWEP.MuzzleEffectAttachment = 1 -- which attachment to put the muzzle on
SWEP.CaseEffectAttachment = 2 -- which attachment to put the case effect on
SWEP.ProceduralViewBobAttachment = 1
SWEP.CamAttachment = 3
SWEP.SpeedMult = 0.95
SWEP.SightedSpeedMult = 0.5
SWEP.SightTime = 0.3
SWEP.BulletBones = { -- the bone that represents bullets in gun/mag
-- [0] = "bulletchamber",
-- [1] = "bullet1"
}
SWEP.ProceduralRegularFire = false
SWEP.ProceduralIronFire = false
SWEP.CaseBones = {}
SWEP.IronSightStruct = {
Pos = Vector(-3.35, 0, -0.6),
Ang = Angle(0.4, 0.01, 0),
Magnification = 1.1,
CrosshairInSights = false,
SwitchToSound = "", -- sound that plays when switching to this sight
}
SWEP.HoldtypeHolstered = "passive"
SWEP.HoldtypeActive = "ar2"
SWEP.HoldtypeSights = "ar2"
SWEP.DefaultBodygroups = "0000000000"
SWEP.AnimShoot = ACT_HL2MP_GESTURE_RANGE_ATTACK_AR2
SWEP.ActivePos = Vector(0, 0, -1)
SWEP.ActiveAng = Angle(0, 0, 0)
SWEP.SprintPos = Vector(0, 0, -1)
SWEP.SprintAng = Angle(0, 0, 0)
SWEP.CustomizePos = Vector(15, 1.5, 0)
SWEP.CustomizeAng = Angle(15, 40, 35)
SWEP.HolsterPos = Vector(3, 0, 0)
SWEP.HolsterAng = Angle(-7.036, 30.016, 0)
SWEP.BarrelOffsetSighted = Vector(0, 0, -1)
SWEP.BarrelOffsetHip = Vector(2, 0, -2)
SWEP.BarrelLength = 10
SWEP.ExtraSightDist = 5
SWEP.AttachmentElements = {
["mount"] = {
VMBodygroups = {
{ind = 3, bg = 1},
},
},
["ammo_papunch"] = {
NamePriority = 10,
NameChange = "Crocuta",
},
["bo2_fastmag"] = {
VMBodygroups = {
{ind = 4, bg = 1},
},
},
["bo1_extmag"] = {
VMBodygroups = {
{ind = 4, bg = 2},
},
},
["bo1_rapidfire"] = {
VMBodygroups = {
{ind = 0, bg = 1},
{ind = 7, bg = 1},
},
},
["bo1_fmj"] = {
VMBodygroups = {
{ind = 5, bg = 1},
},
},
["bo3_longbarrel"] = {
VMBodygroups = {
{ind = 6, bg = 1},
},
AttPosMods = {
[3] = {
vpos = Vector(17, 0.21, 4.35)
}
}
},
["stock_m"] = {
VMBodygroups = {
{ind = 9, bg = 1},
},
},
}
SWEP.RejectAttachments = {
}
SWEP.Attachments = {
{ --1
PrintName = "Optic", -- print name
DefaultAttName = "Iron Sights",
Slot = {"optic"}, -- what kind of attachments can fit here, can be string or table
Bone = "tag_weapon", -- relevant bone any attachments will be mostly referring to
Offset = {
vpos = Vector(3, 0.21, 5), -- 4.6 offset that the attachment will be relative to the bone
vang = Angle(0, 0, 0),
},
InstalledEles = {"mount"},
CorrectivePos = Vector(0, 0, 0),
CorrectiveAng = Angle(0, 0, 0),
},
{ --6
PrintName = "Barrel",
Slot = {"bo3_longbarrel"},
DefaultAttName = "Standard Barrel",
},
{ --2
PrintName = "Muzzle",
DefaultAttName = "Standard Muzzle",
Slot = {"muzzle"},
Bone = "tag_weapon",
Offset = {
vpos = Vector(13, 0.21, 4.35),
vang = Angle(0, 0, 0),
},
},
{ --3
PrintName = "Underbarrel",
Slot = {"foregrip"},
Bone = "tag_weapon",
Offset = {
vpos = Vector(9, 0.21, 2), -- offset that the attachment will be relative to the bone
vang = Angle(0, 0, 0),
},
},
{ --4
PrintName = "Tactical",
Slot = {"bo1_tacprimary"},
VMScale = Vector(1, 1, 1),
Bone = "tag_weapon",
Offset = {
vpos = Vector(9, 0.21, 4.85), -- offset that the attachment will be relative to the bone
vang = Angle(0, 0, 180),
},
},
{ --6
PrintName = "Magazine",
Slot = {"bo2_fastmag", "bo1_extmag"},
DefaultAttName = "Standard Magazine",
},
{ --7
PrintName = "Fire Group",
Slot = {"bo1_fcg"}
},
{ --7
PrintName = "Stock",
Slot = {"bo1_stock_m"},
DefaultAttName = "Default Stock"
},
{ --10
PrintName = "Charm",
Slot = "charm",
FreeSlot = true,
Bone = "tag_weapon",
Offset = {
vpos = Vector(0, -0.5, 3),
vang = Angle(0, 0, 0),
},
},
}
SWEP.Hook_SelectReloadAnimation = function(wep, curanim)
local fastmag = wep:GetBuff_Override("BO1_FastMag")
local ext = wep:GetBuff_Override("BO1_ExtMag")
if ext then
return curanim .. "_ext"
end
if fastmag then
return curanim .. "_fast"
end
end
SWEP.Animations = {
["idle"] = {
Source = "idle",
Time = 1 / 30,
},
["draw"] = {
Source = "draw",
Time = 0.83,
LHIK = true,
LHIKIn = 0.2,
LHIKOut = 0.25,
},
["holster"] = {
Source = "holster",
Time = 0.5,
LHIK = true,
LHIKIn = 0.2,
LHIKOut = 0.25,
},
["ready"] = {
Source = "draw",
Time = 0.83,
LHIK = true,
LHIKIn = 0.2,
LHIKOut = 0.25,
},
["fire"] = {
Source = {"fire"},
Time = 7 / 30,
ShellEjectAt = 0,
},
["fire_iron"] = {
Source = {"fire_ads"},
Time = 7 / 30,
ShellEjectAt = 0,
},
["reload"] = {
Source = "reload",
Time = 2.166,
TPAnim = ACT_HL2MP_GESTURE_RELOAD_SMG1,
Framerate = 30,
LHIK = true,
LHIKIn = 0.5,
LHIKOut = 0.5,
SoundTable = {
{s = "ArcCW_BO1.Kiparis_MagOut", t = 10 / 30},
{s = "ArcCW_BO1.Kiparis_MagIn", t = 36 / 30}
},
},
["reload_empty"] = {
Source = "reload_empty",
Time = 2.766,
TPAnim = ACT_HL2MP_GESTURE_RELOAD_SMG1,
Framerate = 30,
LHIK = true,
LHIKIn = 0.5,
LHIKOut = 0.5,
SoundTable = {
{s = "ArcCW_BO1.Kiparis_MagOut", t = 10 / 30},
{s = "ArcCW_BO1.Kiparis_MagIn", t = 36 / 30},
{s = "ArcCW_BO1.MP5_BoltBack", t = 50 / 30},
{s = "ArcCW_BO1.MP5_BoltFwd", t = 60 / 30},
},
},
["reload_fast"] = {
Source = "fast",
Time = 2.166,
TPAnim = ACT_HL2MP_GESTURE_RELOAD_SMG1,
Framerate = 30,
LHIK = true,
LHIKIn = 0.5,
LHIKOut = 0.5,
SoundTable = {
{s = "ArcCW_BO1.Kiparis_MagOut", t = 10 / 30},
{s = "ArcCW_BO1.Kiparis_MagIn", t = 36 / 30}
},
},
["reload_empty_fast"] = {
Source = "fast_empty",
Time = 2.766,
TPAnim = ACT_HL2MP_GESTURE_RELOAD_SMG1,
Framerate = 30,
LHIK = true,
LHIKIn = 0.5,
LHIKOut = 0.5,
SoundTable = {
{s = "ArcCW_BO1.Kiparis_MagOut", t = 10 / 30},
{s = "ArcCW_BO1.Kiparis_MagIn", t = 36 / 30},
{s = "ArcCW_BO1.M16_Button", t = 50 / 30},
},
},
["reload_ext"] = {
Source = "ext",
Time = 2.166,
TPAnim = ACT_HL2MP_GESTURE_RELOAD_SMG1,
Framerate = 30,
LHIK = true,
LHIKIn = 0.5,
LHIKOut = 0.5,
SoundTable = {
{s = "ArcCW_BO1.Kiparis_MagOut", t = 10 / 30},
{s = "ArcCW_BO1.Kiparis_MagIn", t = 36 / 30}
},
},
["reload_empty_ext"] = {
Source = "ext_empty",
Time = 2.766,
TPAnim = ACT_HL2MP_GESTURE_RELOAD_SMG1,
Framerate = 30,
LHIK = true,
LHIKIn = 0.5,
LHIKOut = 0.5,
SoundTable = {
{s = "ArcCW_BO1.Kiparis_MagOut", t = 10 / 30},
{s = "ArcCW_BO1.Kiparis_MagIn", t = 36 / 30},
{s = "ArcCW_BO1.MP5_BoltBack", t = 50 / 30},
{s = "ArcCW_BO1.MP5_BoltFwd", t = 60 / 30},
},
},
["enter_sprint"] = {
Source = "sprint_in",
Time = 10 / 30
},
["idle_sprint"] = {
Source = "sprint_loop",
Time = 30 / 40
},
["exit_sprint"] = {
Source = "sprint_out",
Time = 10 / 30
},
} |
local path = (...):match('(.-)[^%./]+$')
return {
name = 'Quad',
description = 'A quadrilateral (a polygon with four sides and four corners) with texture coordinate information.\n\nQuads can be used to select part of a texture to draw. In this way, one large texture atlas can be loaded, and then split up into sub-images.',
constructors = {
'newQuad',
},
supertypes = {
'Object',
},
functions = {
{
name = 'getTextureDimensions',
description = 'Gets reference texture dimensions initially specified in love.graphics.newQuad.',
variants = {
{
returns = {
{
type = 'number',
name = 'sw',
description = 'The Texture width used by the Quad.',
},
{
type = 'number',
name = 'sh',
description = 'The Texture height used by the Quad.',
},
},
},
},
},
{
name = 'getViewport',
description = 'Gets the current viewport of this Quad.',
variants = {
{
returns = {
{
type = 'number',
name = 'x',
description = 'The top-left corner along the x-axis.',
},
{
type = 'number',
name = 'y',
description = 'The top-left corner along the y-axis.',
},
{
type = 'number',
name = 'w',
description = 'The width of the viewport.',
},
{
type = 'number',
name = 'h',
description = 'The height of the viewport.',
},
},
},
},
},
{
name = 'setViewport',
description = 'Sets the texture coordinates according to a viewport.',
variants = {
{
arguments = {
{
type = 'number',
name = 'x',
description = 'The top-left corner along the x-axis.',
},
{
type = 'number',
name = 'y',
description = 'The top-left corner along the y-axis.',
},
{
type = 'number',
name = 'w',
description = 'The width of the viewport.',
},
{
type = 'number',
name = 'h',
description = 'The height of the viewport.',
},
{
type = 'number',
name = 'sw',
description = 'The reference width, the width of the Image. (Must be greater than 0.)',
},
{
type = 'number',
name = 'sh',
description = 'The reference height, the height of the Image. (Must be greater than 0.)',
},
},
},
},
},
},
} |
local gears = require("gears")
local awful = require("awful")
require("widgets.main_menu")
local desktop_mouse = gears.table.join(
awful.button({}, 3, function()
mymainmenu:toggle()
end),
awful.button({}, 4, awful.tag.viewnext),
awful.button({}, 5, awful.tag.viewprev)
)
return desktop_mouse
|
AddCSLuaFile()
AddCSLuaFile("sh_sounds.lua")
include("sh_sounds.lua")
if CLIENT then
SWEP.DrawCrosshair = true
SWEP.PrintName = "Winchester 9422"
SWEP.CSMuzzleFlashes = true
SWEP.ViewModelMovementScale = 1.15
SWEP.IconLetter = "i"
SWEP.MuzzleEffect = "muzzleflash_SR25"
SWEP.MuzzleAttachmentName = "muzzle"
SWEP.PosBasedMuz = true
SWEP.SnapToGrip = true
SWEP.ShellScale = 0.7
SWEP.ShellOffsetMul = 2
SWEP.ShellPosOffset = {x = 5, y = -200, z = 0}
SWEP.ForeGripOffsetCycle_Draw = 0
SWEP.ForeGripOffsetCycle_Reload = 0.9
SWEP.ForeGripOffsetCycle_Reload_Empty = 0.8
SWEP.ShellDelay = 0.8
SWEP.FireMoveMod = 0.6
SWEP.IronsightPos = Vector(-3.221, 0, 1.639)
SWEP.IronsightAng = Vector(-0.15, 0.02, 0)
SWEP.EoTechPos = Vector(-3.24, -12, 0.22)
SWEP.EoTechAng = Vector(-0.15, 0.02, 0)
SWEP.AimpointPos = Vector(-3.23, -12, 0.34)
SWEP.AimpointAng = Vector(-0.15, 0.02, 0)
SWEP.MicroT1Pos = Vector(-3.24, 0, 0.47)
SWEP.MicroT1Ang = Vector(-0.15, 0.02, 0)
SWEP.ReflexPos = Vector(-3.22, -12, 0.6)
SWEP.ReflexAng = Vector(-0.15, 0.02, 0)
SWEP.CmorePos = Vector(-3.21, -12, 0.5)
SWEP.CmoreAng = Vector(-0.15, 0.02, 0)
SWEP.ShortDotPos = Vector(-3.22, -17, 0.435)
SWEP.ShortDotAng = Vector(-0.15, 0.02, 0)
SWEP.SchmidtShortDotAxisAlign = {right = 0, up = 0.02, forward = 0}
SWEP.NXSPos = Vector(-3.25, -14, 0.325)
SWEP.NXSAng = Vector(-0.15, 0.02, 0)
SWEP.NXSAlign = {right = 0, up = 0.02, forward = 0}
SWEP.SprintPos = Vector(3.029, -0.805, -2.201)
SWEP.SprintAng = Vector(-4.926, 38.693, -18.292)
SWEP.CustomizePos = Vector(5.519, 0, -1.601)
SWEP.CustomizeAng = Vector(21.106, 25.326, 10.553)
SWEP.SightWithRail = true
//SWEP.DisableSprintViewSimulation = true
SWEP.AttachmentModelsVM = {
["md_tundra9mm"] = {model = "models/cw2/attachments/9mmsuppressor.mdl", bone = "v_fa_1887", pos = Vector(-41, 0, 0.7), angle = Angle(0, 90, 0), size = Vector(1, 1, 1)},
["md_schmidt_shortdot"] = { type = "Model", model = "models/cw2/attachments/schmidt.mdl", bone = "v_fa_1887", rel = "", pos = Vector(-2, -0.37, -2.953), angle = Angle(0, 180, 0), size = Vector(1, 1, 1), adjustment = {min = -8.2, max = -3, axis = "z", inverse = false, inverseOffsetCalc = true}},
["md_aimpoint"] = { type = "Model", model = "models/wystan/attachments/aimpoint.mdl", bone = "v_fa_1887", rel = "", pos = Vector(-1, -0.3, -3.5), angle = Angle(-180, 90, 180), size = Vector(1.1, 1.1, 1.1), adjustment = {min = -9, max = -5, axis = "z", inverse = false, inverseOffsetCalc = true}},
["md_eotech"] = { type = "Model", model = "models/wystan/attachments/2otech557sight.mdl", bone = "v_fa_1887", rel = "", pos = Vector(5, 0.3, -10.2), angle = Angle(0, 180, 0), size = Vector(1.2, 1.2, 1.2), adjustment = {min = -15.4, max = -12, axis = "z", inverse = false, inverseOffsetCalc = true}},
["md_microt1"] = { type = "Model", model = "models/cw2/attachments/microt1.mdl", bone = "v_fa_1887", rel = "", pos = Vector(-9, 0, 2.9), angle = Angle(0, 90, 0), size = Vector(0.5, 0.5, 0.5), adjustment = {min = -2.8, max = 2.5, axis = "z", inverse = false, inverseOffsetCalc = true}},
["md_rail"] = { type = "Model", model = "models/attachments/mosin/a_modkit_mosin.mdl", bone = "v_fa_1887", rel = "", pos = Vector(-12, 0, 1), angle = Angle(0, 180, 0), size = Vector(1, 1, 1)},
["md_reflex"] = { type = "Model", model = "models/attachments/kascope.mdl", bone = "v_fa_1887", rel = "", pos = Vector(-11, -0.03, 2.95), angle = Angle(0, -90, 0), size = Vector(0.749, 0.749, 0.749), color = Color(255, 255, 255, 0)},
["md_cmore"] = { type = "Model", model = "models/attachments/cmore.mdl", bone = "v_fa_1887", rel = "", pos = Vector(-9, 0, 2.7), angle = Angle(0, -90, 0), size = Vector(0.749, 0.749, 0.749), color = Color(255, 255, 255, 0)},
["md_nightforce_nxs"] = {model = "models/cw2/attachments/l96_scope.mdl", bone = "v_fa_1887", pos = Vector(-8, -0.15, 4.05), angle = Angle(0, 180, 0), size = Vector(1.25, 1.25, 1.25)},
}
SWEP.LuaVMRecoilAxisMod = {vert = 0.5, hor = 1, roll = 1, forward = 0.5, pitch = 0.5}
SWEP.LaserPosAdjust = Vector(0, 0, 0)
SWEP.LaserAngAdjust = Angle(0, 179.5, 0)
SWEP.WS_PistolLaserPosAdjust = Vector(0, 0, 0)
SWEP.WS_PistolLaserAngAdjust = Angle(0, 0, 0)
end
SWEP.LuaViewmodelRecoil = false
SWEP.Attachments = {
[1] = {header = "Sights", offset = {-100, -250}, atts = {"md_microt1", "md_eotech", "md_aimpoint", "md_reflex", "md_cmore", "md_schmidt_shortdot", "md_nightforce_nxs"}},
[2] = {header = "Barrel", offset = {-500, 150}, atts = {"md_tundra9mm"}},
["+reload"] = {header = "Ammo", offset = {800, 150}, atts = {"am_hollowpoint", "am_armorpiercing"}}
}
SWEP.Animations = {
fire = {"fire1"}, //base_fire_start
reload_start = "reload_start",
insert = "reload",
reload_end = "reload_end",
idle = "idle", //base_idle
draw = "draw"}
SWEP.Sounds = {
reload_start = {[1] = {time = 0.5, sound = "CW_W9422_BOLTBACK"}},
reload = {[1] = {time = 0.4, sound = "CW_W9422_INSERT"}},
reload_end = {[1] = {time = 0.3, sound = "CW_W9422_BOLTFORWORD"}},
fire1 = {
[1] = {time = 0.6, sound = "CW_W9422_BOLTBACK"},
[2] = {time = 0.8, sound = "CW_W9422_BOLTFORWORD"}}}
SWEP.SpeedDec = 10
SWEP.ADSFireAnim = true
SWEP.BipodFireAnim = true
SWEP.UseHands = true
SWEP.Slot = 3
SWEP.SlotPos = 0
SWEP.HoldType = "ar2"
SWEP.NormalHoldType = "ar2"
SWEP.RunHoldType = "crossbow"
SWEP.FireModes = {"bolt"}
SWEP.Base = "cw_base"
SWEP.Category = "STALKER Weapons"
SWEP.Author = "gumlefar & verne"
SWEP.Contact = ""
SWEP.Purpose = ""
SWEP.Instructions = ""
SWEP.WearDamage = 0.002
SWEP.WearEffect = 0.005
SWEP.ViewModelFOV = 70
SWEP.ViewModelFlip = false
SWEP.ViewModel = "models/weapons/tfa_nmrih/v_fa_win1892.mdl"
SWEP.WorldModel = "models/weapons/tfa_nmrih/w_fa_win1892.mdl"
SWEP.DrawTraditionalWorldModel = false
SWEP.WM = "models/weapons/tfa_nmrih/w_fa_win1892.mdl"
SWEP.WMPos = Vector(-1, 4, 1.5)
SWEP.WMAng = Vector(-9,1,180)
SWEP.Spawnable = true
SWEP.AdminSpawnable = true
SWEP.Primary.ClipSize = 15
SWEP.Primary.DefaultClip = 0
SWEP.Primary.Automatic = false
SWEP.Primary.Ammo = ".22LR"
SWEP.FireDelay = 1.45
SWEP.FireSound = "CW_W9422_FIRE"
SWEP.FireSoundSuppressed = "CW_WS_MOSIN_SUB"
SWEP.Recoil = 1.1
SWEP.AimViewModelFOV = 50
SWEP.CustomizationMenuScale = 0.018
SWEP.ForceBackToHipAfterAimedShot = true
SWEP.GlobalDelayOnShoot = 1.1
SWEP.HipSpread = 0.15
SWEP.AimSpread = 0.005
SWEP.VelocitySensitivity = 3
SWEP.MaxSpreadInc = 0.4
SWEP.SpreadPerShot = 0.007
SWEP.SpreadCooldown = 0.3
SWEP.Shots = 1
SWEP.Damage = 40
SWEP.DeployTime = 1
/*
SWEP.ReloadSpeed = 1
SWEP.ReloadTime = 2.4
SWEP.ReloadTime_Empty = 3.8
SWEP.ReloadHalt = 2.7
SWEP.ReloadHalt_Empty = 4.1
*/
SWEP.ReloadStartTime = 0.6
SWEP.InsertShellTime = 1
SWEP.ReloadFinishWait = 1
SWEP.ShotgunReload = true
SWEP.Chamberable = false
|
-- Pandoc Filter to Generate FurAffinity Markup
-- By anonusr, 2022
--
-- Based on 2bbcode (https://github.com/lilydjwg/2bbcode)
-- Invoke with: pandoc -t to_furaffinity.lua [INPUTFILE]
--
-- Note that Pandoc has no concept of text color or alignment,
-- so these items will never be translated, even if FA supports them.
-- Blocksep is used to separate block elements.
function Blocksep()
return "\n\n"
end
-- This function is called once for the whole document. Parameters:
-- body, title, date are strings; authors is an array of strings;
-- variables is a table. One could use some kind of templating
-- system here; this just gives you a simple standalone HTML file.
function Doc(body, title, authors, date, variables)
return body .. '\n'
end
-- The functions that follow render corresponding pandoc elements.
-- s is always a string, attr is always a table of attributes, and
-- items is always an array of strings (the items in a list).
-- Comments indicate the types of other variables.
function Str(s)
return s
end
function Space()
return " "
end
function LineBreak()
return "\n"
end
function Emph(s)
return "[i]" .. s .. "[/i]"
end
function Strong(s)
return "[b]" .. s .. "[/b]"
end
function Underline(s)
return "[u]" .. s .. "[/u]"
end
function Subscript(s)
return "[sub]" .. s .. "[/sub]"
end
function Superscript(s)
return "[sup]" .. s .. "[/sup]"
end
function SmallCaps(s)
error("SmallCaps isn't supported")
end
function Strikeout(s)
return '[s]' .. s .. '[/s]'
end
function Link(s, src, tit)
local ret = '[url'
if s then
ret = ret .. '=' .. src
else
s = src
end
ret = ret .. "]" .. s .. "[/url]"
return ret
end
function Image(s, src, tit)
error("Images aren't supported")
end
function Code(s, attr)
error("Code isn't supported")
end
function InlineMath(s)
error("InlineMath isn't supported")
end
function DisplayMath(s)
error("DisplayMath isn't supported")
end
function Note(s)
error("Note isn't supported")
end
function Plain(s)
return s
end
function Para(s)
return s
end
-- lev is an integer, the header level.
function Header(lev, s, attr)
return string.format("[h%d]%s[/h%d]",lev, s, lev)
end
function BlockQuote(s)
return "[quote]\n" .. s .. "\n[/quote]"
end
function HorizontalRule()
return "--------------------------------------------------------------------------------"
end
function Span(s, attr)
return s
end
function Div(s, attr)
return s .. '\n'
end
-- The following code will produce runtime warnings when you haven't defined
-- all of the functions you need for the custom writer, so it's useful
-- to include when you're working on a writer.
local meta = {}
meta.__index =
function(_, key)
io.stderr:write(string.format("WARNING: Undefined function '%s'\n",key))
return function() return "" end
end
setmetatable(_G, meta)
|
require 'torch'
require 'nn'
require 'optim'
require 'image'
require 'nninit'
local model = require 'src/model'
local dataproc = require 'src/dataproc'
--Use FloatTensor for faster training
local dtype = 'torch.FloatTensor'
local useOpenCl = true;
--If we are using opencl, we change the tensor dtype to "ClTensor" using :cl();
if (useOpenCl) then
require 'cltorch'
require 'clnn'
dtype = torch.FloatTensor():cl():type()
end
--Create Loss Function
local criterion = nn.MSECriterion():type(dtype)
criterion.sizeAverage = false
--Create VDSR conv neural network
--http://cv.snu.ac.kr/research/VDSR/VDSR_CVPR2016.pdf
vdsrcnn = model.create(8)
--Set the network to the dtype
vdsrcnn:type(dtype)
--Create training data
function TableToTensor(table)
local tensorSize = table[1]:size()
local tensorSizeTable = {-1}
for i=1,tensorSize:size(1) do
tensorSizeTable[i+1] = tensorSize[i]
end
merge=nn.Sequential()
:add(nn.JoinTable(1))
:add(nn.View(unpack(tensorSizeTable)))
return merge:forward(table)
end
local imagesn = 12 --Number of images in the folder ./train/
local batchsize = 10 --Reduce the batch size if you have memory problems (C++ Exception or Out of memory error)
local minibatch = (imagesn*4)/batchsize --#Of iterations before going through entire batch
local hr, lr = dataproc.getImages(imagesn)
local timg = image.load("train/test.png", 3, "float")
local thr = timg:type(dtype)
local tlr = image.scale(image.scale(timg, "*1/2"), thr:size(3), thr:size(2), "bicubic"):type(dtype)
local x;
local y;
function setBatch()
ay, ax = dataproc.getBatch(hr, lr, n, w, h)
x = TableToTensor(ax):type(dtype)
y = TableToTensor(ay):type(dtype)
end
setBatch()
--Initialise training variables
params, gradParams = vdsrcnn:getParameters()
local optimState = {learningRate = 0.05, weightDecay = 0.0001, momentum = 0.9}
local cnorm = 0.001 * optimState.learningRate --Gradient Clipping (c * Initial_Learning_Rate)
local showlossevery = 100;
local loss = 1;
--Training function
function f(params)
--vdsrcnn:zeroGradParameters();
gradParams:zero()
local imagein = x:clone():csub(0.5) --Removing 0.5 to normalise the input images to [-0.5, 0.5] helps prevent gradient explosion
--if the image has values of [0, 1], all the gradients initially will be positive at the same time
--TODO: Better to substract with the mean of all images
--Forward the image values
local out = vdsrcnn:forward(imagein)
local diff = y:clone():csub(x)
--The loss is the difference between the output residual and the ground truth residual
loss = criterion:forward(out, diff)
--Compute the gradient
local lrate = optimState.learningRate
local grad_out = criterion:backward(out, diff)
--Zero the previous gradient, and backpropagate the new gradient
local grad_in = vdsrcnn:backward(imagein, grad_out):clamp(-cnorm/lrate, cnorm/lrate)
gradParams:clamp(-cnorm/lrate, cnorm/lrate) --Clip the gradients
--Return the loss and new gradient parameters to the optim.sgd() function
return loss, gradParams
end
local decreaseRate = 0.1
--Saves a ground truth residual for testing
local Truthdiff = thr:clone():csub(tlr)
image.save("test/Truth.png", Truthdiff:add(0.5))
--image.save("test/TestInput.png", x[1])
--image.save("test/TestOutput.png", y[1])
local Truthdiff2 = y[1]:clone():csub(x[1])
image.save("test/TestGT1.png", Truthdiff2:add(0.5))
local epoch = 0;
for iter = 1, 30000 do
if (iter%10000 == 0) then
optimState.learningRate = optimState.learningRate * decreaseRate
print("Reducing learning rate by a factor of " .. decreaseRate .. ". New learning rate: " .. optimState.learningRate)
end
optim.sgd(f, params, optimState)
if ((iter%showlossevery == 0) or (iter%20 == 0 and iter < 200) or (iter < 20)) then --Print the training loss and an example residual output to compare with ground truth
print("Epoch " .. epoch .. " Iteration " .. iter .. " Training Loss " .. loss)
local epochdiff = vdsrcnn:forward(tlr:clone():csub(0.5))
image.save("test/" .. iter .. "resid.png", epochdiff:add(0.5))
end
if (iter%100 == 0) then --save model each 100 iterations
vdsrcnn:clearState()
vdsrcnn:float()
torch.save("save/nn" .. iter .. ".cv", vdsrcnn)
vdsrcnn:type(dtype)
params, gradParams = vdsrcnn:getParameters()
collectgarbage()
end
if (iter%minibatch == minibatch-1) then
epoch = epoch+1
end
setBatch()
end
|
--------------------------------
-- @module BezierTo
-- @extend BezierBy
-- @parent_module cc
--------------------------------
--
-- @function [parent=#BezierTo] startWithTarget
-- @param self
-- @param #cc.Node target
-- @return BezierTo#BezierTo self (return value: cc.BezierTo)
--------------------------------
--
-- @function [parent=#BezierTo] clone
-- @param self
-- @return BezierTo#BezierTo ret (return value: cc.BezierTo)
--------------------------------
--
-- @function [parent=#BezierTo] reverse
-- @param self
-- @return BezierTo#BezierTo ret (return value: cc.BezierTo)
return nil
|
for i=1,7 do
soundblock.register({
filename = "horror_" .. i,
key = "horror_" .. i,
name = "Horror track " .. i
})
end
soundblock.register({
filename = "clock",
key = "horror_clock",
name = "Horror clock"
})
soundblock.register({
filename = "clock_strikes_twelve",
key = "clock_strikes_twelve",
name = "Horror clock strikes twelve"
})
soundblock.register({
filename = "Undersea_Garden",
key = "Undersea_Garden",
name = "Horror undersea garden"
})
|
data:extend(
{
{
type = "bool-setting",
name = "enableinfiniteclownsore1",
setting_type = "startup",
default_value = true,
order = "a",
},
{
type = "bool-setting",
name = "enableinfiniteclownsore2",
setting_type = "startup",
default_value = true,
order = "b",
},
{
type = "bool-setting",
name = "enableinfiniteclownsore3",
setting_type = "startup",
default_value = true,
order = "c",
},
{
type = "bool-setting",
name = "enableinfiniteclownsore4",
setting_type = "startup",
default_value = true,
order = "d",
},
{
type = "bool-setting",
name = "enableinfiniteclownsore5",
setting_type = "startup",
default_value = true,
order = "e",
},
{
type = "bool-setting",
name = "enableinfiniteclownsore6",
setting_type = "startup",
default_value = true,
order = "f",
},
{
type = "bool-setting",
name = "enableinfiniteclownsore7",
setting_type = "startup",
default_value = true,
order = "g",
},
{
type = "bool-setting",
name = "enableinfiniteclownsore8",
setting_type = "startup",
default_value = true,
order = "h",
},
{
type = "bool-setting",
name = "enableinfiniteclownsore9",
setting_type = "startup",
default_value = true,
order = "i",
},
{
type = "bool-setting",
name = "enableinfiniteclownsresource1",
setting_type = "startup",
default_value = true,
order = "l",
},
{
type = "bool-setting",
name = "enableinfiniteclownsresource2",
setting_type = "startup",
default_value = true,
order = "m",
},
}
) |
vim.opt.path = ".,/usr/include,,,/home/max/.config/nvim,/home/max/Documents**"
vim.opt.shiftwidth = 4
vim.opt.scrolloff = 10
vim.opt.number = true
vim.opt.relativenumber = true
vim.opt.wrap = false
vim.opt.swapfile = false
vim.opt.showmode = false
vim.opt.laststatus = 3
vim.opt.guicursor = "" -- disable cursor-styling
vim.cmd([[
syntax enable
colorscheme catppuccin
augroup vimrc-incsearch-highlight
autocmd!
autocmd CmdlineEnter /,\? :set hlsearch
autocmd CmdlineLeave /,\? :set nohlsearch
augroup END
]])
|
-- NMEA0183 sample setup for home tests, with UDP sockets instead of the real wired RS-422 network
-- get the package
NMEA = require( "NMEAcop" )
-- listener for incoming messages on backbone
bblistener = NMEA.new()
-- set up the filtering, override default discard action by forward to backbone output
bblistener.default = NMEA.actions.enqueuebackbone
-- this node produces TIROT, IIHDM, IIXDR and IIALR messages, so ignore them on input as they are only echoes
bblistener.triggers.TIROT = NMEA.actions.discard
bblistener.triggers.IIXDR = NMEA.actions.discard
bblistener.triggers.IIHDM = NMEA.actions.discard
bblistener.triggers.IIALR = NMEA.actions.discard
-- *** IMPROVE ME one of these messages could be used to pet a backbone integrity watchdog
--
-- the GPS is upstream on the MacBook and produces GPGSV,GPGGA,GPRMC
-- send these on the local stub to the Lenovo running openCPN chartplotter
-- no need to send them back out on the backbone that has only 2 nodes
--
bblistener.triggers.GPRMC = NMEA.actions.enqueuedecodeandstubsingle -- feed the chartplotter and decode locally
bblistener.triggers.GPGGA = NMEA.actions.enqueuedecodeandstubsingle
bblistener.triggers.GPGSV = NMEA.actions.enqueuestub -- only for chartplotter
-- listener for incoming messages on stub
stublistener = NMEA.new()
-- set up the filtering, default action is initially setup to discard, no need to repeat ...
-- stublistener.default = NMEA.actions.discard
-- this node produces TIROT, IIHDM, IIXDR messages, so ignore them on stub input as they are only echoes
stublistener.triggers.TIROT = NMEA.actions.discard
stublistener.triggers.IIXDR = NMEA.actions.discard
stublistener.triggers.IIHDM = NMEA.actions.discard
-- chartplotter output should be decoded and also sent down the backbone
stublistener.triggers.ECRMB = NMEA.actions.enqueuedecodeandbackbonesingle
stublistener.triggers.ECRMC = NMEA.actions.enqueuedecodeandbackbonesingle
stublistener.triggers.ECAPB = NMEA.actions.enqueuedecodeandbackbonesingle
stublistener.triggers.ECXTE = NMEA.actions.enqueuedecodeandbackbonesingle
stublistener.triggers.ECRTE = NMEA.actions.enqueuedecodeandbackbone
stublistener.triggers.ECWPL = NMEA.actions.enqueuedecodeandbackbone
-- but these chartplotter outputs should be discarded if they come back on the backbone
bblistener.triggers.ECRMB = NMEA.actions.discard
bblistener.triggers.ECRMC = NMEA.actions.discard
bblistener.triggers.ECAPB = NMEA.actions.discard
bblistener.triggers.ECXTE = NMEA.actions.discard
bblistener.triggers.ECRTE = NMEA.actions.discard
bblistener.triggers.ECWPL = NMEA.actions.discard
--
-- the main application will need to call the following functions (with a hardware talker function) to produce output
-- NMEA.sendbackbone , NMEA.sendstub
-- the main application will need to call the following function ( with a decoder) to process the messages received and queued for decoding
-- NMEA.senddecode
--
-- the main application must also tie the following functions to the listener callbacks to enqueue incoming messages
-- bblistener:process , stublistener:process
--
-- the data producers on this node need to call the appropriate function to prepare it for transmission
-- NMEA.addchecksum and the various variants of NMEA.actions.enqueue<variant>
--
|
function love.load()
require "class"
require "variables"
require "essentials"
require "tilelist"
require "physics"
require "game"
require "spells"
require "spellbook"
require "end"
require "menu"
require "quoteunquotestory"
require "player"
require "quad"
require "tile"
require "laser"
require "cube"
require "diamonddog"
require "damagenumber"
require "texts"
require "woodblock"
require "screenboundary"
require "stomper"
require "failbox"
require "shockwave"
require "page"
require "intro"
gamefinished = true
love.filesystem.setIdentity( "order_of_twilight" )
physicsdebug = false
debugshapes = {}
love.graphics.setLineWidth(1)
soundextension = "ogg"
soundlist = {"jump", "laser", "hurt", "dead", "arrow", "magic", "teleport", "cancelmagic", "playerdead", "superjump",
"shockwave", "gamewin", "ascend", "runeget", "menumove", "menuselect", "menuback", "letter"}
for i = 1, #soundlist do
_G[soundlist[i] .. "sound"] = love.audio.newSource("sounds/" .. soundlist[i] .. "." .. soundextension, "static")
end
noiserepeatsound = love.audio.newSource("sounds/noiserepeat.ogg", "static");noiserepeatsound:setLooping(true);noiserepeatsound:setVolume(0.3)
musicrev = love.audio.newSource("sounds/musicrev.ogg", "static");musicrev:setVolume(0.1);musicrev:setLooping(true)
music = love.audio.newSource("sounds/music.ogg", "static");music:setVolume(0.1);music:setLooping(true)
imagelist = {"hornglow", "hornglowbig", "cube", "diamonddog1", "diamonddog2", "numberfont", "font", "fontback", "smallfont", "noise", "lotsanoise", "woodblock", "image1", "image2", "image3",
"image4", "image5", "image6", "image7", "image8", "image9", "image10", "image11", "image12", "image13", "background1", "background2", "background3", "background4", "magic", "screengradient", "stomper",
"spellbook", "spellbookbook", "bookarrowright", "bookarrowleft", "shockwave", "page", "letter", "title", "background1noise", "background2noise", "background3noise", "background4noise",
"rainbowdash", "applejack", "pinkiepie", "fluttershy", "rarity"}
thumb = {}
for i = 1, 12 do
thumb[i] = love.graphics.newImage("maps/thumb" .. i .. ".png")
end
love.graphics.setDefaultFilter("nearest", "nearest")
for i = 1, #imagelist do
_G[imagelist[i] .. "img"] = love.graphics.newImage("graphics/" .. imagelist[i] .. ".png")
end
playeranimation = {}
playeranimation.idle = love.graphics.newImage("graphics/twilightidle.png")
playeranimation.jump = love.graphics.newImage("graphics/twilightjump.png")
playeranimation.dead = love.graphics.newImage("graphics/twilightdead.png")
playeranimation.ascend = love.graphics.newImage("graphics/twilightascend.png")
playeranimation.walk = {}
for i = 1, 4 do
playeranimation.walk[i] = love.graphics.newImage("graphics/twilightwalk" .. i .. ".png")
end
playeranimationinvis = {}
playeranimationinvis.idle = love.graphics.newImage("graphics/twilightidleinvis.png")
playeranimationinvis.jump = love.graphics.newImage("graphics/twilightjumpinvis.png")
playeranimationinvis.walk = {}
for i = 1, 4 do
playeranimationinvis.walk[i] = love.graphics.newImage("graphics/twilightwalk" .. i .. "invis.png")
end
ponies = {rainbowdashimg, applejackimg, pinkiepieimg, fluttershyimg, rarityimg}
hornoffsets = {}
hornoffsets.walk = {{0, 0}, {0, -1}, {0, 0}, {0, -1}}
arrow = {}
arrow.back = love.graphics.newImage("graphics/arrowback.png")
arrow.up = love.graphics.newImage("graphics/arrowup.png")
arrow.right = love.graphics.newImage("graphics/arrowright.png")
arrow.down = love.graphics.newImage("graphics/arrowdown.png")
arrow.left = love.graphics.newImage("graphics/arrowleft.png")
arrow.glow = love.graphics.newImage("graphics/arrowglow.png")
numberfontquads = {}
for i = 0, 9 do
numberfontquads[i] = love.graphics.newQuad(i*4, 0, 4, 6, 40, 6)
end
fontglyphs = "abcdefghijklmnopqrstuvwxyz ^>V<?"
fontquads = {}
for i = 1, #fontglyphs do
fontquads[string.sub(fontglyphs, i, i)] = love.graphics.newQuad((i-1)*8, 0, 8, 7, 256, 7)
end
fontbackquads = {}
for i = 1, #fontglyphs do
fontbackquads[string.sub(fontglyphs, i, i)] = love.graphics.newQuad((i-1)*10, 0, 10, 9, 320, 9)
end
smallfontglyphs = "abcdefghijklmnopqrstuvwxyz ^>V<?0123456789"
smallfontquads = {}
for i = 1, #smallfontglyphs do
smallfontquads[string.sub(smallfontglyphs, i, i)] = love.graphics.newQuad((i-1)*6, 0, 6, 5, 252, 5)
end
magicquad = {}
for i = 1, 5 do
magicquad[i] = love.graphics.newQuad((i-1)*10, 0, 10, 10, 50, 10)
end
logo = love.graphics.newImage("graphics/logo.png")
logoblood = love.graphics.newImage("graphics/logoblood.png")
stabsound = love.audio.newSource("sounds/stab.ogg", "static")
backgrounds = 4
width = 40
height = 20
noise = 0
maxrunecount = 8
levelcount = 10
menuselection = 1
twilighty = 1
currentchallenge = 1
targetoffset = 0
offset = 0
tilewidth = 6
scale = 4
if love.window.getMode() ~= width*tilewidth*scale then
love.window.setMode(width*tilewidth*scale, height*tilewidth*scale, false, false, 0)
end
love.window.setIcon(love.image.newImageData("graphics/icon.png"))
runesize = 14
runespacing = 2
storynoise = 0
loadtiles()
goalspells = {1, 2, 6, 1,
1, 3, 3, 2,
2, 4, 4, 4}
bestspells = {}
loadhighscores()
tiledb = {}
--0 -> Free, 1-> Wall, 2-> Doesn't matter
--Direction is clockwise starting top left.
tiledb[2] = {1,1,1,1,1,1,1,1}
tiledb[3] = {2,0,2,0,2,0,2,0}
tiledb[4] = {0,1,0,1,0,1,0,1}
tiledb[5] = {2,0,2,1,1,1,1,1}
tiledb[6] = {2,1,1,1,1,1,2,0}
tiledb[7] = {1,1,1,1,2,0,2,1}
tiledb[8] = {1,1,2,0,2,1,1,1}
tiledb[9] = {2,0,2,0,2,0,2,1}
tiledb[10] = {2,1,2,0,2,0,2,0}
tiledb[11] = {2,0,2,1,2,0,2,0}
tiledb[12] = {2,0,2,0,2,1,2,0}
tiledb[13] = {2,0,2,1,1,1,2,0}
tiledb[14] = {2,0,2,0,2,1,1,1}
tiledb[15] = {2,1,1,1,2,0,2,0}
tiledb[16] = {1,1,2,0,2,0,2,1}
tiledb[17] = {2,0,2,1,2,0,2,1}
tiledb[18] = {2,1,2,0,2,1,2,0}
tiledb[19] = {0,1,1,1,1,1,1,1}
tiledb[20] = {1,1,0,1,1,1,1,1}
tiledb[21] = {1,1,1,1,0,1,1,1}
tiledb[22] = {1,1,1,1,1,1,0,1}
tiledb[23] = {0,1,1,1,1,1,0,1}
tiledb[24] = {0,1,0,1,1,1,1,1}
tiledb[25] = {1,1,0,1,0,1,1,1}
tiledb[26] = {1,1,1,1,0,1,0,1}
tiledb[27] = {0,1,1,1,0,1,0,1}
tiledb[28] = {0,1,0,1,1,1,0,1}
tiledb[29] = {0,1,0,1,0,1,1,1}
tiledb[30] = {1,1,0,1,0,1,0,1}
tiledb[31] = {2,1,0,1,1,1,2,0}
tiledb[32] = {2,1,0,1,0,1,2,0}
tiledb[33] = {2,1,1,1,0,1,2,0}
tiledb[34] = {2,0,2,1,1,1,0,1}
tiledb[35] = {2,0,2,1,0,1,0,1}
tiledb[36] = {2,0,2,1,0,1,1,1}
tiledb[37] = {1,1,2,0,2,1,0,1}
tiledb[38] = {0,1,2,0,2,1,1,1}
tiledb[39] = {0,1,2,0,2,1,0,1}
tiledb[40] = {0,1,1,1,2,0,2,1}
tiledb[41] = {0,1,0,1,2,0,2,1}
tiledb[42] = {1,1,0,1,2,0,2,1}
tiledb[43] = {2,1,0,1,2,0,2,0}
tiledb[44] = {0,1,2,0,2,0,2,1}
tiledb[45] = {2,0,2,1,0,1,2,0}
tiledb[46] = {2,0,2,0,2,1,0,1}
tiledb[47] = {0,1,1,1,0,1,1,1}
tiledb[48] = {1,1,0,1,1,1,0,1}
spelldiscovered = {}
changegamestate("intro")
end
function love.update(dt)
--love.graphics.setCaption("FPS: " .. love.timer.getFPS())
dt = math.min(dt, 1/30)
if skipupdate then
skipupdate = false
return
end
if _G[gamestate .. "_update"] then
_G[gamestate .. "_update"](dt)
end
noiserepeatsound:setVolume(math.max(storynoise/2, noise)/100*0.6)
end
function love.draw()
if _G[gamestate .. "_draw"] then
_G[gamestate .. "_draw"]()
end
love.graphics.setColor(1, 1, 1, 0.01*noise)
love.graphics.draw(lotsanoiseimg, -math.random()*240, -math.random()*120, 0, scale, scale)
love.graphics.setColor(1, 1, 1)
end
function loadtiles()
local tileimg = love.graphics.newImage("graphics/tiles.png")
local tileimgdata = love.image.newImageData("graphics/tiles.png")
local width = tileimgdata:getWidth()
local height = tileimgdata:getHeight()
tilequads = {}
for y = 1, math.floor(height/(tilewidth+1)) do
for x = 1, math.floor(width/(tilewidth+1)) do
table.insert(tilequads, quad:new(tileimg, tileimgdata, x, y, width, height))
end
end
end
function loadhighscores()
if love.filesystem.getInfo("high") then
local s = love.filesystem.read("high")
local s1 = s:split(";")
for i = 1, 12 do
if tonumber(s1[i]) then
bestspells[i] = tonumber(s1[i])
end
end
if #s1 == 13 then
gamefinished = true
end
end
end
function savehighscores()
local s = ""
for i = 1, 12 do
if bestspells[i] then
s = s .. bestspells[i]
end
if i ~= 12 or gamefinished then
s = s .. ";"
end
end
love.filesystem.write("high", s)
end
function numberprint(s, x, y)
local s = tostring(s)
for j = 1, #s do
local i = tonumber(string.sub(s, j, j))
if i then
love.graphics.draw(numberfontimg, numberfontquads[i], math.floor((x+(j-1)*5)*scale), math.floor(y*scale), 0, scale, scale)
end
end
end
function properprint(s, x, y, background)
for j = 1, #s do
local i = string.sub(s, j, j)
if background then
local pos = x+(j-1)*8-1
if pos > -xscroll-4 and pos < xscroll+width*tilewidth+8 then
love.graphics.draw(fontbackimg, fontbackquads[i], math.floor((pos)*scale), math.floor((y-1)*scale), 0, scale, scale)
end
else
love.graphics.draw(fontimg, fontquads[i], math.floor((x+(j-1)*8)*scale), math.floor(y*scale), 0, scale, scale)
end
end
end
function properprintsmall(s, x, y)
for j = 1, #s do
local i = string.sub(s, j, j)
love.graphics.draw(smallfontimg, smallfontquads[i], math.floor((x+(j-1)*6)*scale), math.floor(y*scale), 0, scale, scale)
end
end
function changegamestate(s)
gamestate = s
if _G[gamestate .. "_load"] then
_G[gamestate .. "_load"]()
end
end
function playsound(s)
love.audio.stop(s)
love.audio.play(s)
end
function love.keypressed(key, unicode)
if _G[gamestate .. "_keypressed"] then
_G[gamestate .. "_keypressed"](key, unicode)
end
end
function love.keyreleased(key, unicode)
if _G[gamestate .. "_keyreleased"] then
_G[gamestate .. "_keyreleased"](key, unicode)
end
end |
ITEM.name = "Blown Capacitor"
ITEM.model ="models/artefacts/empty.mdl"
ITEM.description = "An electric artifact."
ITEM.longdesc = "A physical impossibility. These two circular plates are held at a constant distance to one another, as if something invisible and intangible is keeping them apart. Scientists are still debating where in the lifetime of a Capacitor artifact this specimen is from. It could be a Capacitor that absorbed too much electrical energy and was destroyed by it, or it could be an early stage of it before something further transforms it into a true Capacitor."
ITEM.width = 1
ITEM.height = 1
ITEM.price = 7200
ITEM.JumpPower = 300
ITEM.flag = "A"
ITEM.rarity = 3
ITEM.baseweight = 1.500
ITEM.varweight = 0.550
|
describe("translate", function()
local lib = require "resty.waf.translate"
local t = lib.translate
local chains, errs
before_each(function()
chains = {}
errs = nil
end)
it("single valid rule with no errors", function()
local raw = {
[[SecRule ARGS "foo" "id:12345,phase:2,deny,msg:'dummy msg'"]]
}
assert.has.no_errors(function() chains, errs = t(raw, opts) end)
assert.is_nil(errs)
end)
it("single invalid rule with errors", function()
local raw = {
[[SecRule DNE "foo" "id:12345,phase:2,deny,msg:'dummy msg'"]]
}
assert.has.no_errors(function() chains, errs = t(raw) end)
assert.is_not_nil(errs)
end)
it("forces translation of a single valid rule with errors", function()
local raw = {
[[SecRule ARGS|DNE "foo" "id:12345,phase:2,deny,msg:'dummy msg'"]]
}
local opts = { force = true }
assert.has.no_errors(function() chains, errs = t(raw, opts) end)
assert.is_nil(errs)
assert.is.same(#chains.access[1].vars, 1)
end)
it("single valid rule with invalid action", function()
local raw = {
[[SecRule ARGS "foo" "id:12345,phase:2,deny,msg:'dummy msg',foo"]]
}
assert.has.no_errors(function() chains, errs = t(raw) end)
assert.is_not_nil(errs)
end)
it("loose single valid rule with invalid action", function()
local raw = {
[[SecRule ARGS "foo" "id:12345,phase:2,deny,msg:'dummy msg',foo"]]
}
local opts = { loose = true }
assert.has.no_errors(function() chains, errs = t(raw, opts) end)
assert.is_nil(errs)
end)
it("single valid rule with data file pattern", function()
local raw = {
[[SecRule REMOTE_ADDR "@ipMatchFromFile ips.txt" ]] ..
[[ "id:12345,phase:2,deny,msg:'dummy msg'"]]
}
local opts = { path = require("lfs").currentdir() .. '/t/data' }
assert.has.no_errors(function() chains, errs = t(raw, opts) end)
assert.is_nil(errs)
assert.is.same(chains.access[1].pattern, {
'1.2.3.4', '5.6.7.8', '10.10.10.0/24'
})
end)
it("single invalid rule with data file pattern", function()
local raw = {
[[SecRule REMOTE_ADDR "@ipMatchFromFile ips.txt" ]] ..
[[ "id:12345,phase:2,deny,msg:'dummy msg'"]]
}
local opts = { path = require("lfs").currentdir() .. '/t/dne' }
assert.has.no_errors(function() chains, errs = t(raw, opts) end)
assert.is_not_nil(errs)
assert.is.same(#chains.access, 0)
end)
it("multiple rules in the same phase", function()
local raw = {
[[SecRule ARGS "foo" "id:12345,phase:2,deny,msg:'dummy msg'"]],
[[SecRule ARGS "foo" "id:12346,phase:2,deny,msg:'dummy msg'"]]
}
local funcs = { 'clean_input', 'tokenize', 'parse_tokens',
'build_chains', 'translate_chains' }
local s = {}
for i = 1, #funcs do
local func = funcs[i]
s[func] = spy.on(lib, func)
end
assert.has.no_errors(function() chains, errs = t(raw, opts) end)
assert.is_nil(errs)
assert.is.same(#chains.access, 2)
for i = 1, #funcs do
local func = funcs[i]
assert.spy(s[func]).was.called()
end
end)
it("multiple rules in different phases", function()
local raw = {
[[SecRule ARGS "foo" "id:12345,phase:2,deny,msg:'dummy msg'"]],
[[SecRule ARGS "foo" "id:12346,phase:3,deny,msg:'dummy msg'"]]
}
local funcs = { 'clean_input', 'tokenize', 'parse_tokens',
'build_chains', 'translate_chains' }
local s = {}
for i = 1, #funcs do
local func = funcs[i]
s[func] = spy.on(lib, func)
end
assert.has.no_errors(function() chains, errs = t(raw, opts) end)
assert.is_nil(errs)
assert.is.same(#chains.access, 1)
assert.is.same(#chains.header_filter, 1)
for i = 1, #funcs do
local func = funcs[i]
assert.spy(s[func]).was.called()
end
end)
end)
|
local Translator = torch.class('Translator')
local nnq = require ('nnquery')
local options = {
{'-model', '', [[Path to model .t7 file]], {valid=onmt.utils.ExtendedCmdLine.nonEmpty}},
{'-beam_size', 5, [[Beam size]]},
{'-batch_size', 30, [[Batch size]]},
{'-max_sent_length', 250, [[Maximum output sentence length.]]},
{'-replace_unk', false, [[Replace the generated UNK tokens with the source token that
had the highest attention weight. If phrase_table is provided,
it will lookup the identified source token and give the corresponding
target token. If it is not provided (or the identified source token
does not exist in the table) then it will copy the source token]]},
{'-phrase_table', '', [[Path to source-target dictionary to replace UNK
tokens. See README.md for the format this file should be in]]},
{'-n_best', 1, [[If > 1, it will also output an n_best list of decoded sentences]]},
{'-max_num_unks', math.huge, [[All sequences with more unks than this will be ignored
during beam search]]},
{'-pre_filter_factor', 1, [[Optional, set this only if filter is being used. Before
applying filters, hypotheses with top `beamSize * preFilterFactor`
scores will be considered. If the returned hypotheses voilate filters,
then set this to a larger value to consider more.]]},
{'-gate', false, [[Using Gating Network.]]},
{'-concat', false, [[Using Concat Network.]]},
{'-gating_type', 'contextBiEncoder', [[Gating Network]],
{enum={'contextBiEncoder', 'leave_one_out', 'conv', 'cbow'}}}
}
function Translator.declareOpts(cmd)
cmd:setCmdLineOptions(options, 'Translator')
end
function Translator:__init(args)
self.opt = args
onmt.utils.Cuda.init(self.opt)
_G.logger:info('Loading \'' .. self.opt.model .. '\'...')
self.checkpoint = torch.load(self.opt.model)
self.models = {}
self.models.encoder = onmt.Factory.loadEncoder(self.checkpoint.models.encoder)
self.models.decoder = onmt.Factory.loadDecoder(self.checkpoint.models.decoder)
self.models.encoder:evaluate()
self.models.decoder:evaluate()
onmt.utils.Cuda.convert(self.models.encoder)
onmt.utils.Cuda.convert(self.models.decoder)
if self.opt.gate or self.opt.concat == true then
self.models.gatingNetwork = onmt.Factory.loadGatingNetwork(self.checkpoint.models.gatingNetwork)
self.models.gatingNetwork:evaluate()
onmt.utils.Cuda.convert(self.models.gatingNetwork)
end
self.dicts = self.checkpoint.dicts
if self.opt.phrase_table:len() > 0 then
self.phraseTable = onmt.translate.PhraseTable.new(self.opt.phrase_table)
end
end
function Translator:buildInput(tokens)
local words, features = onmt.utils.Features.extract(tokens)
local data = {}
data.words = words
if #features > 0 then
data.features = features
end
return data
end
function Translator:buildOutput(data)
return table.concat(onmt.utils.Features.annotate(data.words, data.features), ' ')
end
function Translator:buildData(src, gold)
local srcData = {}
srcData.words = {}
srcData.features = {}
local goldData
if gold then
goldData = {}
goldData.words = {}
goldData.features = {}
end
local ignored = {}
local indexMap = {}
local index = 1
for b = 1, #src do
if #src[b].words == 0 then
table.insert(ignored, b)
else
indexMap[index] = b
index = index + 1
table.insert(srcData.words,
self.dicts.src.words:convertToIdx(src[b].words, onmt.Constants.UNK_WORD))
if #self.dicts.src.features > 0 then
table.insert(srcData.features,
onmt.utils.Features.generateSource(self.dicts.src.features, src[b].features))
end
if gold then
table.insert(goldData.words,
self.dicts.tgt.words:convertToIdx(gold[b].words,
onmt.Constants.UNK_WORD,
onmt.Constants.BOS_WORD,
onmt.Constants.EOS_WORD))
if #self.dicts.tgt.features > 0 then
table.insert(goldData.features,
onmt.utils.Features.generateTarget(self.dicts.tgt.features, gold[b].features))
end
end
end
end
return onmt.data.Dataset.new(srcData, goldData), ignored, indexMap
end
function Translator:buildTargetWords(pred, src, attn)
local tokens = self.dicts.tgt.words:convertToLabels(pred, onmt.Constants.EOS)
if self.opt.replace_unk then
for i = 1, #tokens do
if tokens[i] == onmt.Constants.UNK_WORD then
local _, maxIndex = attn[i]:max(1)
local source = src[maxIndex[1]]
if self.phraseTable and self.phraseTable:contains(source) then
tokens[i] = self.phraseTable:lookup(source)
else
tokens[i] = source
end
end
end
end
return tokens
end
function Translator:buildTargetFeatures(predFeats)
local numFeatures = #predFeats[1]
if numFeatures == 0 then
return {}
end
local feats = {}
for _ = 1, numFeatures do
table.insert(feats, {})
end
for i = 2, #predFeats do
for j = 1, numFeatures do
table.insert(feats[j], self.dicts.tgt.features[j]:lookup(predFeats[i][j]))
end
end
return feats
end
function Translator:translateBatch(batch)
local rnnSize = nil
local gatingEncStates = nil
local gatingContext = nil
if self.opt.gate or self.opt.concat then
self.models.gatingNetwork:maskPadding()
rnnSize = self.models.gatingNetwork.args.rnnSize
-- gatingContext: batch x rho x dim tensor
if self.opt.gating_type == 'contextBiEncoder' then
gatingEncStates, gatingContext = self.models.gatingNetwork:forward(batch)
--print(gatingContext:size())
elseif self.opt.gating_type == 'leave_one_out' then
gatingContext = {}
for t = 1, batch.sourceLength do
local gateInputBatch = onmt.utils.Tensor.deepClone(batch)
gateInputBatch.sourceInput[t]:fill(onmt.Constants.DOL)
local finalStates, context = self.models.gatingNetwork:forward(gateInputBatch)
table.insert(gatingContext, finalStates[#finalStates]) -- gatingContext then becomes rho x batch x dim -> need to transpose later
end
gatingContext = torch.cat(gatingContext, 1):resize(batch.sourceLength, batch.size, self.models.gatingNetwork.args.rnnSize)
gatingContext = gatingContext:transpose(1,2) -- swapping dim1 with dim2 -> batch x rho x dim
elseif self.opt.gating_type == 'conv' then
gatingContext = self.models.gatingNetwork:forward(batch)
elseif self.opt.gating_type == 'cbow' then
gatingVector = self.models.gatingNetwork:forward(batch)
local replica = nn.Replicate(batch.sourceLength, 2)
if #onmt.utils.Cuda.gpuIds > 0 then
replica:cuda()
end
gatingContext = replica:forward(gatingVector)
end
batch:setGateTensor(gatingContext)
--batch:setGateTensor(torch.Tensor(batch.size, batch.sourceLength, self.models.gatingNetwork.args.rnnSize):fill(1):cuda())
-- print(gatingContext)
end
self.models.encoder:maskPadding()
self.models.decoder:maskPadding()
local encStates, context = self.models.encoder:forward(batch)
-- Compute gold score.
local goldScore
if batch.targetInput ~= nil then
if batch.size > 1 then
self.models.decoder:maskPadding(batch.sourceSize, batch.sourceLength)
end
goldScore = self.models.decoder:computeScore(batch, encStates, context)
end
-- Specify how to go one step forward.
local advancer = onmt.translate.DecoderAdvancer.new(self.models.decoder,
batch,
context,
self.opt.max_sent_length,
self.opt.max_num_unks,
encStates,
self.dicts)
-- Save memory by only keeping track of necessary elements in the states.
-- Attentions are at index 4 in the states defined in onmt.translate.DecoderAdvancer.
local attnIndex = 4
-- Features are at index 5 in the states defined in onmt.translate.DecoderAdvancer.
local featsIndex = 5
advancer:setKeptStateIndexes({attnIndex, featsIndex})
-- Conduct beam search.
local beamSearcher = onmt.translate.BeamSearcher.new(advancer)
local results = beamSearcher:search(self.opt.beam_size, self.opt.n_best, self.opt.pre_filter_factor)
local allHyp = {}
local allFeats = {}
local allAttn = {}
local allScores = {}
for b = 1, batch.size do
local hypBatch = {}
local featsBatch = {}
local attnBatch = {}
local scoresBatch = {}
for n = 1, self.opt.n_best do
local result = results[b][n]
local tokens = result.tokens
local score = result.score
local states = result.states
local attn = states[attnIndex] or {}
local feats = states[featsIndex] or {}
table.remove(tokens)
-- Remove unnecessary values from the attention vectors.
local size = batch.sourceSize[b]
for j = 1, #attn do
attn[j] = attn[j]:narrow(1, batch.sourceLength - size + 1, size)
end
table.insert(hypBatch, tokens)
if #feats > 0 then
table.insert(featsBatch, feats)
end
table.insert(attnBatch, attn)
table.insert(scoresBatch, score)
end
table.insert(allHyp, hypBatch)
table.insert(allFeats, featsBatch)
table.insert(allAttn, attnBatch)
table.insert(allScores, scoresBatch)
end
return allHyp, allFeats, allScores, allAttn, goldScore
end
--[[ Translate a batch of source sequences.
Parameters:
* `src` - a batch of tables containing:
- `words`: the table of source words
- `features`: the table of feaures sequences (`src.features[i][j]` is the value of the ith feature of the jth token)
* `gold` - gold data to compute confidence score (same format as `src`)
Returns:
* `results` - a batch of tables containing:
- `goldScore`: if `gold` was given, this is the confidence score
- `preds`: an array of `opt.n_best` tables containing:
- `words`: the table of target words
- `features`: the table of target features sequences
- `attention`: the attention vectors of each target word over the source words
- `score`: the confidence score of the prediction
]]
function Translator:translate(src, gold)
local data, ignored, indexMap = self:buildData(src, gold)
local results = {}
if data:batchCount() > 0 then
local batch = data:getBatch()
local pred, predFeats, predScore, attn, goldScore = self:translateBatch(batch)
for b = 1, batch.size do
results[b] = {}
results[b].preds = {}
for n = 1, self.opt.n_best do
results[b].preds[n] = {}
results[b].preds[n].words = self:buildTargetWords(pred[b][n], src[indexMap[b]].words, attn[b][n])
results[b].preds[n].features = self:buildTargetFeatures(predFeats[b][n])
results[b].preds[n].attention = attn[b][n]
results[b].preds[n].score = predScore[b][n]
end
if goldScore ~= nil then
results[b].goldScore = goldScore[b]
end
end
end
for i = 1, #ignored do
table.insert(results, ignored[i], {})
end
return results
end
function Translator:extractWordEmbeddingBatch(batch)
local rnnSize = nil
local gatingEncStates = nil
local gatingContext = nil
if self.opt.gate or self.opt.concat then
self.models.gatingNetwork:maskPadding()
rnnSize = self.models.gatingNetwork.args.rnnSize
-- gatingContext: batch x rho x dim tensor
if self.opt.gating_type == 'contextBiEncoder' then
gatingEncStates, gatingContext = self.models.gatingNetwork:forward(batch)
elseif self.opt.gating_type == 'leave_one_out' then
gatingContext = {}
for t = 1, batch.sourceLength do
local gateInputBatch = onmt.utils.Tensor.deepClone(batch)
gateInputBatch.sourceInput[t]:fill(onmt.Constants.DOL)
local finalStates, context = self.models.gatingNetwork:forward(gateInputBatch)
table.insert(gatingContext, finalStates[#finalStates]) -- gatingContext then becomes rho x batch x dim -> need to transpose later
end
gatingContext = torch.cat(gatingContext, 1):resize(batch.sourceLength, batch.size, self.models.gatingNetwork.args.rnnSize)
gatingContext = gatingContext:transpose(1,2) -- swapping dim1 with dim2 -> batch x rho x dim
elseif self.opt.gating_type == 'conv' then
gatingContext = self.models.gatingNetwork:forward(batch)
elseif self.opt.gating_type == 'cbow' then
gatingVector = self.models.gatingNetwork:forward(batch)
local replica = nn.Replicate(batch.sourceLength, 2)
if #onmt.utils.Cuda.gpuIds > 0 then
replica:cuda()
end
gatingContext = replica:forward(gatingVector)
end
batch:setGateTensor(gatingContext)
end
self.models.encoder:maskPadding()
self.models.decoder:maskPadding()
local wordEmbedding = {}
for t = 1, batch.sourceLength do
if self.models.encoder.name == 'Encoder' then
table.insert(wordEmbedding, nnq(self.models.encoder.modules[1]):descendants()[13]:val().data.module:forward(batch:getSourceInput(t)):clone()) -- append 1 x 500 to wordEmbedding
else
table.insert(wordEmbedding, nnq(self.models.encoder.modules[1].modules[1]):descendants()[13]:val().data.module:forward(batch:getSourceInput(t)):clone())
end
end
wordEmbedding = torch.cat(wordEmbedding, 1) -- table -> tensor
return wordEmbedding:double()
end
function Translator:extractWordEmbedding(src)
local data, ignored, indexMap = self:buildData(src, nil)
local results = {}
local batch = data:getBatch()
assert(batch.size == 1)
local embedding = self:extractWordEmbeddingBatch(batch)
return embedding
end
return Translator
|
-- http://stackoverflow.com/questions/20284515/capitalize-first-letter-of-every-word-in-lua
function string:to_http ()
return self:gsub ("_", "-"):gsub ("(%a)(%a*)", function (letter, r)
return letter:upper() .. r:lower()
end)
end
function string:to_identifier ()
return self:trim ():lower ():gsub ("-", "_")
end
-- Sequence: { [1] = text ... }
-- Parameterized: { [1] = { token = ..., parameters = { ... } }
-- MIME | Language: { [1] = { ..., parameters = { ... } }
-- Tokens: { [token] = { parameters } }
-- Token: { token = ..., parameters = { ... } }
-- local dump = require "pl.pretty" . dump
local Header = {}
Header.__index = Header
--
Header.Sequence = {
name = "Sequence",
}
function Header.Sequence.request (header, context)
local value = context.request.headers [header.as_identifier]
local result = {}
for token in value:gmatch "([^,%s]+)" do
result [#result + 1] = { token = token }
end
context.request.headers [header.as_identifier] = result
end
function Header.Sequence.response (header, context)
local value = context.response.headers [header.as_identifier]
local result = {}
for i, v in ipairs (value) do
result [i] = v.token
end
context.response.headers [header.as_identifier] = table.concat (result, ",")
end
--
Header.Normalized = {
name = "Normalized",
}
function Header.Normalized.request (header, context)
local value = context.request.headers [header.as_identifier]
for _, x in ipairs (value) do
x.token = x.token:to_identifier ()
end
end
function Header.Normalized.response (header, context)
local value = context.response.headers [header.as_identifier]
for _, x in ipairs (value) do
x.token = x.token:to_http ()
end
end
--
Header.Parameterized = {
name = "Parameterized",
token_pattern = "([^;%s]+)%s*;?(.*)",
parameter_pattern = "([^=;%s]+)%s*[=]%s*([^;%s]+)",
}
function Header.Parameterized.request (header, context)
local value = context.request.headers [header.as_identifier]
for _, x in ipairs (value) do
local _, remaining = x.token:match (Header.Parameterized.token_pattern)
local parameters = {}
for k, v in remaining:gmatch (Header.Parameterized.parameter_pattern) do
parameters [k] = v
end
x.parameters = parameters
end
end
function Header.Parameterized.response (header, context)
local value = context.response.headers [header.as_identifier]
for _, x in ipairs (value) do
local result = x.token
for k, v in pairs (x.parameters or {}) do
result = result .. "; " .. k .. "=" .. v
end
x.token = result
end
end
--
Header.MIME = {
name = "MIME",
pattern = "([^/%s]+)%s*/%s*(.*)",
}
function Header.MIME.request (header, context)
local value = context.request.headers [header.as_identifier]
for _, x in ipairs (value) do
x.main, x.sub = x.token:match (Header.MIME.pattern)
end
end
function Header.MIME.response (header, context)
local value = context.response.headers [header.as_identifier]
for _, x in ipairs (value) do
x.token = x.main .. "/" .. x.sub
end
end
--
Header.Language = {
name = "Language",
pattern = "(%a+)(-(%a+))?",
}
function Header.Language.request (header, context)
local value = context.request.headers [header.as_identifier]
for _, x in ipairs (value) do
x.primary, _, x.sub = x.token:match (Header.Language.pattern)
end
end
function Header.Language.response (header, context)
local value = context.response.headers [header.as_identifier]
for _, x in ipairs (value) do
x.token = x.primary .. (x.sub and "-" .. x.sub or "")
end
end
--
Header.Sorted = {
name = "Sorted",
}
function Header.Sorted.request (header, context)
local value = context.request.headers [header.as_identifier]
table.sort (value, function (lhs, rhs)
local l = (lhs.parameters or {}).q or 1
local r = (rhs.parameters or {}).q or 1
return l > r
end)
end
function Header.Sorted.response ()
end
--
Header.Tokenized = {
name = "Tokenized",
}
function Header.Tokenized.request (header, context)
local value = context.request.headers [header.as_identifier]
local result = {}
for _, x in ipairs (value) do
result [x.token] = x.parameters or {}
end
context.request.headers [header.as_identifier] = result
end
function Header.Tokenized.response (header, context)
local value = context.response.headers [header.as_identifier]
local result = {}
for k, v in pairs (value) do
result [#result + 1] = {
token = k,
parameters = v,
}
end
context.response.headers [header.as_identifier] = result
end
--
Header.First = {
name = "First",
}
function Header.First.request (header, context)
local value = context.request.headers [header.as_identifier]
context.request.headers [header.as_identifier] = value [1]
end
function Header.First.response (header, context)
local value = context.response.headers [header.as_identifier]
context.response.headers [header.as_identifier] = { value }
end
--
Header.Integer = {
name = "Integer",
}
function Header.Integer.request (header, context)
local value = context.request.headers [header.as_identifier]
context.request.headers [header.as_identifier] = tonumber (value.token)
end
function Header.Integer.response (header, context)
local value = context.response.headers [header.as_identifier]
context.response.headers [header.as_identifier] = {
token = tostring (value),
}
end
--
Header.depends = {}
function Header.sort (headers)
table.sort (headers, function (lhs, rhs)
local lhs_id = lhs.as_identifier
local rhs_id = rhs.as_identifier
if not Header.depends [rhs_id] then
local dependencies = {}
for _, dep in ipairs (rhs.depends or {}) do
dependencies [dep:to_identifier ()] = true
end
Header.depends [rhs_id] = dependencies
end
return Header.depends [rhs_id] [lhs_id]
end)
end
function Header.__tostring (header)
return header.as_http
end
function Header.class (attributes)
attributes.as_identifier = attributes.name:to_identifier ()
attributes.as_http = attributes.name:to_http ()
return setmetatable (attributes, Header)
end
function Header.request (header, context)
local value = context.request.headers [header.as_identifier]
if not value then
return
end
local filters = header.filters
for i = 1, #filters do
filters [i].request (header, context)
end
end
function Header.response (header, context)
local value = context.response.headers [header.as_identifier]
if not value then
return
end
local filters = header.filters
for i = #filters, 1, -1 do
filters [i].response (header, context)
end
end
function Header.request_default ()
end
function Header.response_default ()
end
function Header.on_request ()
end
function Header.on_response ()
end
return Header
|
local t = My.Translator.translate
My = My or {}
My.SideMissions = My.SideMissions or {}
My.SideMissions.TransportThing = function(from, to, player)
local size = math.random()
size = size * size + 0.2 -- ensures the size is at the lower border more oftenly
local amount = math.ceil(size * player:getMaxStorageSpace())
local payment = My.SideMissions.paymentPerDistance(distance(from, to)) * 1.5
local timeLimit
if math.random(0, 1) == 1 then
local difficulty = math.random(1.0, 2.0)
timeLimit = distance(from, to) / 120 * difficulty
payment = payment * (1 + 1/difficulty * 0.2)
end
local possibleStories = {}
if from:hasTag("residual") and to:hasTag("mining") then
table.insert(possibleStories, "alcohol")
end
if from:hasTag("residual") or to:hasTag("residual") then
table.insert(possibleStories, "letters")
end
if from:hasTag("mining") and to:hasTag("science") then
table.insert(possibleStories, "minerals")
end
table.insert(possibleStories, "memory")
local story = Util.random(possibleStories)
if story == nil then return nil end
local product = Product:new(t("side_mission_transport_thing_product_" .. story))
local description = t("side_mission_transport_thing_description_" .. story, to:getCallSign(), amount, payment)
if not isNil(timeLimit) then
description = description .. "\n\n" .. t("side_mission_transport_thing_time_limit", timeLimit / 60)
end
local mission
mission = Missions:transportProduct(from, to, product, {
amount = amount,
acceptCondition = function(self, error)
if error == "no_storage" then
return t("side_mission_transport_thing_no_storage")
elseif error == "small_storage" then
return t("side_mission_transport_thing_small_storage", amount * product:getSize())
end
return true
end,
onAccept = function(self)
local hint = t("side_mission_transport_thing_accept_hint", from:getCallSign(), product:getName())
self:setHint(function()
local text = hint
if Mission:isTimeLimitMission(self) then
text = text .. "\n" .. t("generic_mission_time_limit", self:getRemainingTime() / 60)
end
return text
end)
self:getPlayer():addToShipLog(hint, "255,127,0")
end,
onLoad = function(self)
self:getPlayer():addToShipLog(t("side_mission_transport_thing_load_log", product:getName()), "255,127,0")
local hint = t("side_mission_transport_thing_load_hint", to:getCallSign(), product:getName())
self:setHint(function()
local text = hint
if Mission:isTimeLimitMission(self) then
text = text .. "\n" .. t("generic_mission_time_limit", self:getRemainingTime() / 60)
end
return text
end)
self:getPlayer():addToShipLog(hint, "255,127,0")
end,
onInsufficientStorage = function(self)
mission:getPlayer():addToShipLog(t("side_mission_transport_thing_insufficient_storage", product:getName(), amount * product:getSize()), "255,127,0")
end,
onSuccess = function(self)
to:sendCommsMessage(self:getPlayer(), t("side_mission_transport_thing_success", payment))
self:getPlayer():addReputationPoints(payment)
end,
onFailure = function(self)
if self:getPlayer():isValid() and to:isValid() then
to:sendCommsMessage(self:getPlayer(), t("side_mission_transport_thing_time_out"))
end
end,
onEnd = function(self)
if self:getPlayer():isValid() then
self:getPlayer():modifyProductStorage(product, -999) -- make sure storage is not blocked
end
end,
})
if not isNil(timeLimit) then
Mission:withTimeLimit(mission, timeLimit)
end
Mission:withBroker(mission, t("side_mission_transport_thing", product:getName(), to:getCallSign()), {
description = description,
acceptMessage = nil,
})
return mission
end |
local match = require "luassert.match"
local spy = require "luassert.spy"
local display = require "nvim-lsp-installer.core.ui.display"
local Ui = require "nvim-lsp-installer.core.ui"
local a = require "nvim-lsp-installer.core.async"
describe("ui", function()
it("produces a correct tree", function()
local function renderer(state)
return Ui.CascadingStyleNode({ "INDENT" }, {
Ui.When(not state.is_active, function()
return Ui.Text {
"I'm not active",
"Another line",
}
end),
Ui.When(state.is_active, function()
return Ui.Text {
"I'm active",
"Yet another line",
}
end),
})
end
assert.same({
children = {
{
type = "HL_TEXT",
lines = {
{ { "I'm not active", "" } },
{ { "Another line", "" } },
},
},
{
type = "NODE",
children = {},
},
},
styles = { "INDENT" },
type = "CASCADING_STYLE",
}, renderer { is_active = false })
assert.same({
children = {
{
type = "NODE",
children = {},
},
{
type = "HL_TEXT",
lines = {
{ { "I'm active", "" } },
{ { "Yet another line", "" } },
},
},
},
styles = { "INDENT" },
type = "CASCADING_STYLE",
}, renderer { is_active = true })
end)
it("renders a tree correctly", function()
local render_output = display._render_node(
{
win_width = 120,
},
Ui.CascadingStyleNode({ "INDENT" }, {
Ui.Keybind("i", "INSTALL_SERVER", { "sumneko_lua" }, true),
Ui.HlTextNode {
{
{ "Hello World!", "MyHighlightGroup" },
},
{
{ "Another Line", "Comment" },
},
},
Ui.HlTextNode {
{
{ "Install something idk", "Stuff" },
},
},
Ui.Keybind("<CR>", "INSTALL_SERVER", { "tsserver" }, false),
Ui.DiagnosticsNode {
message = "yeah this one's outdated",
severity = vim.diagnostic.severity.WARN,
source = "trust me bro",
},
Ui.Text { "I'm a text node" },
})
)
assert.same({
highlights = {
{
col_start = 2,
col_end = 14,
line = 0,
hl_group = "MyHighlightGroup",
},
{
col_start = 2,
col_end = 14,
line = 1,
hl_group = "Comment",
},
{
col_start = 2,
col_end = 23,
line = 2,
hl_group = "Stuff",
},
},
lines = { " Hello World!", " Another Line", " Install something idk", " I'm a text node" },
virt_texts = {},
keybinds = {
{
effect = "INSTALL_SERVER",
key = "i",
line = -1,
payload = { "sumneko_lua" },
},
{
effect = "INSTALL_SERVER",
key = "<CR>",
line = 3,
payload = { "tsserver" },
},
},
diagnostics = {
{
line = 3,
message = "yeah this one's outdated",
source = "trust me bro",
severity = vim.diagnostic.severity.WARN,
},
},
}, render_output)
end)
end)
describe("integration test", function()
it(
"calls vim APIs as expected during rendering",
async_test(function()
local window = display.new_view_only_win "test"
window.view(function(state)
return Ui.Node {
Ui.Keybind("U", "EFFECT", nil, true),
Ui.Text {
"Line number 1!",
state.text,
},
Ui.Keybind("R", "R_EFFECT", { state.text }),
Ui.HlTextNode {
{
{ "My highlighted text", "MyHighlightGroup" },
},
},
}
end)
local mutate_state = window.init { text = "Initial state" }
window.open {
effects = {
["EFFECT"] = function() end,
["R_EFFECT"] = function() end,
},
highlight_groups = {
"hi def MyHighlight gui=bold",
},
}
local clear_namespace = spy.on(vim.api, "nvim_buf_clear_namespace")
local buf_set_option = spy.on(vim.api, "nvim_buf_set_option")
local win_set_option = spy.on(vim.api, "nvim_win_set_option")
local set_lines = spy.on(vim.api, "nvim_buf_set_lines")
local set_extmark = spy.on(vim.api, "nvim_buf_set_extmark")
local add_highlight = spy.on(vim.api, "nvim_buf_add_highlight")
local set_keymap = spy.on(vim.keymap, "set")
-- Initial window and buffer creation + initial render
a.scheduler()
assert.spy(win_set_option).was_called(8)
assert.spy(win_set_option).was_called_with(match.is_number(), "number", false)
assert.spy(win_set_option).was_called_with(match.is_number(), "relativenumber", false)
assert.spy(win_set_option).was_called_with(match.is_number(), "wrap", false)
assert.spy(win_set_option).was_called_with(match.is_number(), "spell", false)
assert.spy(win_set_option).was_called_with(match.is_number(), "foldenable", false)
assert.spy(win_set_option).was_called_with(match.is_number(), "signcolumn", "no")
assert.spy(win_set_option).was_called_with(match.is_number(), "colorcolumn", "")
assert.spy(win_set_option).was_called_with(match.is_number(), "cursorline", true)
assert.spy(buf_set_option).was_called(10)
assert.spy(buf_set_option).was_called_with(match.is_number(), "modifiable", false)
assert.spy(buf_set_option).was_called_with(match.is_number(), "swapfile", false)
assert.spy(buf_set_option).was_called_with(match.is_number(), "textwidth", 0)
assert.spy(buf_set_option).was_called_with(match.is_number(), "buftype", "nofile")
assert.spy(buf_set_option).was_called_with(match.is_number(), "bufhidden", "wipe")
assert.spy(buf_set_option).was_called_with(match.is_number(), "buflisted", false)
assert.spy(buf_set_option).was_called_with(match.is_number(), "filetype", "lsp-installer")
assert.spy(buf_set_option).was_called_with(match.is_number(), "undolevels", -1)
assert.spy(set_lines).was_called(1)
assert.spy(set_lines).was_called_with(
match.is_number(),
0,
-1,
false,
{ "Line number 1!", "Initial state", "My highlighted text" }
)
assert.spy(set_extmark).was_called(0)
assert.spy(add_highlight).was_called(1)
assert.spy(add_highlight).was_called_with(
match.is_number(),
match.is_number(),
"MyHighlightGroup",
2,
0,
19
)
assert.spy(set_keymap).was_called(2)
assert.spy(set_keymap).was_called_with(
"n",
"U",
match.is_function(),
match.tbl_containing { nowait = true, silent = true, buffer = match.is_number() }
)
assert.spy(set_keymap).was_called_with(
"n",
"R",
match.is_function(),
match.tbl_containing { nowait = true, silent = true, buffer = match.is_number() }
)
assert.spy(clear_namespace).was_called(1)
assert.spy(clear_namespace).was_called_with(match.is_number(), match.is_number(), 0, -1)
mutate_state(function(state)
state.text = "New state"
end)
assert.spy(set_lines).was_called(1)
a.scheduler()
assert.spy(set_lines).was_called(2)
assert.spy(set_lines).was_called_with(
match.is_number(),
0,
-1,
false,
{ "Line number 1!", "New state", "My highlighted text" }
)
end)
)
end)
|
--- MaterialDesign
local M = {}
M.FontIconFileName = "MaterialIcons-Regular.ttf"
M.IconMin = 0xe000
M.IconMax = 0xeb4c
M.The3d_rotation = "\xee\xa1\x8d"
M.Ac_unit = "\xee\xac\xbb"
M.Access_alarm = "\xee\x86\x90"
M.Access_alarms = "\xee\x86\x91"
M.Access_time = "\xee\x86\x92"
M.Accessibility = "\xee\xa1\x8e"
M.Accessible = "\xee\xa4\x94"
M.Account_balance = "\xee\xa1\x8f"
M.Account_balance_wallet = "\xee\xa1\x90"
M.Account_box = "\xee\xa1\x91"
M.Account_circle = "\xee\xa1\x93"
M.Adb = "\xee\x98\x8e"
M.Add = "\xee\x85\x85"
M.Add_a_photo = "\xee\x90\xb9"
M.Add_alarm = "\xee\x86\x93"
M.Add_alert = "\xee\x80\x83"
M.Add_box = "\xee\x85\x86"
M.Add_circle = "\xee\x85\x87"
M.Add_circle_outline = "\xee\x85\x88"
M.Add_location = "\xee\x95\xa7"
M.Add_shopping_cart = "\xee\xa1\x94"
M.Add_to_photos = "\xee\x8e\x9d"
M.Add_to_queue = "\xee\x81\x9c"
M.Adjust = "\xee\x8e\x9e"
M.Airline_seat_flat = "\xee\x98\xb0"
M.Airline_seat_flat_angled = "\xee\x98\xb1"
M.Airline_seat_individual_suite = "\xee\x98\xb2"
M.Airline_seat_legroom_extra = "\xee\x98\xb3"
M.Airline_seat_legroom_normal = "\xee\x98\xb4"
M.Airline_seat_legroom_reduced = "\xee\x98\xb5"
M.Airline_seat_recline_extra = "\xee\x98\xb6"
M.Airline_seat_recline_normal = "\xee\x98\xb7"
M.Airplanemode_active = "\xee\x86\x95"
M.Airplanemode_inactive = "\xee\x86\x94"
M.Airplay = "\xee\x81\x95"
M.Airport_shuttle = "\xee\xac\xbc"
M.Alarm = "\xee\xa1\x95"
M.Alarm_add = "\xee\xa1\x96"
M.Alarm_off = "\xee\xa1\x97"
M.Alarm_on = "\xee\xa1\x98"
M.Album = "\xee\x80\x99"
M.All_inclusive = "\xee\xac\xbd"
M.All_out = "\xee\xa4\x8b"
M.Android = "\xee\xa1\x99"
M.Announcement = "\xee\xa1\x9a"
M.Apps = "\xee\x97\x83"
M.Archive = "\xee\x85\x89"
M.Arrow_back = "\xee\x97\x84"
M.Arrow_downward = "\xee\x97\x9b"
M.Arrow_drop_down = "\xee\x97\x85"
M.Arrow_drop_down_circle = "\xee\x97\x86"
M.Arrow_drop_up = "\xee\x97\x87"
M.Arrow_forward = "\xee\x97\x88"
M.Arrow_upward = "\xee\x97\x98"
M.Art_track = "\xee\x81\xa0"
M.Aspect_ratio = "\xee\xa1\x9b"
M.Assessment = "\xee\xa1\x9c"
M.Assignment = "\xee\xa1\x9d"
M.Assignment_ind = "\xee\xa1\x9e"
M.Assignment_late = "\xee\xa1\x9f"
M.Assignment_return = "\xee\xa1\xa0"
M.Assignment_returned = "\xee\xa1\xa1"
M.Assignment_turned_in = "\xee\xa1\xa2"
M.Assistant = "\xee\x8e\x9f"
M.Assistant_photo = "\xee\x8e\xa0"
M.Attach_file = "\xee\x88\xa6"
M.Attach_money = "\xee\x88\xa7"
M.Attachment = "\xee\x8a\xbc"
M.Audiotrack = "\xee\x8e\xa1"
M.Autorenew = "\xee\xa1\xa3"
M.Av_timer = "\xee\x80\x9b"
M.Backspace = "\xee\x85\x8a"
M.Backup = "\xee\xa1\xa4"
M.Battery_alert = "\xee\x86\x9c"
M.Battery_charging_full = "\xee\x86\xa3"
M.Battery_full = "\xee\x86\xa4"
M.Battery_std = "\xee\x86\xa5"
M.Battery_unknown = "\xee\x86\xa6"
M.Beach_access = "\xee\xac\xbe"
M.Beenhere = "\xee\x94\xad"
M.Block = "\xee\x85\x8b"
M.Bluetooth = "\xee\x86\xa7"
M.Bluetooth_audio = "\xee\x98\x8f"
M.Bluetooth_connected = "\xee\x86\xa8"
M.Bluetooth_disabled = "\xee\x86\xa9"
M.Bluetooth_searching = "\xee\x86\xaa"
M.Blur_circular = "\xee\x8e\xa2"
M.Blur_linear = "\xee\x8e\xa3"
M.Blur_off = "\xee\x8e\xa4"
M.Blur_on = "\xee\x8e\xa5"
M.Book = "\xee\xa1\xa5"
M.Bookmark = "\xee\xa1\xa6"
M.Bookmark_border = "\xee\xa1\xa7"
M.Border_all = "\xee\x88\xa8"
M.Border_bottom = "\xee\x88\xa9"
M.Border_clear = "\xee\x88\xaa"
M.Border_color = "\xee\x88\xab"
M.Border_horizontal = "\xee\x88\xac"
M.Border_inner = "\xee\x88\xad"
M.Border_left = "\xee\x88\xae"
M.Border_outer = "\xee\x88\xaf"
M.Border_right = "\xee\x88\xb0"
M.Border_style = "\xee\x88\xb1"
M.Border_top = "\xee\x88\xb2"
M.Border_vertical = "\xee\x88\xb3"
M.Branding_watermark = "\xee\x81\xab"
M.Brightness_1 = "\xee\x8e\xa6"
M.Brightness_2 = "\xee\x8e\xa7"
M.Brightness_3 = "\xee\x8e\xa8"
M.Brightness_4 = "\xee\x8e\xa9"
M.Brightness_5 = "\xee\x8e\xaa"
M.Brightness_6 = "\xee\x8e\xab"
M.Brightness_7 = "\xee\x8e\xac"
M.Brightness_auto = "\xee\x86\xab"
M.Brightness_high = "\xee\x86\xac"
M.Brightness_low = "\xee\x86\xad"
M.Brightness_medium = "\xee\x86\xae"
M.Broken_image = "\xee\x8e\xad"
M.Brush = "\xee\x8e\xae"
M.Bubble_chart = "\xee\x9b\x9d"
M.Bug_report = "\xee\xa1\xa8"
M.Build = "\xee\xa1\xa9"
M.Burst_mode = "\xee\x90\xbc"
M.Business = "\xee\x82\xaf"
M.Business_center = "\xee\xac\xbf"
M.Cached = "\xee\xa1\xaa"
M.Cake = "\xee\x9f\xa9"
M.Call = "\xee\x82\xb0"
M.Call_end = "\xee\x82\xb1"
M.Call_made = "\xee\x82\xb2"
M.Call_merge = "\xee\x82\xb3"
M.Call_missed = "\xee\x82\xb4"
M.Call_missed_outgoing = "\xee\x83\xa4"
M.Call_received = "\xee\x82\xb5"
M.Call_split = "\xee\x82\xb6"
M.Call_to_action = "\xee\x81\xac"
M.Camera = "\xee\x8e\xaf"
M.Camera_alt = "\xee\x8e\xb0"
M.Camera_enhance = "\xee\xa3\xbc"
M.Camera_front = "\xee\x8e\xb1"
M.Camera_rear = "\xee\x8e\xb2"
M.Camera_roll = "\xee\x8e\xb3"
M.Cancel = "\xee\x97\x89"
M.Card_giftcard = "\xee\xa3\xb6"
M.Card_membership = "\xee\xa3\xb7"
M.Card_travel = "\xee\xa3\xb8"
M.Casino = "\xee\xad\x80"
M.Cast = "\xee\x8c\x87"
M.Cast_connected = "\xee\x8c\x88"
M.Center_focus_strong = "\xee\x8e\xb4"
M.Center_focus_weak = "\xee\x8e\xb5"
M.Change_history = "\xee\xa1\xab"
M.Chat = "\xee\x82\xb7"
M.Chat_bubble = "\xee\x83\x8a"
M.Chat_bubble_outline = "\xee\x83\x8b"
M.Check = "\xee\x97\x8a"
M.Check_box = "\xee\xa0\xb4"
M.Check_box_outline_blank = "\xee\xa0\xb5"
M.Check_circle = "\xee\xa1\xac"
M.Chevron_left = "\xee\x97\x8b"
M.Chevron_right = "\xee\x97\x8c"
M.Child_care = "\xee\xad\x81"
M.Child_friendly = "\xee\xad\x82"
M.Chrome_reader_mode = "\xee\xa1\xad"
M.Class = "\xee\xa1\xae"
M.Clear = "\xee\x85\x8c"
M.Clear_all = "\xee\x82\xb8"
M.Close = "\xee\x97\x8d"
M.Closed_caption = "\xee\x80\x9c"
M.Cloud = "\xee\x8a\xbd"
M.Cloud_circle = "\xee\x8a\xbe"
M.Cloud_done = "\xee\x8a\xbf"
M.Cloud_download = "\xee\x8b\x80"
M.Cloud_off = "\xee\x8b\x81"
M.Cloud_queue = "\xee\x8b\x82"
M.Cloud_upload = "\xee\x8b\x83"
M.Code = "\xee\xa1\xaf"
M.Collections = "\xee\x8e\xb6"
M.Collections_bookmark = "\xee\x90\xb1"
M.Color_lens = "\xee\x8e\xb7"
M.Colorize = "\xee\x8e\xb8"
M.Comment = "\xee\x82\xb9"
M.Compare = "\xee\x8e\xb9"
M.Compare_arrows = "\xee\xa4\x95"
M.Computer = "\xee\x8c\x8a"
M.Confirmation_number = "\xee\x98\xb8"
M.Contact_mail = "\xee\x83\x90"
M.Contact_phone = "\xee\x83\x8f"
M.Contacts = "\xee\x82\xba"
M.Content_copy = "\xee\x85\x8d"
M.Content_cut = "\xee\x85\x8e"
M.Content_paste = "\xee\x85\x8f"
M.Control_point = "\xee\x8e\xba"
M.Control_point_duplicate = "\xee\x8e\xbb"
M.Copyright = "\xee\xa4\x8c"
M.Create = "\xee\x85\x90"
M.Create_new_folder = "\xee\x8b\x8c"
M.Credit_card = "\xee\xa1\xb0"
M.Crop = "\xee\x8e\xbe"
M.Crop_16_9 = "\xee\x8e\xbc"
M.Crop_3_2 = "\xee\x8e\xbd"
M.Crop_5_4 = "\xee\x8e\xbf"
M.Crop_7_5 = "\xee\x8f\x80"
M.Crop_din = "\xee\x8f\x81"
M.Crop_free = "\xee\x8f\x82"
M.Crop_landscape = "\xee\x8f\x83"
M.Crop_original = "\xee\x8f\x84"
M.Crop_portrait = "\xee\x8f\x85"
M.Crop_rotate = "\xee\x90\xb7"
M.Crop_square = "\xee\x8f\x86"
M.Dashboard = "\xee\xa1\xb1"
M.Data_usage = "\xee\x86\xaf"
M.Date_range = "\xee\xa4\x96"
M.Dehaze = "\xee\x8f\x87"
M.Delete = "\xee\xa1\xb2"
M.Delete_forever = "\xee\xa4\xab"
M.Delete_sweep = "\xee\x85\xac"
M.Description = "\xee\xa1\xb3"
M.Desktop_mac = "\xee\x8c\x8b"
M.Desktop_windows = "\xee\x8c\x8c"
M.Details = "\xee\x8f\x88"
M.Developer_board = "\xee\x8c\x8d"
M.Developer_mode = "\xee\x86\xb0"
M.Device_hub = "\xee\x8c\xb5"
M.Devices = "\xee\x86\xb1"
M.Devices_other = "\xee\x8c\xb7"
M.Dialer_sip = "\xee\x82\xbb"
M.Dialpad = "\xee\x82\xbc"
M.Directions = "\xee\x94\xae"
M.Directions_bike = "\xee\x94\xaf"
M.Directions_boat = "\xee\x94\xb2"
M.Directions_bus = "\xee\x94\xb0"
M.Directions_car = "\xee\x94\xb1"
M.Directions_railway = "\xee\x94\xb4"
M.Directions_run = "\xee\x95\xa6"
M.Directions_subway = "\xee\x94\xb3"
M.Directions_transit = "\xee\x94\xb5"
M.Directions_walk = "\xee\x94\xb6"
M.Disc_full = "\xee\x98\x90"
M.Dns = "\xee\xa1\xb5"
M.Do_not_disturb = "\xee\x98\x92"
M.Do_not_disturb_alt = "\xee\x98\x91"
M.Do_not_disturb_off = "\xee\x99\x83"
M.Do_not_disturb_on = "\xee\x99\x84"
M.Dock = "\xee\x8c\x8e"
M.Domain = "\xee\x9f\xae"
M.Done = "\xee\xa1\xb6"
M.Done_all = "\xee\xa1\xb7"
M.Donut_large = "\xee\xa4\x97"
M.Donut_small = "\xee\xa4\x98"
M.Drafts = "\xee\x85\x91"
M.Drag_handle = "\xee\x89\x9d"
M.Drive_eta = "\xee\x98\x93"
M.Dvr = "\xee\x86\xb2"
M.Edit = "\xee\x8f\x89"
M.Edit_location = "\xee\x95\xa8"
M.Eject = "\xee\xa3\xbb"
M.Email = "\xee\x82\xbe"
M.Enhanced_encryption = "\xee\x98\xbf"
M.Equalizer = "\xee\x80\x9d"
M.Error = "\xee\x80\x80"
M.Error_outline = "\xee\x80\x81"
M.Euro_symbol = "\xee\xa4\xa6"
M.Ev_station = "\xee\x95\xad"
M.Event = "\xee\xa1\xb8"
M.Event_available = "\xee\x98\x94"
M.Event_busy = "\xee\x98\x95"
M.Event_note = "\xee\x98\x96"
M.Event_seat = "\xee\xa4\x83"
M.Exit_to_app = "\xee\xa1\xb9"
M.Expand_less = "\xee\x97\x8e"
M.Expand_more = "\xee\x97\x8f"
M.Explicit = "\xee\x80\x9e"
M.Explore = "\xee\xa1\xba"
M.Exposure = "\xee\x8f\x8a"
M.Exposure_neg_1 = "\xee\x8f\x8b"
M.Exposure_neg_2 = "\xee\x8f\x8c"
M.Exposure_plus_1 = "\xee\x8f\x8d"
M.Exposure_plus_2 = "\xee\x8f\x8e"
M.Exposure_zero = "\xee\x8f\x8f"
M.Extension = "\xee\xa1\xbb"
M.Face = "\xee\xa1\xbc"
M.Fast_forward = "\xee\x80\x9f"
M.Fast_rewind = "\xee\x80\xa0"
M.Favorite = "\xee\xa1\xbd"
M.Favorite_border = "\xee\xa1\xbe"
M.Featured_play_list = "\xee\x81\xad"
M.Featured_video = "\xee\x81\xae"
M.Feedback = "\xee\xa1\xbf"
M.Fiber_dvr = "\xee\x81\x9d"
M.Fiber_manual_record = "\xee\x81\xa1"
M.Fiber_new = "\xee\x81\x9e"
M.Fiber_pin = "\xee\x81\xaa"
M.Fiber_smart_record = "\xee\x81\xa2"
M.File_download = "\xee\x8b\x84"
M.File_upload = "\xee\x8b\x86"
M.Filter = "\xee\x8f\x93"
M.Filter_1 = "\xee\x8f\x90"
M.Filter_2 = "\xee\x8f\x91"
M.Filter_3 = "\xee\x8f\x92"
M.Filter_4 = "\xee\x8f\x94"
M.Filter_5 = "\xee\x8f\x95"
M.Filter_6 = "\xee\x8f\x96"
M.Filter_7 = "\xee\x8f\x97"
M.Filter_8 = "\xee\x8f\x98"
M.Filter_9 = "\xee\x8f\x99"
M.Filter_9_plus = "\xee\x8f\x9a"
M.Filter_b_and_w = "\xee\x8f\x9b"
M.Filter_center_focus = "\xee\x8f\x9c"
M.Filter_drama = "\xee\x8f\x9d"
M.Filter_frames = "\xee\x8f\x9e"
M.Filter_hdr = "\xee\x8f\x9f"
M.Filter_list = "\xee\x85\x92"
M.Filter_none = "\xee\x8f\xa0"
M.Filter_tilt_shift = "\xee\x8f\xa2"
M.Filter_vintage = "\xee\x8f\xa3"
M.Find_in_page = "\xee\xa2\x80"
M.Find_replace = "\xee\xa2\x81"
M.Fingerprint = "\xee\xa4\x8d"
M.First_page = "\xee\x97\x9c"
M.Fitness_center = "\xee\xad\x83"
M.Flag = "\xee\x85\x93"
M.Flare = "\xee\x8f\xa4"
M.Flash_auto = "\xee\x8f\xa5"
M.Flash_off = "\xee\x8f\xa6"
M.Flash_on = "\xee\x8f\xa7"
M.Flight = "\xee\x94\xb9"
M.Flight_land = "\xee\xa4\x84"
M.Flight_takeoff = "\xee\xa4\x85"
M.Flip = "\xee\x8f\xa8"
M.Flip_to_back = "\xee\xa2\x82"
M.Flip_to_front = "\xee\xa2\x83"
M.Folder = "\xee\x8b\x87"
M.Folder_open = "\xee\x8b\x88"
M.Folder_shared = "\xee\x8b\x89"
M.Folder_special = "\xee\x98\x97"
M.Font_download = "\xee\x85\xa7"
M.Format_align_center = "\xee\x88\xb4"
M.Format_align_justify = "\xee\x88\xb5"
M.Format_align_left = "\xee\x88\xb6"
M.Format_align_right = "\xee\x88\xb7"
M.Format_bold = "\xee\x88\xb8"
M.Format_clear = "\xee\x88\xb9"
M.Format_color_fill = "\xee\x88\xba"
M.Format_color_reset = "\xee\x88\xbb"
M.Format_color_text = "\xee\x88\xbc"
M.Format_indent_decrease = "\xee\x88\xbd"
M.Format_indent_increase = "\xee\x88\xbe"
M.Format_italic = "\xee\x88\xbf"
M.Format_line_spacing = "\xee\x89\x80"
M.Format_list_bulleted = "\xee\x89\x81"
M.Format_list_numbered = "\xee\x89\x82"
M.Format_paint = "\xee\x89\x83"
M.Format_quote = "\xee\x89\x84"
M.Format_shapes = "\xee\x89\x9e"
M.Format_size = "\xee\x89\x85"
M.Format_strikethrough = "\xee\x89\x86"
M.Format_textdirection_l_to_r = "\xee\x89\x87"
M.Format_textdirection_r_to_l = "\xee\x89\x88"
M.Format_underlined = "\xee\x89\x89"
M.Forum = "\xee\x82\xbf"
M.Forward = "\xee\x85\x94"
M.Forward_10 = "\xee\x81\x96"
M.Forward_30 = "\xee\x81\x97"
M.Forward_5 = "\xee\x81\x98"
M.Free_breakfast = "\xee\xad\x84"
M.Fullscreen = "\xee\x97\x90"
M.Fullscreen_exit = "\xee\x97\x91"
M.Functions = "\xee\x89\x8a"
M.G_translate = "\xee\xa4\xa7"
M.Gamepad = "\xee\x8c\x8f"
M.Games = "\xee\x80\xa1"
M.Gavel = "\xee\xa4\x8e"
M.Gesture = "\xee\x85\x95"
M.Get_app = "\xee\xa2\x84"
M.Gif = "\xee\xa4\x88"
M.Golf_course = "\xee\xad\x85"
M.Gps_fixed = "\xee\x86\xb3"
M.Gps_not_fixed = "\xee\x86\xb4"
M.Gps_off = "\xee\x86\xb5"
M.Grade = "\xee\xa2\x85"
M.Gradient = "\xee\x8f\xa9"
M.Grain = "\xee\x8f\xaa"
M.Graphic_eq = "\xee\x86\xb8"
M.Grid_off = "\xee\x8f\xab"
M.Grid_on = "\xee\x8f\xac"
M.Group = "\xee\x9f\xaf"
M.Group_add = "\xee\x9f\xb0"
M.Group_work = "\xee\xa2\x86"
M.Hd = "\xee\x81\x92"
M.Hdr_off = "\xee\x8f\xad"
M.Hdr_on = "\xee\x8f\xae"
M.Hdr_strong = "\xee\x8f\xb1"
M.Hdr_weak = "\xee\x8f\xb2"
M.Headset = "\xee\x8c\x90"
M.Headset_mic = "\xee\x8c\x91"
M.Healing = "\xee\x8f\xb3"
M.Hearing = "\xee\x80\xa3"
M.Help = "\xee\xa2\x87"
M.Help_outline = "\xee\xa3\xbd"
M.High_quality = "\xee\x80\xa4"
M.Highlight = "\xee\x89\x9f"
M.Highlight_off = "\xee\xa2\x88"
M.History = "\xee\xa2\x89"
M.Home = "\xee\xa2\x8a"
M.Hot_tub = "\xee\xad\x86"
M.Hotel = "\xee\x94\xba"
M.Hourglass_empty = "\xee\xa2\x8b"
M.Hourglass_full = "\xee\xa2\x8c"
M.Http = "\xee\xa4\x82"
M.Https = "\xee\xa2\x8d"
M.Image = "\xee\x8f\xb4"
M.Image_aspect_ratio = "\xee\x8f\xb5"
M.Import_contacts = "\xee\x83\xa0"
M.Import_export = "\xee\x83\x83"
M.Important_devices = "\xee\xa4\x92"
M.Inbox = "\xee\x85\x96"
M.Indeterminate_check_box = "\xee\xa4\x89"
M.Info = "\xee\xa2\x8e"
M.Info_outline = "\xee\xa2\x8f"
M.Input = "\xee\xa2\x90"
M.Insert_chart = "\xee\x89\x8b"
M.Insert_comment = "\xee\x89\x8c"
M.Insert_drive_file = "\xee\x89\x8d"
M.Insert_emoticon = "\xee\x89\x8e"
M.Insert_invitation = "\xee\x89\x8f"
M.Insert_link = "\xee\x89\x90"
M.Insert_photo = "\xee\x89\x91"
M.Invert_colors = "\xee\xa2\x91"
M.Invert_colors_off = "\xee\x83\x84"
M.Iso = "\xee\x8f\xb6"
M.Keyboard = "\xee\x8c\x92"
M.Keyboard_arrow_down = "\xee\x8c\x93"
M.Keyboard_arrow_left = "\xee\x8c\x94"
M.Keyboard_arrow_right = "\xee\x8c\x95"
M.Keyboard_arrow_up = "\xee\x8c\x96"
M.Keyboard_backspace = "\xee\x8c\x97"
M.Keyboard_capslock = "\xee\x8c\x98"
M.Keyboard_hide = "\xee\x8c\x9a"
M.Keyboard_return = "\xee\x8c\x9b"
M.Keyboard_tab = "\xee\x8c\x9c"
M.Keyboard_voice = "\xee\x8c\x9d"
M.Kitchen = "\xee\xad\x87"
M.Label = "\xee\xa2\x92"
M.Label_outline = "\xee\xa2\x93"
M.Landscape = "\xee\x8f\xb7"
M.Language = "\xee\xa2\x94"
M.Laptop = "\xee\x8c\x9e"
M.Laptop_chromebook = "\xee\x8c\x9f"
M.Laptop_mac = "\xee\x8c\xa0"
M.Laptop_windows = "\xee\x8c\xa1"
M.Last_page = "\xee\x97\x9d"
M.Launch = "\xee\xa2\x95"
M.Layers = "\xee\x94\xbb"
M.Layers_clear = "\xee\x94\xbc"
M.Leak_add = "\xee\x8f\xb8"
M.Leak_remove = "\xee\x8f\xb9"
M.Lens = "\xee\x8f\xba"
M.Library_add = "\xee\x80\xae"
M.Library_books = "\xee\x80\xaf"
M.Library_music = "\xee\x80\xb0"
M.Lightbulb_outline = "\xee\xa4\x8f"
M.Line_style = "\xee\xa4\x99"
M.Line_weight = "\xee\xa4\x9a"
M.Linear_scale = "\xee\x89\xa0"
M.Link = "\xee\x85\x97"
M.Linked_camera = "\xee\x90\xb8"
M.List = "\xee\xa2\x96"
M.Live_help = "\xee\x83\x86"
M.Live_tv = "\xee\x98\xb9"
M.Local_activity = "\xee\x94\xbf"
M.Local_airport = "\xee\x94\xbd"
M.Local_atm = "\xee\x94\xbe"
M.Local_bar = "\xee\x95\x80"
M.Local_cafe = "\xee\x95\x81"
M.Local_car_wash = "\xee\x95\x82"
M.Local_convenience_store = "\xee\x95\x83"
M.Local_dining = "\xee\x95\x96"
M.Local_drink = "\xee\x95\x84"
M.Local_florist = "\xee\x95\x85"
M.Local_gas_station = "\xee\x95\x86"
M.Local_grocery_store = "\xee\x95\x87"
M.Local_hospital = "\xee\x95\x88"
M.Local_hotel = "\xee\x95\x89"
M.Local_laundry_service = "\xee\x95\x8a"
M.Local_library = "\xee\x95\x8b"
M.Local_mall = "\xee\x95\x8c"
M.Local_movies = "\xee\x95\x8d"
M.Local_offer = "\xee\x95\x8e"
M.Local_parking = "\xee\x95\x8f"
M.Local_pharmacy = "\xee\x95\x90"
M.Local_phone = "\xee\x95\x91"
M.Local_pizza = "\xee\x95\x92"
M.Local_play = "\xee\x95\x93"
M.Local_post_office = "\xee\x95\x94"
M.Local_printshop = "\xee\x95\x95"
M.Local_see = "\xee\x95\x97"
M.Local_shipping = "\xee\x95\x98"
M.Local_taxi = "\xee\x95\x99"
M.Location_city = "\xee\x9f\xb1"
M.Location_disabled = "\xee\x86\xb6"
M.Location_off = "\xee\x83\x87"
M.Location_on = "\xee\x83\x88"
M.Location_searching = "\xee\x86\xb7"
M.Lock = "\xee\xa2\x97"
M.Lock_open = "\xee\xa2\x98"
M.Lock_outline = "\xee\xa2\x99"
M.Looks = "\xee\x8f\xbc"
M.Looks_3 = "\xee\x8f\xbb"
M.Looks_4 = "\xee\x8f\xbd"
M.Looks_5 = "\xee\x8f\xbe"
M.Looks_6 = "\xee\x8f\xbf"
M.Looks_one = "\xee\x90\x80"
M.Looks_two = "\xee\x90\x81"
M.Loop = "\xee\x80\xa8"
M.Loupe = "\xee\x90\x82"
M.Low_priority = "\xee\x85\xad"
M.Loyalty = "\xee\xa2\x9a"
M.Mail = "\xee\x85\x98"
M.Mail_outline = "\xee\x83\xa1"
M.Map = "\xee\x95\x9b"
M.Markunread = "\xee\x85\x99"
M.Markunread_mailbox = "\xee\xa2\x9b"
M.Memory = "\xee\x8c\xa2"
M.Menu = "\xee\x97\x92"
M.Merge_type = "\xee\x89\x92"
M.Message = "\xee\x83\x89"
M.Mic = "\xee\x80\xa9"
M.Mic_none = "\xee\x80\xaa"
M.Mic_off = "\xee\x80\xab"
M.Mms = "\xee\x98\x98"
M.Mode_comment = "\xee\x89\x93"
M.Mode_edit = "\xee\x89\x94"
M.Monetization_on = "\xee\x89\xa3"
M.Money_off = "\xee\x89\x9c"
M.Monochrome_photos = "\xee\x90\x83"
M.Mood = "\xee\x9f\xb2"
M.Mood_bad = "\xee\x9f\xb3"
M.More = "\xee\x98\x99"
M.More_horiz = "\xee\x97\x93"
M.More_vert = "\xee\x97\x94"
M.Motorcycle = "\xee\xa4\x9b"
M.Mouse = "\xee\x8c\xa3"
M.Move_to_inbox = "\xee\x85\xa8"
M.Movie = "\xee\x80\xac"
M.Movie_creation = "\xee\x90\x84"
M.Movie_filter = "\xee\x90\xba"
M.Multiline_chart = "\xee\x9b\x9f"
M.Music_note = "\xee\x90\x85"
M.Music_video = "\xee\x81\xa3"
M.My_location = "\xee\x95\x9c"
M.Nature = "\xee\x90\x86"
M.Nature_people = "\xee\x90\x87"
M.Navigate_before = "\xee\x90\x88"
M.Navigate_next = "\xee\x90\x89"
M.Navigation = "\xee\x95\x9d"
M.Near_me = "\xee\x95\xa9"
M.Network_cell = "\xee\x86\xb9"
M.Network_check = "\xee\x99\x80"
M.Network_locked = "\xee\x98\x9a"
M.Network_wifi = "\xee\x86\xba"
M.New_releases = "\xee\x80\xb1"
M.Next_week = "\xee\x85\xaa"
M.Nfc = "\xee\x86\xbb"
M.No_encryption = "\xee\x99\x81"
M.No_sim = "\xee\x83\x8c"
M.Not_interested = "\xee\x80\xb3"
M.Note = "\xee\x81\xaf"
M.Note_add = "\xee\xa2\x9c"
M.Notifications = "\xee\x9f\xb4"
M.Notifications_active = "\xee\x9f\xb7"
M.Notifications_none = "\xee\x9f\xb5"
M.Notifications_off = "\xee\x9f\xb6"
M.Notifications_paused = "\xee\x9f\xb8"
M.Offline_pin = "\xee\xa4\x8a"
M.Ondemand_video = "\xee\x98\xba"
M.Opacity = "\xee\xa4\x9c"
M.Open_in_browser = "\xee\xa2\x9d"
M.Open_in_new = "\xee\xa2\x9e"
M.Open_with = "\xee\xa2\x9f"
M.Pages = "\xee\x9f\xb9"
M.Pageview = "\xee\xa2\xa0"
M.Palette = "\xee\x90\x8a"
M.Pan_tool = "\xee\xa4\xa5"
M.Panorama = "\xee\x90\x8b"
M.Panorama_fish_eye = "\xee\x90\x8c"
M.Panorama_horizontal = "\xee\x90\x8d"
M.Panorama_vertical = "\xee\x90\x8e"
M.Panorama_wide_angle = "\xee\x90\x8f"
M.Party_mode = "\xee\x9f\xba"
M.Pause = "\xee\x80\xb4"
M.Pause_circle_filled = "\xee\x80\xb5"
M.Pause_circle_outline = "\xee\x80\xb6"
M.Payment = "\xee\xa2\xa1"
M.People = "\xee\x9f\xbb"
M.People_outline = "\xee\x9f\xbc"
M.Perm_camera_mic = "\xee\xa2\xa2"
M.Perm_contact_calendar = "\xee\xa2\xa3"
M.Perm_data_setting = "\xee\xa2\xa4"
M.Perm_device_information = "\xee\xa2\xa5"
M.Perm_identity = "\xee\xa2\xa6"
M.Perm_media = "\xee\xa2\xa7"
M.Perm_phone_msg = "\xee\xa2\xa8"
M.Perm_scan_wifi = "\xee\xa2\xa9"
M.Person = "\xee\x9f\xbd"
M.Person_add = "\xee\x9f\xbe"
M.Person_outline = "\xee\x9f\xbf"
M.Person_pin = "\xee\x95\x9a"
M.Person_pin_circle = "\xee\x95\xaa"
M.Personal_video = "\xee\x98\xbb"
M.Pets = "\xee\xa4\x9d"
M.Phone = "\xee\x83\x8d"
M.Phone_android = "\xee\x8c\xa4"
M.Phone_bluetooth_speaker = "\xee\x98\x9b"
M.Phone_forwarded = "\xee\x98\x9c"
M.Phone_in_talk = "\xee\x98\x9d"
M.Phone_iphone = "\xee\x8c\xa5"
M.Phone_locked = "\xee\x98\x9e"
M.Phone_missed = "\xee\x98\x9f"
M.Phone_paused = "\xee\x98\xa0"
M.Phonelink = "\xee\x8c\xa6"
M.Phonelink_erase = "\xee\x83\x9b"
M.Phonelink_lock = "\xee\x83\x9c"
M.Phonelink_off = "\xee\x8c\xa7"
M.Phonelink_ring = "\xee\x83\x9d"
M.Phonelink_setup = "\xee\x83\x9e"
M.Photo = "\xee\x90\x90"
M.Photo_album = "\xee\x90\x91"
M.Photo_camera = "\xee\x90\x92"
M.Photo_filter = "\xee\x90\xbb"
M.Photo_library = "\xee\x90\x93"
M.Photo_size_select_actual = "\xee\x90\xb2"
M.Photo_size_select_large = "\xee\x90\xb3"
M.Photo_size_select_small = "\xee\x90\xb4"
M.Picture_as_pdf = "\xee\x90\x95"
M.Picture_in_picture = "\xee\xa2\xaa"
M.Picture_in_picture_alt = "\xee\xa4\x91"
M.Pie_chart = "\xee\x9b\x84"
M.Pie_chart_outlined = "\xee\x9b\x85"
M.Pin_drop = "\xee\x95\x9e"
M.Place = "\xee\x95\x9f"
M.Play_arrow = "\xee\x80\xb7"
M.Play_circle_filled = "\xee\x80\xb8"
M.Play_circle_outline = "\xee\x80\xb9"
M.Play_for_work = "\xee\xa4\x86"
M.Playlist_add = "\xee\x80\xbb"
M.Playlist_add_check = "\xee\x81\xa5"
M.Playlist_play = "\xee\x81\x9f"
M.Plus_one = "\xee\xa0\x80"
M.Poll = "\xee\xa0\x81"
M.Polymer = "\xee\xa2\xab"
M.Pool = "\xee\xad\x88"
M.Portable_wifi_off = "\xee\x83\x8e"
M.Portrait = "\xee\x90\x96"
M.Power = "\xee\x98\xbc"
M.Power_input = "\xee\x8c\xb6"
M.Power_settings_new = "\xee\xa2\xac"
M.Pregnant_woman = "\xee\xa4\x9e"
M.Present_to_all = "\xee\x83\x9f"
M.Print = "\xee\xa2\xad"
M.Priority_high = "\xee\x99\x85"
M.Public = "\xee\xa0\x8b"
M.Publish = "\xee\x89\x95"
M.Query_builder = "\xee\xa2\xae"
M.Question_answer = "\xee\xa2\xaf"
M.Queue = "\xee\x80\xbc"
M.Queue_music = "\xee\x80\xbd"
M.Queue_play_next = "\xee\x81\xa6"
M.Radio = "\xee\x80\xbe"
M.Radio_button_checked = "\xee\xa0\xb7"
M.Radio_button_unchecked = "\xee\xa0\xb6"
M.Rate_review = "\xee\x95\xa0"
M.Receipt = "\xee\xa2\xb0"
M.Recent_actors = "\xee\x80\xbf"
M.Record_voice_over = "\xee\xa4\x9f"
M.Redeem = "\xee\xa2\xb1"
M.Redo = "\xee\x85\x9a"
M.Refresh = "\xee\x97\x95"
M.Remove = "\xee\x85\x9b"
M.Remove_circle = "\xee\x85\x9c"
M.Remove_circle_outline = "\xee\x85\x9d"
M.Remove_from_queue = "\xee\x81\xa7"
M.Remove_red_eye = "\xee\x90\x97"
M.Remove_shopping_cart = "\xee\xa4\xa8"
M.Reorder = "\xee\xa3\xbe"
M.Repeat = "\xee\x81\x80"
M.Repeat_one = "\xee\x81\x81"
M.Replay = "\xee\x81\x82"
M.Replay_10 = "\xee\x81\x99"
M.Replay_30 = "\xee\x81\x9a"
M.Replay_5 = "\xee\x81\x9b"
M.Reply = "\xee\x85\x9e"
M.Reply_all = "\xee\x85\x9f"
M.Report = "\xee\x85\xa0"
M.Report_problem = "\xee\xa2\xb2"
M.Restaurant = "\xee\x95\xac"
M.Restaurant_menu = "\xee\x95\xa1"
M.Restore = "\xee\xa2\xb3"
M.Restore_page = "\xee\xa4\xa9"
M.Ring_volume = "\xee\x83\x91"
M.Room = "\xee\xa2\xb4"
M.Room_service = "\xee\xad\x89"
M.Rotate_90_degrees_ccw = "\xee\x90\x98"
M.Rotate_left = "\xee\x90\x99"
M.Rotate_right = "\xee\x90\x9a"
M.Rounded_corner = "\xee\xa4\xa0"
M.Router = "\xee\x8c\xa8"
M.Rowing = "\xee\xa4\xa1"
M.Rss_feed = "\xee\x83\xa5"
M.Rv_hookup = "\xee\x99\x82"
M.Satellite = "\xee\x95\xa2"
M.Save = "\xee\x85\xa1"
M.Scanner = "\xee\x8c\xa9"
M.Schedule = "\xee\xa2\xb5"
M.School = "\xee\xa0\x8c"
M.Screen_lock_landscape = "\xee\x86\xbe"
M.Screen_lock_portrait = "\xee\x86\xbf"
M.Screen_lock_rotation = "\xee\x87\x80"
M.Screen_rotation = "\xee\x87\x81"
M.Screen_share = "\xee\x83\xa2"
M.Sd_card = "\xee\x98\xa3"
M.Sd_storage = "\xee\x87\x82"
M.Search = "\xee\xa2\xb6"
M.Security = "\xee\x8c\xaa"
M.Select_all = "\xee\x85\xa2"
M.Send = "\xee\x85\xa3"
M.Sentiment_dissatisfied = "\xee\xa0\x91"
M.Sentiment_neutral = "\xee\xa0\x92"
M.Sentiment_satisfied = "\xee\xa0\x93"
M.Sentiment_very_dissatisfied = "\xee\xa0\x94"
M.Sentiment_very_satisfied = "\xee\xa0\x95"
M.Settings = "\xee\xa2\xb8"
M.Settings_applications = "\xee\xa2\xb9"
M.Settings_backup_restore = "\xee\xa2\xba"
M.Settings_bluetooth = "\xee\xa2\xbb"
M.Settings_brightness = "\xee\xa2\xbd"
M.Settings_cell = "\xee\xa2\xbc"
M.Settings_ethernet = "\xee\xa2\xbe"
M.Settings_input_antenna = "\xee\xa2\xbf"
M.Settings_input_component = "\xee\xa3\x80"
M.Settings_input_composite = "\xee\xa3\x81"
M.Settings_input_hdmi = "\xee\xa3\x82"
M.Settings_input_svideo = "\xee\xa3\x83"
M.Settings_overscan = "\xee\xa3\x84"
M.Settings_phone = "\xee\xa3\x85"
M.Settings_power = "\xee\xa3\x86"
M.Settings_remote = "\xee\xa3\x87"
M.Settings_system_daydream = "\xee\x87\x83"
M.Settings_voice = "\xee\xa3\x88"
M.Share = "\xee\xa0\x8d"
M.Shop = "\xee\xa3\x89"
M.Shop_two = "\xee\xa3\x8a"
M.Shopping_basket = "\xee\xa3\x8b"
M.Shopping_cart = "\xee\xa3\x8c"
M.Short_text = "\xee\x89\xa1"
M.Show_chart = "\xee\x9b\xa1"
M.Shuffle = "\xee\x81\x83"
M.Signal_cellular_4_bar = "\xee\x87\x88"
M.Signal_cellular_connected_no_internet_4_bar = "\xee\x87\x8d"
M.Signal_cellular_no_sim = "\xee\x87\x8e"
M.Signal_cellular_null = "\xee\x87\x8f"
M.Signal_cellular_off = "\xee\x87\x90"
M.Signal_wifi_4_bar = "\xee\x87\x98"
M.Signal_wifi_4_bar_lock = "\xee\x87\x99"
M.Signal_wifi_off = "\xee\x87\x9a"
M.Sim_card = "\xee\x8c\xab"
M.Sim_card_alert = "\xee\x98\xa4"
M.Skip_next = "\xee\x81\x84"
M.Skip_previous = "\xee\x81\x85"
M.Slideshow = "\xee\x90\x9b"
M.Slow_motion_video = "\xee\x81\xa8"
M.Smartphone = "\xee\x8c\xac"
M.Smoke_free = "\xee\xad\x8a"
M.Smoking_rooms = "\xee\xad\x8b"
M.Sms = "\xee\x98\xa5"
M.Sms_failed = "\xee\x98\xa6"
M.Snooze = "\xee\x81\x86"
M.Sort = "\xee\x85\xa4"
M.Sort_by_alpha = "\xee\x81\x93"
M.Spa = "\xee\xad\x8c"
M.Space_bar = "\xee\x89\x96"
M.Speaker = "\xee\x8c\xad"
M.Speaker_group = "\xee\x8c\xae"
M.Speaker_notes = "\xee\xa3\x8d"
M.Speaker_notes_off = "\xee\xa4\xaa"
M.Speaker_phone = "\xee\x83\x92"
M.Spellcheck = "\xee\xa3\x8e"
M.Star = "\xee\xa0\xb8"
M.Star_border = "\xee\xa0\xba"
M.Star_half = "\xee\xa0\xb9"
M.Stars = "\xee\xa3\x90"
M.Stay_current_landscape = "\xee\x83\x93"
M.Stay_current_portrait = "\xee\x83\x94"
M.Stay_primary_landscape = "\xee\x83\x95"
M.Stay_primary_portrait = "\xee\x83\x96"
M.Stop = "\xee\x81\x87"
M.Stop_screen_share = "\xee\x83\xa3"
M.Storage = "\xee\x87\x9b"
M.Store = "\xee\xa3\x91"
M.Store_mall_directory = "\xee\x95\xa3"
M.Straighten = "\xee\x90\x9c"
M.Streetview = "\xee\x95\xae"
M.Strikethrough_s = "\xee\x89\x97"
M.Style = "\xee\x90\x9d"
M.Subdirectory_arrow_left = "\xee\x97\x99"
M.Subdirectory_arrow_right = "\xee\x97\x9a"
M.Subject = "\xee\xa3\x92"
M.Subscriptions = "\xee\x81\xa4"
M.Subtitles = "\xee\x81\x88"
M.Subway = "\xee\x95\xaf"
M.Supervisor_account = "\xee\xa3\x93"
M.Surround_sound = "\xee\x81\x89"
M.Swap_calls = "\xee\x83\x97"
M.Swap_horiz = "\xee\xa3\x94"
M.Swap_vert = "\xee\xa3\x95"
M.Swap_vertical_circle = "\xee\xa3\x96"
M.Switch_camera = "\xee\x90\x9e"
M.Switch_video = "\xee\x90\x9f"
M.Sync = "\xee\x98\xa7"
M.Sync_disabled = "\xee\x98\xa8"
M.Sync_problem = "\xee\x98\xa9"
M.System_update = "\xee\x98\xaa"
M.System_update_alt = "\xee\xa3\x97"
M.Tab = "\xee\xa3\x98"
M.Tab_unselected = "\xee\xa3\x99"
M.Tablet = "\xee\x8c\xaf"
M.Tablet_android = "\xee\x8c\xb0"
M.Tablet_mac = "\xee\x8c\xb1"
M.Tag_faces = "\xee\x90\xa0"
M.Tap_and_play = "\xee\x98\xab"
M.Terrain = "\xee\x95\xa4"
M.Text_fields = "\xee\x89\xa2"
M.Text_format = "\xee\x85\xa5"
M.Textsms = "\xee\x83\x98"
M.Texture = "\xee\x90\xa1"
M.Theaters = "\xee\xa3\x9a"
M.Thumb_down = "\xee\xa3\x9b"
M.Thumb_up = "\xee\xa3\x9c"
M.Thumbs_up_down = "\xee\xa3\x9d"
M.Time_to_leave = "\xee\x98\xac"
M.Timelapse = "\xee\x90\xa2"
M.Timeline = "\xee\xa4\xa2"
M.Timer = "\xee\x90\xa5"
M.Timer_10 = "\xee\x90\xa3"
M.Timer_3 = "\xee\x90\xa4"
M.Timer_off = "\xee\x90\xa6"
M.Title = "\xee\x89\xa4"
M.Toc = "\xee\xa3\x9e"
M.Today = "\xee\xa3\x9f"
M.Toll = "\xee\xa3\xa0"
M.Tonality = "\xee\x90\xa7"
M.Touch_app = "\xee\xa4\x93"
M.Toys = "\xee\x8c\xb2"
M.Track_changes = "\xee\xa3\xa1"
M.Traffic = "\xee\x95\xa5"
M.Train = "\xee\x95\xb0"
M.Tram = "\xee\x95\xb1"
M.Transfer_within_a_station = "\xee\x95\xb2"
M.Transform = "\xee\x90\xa8"
M.Translate = "\xee\xa3\xa2"
M.Trending_down = "\xee\xa3\xa3"
M.Trending_flat = "\xee\xa3\xa4"
M.Trending_up = "\xee\xa3\xa5"
M.Tune = "\xee\x90\xa9"
M.Turned_in = "\xee\xa3\xa6"
M.Turned_in_not = "\xee\xa3\xa7"
M.Tv = "\xee\x8c\xb3"
M.Unarchive = "\xee\x85\xa9"
M.Undo = "\xee\x85\xa6"
M.Unfold_less = "\xee\x97\x96"
M.Unfold_more = "\xee\x97\x97"
M.Update = "\xee\xa4\xa3"
M.Usb = "\xee\x87\xa0"
M.Verified_user = "\xee\xa3\xa8"
M.Vertical_align_bottom = "\xee\x89\x98"
M.Vertical_align_center = "\xee\x89\x99"
M.Vertical_align_top = "\xee\x89\x9a"
M.Vibration = "\xee\x98\xad"
M.Video_call = "\xee\x81\xb0"
M.Video_label = "\xee\x81\xb1"
M.Video_library = "\xee\x81\x8a"
M.Videocam = "\xee\x81\x8b"
M.Videocam_off = "\xee\x81\x8c"
M.Videogame_asset = "\xee\x8c\xb8"
M.View_agenda = "\xee\xa3\xa9"
M.View_array = "\xee\xa3\xaa"
M.View_carousel = "\xee\xa3\xab"
M.View_column = "\xee\xa3\xac"
M.View_comfy = "\xee\x90\xaa"
M.View_compact = "\xee\x90\xab"
M.View_day = "\xee\xa3\xad"
M.View_headline = "\xee\xa3\xae"
M.View_list = "\xee\xa3\xaf"
M.View_module = "\xee\xa3\xb0"
M.View_quilt = "\xee\xa3\xb1"
M.View_stream = "\xee\xa3\xb2"
M.View_week = "\xee\xa3\xb3"
M.Vignette = "\xee\x90\xb5"
M.Visibility = "\xee\xa3\xb4"
M.Visibility_off = "\xee\xa3\xb5"
M.Voice_chat = "\xee\x98\xae"
M.Voicemail = "\xee\x83\x99"
M.Volume_down = "\xee\x81\x8d"
M.Volume_mute = "\xee\x81\x8e"
M.Volume_off = "\xee\x81\x8f"
M.Volume_up = "\xee\x81\x90"
M.Vpn_key = "\xee\x83\x9a"
M.Vpn_lock = "\xee\x98\xaf"
M.Wallpaper = "\xee\x86\xbc"
M.Warning = "\xee\x80\x82"
M.Watch = "\xee\x8c\xb4"
M.Watch_later = "\xee\xa4\xa4"
M.Wb_auto = "\xee\x90\xac"
M.Wb_cloudy = "\xee\x90\xad"
M.Wb_incandescent = "\xee\x90\xae"
M.Wb_iridescent = "\xee\x90\xb6"
M.Wb_sunny = "\xee\x90\xb0"
M.Wc = "\xee\x98\xbd"
M.Web = "\xee\x81\x91"
M.Web_asset = "\xee\x81\xa9"
M.Weekend = "\xee\x85\xab"
M.Whatshot = "\xee\xa0\x8e"
M.Widgets = "\xee\x86\xbd"
M.Wifi = "\xee\x98\xbe"
M.Wifi_lock = "\xee\x87\xa1"
M.Wifi_tethering = "\xee\x87\xa2"
M.Work = "\xee\xa3\xb9"
M.Wrap_text = "\xee\x89\x9b"
M.Youtube_searched_for = "\xee\xa3\xba"
M.Zoom_in = "\xee\xa3\xbf"
M.Zoom_out = "\xee\xa4\x80"
M.Zoom_out_map = "\xee\x95\xab"
return M
|
local class = require("pl.class")
local ChannelAudience = require("core.ChannelAudience");
local tablex = require("pl.tablex")
---@class WorldAudience : ChannelAudience
local M = class(ChannelAudience)
function M:getBroadcastTargets()
return tablex.filter(tablex.values(self.state.PlayerManager.players),
function(player, _) return player ~= self.sender end)
-- return this.state.PlayerManager.filter(player => player !== this.sender);
end
return M
|
local m = require "luadiff"
assert(m.diff("", "") == 0,
"Empty strings should have diff equal to zero")
assert(m.diff(" ", " ") == 0,
"Characters should have diff equal to zero")
assert(m.diff("algo", "algo") == 0,
"Strings without spaces should have diff equal to zero")
assert(m.diff("algo assim", "algo assim") == 0,
"Strings with spaces should have diff equal to zero")
assert(m.diff("a", "") ~= 0,
"Characters and empty strings should have diff different from zero")
assert(m.diff("a", " ") ~= 0,
"Different characters should have diff different from zero")
assert(m.diff("abc", "abd") ~= 0,
"Different strings should have diff different from zero")
assert(m.diff("space", "s p a c e") ~= 0,
"Additional spaces should not make diff different from zero")
assert(m.diff("lspace", " lspace") ~= 0,
"Left space should not make diff different from zero")
assert(m.diff("rspace", "rspace ") ~= 0,
"Right space should not make diff different from zero")
assert(m.diff("case-sensitive", "CaSe-SeNsitIvE") ~= 0,
"Diff should be case-sensitive") |
WeaponTypes.addType("SpreadFire", "Spreadfire Cannon", armed) |
_G.GhostMode = _G.GhostMode or {}
GhostMode._path = ModPath
GhostMode._data_path = SavePath .. "ghost_mode_data.json"
GhostMode._data = {}
--[[
Menu logics
]]
function GhostMode:Save()
local file = io.open(self._data_path, "w+")
if file then
file:write(json.encode(self._data))
file:close()
end
end
function GhostMode:Load()
local file = io.open(self._data_path, "r")
if file then
self._data = json.decode(file:read("*all"))
file:close()
end
end
function isGMEnabled()
if GhostMode._data.enable_value == nil then
GhostMode:Load()
end
return GhostMode._data.enable_value
end
Hooks:Add("LocalizationManagerPostInit", "LocalizationManagerPostInit_GhostMode", function(loc)
loc:load_localization_file(GhostMode._path .. "loc/en.json")
end)
Hooks:Add("MenuManagerInitialize", "MenuManagerInitialize_GhostMode", function(menu_manager)
MenuCallbackHandler.ghost_mode_callback_enable_toggle = function(self, item)
GhostMode._data.enable_value = (item:value() == "on" and true or false)
GhostMode:Save()
log("Toggle is: " .. item:value())
end
GhostMode:Load()
MenuHelper:LoadFromJsonFile(GhostMode._path .. "menu.json", GhostMode, GhostMode._data)
end)
--[[
Mod logics
]]
if isGMEnabled() == true then
function GroupAIStateBase:_clbk_switch_enemies_to_not_cool()
end
function PlayerMovement:on_suspicion(observer_unit, status)
end
function GroupAIStateBase:on_criminal_suspicion_progress(u_suspect, u_observer, status)
end
function GroupAIStateBase:criminal_spotted(unit)
end
function GroupAIStateBase:report_aggression(unit)
end
function PlayerMovement:on_uncovered(enemy_unit)
end
function SecurityCamera:_upd_suspicion(t)
end
function SecurityCamera:_sound_the_alarm(detected_unit)
end
function SecurityCamera:_set_suspicion_sound(suspicion_level)
end
function SecurityCamera:clbk_call_the_police()
end
function CopMovement:anim_clbk_police_called(unit)
end
function CopLogicArrest._upd_enemy_detection(data)
end
function CopLogicArrest._call_the_police(data, my_data, paniced)
end
function CopLogicIdle.on_alert(data, alert_data)
end
function CopLogicBase._get_logic_state_from_reaction(data, reaction)
return "idle"
end
function GroupAIStateBase:sync_event(event_id, blame_id)
end
function GroupAIStateBase:on_police_called(called_reason)
end
function GroupAIStateBase:on_police_weapons_hot(called_reason)
end
function GroupAIStateBase:on_gangster_weapons_hot(called_reason)
end
function GroupAIStateBase:on_enemy_weapons_hot(is_delayed_callback)
end
function GroupAIStateBase:_clbk_switch_enemies_to_not_cool()
end
end
|
---------------------------------------------------------------------------
-- A layout with widgets added at specific positions.
--
-- Use cases include desktop icons, complex custom composed widgets, a floating
-- client layout and fine grained control over the output.
--
--
-- @author Emmanuel Lepage Vallee
-- @copyright 2016 Emmanuel Lepage Vallee
-- @classmod wibox.layout.manual
---------------------------------------------------------------------------
local gtable = require("gears.table")
local base = require("wibox.widget.base")
local unpack = unpack or table.unpack -- luacheck: globals unpack (compatibility with Lua 5.1)
local manual_layout = {}
--- Add some widgets to the given stack layout
-- @param layout The layout you are modifying.
-- @tparam widget ... Widgets that should be added
-- @name add
-- @class function
--- Remove a widget from the layout
-- @tparam index The widget index to remove
-- @treturn boolean index If the operation is successful
-- @name remove
-- @class function
--- Insert a new widget in the layout at position `index`
-- @tparam number index The position
-- @param widget The widget
-- @treturn boolean If the operation is successful
-- @name insert
-- @class function
function manual_layout:insert(index, widget)
table.insert(self._private.widgets, index, widget)
-- Add the point
if widget.point then
table.insert(self._private.pos, index, widget.point)
end
self:emit_signal("widget::layout_changed")
end
--- Remove one or more widgets from the layout
-- The last parameter can be a boolean, forcing a recursive seach of the
-- widget(s) to remove.
-- @param widget ... Widgets that should be removed (must at least be one)
-- @treturn boolean If the operation is successful
-- @name remove_widgets
-- @class function
function manual_layout:fit(_, width, height)
return width, height
end
local function geometry(self, new)
self._new_geo = new
return self._new_geo or self
end
function manual_layout:layout(context, width, height)
local res = {}
for k, v in ipairs(self._private.widgets) do
local pt = self._private.pos[k] or {x=0,y=0}
local w, h = base.fit_widget(self, context, v, width, height)
-- Make sure the signature is compatible with `awful.placement`. `Wibox`,
-- doesn't depend on `awful`, but it is still nice not to have to code
-- geometry functions again and again.
if type(pt) == "function" or (getmetatable(pt) or {}).__call then
local geo = {
x = 0,
y = 0,
width = w,
height = h,
geometry = geometry,
}
pt = pt(geo, {
parent = {
x=0, y=0, width = width, height = height, geometry = geometry
}
})
-- Trick to ensure compatibility with `awful.placement`
gtable.crush(pt, geo._new_geo or {})
end
assert(pt.x)
assert(pt.y)
table.insert(res, base.place_widget_at(
v, pt.x, pt.y, pt.width or w, pt.height or h
))
end
return res
end
function manual_layout:add(...)
local wdgs = {...}
local old_count = #self._private.widgets
gtable.merge(self._private.widgets, {...})
-- Add the points
for k, v in ipairs(wdgs) do
if v.point then
self._private.pos[old_count+k] = v.point
end
end
self:emit_signal("widget::layout_changed")
end
--- Add a widget at a specific point.
--
-- The point can either be a function or a table. The table follow the generic
-- geometry format used elsewhere in Awesome.
--
-- * *x*: The horizontal position.
-- * *y*: The vertical position.
-- * *width*: The width.
-- * *height*: The height.
--
-- If a function is used, it follows the same prototype as `awful.placement`
-- functions.
--
-- * *geo*:
-- * *x*: The horizontal position (always 0).
-- * *y*: The vertical position (always 0).
-- * *width*: The width.
-- * *height*: The height.
-- * *geometry*: A function to get or set the geometry (for compatibility).
-- The function is compatible with the `awful.placement` prototype.
-- * *args*:
-- * *parent* The layout own geometry
-- * *x*: The horizontal position (always 0).
-- * *y*: The vertical position (always 0).
-- * *width*: The width.
-- * *height*: The height.
-- * *geometry*: A function to get or set the geometry (for compatibility)
-- The function is compatible with the `awful.placement` prototype.
--
--
-- @tparam widget widget The widget.
-- @tparam table|function point Either an `{x=x,y=y}` table or a function
-- returning the new geometry.
function manual_layout:add_at(widget, point)
assert(not widget.point, "2 points are specified, only one is supported")
-- Check is the point function is valid
if type(point) == "function" or (getmetatable(point) or {}).__call then
local fake_geo = {x=0,y=0,width=1,height=1,geometry=geometry}
local pt = point(fake_geo, {
parent = {
x=0, y=0, width = 10, height = 10, geometry = geometry
}
})
assert(pt and pt.x and pt.y, "The point function doesn't seem to be valid")
end
self._private.pos[#self._private.widgets+1] = point
self:add(widget)
end
--- Move a widget (by index).
-- @tparam number index The widget index.
-- @tparam table|function point A new point value.
-- @see add_at
function manual_layout:move(index, point)
assert(self._private.pos[index])
self._private.pos[index] = point
self:emit_signal( "widget::layout_changed" )
end
--- Move a widget.
--
--
-- @tparam widget widget The widget.
-- @tparam table|function point A new point value.
-- @see add_at
function manual_layout:move_widget(widget, point)
local idx, l = self:index(widget, false)
if idx then
l:move(idx, point)
end
end
function manual_layout:get_children()
return self._private.widgets
end
function manual_layout:set_children(children)
self:reset()
self:add(unpack(children))
end
function manual_layout:reset()
self._private.widgets = {}
self._private.pos = {}
self:emit_signal( "widget::layout_changed" )
end
--- Create a manual layout.
-- @tparam table ... Widgets to add to the layout.
local function new_manual(...)
local ret = base.make_widget(nil, nil, {enable_properties = true})
gtable.crush(ret, manual_layout, true)
ret._private.widgets = {}
ret._private.pos = {}
ret:add(...)
return ret
end
--
--
return setmetatable(manual_layout, {__call=function(_,...) return new_manual(...) end})
|
T = require't'
Pack = require( "t.Pack" )
Test = require( "t.Test" )
Buffer = require( "t.Buffer" )
Oht = require( "t.OrderedHashTable" )
pprint = require( "t.Table" ).pprint
equals = require( "t" ).equals
prxIdx = require( "t" ).proxyTableIndex
utl = T.require('t_pck_utl')
-- 0 1 2 3 4 5 6 7
-- 0000 0001 0010 0011 0100 0101 0110 0111
-- 8 9 A B C D E F
-- 1000 1001 1010 1011 1100 1101 1110 1111
-- idx: 1 2 3 4 5 6 7 8 9 10 111213141516 17
-- dec: -7 85 -4 -3 -2 -1 0 1 2 3 -3692 t f 0 1 0 -1
-- bin: 1001 1010101 100 101 110 111 000 001 010 011 111000110010100 1 0 0 1 0 1
-- bin: 10011010 10110010 11101110 00001010 01111100 01100101 00100101
--
val = Oht(
{ threeUInt = 6373987 }
, { twoIntegs = 25924 }
, { twoBytes = Oht(
{ signedByte = -61 }
, { unsignByte = 188 }
) }
, { bits = { -7, 85
, {-4, -3, -2, -1, 0, 1, 2, 3}
, -3692, true, false, 0, 1, 0, -1
}
}
, { fiveSInt = 311004130124 }
, { fourSInt = 1349471853 }
, { signShort = -18749 }
)
v = {
threeUInt = 6373987
, twoIntegs = 25924
, twoBytes = {
signedByte = -61
, unsignByte = 188
}
, bits = { -7, 85
, {-4, -3, -2, -1, 0, 1, 2, 3}
, -3692, true, false, 0, 1, 0, -1
}
, fiveSInt = 311004130124
, fourSInt = 1349471853
, signShort = -18749
}
p = Pack(
{ threeUInt = '>I3' }
, { twoIntegs = '<i2' }
, { twoBytes = Pack(
{ signedByte = 'b' }
, { unsignByte = 'B' }
) }
, { bits = Pack( 'r4','R7',Pack( 'r3', 8 ),'r15','v','v','R1','R1','r1','r1' ) }
, { fiveSInt = '>I5' }
, { fourSInt = '<I4' }
, { signShort = 'h' }
)
b = Buffer( 'aBcDeü' .. string.char( 0x9A, 0xB2, 0xEE, 0x0A, 0x7C, 0x65, 0x25 ) .. 'HiJkLmNoPö' )
utl.get(p,b)
b1 = Buffer( #b ) -- create empty buffer of #b length
print( b1:toHex(), '', '', #b1 ) -- expecting all zeros
utl.set(p,b1,v)
print( b1:toHex(), '', '', #b1, b1:read() ) -- expecting same as buffer b
x=p(b1)
print('-----------------')
pprint(x)
print('-----------------')
pprint(val[prxIdx])
print('-----------------')
assert( x == val, "The input and output shall be identical" )
|
-- event.lua
local M = {}
local manager = {
events = {}
}
M.notify = function(event, data)
if not manager.events[event] then return end
for _,callback in ipairs(manager.events[event]) do
callback(data)
end
end
M.subscribe = function(event, callback)
if not manager.events[event] then
manager.events[event] = {}
end
table.insert(manager.events[event], callback)
end
return M
|
local qcfg = require 'Q/UTILS/lua/qcfg'
local qconsts = require 'Q/UTILS/lua/qconsts'
local incdir = "../gen_inc/"
local srcdir = "../gen_src/"
local plpath = require 'pl.path'
if ( not plpath.isdir(srcdir) ) then plpath.mkdir(srcdir) end
if ( not plpath.isdir(incdir) ) then plpath.mkdir(incdir) end
local gen_code = require 'Q/UTILS/lua/gen_code'
--OLD local tmpl = qconsts.Q_SRC_ROOT .. '/OPERATORS/IDX_SORT/lua/idx_qsort.tmpl'
local tmpl = qcfg.q_src_root .. '/OPERATORS/IDX_SORT/lua/idx_qsort.tmpl'
ordrs = { 'asc', 'dsc' }
val_qtypes = { "I1", "I2", "I4", "I8", "F4", "F8" }
idx_qtypes = { "I1", "I2", "I4", "I8" }
for i, ordr in ipairs(ordrs) do
for j, val_qtype in ipairs(val_qtypes) do
for k, idx_qtype in ipairs(idx_qtypes) do
local subs = {}
subs.srcdir = "OPERATORS/IDX_SORT/gen_src/"
subs.incdir = "OPERATORS/IDX_SORT/gen_inc/"
subs.fn = qsort_
subs.srt_ordr = ordr
subs.val_qtype = val_qtype
subs.val_ctype = qconsts.qtypes[val_qtype].ctype
subs.idx_qtype = idx_qtype
subs.idx_ctype = qconsts.qtypes[idx_qtype].ctype
subs.fn = "qsort_" .. subs.srt_ordr .. "_val_" ..
subs.val_qtype .. "_idx_" .. subs.idx_qtype
-- TODO Check below is correct order/comparator combo
if ordr == "asc" then c = "<" end
if ordr == "dsc" then c = ">" end
subs.comparator = c
subs.tmpl = tmpl
--======================
gen_code.doth(subs, subs.incdir)
gen_code.dotc(subs, subs.srcdir)
end
end
end
print("Succesfully completed " .. arg[0])
|
local success, config = pcall(function()
return json.fromString(remodel.readFile("deployment.json"))
end)
if not success then
error("Could not read deployment.json: " .. config)
end
local branchName = io.popen("git rev-parse --abbrev-ref HEAD"):read("*l")
local commitSHA = io.popen("git rev-parse HEAD"):read("*l")
local assetId
do
local targetType = type(config.target)
if targetType == "string" then
assetId = config.target
elseif targetType == "table" then
assetId = config.target[branchName]
if not assetId then
error("Could not find asset ID for branch ".. branchName)
end
elseif targetType ~= "nil" then
error("Invalid targetType: ".. targetType)
end
end
local paths = config.files
do
local pathsType = type(paths)
if pathsType ~= "table" then
error("Invalid pathsType: ".. pathsType)
end
end
return {
Branch = branchName,
Commit = commitSHA,
AssetId = assetId,
IncludeMetadata = config.includeMetadata,
Paths = config.files,
}
|
-- test luacheck
-- if there is a error, luacheck does NOT show warnings
local foo = true
local function bar()
end
|
module("luci.controller.vlmcsd", package.seeall)
function index()
if not nixio.fs.access("/etc/config/vlmcsd") then
return
end
entry({"admin", "services", "vlmcsd"}, cbi("vlmcsd"), _("KMS Server"), 100).dependent = true
entry({"admin", "services", "vlmcsd", "status"}, call("act_status")).leaf = true
end
function act_status()
local e={}
e.running=luci.sys.call("pgrep vlmcsd >/dev/null")==0
luci.http.prepare_content("application/json")
luci.http.write_json(e)
end
|
local ngx_agent = ngx.var.http_user_agent
local ngx_host = ngx.var.host
local ngx_status = ngx.var.status
local ngx_request_time = tonumber(ngx.var.request_time)
local ngx_scheme = ngx.var.scheme
local ngx_ssl_session_reused = ngx.var.ssl_session_reused
local ngx_xlocation = ""
if ngx.var.xlocation ~= nil and ngx.var.xlocation ~= "" then
ngx_xlocation = ngx.var.xlocation
end
---- 请求次数统计(域名维度)
metric_requests:inc(1, {ngx_host, ngx_xlocation})
---- 状态码统计
metric_requests_status:inc(1, {ngx_host, ngx_status, ngx_xlocation})
---- bytes_sent
local ngx_bytes_sent = tonumber(ngx.var.bytes_sent)
if ngx_bytes_sent then -- 如果获取不到值,则直接跳过
metric_bytes_send:inc(ngx_bytes_sent, {ngx_host, ngx_xlocation})
end
---- bytes receive
local ngx_bytes_receive = tonumber(ngx.var.request_length)
if ngx_bytes_receive then
ngx_bytes_receive:inc(ngx_bytes_receive, {ngx_host, ngx_xlocation})
end
---- request_time统计
metric_requests_time:observe(ngx_request_time, {ngx_host, ngx_xlocation})
---- upstream_time统计
local ngx_upstream_time = tonumber(ngx.var.upstream_response_time)
if ngx_upstream_time then -- 如果获取不到值,则直接跳过
metric_request_upstream_time:observe(ngx_upstream_time, {ngx_host, ngx_xlocation})
end
---- https session复用率
if ngx_scheme == "https" then
metric_tls_query_counter:inc(1, {ngx_host})
if ngx_ssl_session_reused == "r" then
metric_tls_session_reuse_counter:inc(1, {ngx_host})
end
end
|
---------------------------------------------------------------------------
-- NUI CALLBACKS
---------------------------------------------------------------------------
RegisterNUICallback("bub-notify::closeSettings", function(data, callback)
SetNuiFocus(false, false)
callback("ok")
end) |
AddCSLuaFile()
ENT.Type = "anim"
ENT.Base = "base_anim"
ENT.PrintName = "Flame"
ENT.Author = "FiLzO"
ENT.Purpose = "Can you feel Air Exchange?"
ENT.Category = "Combine Units +PLUS+"
ENT.Spawnable = false
ENT.AdminOnly = false
local COLLISION_RADIUS = 3
local LIFE_TIME = 0.35
local sndEngulf = Sound( "Fire.Engulf" )
if SERVER then
function ENT:Initialize()
self:SetModel( "models/Combine_Helicopter/helicopter_bomb01.mdl" )
self:SetNoDraw( true )
self:DrawShadow( false )
self:PhysicsInitSphere( COLLISION_RADIUS )
self:SetCollisionBounds( Vector( -COLLISION_RADIUS, -COLLISION_RADIUS, -COLLISION_RADIUS ), Vector( COLLISION_RADIUS, COLLISION_RADIUS, COLLISION_RADIUS ) )
self:SetNotSolid( true )
self:SetTrigger( true )
self:SetMoveType( MOVETYPE_FLY )
self:SetMoveCollide( MOVECOLLIDE_FLY_SLIDE )
self.Owner = self:GetOwner() or self
if not self.Owner:IsValid() then self.Owner = self end
self.Weapon = self.Owner:GetActiveWeapon()
if not self.Weapon:IsValid() then self.Weapon = self end
self.DamageModifier = 1
self.BaseDamage = 1
self.NextTouch = CurTime()
self:Fire( "kill", "", LIFE_TIME )
self.KillTime = CurTime() + LIFE_TIME
end
function ENT:SetDamage( mindmg, maxdmg )
self.DamageModifier = ( maxdmg - mindmg ) / LIFE_TIME
self.BaseDamage = mindmg
end
function ENT:Touch( ent )
-- ent == self.Owner or ent:IsWorld() then return end
--if ent:GetClass()=="cup_fuel_tank" and ent:GetClass()=="npc_stalker" or ent:GetClass()=="npc_combine_s" or ent:GetClass()=="npc_metropolice" or ent:GetClass()=="npc_cscanner" or ent:GetClass()=="npc_manhack" or ent:GetClass()=="npc_strider" or ent:GetClass()=="npc_hunter" or ent:GetClass()=="npc_rollermine" or ent:GetClass()=="npc_clawscanner" or ent:GetClass()=="npc_turret_floor" or ent:GetClass()=="npc_turret_ceiling" or ent:GetClass()=="npc_combine_camera" or ent:GetClass()=="npc_combinedropship" or ent:GetClass()=="npc_combinegunship" or ent:GetClass()=="npc_helicopter" or ent:GetClass()=="npc_turret_ground" or ent:GetClass()=="npc_apcdriver" then return end
if ent.wearsuit == true then return end
if self.NextTouch > CurTime() then return end
self.NextTouch = CurTime() + 0.05
-- Die under water
--if self:WaterLevel() >= 1 then
-- self:Remove()
-- return
--end
-- Stop moving since we hit something
self:SetMoveType( MOVETYPE_NONE )
-- Make sure the owner and weapon are still around, otherwise we would error out
if not self.Owner:IsValid() then self.Owner = self end
if not self.Weapon:IsValid() then self.Weapon = self end
-- Apply damage based on how long the projectile has been alive
local dmg = ( self.KillTime - CurTime() ) * self.DamageModifier + self.BaseDamage
if dmg < 0 then dmg = 0 end
ent:TakeDamage( dmg, self.Owner, self.Weapon )
-- Play that cool igniting sound if this entity is being ignited for the first time
if not ent:IsOnFire() then
ent:EmitSound( sndEngulf )
end
-- Ignite the entity
--if ent:IsPlayer() then
ent:Ignite( math.random( 5, 6 ), 0 ) -- Go easier on players
--else
-- ent:Fire( "IgniteLifeTime", math.random( 10, 12 ), 0 ) -- garry done broke ent:Ignite(), so we have to use this
--end
end
end
|
local Native = require('lib.native.native')
local Player = require('lib.oop.player')
local Widget = require('lib.oop.widget')
local Destructable = require('lib.oop.destructable')
local Item = require('lib.oop.item')
local Unit = require('lib.oop.unit')
local Ability = require('lib.oop.ability')
local Timer = require('lib.oop.timer')
local Trigger = require('lib.oop.trigger')
local TriggerCondition = require('lib.oop.triggercondition')
local Event = require('lib.oop.event')
local Force = require('lib.oop.force')
local Group = require('lib.oop.group')
local Location = require('lib.oop.location')
local Rect = require('lib.oop.rect')
local BoolExpr = require('lib.oop.boolexpr')
local Sound = require('lib.oop.sound')
local Effect = require('lib.oop.effect')
local UnitPool = require('lib.oop.unitpool')
local ItemPool = require('lib.oop.itempool')
local Quest = require('lib.oop.quest')
local QuestItem = require('lib.oop.questitem')
local DefeatCondition = require('lib.oop.defeatcondition')
local TimerDialog = require('lib.oop.timerdialog')
local LeaderBoard = require('lib.oop.leaderboard')
local MultiBoard = require('lib.oop.multiboard')
local MultiBoardItem = require('lib.oop.multiboarditem')
local Trackable = require('lib.oop.trackable')
local Dialog = require('lib.oop.dialog')
local Button = require('lib.oop.button')
local TextTag = require('lib.oop.texttag')
local Lightning = require('lib.oop.lightning')
local Image = require('lib.oop.image')
local Ubersplat = require('lib.oop.ubersplat')
local Region = require('lib.oop.region')
local FogModifier = require('lib.oop.fogmodifier')
local Frame = require('lib.oop.frame')
---@class Hashtable : Agent
local Hashtable = class('Hashtable', assert(require('lib.oop.agent')))
---<static> create
---@return Hashtable
function Hashtable:create()
return Hashtable:fromUd(Native.InitHashtable())
end
---saveInteger
---@param parentKey integer
---@param childKey integer
---@param value integer
---@return void
function Hashtable:saveInteger(parentKey, childKey, value)
return Native.SaveInteger(getUd(self), parentKey, childKey, value)
end
---saveReal
---@param parentKey integer
---@param childKey integer
---@param value float
---@return void
function Hashtable:saveReal(parentKey, childKey, value)
return Native.SaveReal(getUd(self), parentKey, childKey, value)
end
---saveBoolean
---@param parentKey integer
---@param childKey integer
---@param value boolean
---@return void
function Hashtable:saveBoolean(parentKey, childKey, value)
return Native.SaveBoolean(getUd(self), parentKey, childKey, value)
end
---saveStr
---@param parentKey integer
---@param childKey integer
---@param value string
---@return boolean
function Hashtable:saveStr(parentKey, childKey, value)
return Native.SaveStr(getUd(self), parentKey, childKey, value)
end
---savePlayerHandle
---@param parentKey integer
---@param childKey integer
---@param player Player
---@return boolean
function Hashtable:savePlayerHandle(parentKey, childKey, player)
return Native.SavePlayerHandle(getUd(self), parentKey, childKey, getUd(player))
end
---saveWidgetHandle
---@param parentKey integer
---@param childKey integer
---@param widget Widget
---@return boolean
function Hashtable:saveWidgetHandle(parentKey, childKey, widget)
return Native.SaveWidgetHandle(getUd(self), parentKey, childKey, getUd(widget))
end
---saveDestructableHandle
---@param parentKey integer
---@param childKey integer
---@param destructable Destructable
---@return boolean
function Hashtable:saveDestructableHandle(parentKey, childKey, destructable)
return Native.SaveDestructableHandle(getUd(self), parentKey, childKey, getUd(destructable))
end
---saveItemHandle
---@param parentKey integer
---@param childKey integer
---@param item Item
---@return boolean
function Hashtable:saveItemHandle(parentKey, childKey, item)
return Native.SaveItemHandle(getUd(self), parentKey, childKey, getUd(item))
end
---saveUnitHandle
---@param parentKey integer
---@param childKey integer
---@param unit Unit
---@return boolean
function Hashtable:saveUnitHandle(parentKey, childKey, unit)
return Native.SaveUnitHandle(getUd(self), parentKey, childKey, getUd(unit))
end
---saveAbilityHandle
---@param parentKey integer
---@param childKey integer
---@param ability Ability
---@return boolean
function Hashtable:saveAbilityHandle(parentKey, childKey, ability)
return Native.SaveAbilityHandle(getUd(self), parentKey, childKey, getUd(ability))
end
---saveTimerHandle
---@param parentKey integer
---@param childKey integer
---@param timer Timer
---@return boolean
function Hashtable:saveTimerHandle(parentKey, childKey, timer)
return Native.SaveTimerHandle(getUd(self), parentKey, childKey, getUd(timer))
end
---saveTriggerHandle
---@param parentKey integer
---@param childKey integer
---@param trigger Trigger
---@return boolean
function Hashtable:saveTriggerHandle(parentKey, childKey, trigger)
return Native.SaveTriggerHandle(getUd(self), parentKey, childKey, getUd(trigger))
end
---saveTriggerConditionHandle
---@param parentKey integer
---@param childKey integer
---@param triggercondition TriggerCondition
---@return boolean
function Hashtable:saveTriggerConditionHandle(parentKey, childKey, triggercondition)
return Native.SaveTriggerConditionHandle(getUd(self), parentKey, childKey, getUd(triggercondition))
end
---saveTriggerActionHandle
---@param parentKey integer
---@param childKey integer
---@param triggeraction TriggerAction
---@return boolean
function Hashtable:saveTriggerActionHandle(parentKey, childKey, triggeraction)
return Native.SaveTriggerActionHandle(getUd(self), parentKey, childKey, triggeraction)
end
---saveTriggerEventHandle
---@param parentKey integer
---@param childKey integer
---@param event Event
---@return boolean
function Hashtable:saveTriggerEventHandle(parentKey, childKey, event)
return Native.SaveTriggerEventHandle(getUd(self), parentKey, childKey, getUd(event))
end
---saveForceHandle
---@param parentKey integer
---@param childKey integer
---@param force Force
---@return boolean
function Hashtable:saveForceHandle(parentKey, childKey, force)
return Native.SaveForceHandle(getUd(self), parentKey, childKey, getUd(force))
end
---saveGroupHandle
---@param parentKey integer
---@param childKey integer
---@param group Group
---@return boolean
function Hashtable:saveGroupHandle(parentKey, childKey, group)
return Native.SaveGroupHandle(getUd(self), parentKey, childKey, getUd(group))
end
---saveLocationHandle
---@param parentKey integer
---@param childKey integer
---@param loc Location
---@return boolean
function Hashtable:saveLocationHandle(parentKey, childKey, loc)
return Native.SaveLocationHandle(getUd(self), parentKey, childKey, getUd(loc))
end
---saveRectHandle
---@param parentKey integer
---@param childKey integer
---@param rect Rect
---@return boolean
function Hashtable:saveRectHandle(parentKey, childKey, rect)
return Native.SaveRectHandle(getUd(self), parentKey, childKey, getUd(rect))
end
---saveBooleanExprHandle
---@param parentKey integer
---@param childKey integer
---@param boolexpr BoolExpr
---@return boolean
function Hashtable:saveBooleanExprHandle(parentKey, childKey, boolexpr)
return Native.SaveBooleanExprHandle(getUd(self), parentKey, childKey, getUd(boolexpr))
end
---saveSoundHandle
---@param parentKey integer
---@param childKey integer
---@param sound Sound
---@return boolean
function Hashtable:saveSoundHandle(parentKey, childKey, sound)
return Native.SaveSoundHandle(getUd(self), parentKey, childKey, getUd(sound))
end
---saveEffectHandle
---@param parentKey integer
---@param childKey integer
---@param effect Effect
---@return boolean
function Hashtable:saveEffectHandle(parentKey, childKey, effect)
return Native.SaveEffectHandle(getUd(self), parentKey, childKey, getUd(effect))
end
---saveUnitPoolHandle
---@param parentKey integer
---@param childKey integer
---@param unitpool UnitPool
---@return boolean
function Hashtable:saveUnitPoolHandle(parentKey, childKey, unitpool)
return Native.SaveUnitPoolHandle(getUd(self), parentKey, childKey, getUd(unitpool))
end
---saveItemPoolHandle
---@param parentKey integer
---@param childKey integer
---@param itempool ItemPool
---@return boolean
function Hashtable:saveItemPoolHandle(parentKey, childKey, itempool)
return Native.SaveItemPoolHandle(getUd(self), parentKey, childKey, getUd(itempool))
end
---saveQuestHandle
---@param parentKey integer
---@param childKey integer
---@param quest Quest
---@return boolean
function Hashtable:saveQuestHandle(parentKey, childKey, quest)
return Native.SaveQuestHandle(getUd(self), parentKey, childKey, getUd(quest))
end
---saveQuestItemHandle
---@param parentKey integer
---@param childKey integer
---@param questitem QuestItem
---@return boolean
function Hashtable:saveQuestItemHandle(parentKey, childKey, questitem)
return Native.SaveQuestItemHandle(getUd(self), parentKey, childKey, getUd(questitem))
end
---saveDefeatConditionHandle
---@param parentKey integer
---@param childKey integer
---@param defeatcondition DefeatCondition
---@return boolean
function Hashtable:saveDefeatConditionHandle(parentKey, childKey, defeatcondition)
return Native.SaveDefeatConditionHandle(getUd(self), parentKey, childKey, getUd(defeatcondition))
end
---saveTimerDialogHandle
---@param parentKey integer
---@param childKey integer
---@param timerdialog TimerDialog
---@return boolean
function Hashtable:saveTimerDialogHandle(parentKey, childKey, timerdialog)
return Native.SaveTimerDialogHandle(getUd(self), parentKey, childKey, getUd(timerdialog))
end
---saveLeaderboardHandle
---@param parentKey integer
---@param childKey integer
---@param leaderboard LeaderBoard
---@return boolean
function Hashtable:saveLeaderboardHandle(parentKey, childKey, leaderboard)
return Native.SaveLeaderboardHandle(getUd(self), parentKey, childKey, getUd(leaderboard))
end
---saveMultiboardHandle
---@param parentKey integer
---@param childKey integer
---@param multiboard MultiBoard
---@return boolean
function Hashtable:saveMultiboardHandle(parentKey, childKey, multiboard)
return Native.SaveMultiboardHandle(getUd(self), parentKey, childKey, getUd(multiboard))
end
---saveMultiboardItemHandle
---@param parentKey integer
---@param childKey integer
---@param multiboarditem MultiBoardItem
---@return boolean
function Hashtable:saveMultiboardItemHandle(parentKey, childKey, multiboarditem)
return Native.SaveMultiboardItemHandle(getUd(self), parentKey, childKey, getUd(multiboarditem))
end
---saveTrackableHandle
---@param parentKey integer
---@param childKey integer
---@param trackable Trackable
---@return boolean
function Hashtable:saveTrackableHandle(parentKey, childKey, trackable)
return Native.SaveTrackableHandle(getUd(self), parentKey, childKey, getUd(trackable))
end
---saveDialogHandle
---@param parentKey integer
---@param childKey integer
---@param dialog Dialog
---@return boolean
function Hashtable:saveDialogHandle(parentKey, childKey, dialog)
return Native.SaveDialogHandle(getUd(self), parentKey, childKey, getUd(dialog))
end
---saveButtonHandle
---@param parentKey integer
---@param childKey integer
---@param button Button
---@return boolean
function Hashtable:saveButtonHandle(parentKey, childKey, button)
return Native.SaveButtonHandle(getUd(self), parentKey, childKey, getUd(button))
end
---saveTextTagHandle
---@param parentKey integer
---@param childKey integer
---@param texttag TextTag
---@return boolean
function Hashtable:saveTextTagHandle(parentKey, childKey, texttag)
return Native.SaveTextTagHandle(getUd(self), parentKey, childKey, getUd(texttag))
end
---saveLightningHandle
---@param parentKey integer
---@param childKey integer
---@param lightning Lightning
---@return boolean
function Hashtable:saveLightningHandle(parentKey, childKey, lightning)
return Native.SaveLightningHandle(getUd(self), parentKey, childKey, getUd(lightning))
end
---saveImageHandle
---@param parentKey integer
---@param childKey integer
---@param image Image
---@return boolean
function Hashtable:saveImageHandle(parentKey, childKey, image)
return Native.SaveImageHandle(getUd(self), parentKey, childKey, getUd(image))
end
---saveUbersplatHandle
---@param parentKey integer
---@param childKey integer
---@param ubersplat Ubersplat
---@return boolean
function Hashtable:saveUbersplatHandle(parentKey, childKey, ubersplat)
return Native.SaveUbersplatHandle(getUd(self), parentKey, childKey, getUd(ubersplat))
end
---saveRegionHandle
---@param parentKey integer
---@param childKey integer
---@param region Region
---@return boolean
function Hashtable:saveRegionHandle(parentKey, childKey, region)
return Native.SaveRegionHandle(getUd(self), parentKey, childKey, getUd(region))
end
---saveFogStateHandle
---@param parentKey integer
---@param childKey integer
---@param fogState FogState
---@return boolean
function Hashtable:saveFogStateHandle(parentKey, childKey, fogState)
return Native.SaveFogStateHandle(getUd(self), parentKey, childKey, fogState)
end
---saveFogModifierHandle
---@param parentKey integer
---@param childKey integer
---@param fogModifier FogModifier
---@return boolean
function Hashtable:saveFogModifierHandle(parentKey, childKey, fogModifier)
return Native.SaveFogModifierHandle(getUd(self), parentKey, childKey, getUd(fogModifier))
end
---saveAgentHandle
---@param parentKey integer
---@param childKey integer
---@param agent Agent
---@return boolean
function Hashtable:saveAgentHandle(parentKey, childKey, agent)
return Native.SaveAgentHandle(getUd(self), parentKey, childKey, getUd(agent))
end
---saveHashtableHandle
---@param parentKey integer
---@param childKey integer
---@param hashtable Hashtable
---@return boolean
function Hashtable:saveHashtableHandle(parentKey, childKey, hashtable)
return Native.SaveHashtableHandle(getUd(self), parentKey, childKey, getUd(hashtable))
end
---saveFrameHandle
---@param parentKey integer
---@param childKey integer
---@param frameHandle Frame
---@return boolean
function Hashtable:saveFrameHandle(parentKey, childKey, frameHandle)
return Native.SaveFrameHandle(getUd(self), parentKey, childKey, getUd(frameHandle))
end
---loadInteger
---@param parentKey integer
---@param childKey integer
---@return integer
function Hashtable:loadInteger(parentKey, childKey)
return Native.LoadInteger(getUd(self), parentKey, childKey)
end
---loadReal
---@param parentKey integer
---@param childKey integer
---@return float
function Hashtable:loadReal(parentKey, childKey)
return Native.LoadReal(getUd(self), parentKey, childKey)
end
---loadBoolean
---@param parentKey integer
---@param childKey integer
---@return boolean
function Hashtable:loadBoolean(parentKey, childKey)
return Native.LoadBoolean(getUd(self), parentKey, childKey)
end
---loadStr
---@param parentKey integer
---@param childKey integer
---@return string
function Hashtable:loadStr(parentKey, childKey)
return Native.LoadStr(getUd(self), parentKey, childKey)
end
---loadPlayerHandle
---@param parentKey integer
---@param childKey integer
---@return Player
function Hashtable:loadPlayerHandle(parentKey, childKey)
return Player:fromUd(Native.LoadPlayerHandle(getUd(self), parentKey, childKey))
end
---loadWidgetHandle
---@param parentKey integer
---@param childKey integer
---@return Widget
function Hashtable:loadWidgetHandle(parentKey, childKey)
return Widget:fromUd(Native.LoadWidgetHandle(getUd(self), parentKey, childKey))
end
---loadDestructableHandle
---@param parentKey integer
---@param childKey integer
---@return Destructable
function Hashtable:loadDestructableHandle(parentKey, childKey)
return Destructable:fromUd(Native.LoadDestructableHandle(getUd(self), parentKey, childKey))
end
---loadItemHandle
---@param parentKey integer
---@param childKey integer
---@return Item
function Hashtable:loadItemHandle(parentKey, childKey)
return Item:fromUd(Native.LoadItemHandle(getUd(self), parentKey, childKey))
end
---loadUnitHandle
---@param parentKey integer
---@param childKey integer
---@return Unit
function Hashtable:loadUnitHandle(parentKey, childKey)
return Unit:fromUd(Native.LoadUnitHandle(getUd(self), parentKey, childKey))
end
---loadAbilityHandle
---@param parentKey integer
---@param childKey integer
---@return Ability
function Hashtable:loadAbilityHandle(parentKey, childKey)
return Ability:fromUd(Native.LoadAbilityHandle(getUd(self), parentKey, childKey))
end
---loadTimerHandle
---@param parentKey integer
---@param childKey integer
---@return Timer
function Hashtable:loadTimerHandle(parentKey, childKey)
return Timer:fromUd(Native.LoadTimerHandle(getUd(self), parentKey, childKey))
end
---loadTriggerHandle
---@param parentKey integer
---@param childKey integer
---@return Trigger
function Hashtable:loadTriggerHandle(parentKey, childKey)
return Trigger:fromUd(Native.LoadTriggerHandle(getUd(self), parentKey, childKey))
end
---loadTriggerConditionHandle
---@param parentKey integer
---@param childKey integer
---@return TriggerCondition
function Hashtable:loadTriggerConditionHandle(parentKey, childKey)
return TriggerCondition:fromUd(Native.LoadTriggerConditionHandle(getUd(self), parentKey, childKey))
end
---loadTriggerActionHandle
---@param parentKey integer
---@param childKey integer
---@return TriggerAction
function Hashtable:loadTriggerActionHandle(parentKey, childKey)
return Native.LoadTriggerActionHandle(getUd(self), parentKey, childKey)
end
---loadTriggerEventHandle
---@param parentKey integer
---@param childKey integer
---@return Event
function Hashtable:loadTriggerEventHandle(parentKey, childKey)
return Event:fromUd(Native.LoadTriggerEventHandle(getUd(self), parentKey, childKey))
end
---loadForceHandle
---@param parentKey integer
---@param childKey integer
---@return Force
function Hashtable:loadForceHandle(parentKey, childKey)
return Force:fromUd(Native.LoadForceHandle(getUd(self), parentKey, childKey))
end
---loadGroupHandle
---@param parentKey integer
---@param childKey integer
---@return Group
function Hashtable:loadGroupHandle(parentKey, childKey)
return Group:fromUd(Native.LoadGroupHandle(getUd(self), parentKey, childKey))
end
---loadLocationHandle
---@param parentKey integer
---@param childKey integer
---@return Location
function Hashtable:loadLocationHandle(parentKey, childKey)
return Location:fromUd(Native.LoadLocationHandle(getUd(self), parentKey, childKey))
end
---loadRectHandle
---@param parentKey integer
---@param childKey integer
---@return Rect
function Hashtable:loadRectHandle(parentKey, childKey)
return Rect:fromUd(Native.LoadRectHandle(getUd(self), parentKey, childKey))
end
---loadBooleanExprHandle
---@param parentKey integer
---@param childKey integer
---@return BoolExpr
function Hashtable:loadBooleanExprHandle(parentKey, childKey)
return BoolExpr:fromUd(Native.LoadBooleanExprHandle(getUd(self), parentKey, childKey))
end
---loadSoundHandle
---@param parentKey integer
---@param childKey integer
---@return Sound
function Hashtable:loadSoundHandle(parentKey, childKey)
return Sound:fromUd(Native.LoadSoundHandle(getUd(self), parentKey, childKey))
end
---loadEffectHandle
---@param parentKey integer
---@param childKey integer
---@return Effect
function Hashtable:loadEffectHandle(parentKey, childKey)
return Effect:fromUd(Native.LoadEffectHandle(getUd(self), parentKey, childKey))
end
---loadUnitPoolHandle
---@param parentKey integer
---@param childKey integer
---@return UnitPool
function Hashtable:loadUnitPoolHandle(parentKey, childKey)
return UnitPool:fromUd(Native.LoadUnitPoolHandle(getUd(self), parentKey, childKey))
end
---loadItemPoolHandle
---@param parentKey integer
---@param childKey integer
---@return ItemPool
function Hashtable:loadItemPoolHandle(parentKey, childKey)
return ItemPool:fromUd(Native.LoadItemPoolHandle(getUd(self), parentKey, childKey))
end
---loadQuestHandle
---@param parentKey integer
---@param childKey integer
---@return Quest
function Hashtable:loadQuestHandle(parentKey, childKey)
return Quest:fromUd(Native.LoadQuestHandle(getUd(self), parentKey, childKey))
end
---loadQuestItemHandle
---@param parentKey integer
---@param childKey integer
---@return QuestItem
function Hashtable:loadQuestItemHandle(parentKey, childKey)
return QuestItem:fromUd(Native.LoadQuestItemHandle(getUd(self), parentKey, childKey))
end
---loadDefeatConditionHandle
---@param parentKey integer
---@param childKey integer
---@return DefeatCondition
function Hashtable:loadDefeatConditionHandle(parentKey, childKey)
return DefeatCondition:fromUd(Native.LoadDefeatConditionHandle(getUd(self), parentKey, childKey))
end
---loadTimerDialogHandle
---@param parentKey integer
---@param childKey integer
---@return TimerDialog
function Hashtable:loadTimerDialogHandle(parentKey, childKey)
return TimerDialog:fromUd(Native.LoadTimerDialogHandle(getUd(self), parentKey, childKey))
end
---loadLeaderboardHandle
---@param parentKey integer
---@param childKey integer
---@return LeaderBoard
function Hashtable:loadLeaderboardHandle(parentKey, childKey)
return LeaderBoard:fromUd(Native.LoadLeaderboardHandle(getUd(self), parentKey, childKey))
end
---loadMultiboardHandle
---@param parentKey integer
---@param childKey integer
---@return MultiBoard
function Hashtable:loadMultiboardHandle(parentKey, childKey)
return MultiBoard:fromUd(Native.LoadMultiboardHandle(getUd(self), parentKey, childKey))
end
---loadMultiboardItemHandle
---@param parentKey integer
---@param childKey integer
---@return MultiBoardItem
function Hashtable:loadMultiboardItemHandle(parentKey, childKey)
return MultiBoardItem:fromUd(Native.LoadMultiboardItemHandle(getUd(self), parentKey, childKey))
end
---loadTrackableHandle
---@param parentKey integer
---@param childKey integer
---@return Trackable
function Hashtable:loadTrackableHandle(parentKey, childKey)
return Trackable:fromUd(Native.LoadTrackableHandle(getUd(self), parentKey, childKey))
end
---loadDialogHandle
---@param parentKey integer
---@param childKey integer
---@return Dialog
function Hashtable:loadDialogHandle(parentKey, childKey)
return Dialog:fromUd(Native.LoadDialogHandle(getUd(self), parentKey, childKey))
end
---loadButtonHandle
---@param parentKey integer
---@param childKey integer
---@return Button
function Hashtable:loadButtonHandle(parentKey, childKey)
return Button:fromUd(Native.LoadButtonHandle(getUd(self), parentKey, childKey))
end
---loadTextTagHandle
---@param parentKey integer
---@param childKey integer
---@return TextTag
function Hashtable:loadTextTagHandle(parentKey, childKey)
return TextTag:fromUd(Native.LoadTextTagHandle(getUd(self), parentKey, childKey))
end
---loadLightningHandle
---@param parentKey integer
---@param childKey integer
---@return Lightning
function Hashtable:loadLightningHandle(parentKey, childKey)
return Lightning:fromUd(Native.LoadLightningHandle(getUd(self), parentKey, childKey))
end
---loadImageHandle
---@param parentKey integer
---@param childKey integer
---@return Image
function Hashtable:loadImageHandle(parentKey, childKey)
return Image:fromUd(Native.LoadImageHandle(getUd(self), parentKey, childKey))
end
---loadUbersplatHandle
---@param parentKey integer
---@param childKey integer
---@return Ubersplat
function Hashtable:loadUbersplatHandle(parentKey, childKey)
return Ubersplat:fromUd(Native.LoadUbersplatHandle(getUd(self), parentKey, childKey))
end
---loadRegionHandle
---@param parentKey integer
---@param childKey integer
---@return Region
function Hashtable:loadRegionHandle(parentKey, childKey)
return Region:fromUd(Native.LoadRegionHandle(getUd(self), parentKey, childKey))
end
---loadFogStateHandle
---@param parentKey integer
---@param childKey integer
---@return FogState
function Hashtable:loadFogStateHandle(parentKey, childKey)
return Native.LoadFogStateHandle(getUd(self), parentKey, childKey)
end
---loadFogModifierHandle
---@param parentKey integer
---@param childKey integer
---@return FogModifier
function Hashtable:loadFogModifierHandle(parentKey, childKey)
return FogModifier:fromUd(Native.LoadFogModifierHandle(getUd(self), parentKey, childKey))
end
---loadHandle
---@param parentKey integer
---@param childKey integer
---@return Hashtable
function Hashtable:loadHandle(parentKey, childKey)
return Hashtable:fromUd(Native.LoadHashtableHandle(getUd(self), parentKey, childKey))
end
---loadFrameHandle
---@param parentKey integer
---@param childKey integer
---@return Frame
function Hashtable:loadFrameHandle(parentKey, childKey)
return Frame:fromUd(Native.LoadFrameHandle(getUd(self), parentKey, childKey))
end
---haveSavedInteger
---@param parentKey integer
---@param childKey integer
---@return boolean
function Hashtable:haveSavedInteger(parentKey, childKey)
return Native.HaveSavedInteger(getUd(self), parentKey, childKey)
end
---haveSavedReal
---@param parentKey integer
---@param childKey integer
---@return boolean
function Hashtable:haveSavedReal(parentKey, childKey)
return Native.HaveSavedReal(getUd(self), parentKey, childKey)
end
---haveSavedBoolean
---@param parentKey integer
---@param childKey integer
---@return boolean
function Hashtable:haveSavedBoolean(parentKey, childKey)
return Native.HaveSavedBoolean(getUd(self), parentKey, childKey)
end
---haveSavedString
---@param parentKey integer
---@param childKey integer
---@return boolean
function Hashtable:haveSavedString(parentKey, childKey)
return Native.HaveSavedString(getUd(self), parentKey, childKey)
end
---haveSavedHandle
---@param parentKey integer
---@param childKey integer
---@return boolean
function Hashtable:haveSavedHandle(parentKey, childKey)
return Native.HaveSavedHandle(getUd(self), parentKey, childKey)
end
---removeSavedInteger
---@param parentKey integer
---@param childKey integer
---@return void
function Hashtable:removeSavedInteger(parentKey, childKey)
return Native.RemoveSavedInteger(getUd(self), parentKey, childKey)
end
---removeSavedReal
---@param parentKey integer
---@param childKey integer
---@return void
function Hashtable:removeSavedReal(parentKey, childKey)
return Native.RemoveSavedReal(getUd(self), parentKey, childKey)
end
---removeSavedBoolean
---@param parentKey integer
---@param childKey integer
---@return void
function Hashtable:removeSavedBoolean(parentKey, childKey)
return Native.RemoveSavedBoolean(getUd(self), parentKey, childKey)
end
---removeSavedString
---@param parentKey integer
---@param childKey integer
---@return void
function Hashtable:removeSavedString(parentKey, childKey)
return Native.RemoveSavedString(getUd(self), parentKey, childKey)
end
---removeSavedHandle
---@param parentKey integer
---@param childKey integer
---@return void
function Hashtable:removeSavedHandle(parentKey, childKey)
return Native.RemoveSavedHandle(getUd(self), parentKey, childKey)
end
---flushParent
---@return void
function Hashtable:flushParent()
return Native.FlushParentHashtable(getUd(self))
end
---flushChild
---@param parentKey integer
---@return void
function Hashtable:flushChild(parentKey)
return Native.FlushChildHashtable(getUd(self), parentKey)
end
return Hashtable
|
object_building_kashyyyk_poi_kash_rryatt_lvl1_near_canopy_a3 = object_building_kashyyyk_shared_poi_kash_rryatt_lvl1_near_canopy_a3:new {
}
ObjectTemplates:addTemplate(object_building_kashyyyk_poi_kash_rryatt_lvl1_near_canopy_a3, "object/building/kashyyyk/poi_kash_rryatt_lvl1_near_canopy_a3.iff")
|
wincent.g.command_callbacks = {}
-- TODO: garbage-collect overwritten command callbacks
-- Wrapper for simple :command use cases. `repl` (replacement) may be a string
-- or a Lua function.
--
-- Slight departure from Vim default behavior: `force = true` is the default
-- (ie. `:command!` instead of `:command`), seeing as I am using that at
-- literally every call-site.
--
local command = function (name, repl, opts)
opts = opts or {}
local repl_type = type(repl)
if repl_type == 'function' then
local key = wincent.util.get_key_for_fn(repl, wincent.g.command_callbacks)
wincent.g.command_callbacks[key] = repl
repl = 'lua wincent.g.command_callbacks.' .. key .. '()'
elseif repl_type ~= 'string' then
error('command(): unsupported repl type: ' .. repl_type)
end
local prefix = opts.force == false and 'command' or 'command!'
if opts.bang then
prefix = prefix .. ' -bang'
end
if opts.complete then
prefix = prefix .. ' -complete=' .. opts.complete
end
if opts.nargs then
prefix = prefix .. ' -nargs=' .. opts.nargs
end
if opts.range then
prefix = prefix .. ' -range'
end
vim.cmd(prefix .. ' ' .. name .. ' ' .. repl)
end
return command
|
-----------------------------------
-- Ability: Evoker's Roll
-- Gradually restores MP for party members within area of effect
-- Optimal Job: Summoner
-- Lucky Number: 5
-- Unlucky Number: 9
-- Level: 40
--
-- Die Roll |No SMN |With SMN
-- -------- ------- -----------
-- 1 |+1 |+2
-- 2 |+1 |+2
-- 3 |+1 |+2
-- 4 |+1 |+2
-- 5 |+3 |+4
-- 6 |+2 |+3
-- 7 |+2 |+3
-- 8 |+2 |+3
-- 9 |+1 |+2
-- 10 |+3 |+4
-- 11 |+4 |+5
-- Bust |-1 |-1
-----------------------------------
require("scripts/globals/ability")
require("scripts/globals/status")
require("scripts/globals/msg")
-----------------------------------
function onAbilityCheck(player,target,ability)
ability:setRange(ability:getRange() + player:getMod(tpz.mod.ROLL_RANGE))
if player:hasStatusEffect(tpz.effect.EVOKERS_ROLL) then
return tpz.msg.basic.ROLL_ALREADY_ACTIVE,0
elseif atMaxCorsairBusts(player) then
return tpz.msg.basic.CANNOT_PERFORM,0
else
return 0,0
end
end
function onUseAbility(caster,target,ability,action)
if caster:getID() == target:getID() then
corsairSetup(caster, ability, action, tpz.effect.EVOKERS_ROLL, tpz.job.SMN)
end
local total = caster:getLocalVar("corsairRollTotal")
return applyRoll(caster,target,ability,action,total)
end
function applyRoll(caster,target,ability,action,total)
local duration = 300 + caster:getMerit(tpz.merit.WINNING_STREAK) + caster:getMod(tpz.mod.PHANTOM_DURATION)
local effectpowers = {1, 1, 1, 1, 3, 2, 2, 2, 1, 3, 4, 1}
local effectpower = effectpowers[total]
if caster:getLocalVar("corsairRollBonus") == 1 and total < 12 then
effectpower = effectpower + 1
end
-- Check if COR Main or Sub
if caster:getMainJob() == tpz.job.COR and caster:getMainLvl() < target:getMainLvl() then
effectpower = effectpower * (caster:getMainLvl() / target:getMainLvl())
elseif caster:getSubJob() == tpz.job.COR and caster:getSubLvl() < target:getMainLvl() then
effectpower = effectpower * (caster:getSubLvl() / target:getMainLvl())
end
if not target:addCorsairRoll(caster:getMainJob(), caster:getMerit(tpz.merit.BUST_DURATION), tpz.effect.EVOKERS_ROLL, effectpower, 0, duration, caster:getID(), total, tpz.mod.REFRESH) then
ability:setMsg(tpz.msg.basic.ROLL_MAIN_FAIL)
elseif total > 11 then
ability:setMsg(tpz.msg.basic.DOUBLEUP_BUST)
end
return total
end
|
-- private utility module for `cp.rx`.
local util = {}
local defaultScheduler = nil
util.pack = table.pack or function(...) return { n = select('#', ...), ... } end
util.unpack = table.unpack or _G.unpack
util.eq = function(x, y) return x == y end
util.noop = function() end
util.identity = function(x) return x end
util.constant = function(x) return function() return x end end
util.isa = function(object, class)
if type(object) == 'table' then
local mt = getmetatable(object)
return mt ~= nil and rawequal(mt.__index, class) or not rawequal(mt, object) and util.isa(mt, class)
end
return false
end
util.tryWithObserver = function(observer, fn, ...)
local args = util.pack(...)
local success, result = xpcall(function() fn(util.unpack(args)) end, function(message) return debug.traceback(message, 2) end)
if not success then
observer:onError(result)
end
return success, result
end
util.defaultScheduler = function(newScheduler)
if newScheduler and type(newScheduler.schedule) == "function" then
defaultScheduler = newScheduler
end
return defaultScheduler
end
util.tableId = function(value)
local __tostring
local mt = getmetatable(value)
if mt then
__tostring = mt.__tostring
mt.__tostring = nil
end
local id = tostring(value)
if mt then
mt.__tostring = __tostring
end
return id
end
return util |
local testCasesForRAI = {}
require('atf.util')
local commonPreconditions = require ('user_modules/shared_testcases/commonPreconditions')
local events = require("events")
local path_config = commonPreconditions:GetPathToSDL()
--[[@InitHMI_onReady_without_UI_GetCapabilities: replace original InitHMIOnReady from connecttest
--! without expect UI.GetCapabilites
--! @parameters: NO
--]]
function testCasesForRAI.InitHMI_onReady_without_UI_GetCapabilities(self)
local function ExpectRequest(name, mandatory, params)
local event = events.Event()
event.level = 2
event.matches = function(_, data) return data.method == name end
return
EXPECT_HMIEVENT(event, name)
:Times(mandatory and 1 or AnyNumber())
:Do(function(_, data)
self.hmiConnection:SendResponse(data.id, data.method, "SUCCESS", params)
end)
end
ExpectRequest("BasicCommunication.MixingAudioSupported", true, { attenuatedSupported = true })
ExpectRequest("BasicCommunication.GetSystemInfo", false, { ccpu_version = "ccpu_version", language = "EN-US", wersCountryCode = "wersCountryCode" })
ExpectRequest("UI.GetLanguage", true, { language = "EN-US" })
ExpectRequest("VR.GetLanguage", true, { language = "EN-US" })
ExpectRequest("TTS.GetLanguage", true, { language = "EN-US" })
ExpectRequest("UI.ChangeRegistration", false, { }):Pin()
ExpectRequest("TTS.SetGlobalProperties", false, { }):Pin()
ExpectRequest("BasicCommunication.UpdateDeviceList", false, { }):Pin()
ExpectRequest("VR.ChangeRegistration", false, { }):Pin()
ExpectRequest("TTS.ChangeRegistration", false, { }):Pin()
ExpectRequest("VR.GetSupportedLanguages", true, {
languages = {
"EN-US","ES-MX","FR-CA","DE-DE","ES-ES","EN-GB","RU-RU",
"TR-TR","PL-PL","FR-FR","IT-IT","SV-SE","PT-PT","NL-NL",
"ZH-TW","JA-JP","AR-SA","KO-KR","PT-BR","CS-CZ","DA-DK",
"NO-NO","NL-BE","EL-GR","HU-HU","FI-FI","SK-SK" }
})
ExpectRequest("TTS.GetSupportedLanguages", true, {
languages = {
"EN-US","ES-MX","FR-CA","DE-DE","ES-ES","EN-GB","RU-RU",
"TR-TR","PL-PL","FR-FR","IT-IT","SV-SE","PT-PT","NL-NL",
"ZH-TW","JA-JP","AR-SA","KO-KR","PT-BR","CS-CZ","DA-DK",
"NO-NO","NL-BE","EL-GR","HU-HU","FI-FI","SK-SK" }
})
ExpectRequest("UI.GetSupportedLanguages", true, {
languages = {
"EN-US","ES-MX","FR-CA","DE-DE","ES-ES","EN-GB","RU-RU",
"TR-TR","PL-PL","FR-FR","IT-IT","SV-SE","PT-PT","NL-NL",
"ZH-TW","JA-JP","AR-SA","KO-KR","PT-BR","CS-CZ","DA-DK",
"NO-NO","NL-BE","EL-GR","HU-HU","FI-FI","SK-SK" }
})
ExpectRequest("VehicleInfo.GetVehicleType", true, {
vehicleType = {
make = "Ford",
model = "Fiesta",
modelYear = "2013",
trim = "SE"
}
})
ExpectRequest("VehicleInfo.GetVehicleData", true, { vin = "52-452-52-752" })
local function button_capability(name, shortPressAvailable, longPressAvailable, upDownAvailable)
return
{
name = name,
shortPressAvailable = shortPressAvailable == nil and true or shortPressAvailable,
longPressAvailable = longPressAvailable == nil and true or longPressAvailable,
upDownAvailable = upDownAvailable == nil and true or upDownAvailable
}
end
local buttons_capabilities =
{
capabilities =
{
button_capability("PRESET_0"),
button_capability("PRESET_1"),
button_capability("PRESET_2"),
button_capability("PRESET_3"),
button_capability("PRESET_4"),
button_capability("PRESET_5"),
button_capability("PRESET_6"),
button_capability("PRESET_7"),
button_capability("PRESET_8"),
button_capability("PRESET_9"),
button_capability("OK", true, false, true),
button_capability("SEEKLEFT"),
button_capability("SEEKRIGHT"),
button_capability("TUNEUP"),
button_capability("TUNEDOWN")
},
presetBankCapabilities = { onScreenPresetsAvailable = true }
}
ExpectRequest("Buttons.GetCapabilities", true, buttons_capabilities)
ExpectRequest("VR.GetCapabilities", true, { vrCapabilities = { "TEXT" } })
ExpectRequest("TTS.GetCapabilities", true, {
speechCapabilities = { "TEXT", "PRE_RECORDED" },
prerecordedSpeechCapabilities =
{
"HELP_JINGLE",
"INITIAL_JINGLE",
"LISTEN_JINGLE",
"POSITIVE_JINGLE",
"NEGATIVE_JINGLE"
}
})
ExpectRequest("VR.IsReady", true, { available = true })
ExpectRequest("TTS.IsReady", true, { available = true })
ExpectRequest("UI.IsReady", true, { available = true })
ExpectRequest("Navigation.IsReady", true, { available = true })
ExpectRequest("VehicleInfo.IsReady", true, { available = true })
self.applications = { }
ExpectRequest("BasicCommunication.UpdateAppList", false, { })
:Pin()
:Do(function(_, data)
self.hmiConnection:SendResponse(data.id, data.method, "SUCCESS", { })
self.applications = { }
for _, app in pairs(data.params.applications) do
self.applications[app.appName] = app.appID
end
end)
self.hmiConnection:SendNotification("BasicCommunication.OnReady")
end
--[[@InitHMI_onReady_without_UI_IsReady_available_false: replace original InitHMIOnReady from connecttest
--! without expect UI.GetCapabilites
--! without expect UI.IsReady
--! @parameters: exp_occur - times to wait UI.<<RPC>>
--! in case UI.IsReady(available = false), exp_occur = 0, else exp_occur = 1
--]]
function testCasesForRAI.InitHMI_onReady_without_UI_IsReady_GetCapabilities(self, exp_occur)
if(exp_occur == nil) then exp_occur = 0 end
local function ExpectRequest(name, mandatory, params)
local event = events.Event()
event.level = 2
event.matches = function(_, data) return data.method == name end
return
EXPECT_HMIEVENT(event, name)
:Times(mandatory and 1 or AnyNumber())
:Do(function(_, data)
self.hmiConnection:SendResponse(data.id, data.method, "SUCCESS", params)
end)
end
ExpectRequest("BasicCommunication.MixingAudioSupported", true, { attenuatedSupported = true })
ExpectRequest("BasicCommunication.GetSystemInfo", false, { ccpu_version = "ccpu_version", language = "EN-US", wersCountryCode = "wersCountryCode" })
ExpectRequest("UI.GetLanguage", true, { language = "EN-US" }):Times(exp_occur)
ExpectRequest("VR.GetLanguage", true, { language = "EN-US" })
ExpectRequest("TTS.GetLanguage", true, { language = "EN-US" })
ExpectRequest("UI.ChangeRegistration", false, { }):Pin():Times(exp_occur)
ExpectRequest("TTS.SetGlobalProperties", false, { }):Pin()
ExpectRequest("BasicCommunication.UpdateDeviceList", false, { }):Pin()
ExpectRequest("VR.ChangeRegistration", false, { }):Pin()
ExpectRequest("TTS.ChangeRegistration", false, { }):Pin()
ExpectRequest("VR.GetSupportedLanguages", true, {
languages = {
"EN-US","ES-MX","FR-CA","DE-DE","ES-ES","EN-GB","RU-RU",
"TR-TR","PL-PL","FR-FR","IT-IT","SV-SE","PT-PT","NL-NL",
"ZH-TW","JA-JP","AR-SA","KO-KR","PT-BR","CS-CZ","DA-DK",
"NO-NO","NL-BE","EL-GR","HU-HU","FI-FI","SK-SK" }
})
ExpectRequest("TTS.GetSupportedLanguages", true, {
languages = {
"EN-US","ES-MX","FR-CA","DE-DE","ES-ES","EN-GB","RU-RU",
"TR-TR","PL-PL","FR-FR","IT-IT","SV-SE","PT-PT","NL-NL",
"ZH-TW","JA-JP","AR-SA","KO-KR","PT-BR","CS-CZ","DA-DK",
"NO-NO","NL-BE","EL-GR","HU-HU","FI-FI","SK-SK" }
})
ExpectRequest("UI.GetSupportedLanguages", true, {
languages = {
"EN-US","ES-MX","FR-CA","DE-DE","ES-ES","EN-GB","RU-RU",
"TR-TR","PL-PL","FR-FR","IT-IT","SV-SE","PT-PT","NL-NL",
"ZH-TW","JA-JP","AR-SA","KO-KR","PT-BR","CS-CZ","DA-DK",
"NO-NO","NL-BE","EL-GR","HU-HU","FI-FI","SK-SK" }
}):Times(exp_occur)
ExpectRequest("VehicleInfo.GetVehicleType", true, {
vehicleType = {
make = "Ford",
model = "Fiesta",
modelYear = "2013",
trim = "SE"
}
})
ExpectRequest("VehicleInfo.GetVehicleData", true, { vin = "52-452-52-752" })
local function button_capability(name, shortPressAvailable, longPressAvailable, upDownAvailable)
return
{
name = name,
shortPressAvailable = shortPressAvailable == nil and true or shortPressAvailable,
longPressAvailable = longPressAvailable == nil and true or longPressAvailable,
upDownAvailable = upDownAvailable == nil and true or upDownAvailable
}
end
local buttons_capabilities =
{
capabilities =
{
button_capability("PRESET_0"),
button_capability("PRESET_1"),
button_capability("PRESET_2"),
button_capability("PRESET_3"),
button_capability("PRESET_4"),
button_capability("PRESET_5"),
button_capability("PRESET_6"),
button_capability("PRESET_7"),
button_capability("PRESET_8"),
button_capability("PRESET_9"),
button_capability("OK", true, false, true),
button_capability("SEEKLEFT"),
button_capability("SEEKRIGHT"),
button_capability("TUNEUP"),
button_capability("TUNEDOWN")
},
presetBankCapabilities = { onScreenPresetsAvailable = true }
}
ExpectRequest("Buttons.GetCapabilities", true, buttons_capabilities)
ExpectRequest("VR.GetCapabilities", true, { vrCapabilities = { "TEXT" } })
ExpectRequest("TTS.GetCapabilities", true, {
speechCapabilities = { "TEXT", "PRE_RECORDED" },
prerecordedSpeechCapabilities =
{
"HELP_JINGLE",
"INITIAL_JINGLE",
"LISTEN_JINGLE",
"POSITIVE_JINGLE",
"NEGATIVE_JINGLE"
}
})
ExpectRequest("VR.IsReady", true, { available = true })
ExpectRequest("TTS.IsReady", true, { available = true })
ExpectRequest("Navigation.IsReady", true, { available = true })
ExpectRequest("VehicleInfo.IsReady", true, { available = true })
self.applications = { }
ExpectRequest("BasicCommunication.UpdateAppList", false, { })
:Pin()
:Do(function(_, data)
self.hmiConnection:SendResponse(data.id, data.method, "SUCCESS", { })
self.applications = { }
for _, app in pairs(data.params.applications) do
self.applications[app.appName] = app.appID
end
end)
self.hmiConnection:SendNotification("BasicCommunication.OnReady")
end
--[[@get_data_steeringWheelLocation: read hmi_capabilities parameters:
--! steeringWheelLocation, navigation, phoneCall
--! @parameters: NO
--]]
function testCasesForRAI.get_data_steeringWheelLocation()
local path_to_file = path_config .. 'hmi_capabilities.json'
local file = io.open(path_to_file, "r")
local json_data = file:read("*all")
file:close()
local json = require("modules/json")
local data = json.decode(json_data)
return data.UI.hmiCapabilities.steeringWheelLocation, data.UI.hmiCapabilities.navigation, data.UI.hmiCapabilities.phoneCall
end
--[[@write_data_steeringWheelLocation: write value to hmi_capabilities
--! in hmi_capabilities.json
--! @parameters: value
--! @value - new value for steeringWheelLocation
--]]
function testCasesForRAI.write_data_steeringWheelLocation(steeringWheelLocation, navigation, phoneCall)
local path_to_file = path_config .. 'hmi_capabilities.json'
local file = io.open(path_to_file, "r")
local json_data = file:read("*all")
file:close()
local json = require("modules/json")
local data = json.decode(json_data)
if(steeringWheelLocation ~= nil) then data.UI.hmiCapabilities.steeringWheelLocation = steeringWheelLocation end
if(navigation ~= nil) then data.UI.hmiCapabilities.navigation = navigation end
if(phoneCall ~= nil) then data.UI.hmiCapabilities.phoneCall = phoneCall end
data = json.encode(data)
file = io.open(path_to_file, "w")
file:write(data)
file:close()
end
return testCasesForRAI
|
local core = require "sys.core"
local master = require "cluster.master"
core.start(function()
local addr = assert(core.envget("master"), "master")
local monitor = assert(core.envget("monitor"), "monitor")
local capacity = {
['auth'] = 1,
['gate'] = 2,
['role'] = 2,
}
local ok, err = master.start {
monitor = monitor,
listen = addr,
capacity = capacity
}
core.log("[main] start success")
end)
|
local thismod = minetest.get_current_modname()
local modpath = minetest.get_modpath(thismod)
-- Global
leash = {}
leash.leashes = {}
leash.leashed_entities = {}
leash.leashed_playernames = {}
-- Leash object prototype
leash.proto = {}
local proto = leash.proto
proto.entity_ref = ""
proto.origin = {x = 0, y = 100, z = 0}
proto.limits = {}
proto.buffer_distance = 0.01
proto.show_effect = true
proto.effect = {}
proto.hud_def = {
hud_elem_type = "image",
position = {x = 0, y = 0},
name = "leash_hud",
scale = {x = 2, y = 2},
number = 1,
z_index = -302,
size = {x = 100, y = 100},
text = "lens.png"
}
function proto:new(def) -- Creates new leash object and places reference in global leash table
def = def or {}
setmetatable(def, proto)
proto.__index = self
local num = #leash.leashes
def.id = num
leash.leashes[num+1] = def
end
function proto:get_entity()
local ref = self.entity_ref
if(type(ref) == "string")then
return minetest.get_player_by_name(ref)
elseif(type(ref) == "table")then
return ref:get_pos() and ref or nil
end
end
function proto:check_pos()
local ent = self:get_entity()
return ent and ent:get_pos()
end
function proto:is_trespassing()
local pos = self:check_pos()
local origin = self.origin
local limit = self.limits
local magsort = function(n,n2)
local sorted = {n > n2 and n or n2}
sorted[2] = n == sorted[1] and n2 or n -- First entry always higher, second entry always lower
return sorted
end
local dist = {}
for k,v in pairs(limit) do
local origin_axis_value = origin[k]
local position_axis_value = pos[k]
if(origin_axis_value and position_axis_value)then
local oav, pav = origin_axis_value, position_axis_value
local vals = magsort(oav,pav)
local axis_dist = vals[1] - vals[2]
if(axis_dist > math.abs(limit[k]))then
return k
end
end
end
end
function proto:restrain(axis)
local ent = self:get_entity()
local ori = self.origin[axis]
local pos = self:check_pos()
local lim = self.limits[axis]
local pt = pos[axis]
local dist = math.abs(pt)-math.abs(lim)
local is_pos = pt > lim
local offset = lim-self.buffer_distance
pos[axis] = is_pos and ori + offset or ori - offset
ent:set_pos(pos)
end
-- HUD STUFF
dofile(modpath .. "/hud.lua")
minetest.register_on_joinplayer(function(ObjectRef, last_login)
local name = ObjectRef:get_player_name()
local g = {}
g.entity_ref = name
g.limits = {x = 50, y = 50, z = 50}
proto:new(g)
end)
leash.process_leashes = function()
local leashes = leash.leashes
for n = 1, #leashes do
local leash = leashes[n]
local is_trespassing = leash:is_trespassing()
if(is_trespassing)then
leash:restrain(is_trespassing)
end
leash:say_diff()
leash:hud_update()
end
end
minetest.register_globalstep(function(dtime)
leash.process_leashes()
end)
|
local registerAsserts = require 'registerAsserts'
local SparkSession = require 'stuart-sql.SparkSession'
registerAsserts(assert)
describe('DataFrameReader.parquet()', function()
local filename = 'model2-data-part-00003.parquet'
describe(filename, function()
it('centroids load', function()
local session = SparkSession.builder():getOrCreate()
local centroidsDataFrame = session.read:parquet('spec-fixtures/' .. filename)
local centroids = centroidsDataFrame:rdd():collect()
assert.not_nil(centroids)
assert.equal(1, #centroids)
assert.equal(0, centroids[1][1])
assert.same({3,4,5}, centroids[1][2])
end)
end)
end)
|
function Client_PresentSettingsUI(rootParent)
UI.CreateLabel(rootParent)
.SetText('Cost per neutral army = ' .. Mod.Settings.CostPerNeutralArmy);
end
|
---------------------------------
--! @file SystemLogger.lua
--! @brief ロガー管理クラス定義
--! SILENT ログ出力無し
--! 出力する場合は以下の8段階
--! FATAL、ERROR、WARN、INFO、DEBUG、TRACE、VERBOSE、PARANOID
--! 現状、loggingライブラリの都合で以下の5段階になっている
--! FATAL、ERROR、WARN、INFO、DEBUG
--! DEBUG、TRACE、VERBOSE、PARANOIDはDEBUGの出力になる
---------------------------------
--[[
Copyright (c) 2017 Nobuhiko Miyamoto
]]
local Logger= {}
--_G["openrtm.SystemLogger"] = SystemLogger
Logger.LogStream = {}
local NO_LOGGER = true
Logger.SILENT = 0
Logger.FATAL = 1
Logger.ERROR = 2
Logger.WARN = 3
Logger.INFO = 4
Logger.DEBUG = 5
Logger.TRACE = 6
Logger.VERBOSE = 7
Logger.PARANOID = 8
-- 文字列をログレベルに変換
-- @oaram lv 文字列
-- @return ログレベル
Logger.strToLogLevel = function(lv)
if lv == "SILENT" then
return Logger.SILENT
elseif lv == "FATAL" then
return Logger.FATAL
elseif lv == "ERROR" then
return Logger.ERROR
elseif lv == "WARN" then
return Logger.WARN
elseif lv == "INFO" then
return Logger.INFO
elseif lv == "DEBUG" then
return Logger.DEBUG
elseif lv == "TRACE" then
return Logger.TRACE
elseif lv == "VERBOSE" then
return Logger.VERBOSE
elseif lv == "PARANOID" then
return Logger.PARANOID
else
return Logger.INFO
end
end
Logger.printf = function(fmt)
return fmt
end
-- ロガーストリーム初期化
-- @return ロガーストリーム
Logger.LogStream.new = function()
local obj = {}
obj._LogLock = false
obj._logger_name = ""
obj._loggerObj = {}
obj._log_enable = true
-- ロガーストリーム終了処理
function obj:shutdown()
for k,v in pairs(self._loggerObj) do
v:shutdown()
end
self._loggerObj = {}
end
-- ロガー追加
-- @param loggerObj ロガー
function obj:addLogger(loggerObj)
table.insert(self._loggerObj, loggerObj)
end
-- ログレベル設定
-- @param level ログレベル(文字列)
function obj:setLogLevel(level)
local lvl = Logger.strToLogLevel(level)
for k,v in pairs(self._loggerObj) do
v:setLogLevel(lvl)
end
end
function obj:setLogLock(lock)
if lock == 1 then
self._LogLock = true
elseif lock == 0 then
self._LogLock = false
end
end
function obj:enableLogLock()
self._LogLock = true
end
function obj:disableLogLock()
self._LogLock = false
end
-- ログ出力
-- @param LV ログレベル
-- @param msg 出力フォーマット
-- @param ... 値
function obj:RTC_LOG(LV, msg, ...)
if self._log_enable then
--self.acquire()
msg = tostring(msg)
for k,v in pairs(self._loggerObj) do
v:log(msg:format(...), LV, self._logger_name)
end
end
--self.release()
end
-- ログ出力(FATAL)
-- @param msg 出力フォーマット
-- @param ... 値
function obj:RTC_FATAL(msg, ...)
--self.acquire()
if self._log_enable then
msg = tostring(msg)
for k,v in pairs(self._loggerObj) do
v:log(msg:format(...), Logger.FATAL, self._logger_name)
end
end
--self.release()
end
-- ログ出力(ERROR)
-- @param msg 出力フォーマット
-- @param ... 値
function obj:RTC_ERROR(msg, ...)
--self.acquire()
if self._log_enable then
msg = tostring(msg)
for k,v in pairs(self._loggerObj) do
v:log(msg:format(...), Logger.ERROR, self._logger_name)
end
end
--self.release()
end
-- ログ出力(WARN)
-- @param msg 出力フォーマット
-- @param ... 値
function obj:RTC_WARN(msg, ...)
--self.acquire()
if self._log_enable then
msg = tostring(msg)
for k,v in pairs(self._loggerObj) do
v:log(msg:format(...), Logger.WARN, self._logger_name)
end
end
--self.release()
end
-- ログ出力(INFO)
-- @param msg 出力フォーマット
-- @param ... 値
function obj:RTC_INFO(msg, ...)
--self.acquire()
if self._log_enable then
msg = tostring(msg)
for k,v in pairs(self._loggerObj) do
v:log(msg:format(...), Logger.INFO, self._logger_name)
end
end
--self.release()
end
-- ログ出力(DEBUG)
-- @param msg 出力フォーマット
-- @param ... 値
function obj:RTC_DEBUG(msg, ...)
--self.acquire()
if self._log_enable then
msg = tostring(msg)
for k,v in pairs(self._loggerObj) do
v:log(msg:format(...), Logger.DEBUG, self._logger_name)
end
end
--self.release()
end
-- ログ出力(TRACE)
-- @param msg 出力フォーマット
-- @param ... 値
function obj:RTC_TRACE(msg, ...)
--self.acquire()
if self._log_enable then
msg = tostring(msg)
for k,v in pairs(self._loggerObj) do
v:log(msg:format(...), Logger.TRACE, self._logger_name)
end
end
--self.release()
end
-- ログ出力(VERBOSE)
-- @param msg 出力フォーマット
-- @param ... 値
function obj:RTC_VERBOSE(msg, ...)
--self.acquire()
if self._log_enable then
msg = tostring(msg)
for k,v in pairs(self._loggerObj) do
v:log(msg:format(...), Logger.VERBOSE, self._logger_name)
end
end
--self.release()
end
-- ログ出力(PARANOID)
-- @param msg 出力フォーマット
-- @param ... 値
function obj:RTC_PARANOID(msg, ...)
--self.acquire()
if self._log_enable then
msg = tostring(msg)
for k,v in pairs(self._loggerObj) do
v:log(msg:format(...), Logger.PARANOID, self._logger_name)
end
end
--self.release()
end
-- 指定名のロガー取得
-- @param name ロガー名
-- @return ロガー
function obj:getLogger(name)
local syslogger = {}
for k,v in pairs(self) do
syslogger[k] = v
end
syslogger._logger_name = name
return syslogger
end
return obj
end
return Logger
|
mhf = require("schema_processor")
unistd = require("posix.unistd");
local xml_string = [=[<?xml version="1.0" encoding="UTF-8"?>
<ns1:array_struct xmlns:ns1="http://test_example.com">
<author>123</author>
<author>456</author>
<author>789</author>
<author>012</author>
<author>234</author>
<title>1</title>
<title>2</title>
<title>3</title>
<genre>as</genre>
<genre>bs</genre>
<ns1:basic_string_simple_content attr2="CHA" attr1="123">SRIRAM</ns1:basic_string_simple_content>
<ns1:basic_string_simple_content attr2="CHA" attr1="123">GOWRI</ns1:basic_string_simple_content>
</ns1:array_struct>]=]
mhf = require("schema_processor")
array_struct = mhf:get_message_handler("array_struct", "http://test_example.com");
local content, msg = array_struct:from_xml(xml_string)
if (type(content) == 'table') then require 'pl.pretty'.dump(content);
else print(content, msg)
end
if (nil ~= content) then print(array_struct:to_json(content)); end
if (nil ~= content) then print(array_struct:to_xml(content)); end
if (content ~= nil) then os.exit(true); else os.exit(false); end
|
local players = {}
local function tick(name)
if players[name] == nil then return end
if not minetest.get_player_by_name(name) or minetest.check_player_privs(name, {interact=true}) == true then
players[name] = nil
return
end
if minetest.check_player_privs(name, {shout=true}) then
minetest.chat_send_player(name, "Hey " .. name .. " ! Pour pouvoir construire et intéragir sur ce serveur, tu dois lire les règles du serveur et les accepter. Tape /rules.")
minetest.chat_send_player(name, "Hey " .. name .. " ! To build and interact on this server, you have to read the rules of our server and agree them. Type /rules.")
end
minetest.after(20, tick, name)
end
minetest.register_on_joinplayer(function(player)
local name = player:get_player_name()
if not minetest.check_player_privs(name, {interact=true}) and players[name] == nil then
minetest.after(7, tick, name)
players[name] = true
end
end)
minetest.register_on_leaveplayer(function(player)
local name = player:get_player_name()
if not name then return end
players[name] = nil
end)
|
function class(base, init)
local c = {} -- a new class instance
if not init and type(base) == 'function' then
init = base
base = nil
elseif type(base) == 'table' then
-- our new class is a shallow copy of the base class!
for i,v in pairs(base) do
c[i] = v
end
c._base = base
end
-- the class will be the metatable for all its objects,
-- and they will look up their methods in it.
c.__index = c
-- expose a constructor which can be called by <classname>(<args>)
local mt = {}
mt.__call = function(class_tbl, ...)
local obj = {}
setmetatable(obj,c)
if class_tbl.init then
class_tbl.init(obj,...)
--if init then
-- init(obj,...)
else
-- make sure that any stuff from the base class is initialized!
if base and base.init then
base.init(obj, ...)
end
end
return obj
end
c.init = init
c.is_a = function(self, klass)
local m = getmetatable(self)
while m do
if m == klass then return true end
m = m._base
end
return false
end
setmetatable(c, mt)
return c
end
A = class()
function A:init(x)
self.x = x
end
function A:test()
print(self.x)
end
B = class(A)
function B:init(x,y)
A.init(self,x)
self.y = y
end
|
require("Examples.08_Container.Container")
require("Examples.08_Container.Child")
require("Framework.event.Event")
---@class Examples.08_Container.logic_08
---@field ui Examples.08_Container.Container
logic_08 = class("Examples.08_Container.logic_08")
function logic_08:ctor()
self.ui = Container.New()
local child = Child.New()
self.ui:AddChild(child)
self.ui:AddEventListener("click", self, self.onClickUI)
child.m_Button.EventClick:Add(self, self.onClickBtn)
child:AddEventListener("click", self, self.onClickChild)
end
---onClickUI
---@param evt Framework.event.Event
function logic_08:onClickUI(evt)
LogUtil.LogError("onClickUI target:%s curTarget:%s", evt.target.name, evt.currentTarget.name)
end
---onClickChild
---@param evt Framework.event.Event
function logic_08:onClickChild(evt)
LogUtil.LogError("onClickChild target:%s curTarget:%s", evt.target.name, evt.currentTarget.name)
evt:StopBubble()
end
---onClickBtn
---@param evt Framework.event.Event
function logic_08:onClickBtn(evt)
LogUtil.LogError("onClickBtn target:%s curTarget:%s", evt.target.name, evt.currentTarget.name)
end
return logic_08
|
-- Generated By protoc-gen-lua Do not Edit
local protobuf = require "protobuf/protobuf"
module('FlowerRecord_pb')
FLOWERRECORD = protobuf.Descriptor();
local FLOWERRECORD_ROLEID_FIELD = protobuf.FieldDescriptor();
local FLOWERRECORD_COUNT_FIELD = protobuf.FieldDescriptor();
local FLOWERRECORD_UPDATEDAY_FIELD = protobuf.FieldDescriptor();
local FLOWERRECORD_GETRANKREWARD_FIELD = protobuf.FieldDescriptor();
local FLOWERRECORD_GETFLOWERTIME_FIELD = protobuf.FieldDescriptor();
local FLOWERRECORD_GETFLOWERNUM_FIELD = protobuf.FieldDescriptor();
FLOWERRECORD_ROLEID_FIELD.name = "roleid"
FLOWERRECORD_ROLEID_FIELD.full_name = ".KKSG.FlowerRecord.roleid"
FLOWERRECORD_ROLEID_FIELD.number = 1
FLOWERRECORD_ROLEID_FIELD.index = 0
FLOWERRECORD_ROLEID_FIELD.label = 3
FLOWERRECORD_ROLEID_FIELD.has_default_value = false
FLOWERRECORD_ROLEID_FIELD.default_value = {}
FLOWERRECORD_ROLEID_FIELD.type = 4
FLOWERRECORD_ROLEID_FIELD.cpp_type = 4
FLOWERRECORD_COUNT_FIELD.name = "count"
FLOWERRECORD_COUNT_FIELD.full_name = ".KKSG.FlowerRecord.count"
FLOWERRECORD_COUNT_FIELD.number = 2
FLOWERRECORD_COUNT_FIELD.index = 1
FLOWERRECORD_COUNT_FIELD.label = 3
FLOWERRECORD_COUNT_FIELD.has_default_value = false
FLOWERRECORD_COUNT_FIELD.default_value = {}
FLOWERRECORD_COUNT_FIELD.type = 13
FLOWERRECORD_COUNT_FIELD.cpp_type = 3
FLOWERRECORD_UPDATEDAY_FIELD.name = "updateday"
FLOWERRECORD_UPDATEDAY_FIELD.full_name = ".KKSG.FlowerRecord.updateday"
FLOWERRECORD_UPDATEDAY_FIELD.number = 3
FLOWERRECORD_UPDATEDAY_FIELD.index = 2
FLOWERRECORD_UPDATEDAY_FIELD.label = 1
FLOWERRECORD_UPDATEDAY_FIELD.has_default_value = false
FLOWERRECORD_UPDATEDAY_FIELD.default_value = 0
FLOWERRECORD_UPDATEDAY_FIELD.type = 13
FLOWERRECORD_UPDATEDAY_FIELD.cpp_type = 3
FLOWERRECORD_GETRANKREWARD_FIELD.name = "getRankReward"
FLOWERRECORD_GETRANKREWARD_FIELD.full_name = ".KKSG.FlowerRecord.getRankReward"
FLOWERRECORD_GETRANKREWARD_FIELD.number = 4
FLOWERRECORD_GETRANKREWARD_FIELD.index = 3
FLOWERRECORD_GETRANKREWARD_FIELD.label = 1
FLOWERRECORD_GETRANKREWARD_FIELD.has_default_value = false
FLOWERRECORD_GETRANKREWARD_FIELD.default_value = false
FLOWERRECORD_GETRANKREWARD_FIELD.type = 8
FLOWERRECORD_GETRANKREWARD_FIELD.cpp_type = 7
FLOWERRECORD_GETFLOWERTIME_FIELD.name = "getFlowerTime"
FLOWERRECORD_GETFLOWERTIME_FIELD.full_name = ".KKSG.FlowerRecord.getFlowerTime"
FLOWERRECORD_GETFLOWERTIME_FIELD.number = 5
FLOWERRECORD_GETFLOWERTIME_FIELD.index = 4
FLOWERRECORD_GETFLOWERTIME_FIELD.label = 1
FLOWERRECORD_GETFLOWERTIME_FIELD.has_default_value = false
FLOWERRECORD_GETFLOWERTIME_FIELD.default_value = 0
FLOWERRECORD_GETFLOWERTIME_FIELD.type = 13
FLOWERRECORD_GETFLOWERTIME_FIELD.cpp_type = 3
FLOWERRECORD_GETFLOWERNUM_FIELD.name = "getFlowerNum"
FLOWERRECORD_GETFLOWERNUM_FIELD.full_name = ".KKSG.FlowerRecord.getFlowerNum"
FLOWERRECORD_GETFLOWERNUM_FIELD.number = 6
FLOWERRECORD_GETFLOWERNUM_FIELD.index = 5
FLOWERRECORD_GETFLOWERNUM_FIELD.label = 1
FLOWERRECORD_GETFLOWERNUM_FIELD.has_default_value = false
FLOWERRECORD_GETFLOWERNUM_FIELD.default_value = 0
FLOWERRECORD_GETFLOWERNUM_FIELD.type = 13
FLOWERRECORD_GETFLOWERNUM_FIELD.cpp_type = 3
FLOWERRECORD.name = "FlowerRecord"
FLOWERRECORD.full_name = ".KKSG.FlowerRecord"
FLOWERRECORD.nested_types = {}
FLOWERRECORD.enum_types = {}
FLOWERRECORD.fields = {FLOWERRECORD_ROLEID_FIELD, FLOWERRECORD_COUNT_FIELD, FLOWERRECORD_UPDATEDAY_FIELD, FLOWERRECORD_GETRANKREWARD_FIELD, FLOWERRECORD_GETFLOWERTIME_FIELD, FLOWERRECORD_GETFLOWERNUM_FIELD}
FLOWERRECORD.is_extendable = false
FLOWERRECORD.extensions = {}
FlowerRecord = protobuf.Message(FLOWERRECORD)
|
require "xlog"
require "xclass"
local log = xlog("xclients")
xclients = xclass
{
__create = function (self)
self.clients = {}
return self
end,
get_clients_count = function (self)
local count = 0
for _ in pairs(self.clients) do
count = count + 1
end
return count
end,
check_client = function (self, client_id)
if self.clients[client_id] then
return true
end
log("debug", "client not found: %d", client_id)
return false
end,
broadcast = function (self, package)
package:dump_head()
local buffer = package:get()
for _, client in pairs(self.clients) do
client.socket:send(buffer)
end
return package
end,
dispatch = function (self, package)
if package.id_to == 0 then
return self:broadcast(package)
end
if self:check_client(package.id_to) then
package:transmit(self.clients[package.id_to])
end
return package
end,
}
|
local http = require "socket.http"
local ltn12 = require "ltn12"
local baseurl = "http://api.projecthawkthorne.com"
local glove = require 'vendor/glove'
local channel = glove.thread.getChannel("mixpanel")
while true do
local payload = channel:demand()
http.request {
method = "POST",
url = baseurl .. "/metrics",
headers = { ["content-type"] = "application/json", ["content-length"] = tostring(payload:len()) },
source = ltn12.source.string(payload),
}
end
|
openIn:whatever( 4, false ) |
local function god(ply, args)
if (!ply:hasPerm("God")) then return am.broadcast(ply, "You aren't staff! You can't do this!"); end
local user = am.finduser(args[1]);
if (!user) then return am.broadcast(ply, "User not found!"); end
if (!user:Alive()) then return am.broadcast(ply, "User is not alive!"); end
if (!user:IsValid()) then return am.broadcast(ply, "User is invalid?"); end
user:GodEnable();
am.broadcast(Color(25, 255, 25), ply:Nick(), Color(255, 255, 255), " has enabled god mode on ", Color(25, 255, 25), user:Nick());
end
AddChatCommand("!god", god);
local function ungod(ply, args)
if (!ply:hasPerm("UnGod")) then return am.broadcast(ply, "You aren't staff! You can't do this!"); end
local user = am.finduser(args[1]);
if (!user) then return am.broadcast(ply, "User not found!"); end
if (!user:Alive()) then return am.broadcast(ply, "User is not alive!"); end
if (!user:IsValid()) then return am.broadcast(ply, "User is invalid?"); end
user:GodDisable();
am.broadcast(Color(25, 255, 25), ply:Nick(), Color(255, 255, 255), " has disabled god mode on ", Color(25, 255, 25), user:Nick());
end
AddChatCommand("!ungod", ungod); |
local Clockwork = Clockwork;
local PLUGIN = PLUGIN;
-- A function to load the fields.
function PLUGIN:LoadFields()
local fields = Clockwork.kernel:RestoreSchemaData("plugins/ff/"..game.GetMap());
for k, v in pairs(fields) do
local entity = ents.Create("cw_forcefield");
entity:SetAngles(v.angles);
entity:SetPos(v.position);
entity:Spawn();
entity:Activate();
local physicsObject = entity:GetPhysicsObject();
if ( IsValid(physicsObject) ) then
physicsObject:EnableMotion(false);
end;
end;
end;
-- A function to save the fields.
function PLUGIN:SaveFields()
local fields = {};
for k, v in pairs(ents.FindByClass("cw_forcefield")) do
local position = v:GetPos();
local angles = v:GetAngles();
fields[#fields + 1] = {
position = position,
angles = angles,
};
end;
Clockwork.kernel:SaveSchemaData("plugins/ff/"..game.GetMap(), fields);
end; |
local view = require'nvim-tree.view'
local M = {}
function M.compute_lines()
local help_lines = {'HELP'}
local help_hl = {{'NvimTreeRootFolder', 0, 0, #help_lines[1]}}
local mappings = vim.tbl_filter(function(v)
return v.cb ~= nil and v.cb ~= ""
end, view.View.mappings)
local processed = {}
for _, b in pairs(mappings) do
local cb = b.cb
local key = b.key
local name
if cb:sub(1,35) == view.nvim_tree_callback('test'):sub(1,35) then
name = cb:match("'[^']+'[^']*$")
name = name:match("'[^']+'")
table.insert(processed, {key, name, true})
else
name = (b.name ~= nil) and b.name or cb
name = '"' .. name .. '"'
table.insert(processed, {key, name, false})
end
end
table.sort(processed, function(a,b)
return (a[3] == b[3]
and (a[2] < b[2] or (a[2] == b[2] and #a[1] < #b[1])))
or (a[3] and not b[3])
end)
local num = 0
for _, val in pairs(processed) do
local keys = type(val[1]) == "string" and {val[1]} or val[1]
local map_name = val[2]
local builtin = val[3]
for _, key in pairs(keys) do
num = num + 1
local bind_string = string.format("%6s : %s", key, map_name)
table.insert(help_lines, bind_string)
local hl_len = math.max(6, string.len(key)) + 2
table.insert(help_hl, {'NvimTreeFolderName', num, 0, hl_len})
if not builtin then
table.insert(help_hl, {'NvimTreeFileRenamed', num, hl_len, -1})
end
end
end
return help_lines, help_hl
end
return M
|
--TODO: Depends - wood, gear, steel, stick, stone
--TODO: Steel requires forgin of head
--TODO: Tiles
crafting.register_type('tools')
workbench.register('toolbench:lvl1', 'tools', 1, {
description = 'Tool workbench',
tiles = {
"workbench_top.png^level1.png", "workbench_bottom.png^level1.png",
{name = "workbench_side.png^level1.png^default_tool_woodpick.png", tileable_vertical = false}
},
})
workbench.register('toolbench:lvl2', 'tools', 2, {
description = 'Tool workbench',
tiles = {
"workbench_top.png^level2.png", "workbench_bottom.png^level2.png",
{name = "workbench_side.png^level2.png^default_tool_stonepick.png", tileable_vertical = false}
},
inventory = { x = 8, y = 3 },
})
workbench.register('toolbench:lvl3', 'tools', 3, {
description = 'Tool workbench',
tiles = {
"workbench_top.png^level3.png", "workbench_bottom.png^level3.png",
{name = "workbench_side.png^level3.png^default_tool_steelpick.png", tileable_vertical = false}
},
inventory = { x = 8, y = 4 },
})
--[[
-- Awards
--------------------------------------
awards.register_award("toolbench:lvl1", {
description = "Creating tools",
-- Optional:
--requires = { "amod:an_award" },
--background = "background_image.png",
trigger = {
type = "craft",
item = "toolbench:lvl1"
},
on_unlock = function(name, award_def) end,
})
awards.register_award("toolbench:lvl2", {
description = "Upgrading the toolbench",
requires = { "toolbench:level1" },
--background = "background_image.png",
trigger = {
type = "craft",
item = "toolbench:lvl2"
},
on_unlock = function(name, award_def) end,
})
]]
--
-- Crafts
---------------------------------------
dofile(minetest.get_modpath("toolbench").."/crafts.lua") |
local UTILS = {}
-- # trilateration formulas to return the (x,y) intersection point of three circles
local function trilateration(x1,y1,r1,x2,y2,r2,x3,y3,r3)
local A = 2*x2 - 2*x1
local B = 2*y2 - 2*y1
local C = math.pow(r1, 2) - math.pow(r2, 2) - math.pow(x1, 2) + math.pow(x2, 2) - math.pow(y1, 2) + math.pow(y2, 2)
local D = 2*x3 - 2*x2
local E = 2*y3 - 2*y2
local F = math.pow(r2, 2) - math.pow(r3, 2) - math.pow(x2,2) + math.pow(x3,2) - math.pow(y2,2) + math.pow(y3,2)
local x = (C*E - F*B) / (E*A - B*D)
local y = (C*D - A*F) / (B*D - A*E)
return x, y
end
-- ######################
-- ToA - Time Of Arrival
--
-- Distance = Velocity * Travel Time
-- Travel Time = Receiving Timestamp - Sending Timestamp
-- The problem becomes how to validate the timestamp
-- • Synchronization
-- ######################
-- Wave velocity difference based:
-- Two waves of different velocity are sent from the sender
-- • Can be an electromagnetic wave + a sound wave
-- Record the timestamp in receiver only
-- • Arrival timestamp of electromagnetic wave tr
-- • Arrival timestamp of sound wave ts
local function time_of_arrival_wave_velocity(vr, vs, ts, tr)
return (vr * vs * (ts - tr)) / (vr - vs)
end
-- Two waves of different velocity are sent from the sender
-- • Can be an electromagnetic wave + a sound wave
-- Record the timestamp in receiver only
-- • Arrival timestamp of electromagnetic wave tr
-- • Arrival timestamp of sound wave ts
local function time_of_arrival_return_time(v, t, t0, t_delay)
return (v * (t - t0 - t_delay)) / 2
end
-- ######################
-- Time Difference of Arrival
-- Difference of Distance based
-- Improvement: does not require the receiver to be synchronized
-- Limitation: still require all the senders' clocks to be synchronized
-- ######################
-- Principle
-- Distance Difference = Velocity * (Travel Time 1 - Travel Time 2)
-- The target sends out the signal, two receivers are used
-- The position of the target/sender (x,y) is determined by
-- • The positions of receiver 1 (xi,yi) and receiver 2 (xj,yj)
-- • The calculated distance difference Δdij
-- 2 groups of data/differences are needed to solve the equation
--
-- Limitations for both ToA and TDoA
-- Require customised sender and receiver
-- Additional device
-- Additional cost
local function time_difference_of_arrival(x1, y1, x2, y2, x3, y3)
return math.sqrt(math.pow(x1 - x2, 2) + math.pow(y1 - y2, 2)) -
math.sqrt(math.pow(x1 - x3, 2) + math.pow(y1, y3))
end
-- #################
-- WIFI BASED LOCALIZATION
-- Steps:
-- Scan the available APs
-- Get the RSSI for each reference
-- Filter the RSSI of outliers
-- Calculate the position
-- • Formula required
-- • RSSI = – (10*n*log10d + R)
-- • R is the RSSI when distance is 1 unit, d is the distance, n is the factor
-- (RSSI) Received Signal Strength Indication
-- R is the RSSI when distance is 1 unit, d is the distance, n is the factor
-- Prior setup:
-- Measure the initial RSSI
-- Potisions of APs should be stable
local function received_signal_strength_indication(n, d, R)
return -(10 * n * math.log(d, 10) + R)
end
UTILS.trilateration = trilateration
UTILS.time_of_arrival_wave_velocity = time_of_arrival_wave_velocity
UTILS.time_of_arrival_return_time = time_of_arrival_return_time
UTILS.time_difference_of_arrival = time_difference_of_arrival
UTILS.received_signal_strength_indication = received_signal_strength_indication
return UTILS
|
script.Parent = nil
text = "hours:mins:secs"
main = Vector3.new(-10,1.7,40)
sec = nil
min = nil
ho = nil
mod = nil
function makeclock()
for _,v in pairs(workspace:children()) do if v.Name == "xSclock" then v:remove() end end
local m = Instance.new("Model",workspace)
m.Name = "xSclock"
local o = 5
local humbug = 5
for i=0,354,6 do
local p = Instance.new("Part",m)
p.formFactor = "Custom"
p.TopSurface = "Smooth"
Instance.new("BlockMesh",p)
if o >= 5 then
p.Size = Vector3.new(0.9,1,2.6)
p.BrickColor = BrickColor.new("Institutional white")
o = 0
else
p.Size = Vector3.new(0.5,0.8,0.8)
end
if humbug == 5 then
p.Size = Vector3.new(1,1,4.5)
p.BrickColor = BrickColor.new("New Yeller")
local bil = Instance.new("BillboardGui",p)
bil.Adornee = p
bil.Size = UDim2.new(0,200,0,200)
local tx = Instance.new("TextLabel",bil)
tx.BackgroundTransparency = 1
tx.Size = bil.Size
tx.Position = UDim2.new(0,0,0,-80)
tx.TextWrap = true
tx.TextColor3 = Color3.new(1,1,0)
tx.FontSize = "Size24"
coroutine.resume(coroutine.create(function()
while m.Parent ~= nil do
wait(0.1)
local tim = time()
local hours = math.floor((tim/60)/60 % 24)
local mins = math.floor(tim/60 % 60)
local secs = math.floor(tim % 60)
if hours < 10 then hours = "0"..hours end
if mins < 10 then mins = "0"..mins end
if secs < 10 then secs = "0"..secs end
local t = text:gsub("hours", hours)
local te = t:gsub("mins", mins)
local tex = te:gsub("secs", secs)
tx.Text = tex
end
end))
humbug = 0
end
p.Anchored = true
p.CFrame = CFrame.new(main) * CFrame.Angles(0,math.rad(i),0) * CFrame.new(0,0,-15)
o = o + 1
end
local se = Instance.new("Part",m)
se.formFactor = "Custom"
se.Size = Vector3.new(0.8,0.8,14)
se.Anchored = true
se.BrickColor = BrickColor.new("Bright red")
se.CFrame = CFrame.new(main) * CFrame.new(0,0,-se.Size.Z/2)
Instance.new("BlockMesh",se)
local mi = Instance.new("Part",m)
mi.formFactor = "Custom"
mi.Size = Vector3.new(0.8,0.8,15)
mi.BrickColor = BrickColor.new("Dark green")
mi.Anchored = true
mi.CFrame = CFrame.new(main) * CFrame.new(0,0,-mi.Size.Z/2)
Instance.new("BlockMesh",mi)
local h = Instance.new("Part",m)
h.formFactor = "Custom"
h.Size = Vector3.new(0.6,0.6,11)
h.BrickColor = BrickColor.new("White")
h.Anchored = true
h.CFrame = CFrame.new(main) * CFrame.new(0,0,-h.Size.Z/2)
Instance.new("BlockMesh",h)
sec = se
min = mi
ho = h
mod = m
local huh = Instance.new("Part",m)
huh.Size = Vector3.new(34,1,34)
huh.Anchored = true
huh.CFrame = CFrame.new(main) * CFrame.new(0,-0.4,0)
huh.BrickColor = BrickColor.new("Black")
Instance.new("CylinderMesh",huh)
local mmm = huh:clone()
mmm.Parent = m
mmm.Size = Vector3.new(2,1,2)
mmm.CFrame = CFrame.new(main)
mmm.BrickColor = BrickColor.new("Really black")
local able = true
local function change(pr)
if pr == "Parent" and able then
able = false
for _,v in pairs(workspace:children()) do if v.Name == "xSclock" then v:remove() end end
makeclock()
end
end
for _,v in pairs(mod:children()) do v.Changed:connect(change) end
mod.Changed:connect(change)
end
makeclock()
while true do
pcall(function()
local ti = time()
local angs = CFrame.Angles(0,math.rad(-ti*6),0)
local angm = CFrame.Angles(0,math.rad(-(ti*6)/60),0)
local angh = CFrame.Angles(0,math.rad(-((ti*6)/60))/12,0)
sec.CFrame = CFrame.new(main) * angs * CFrame.new(0,0,-sec.Size.Z/2)
min.CFrame = CFrame.new(main) * angm * CFrame.new(0,0,-min.Size.Z/2)
ho.CFrame = CFrame.new(main) * angh * CFrame.new(0,0,-ho.Size.Z/2)
end)
wait(0.1)
end
|
print("Solving 2015, day 1")
local directions = nil
for line in io.lines("Day01.txt") do
directions = line
end
local floor = 0
local basement = 0
for i = 1, #directions do
-- print(string.byte(directions,i))
-- open: 40
-- closed: 41
local isOpenParenthesis = string.byte(directions,i) == 40
if isOpenParenthesis then
floor = floor + 1
else
floor = floor - 1
end
if floor == -1 and basement == 0 then
basement = i
end
end
print(floor)
print(basement)
|
--- TDLib client.
-- @classmod Client
local ffi = require("ffi")
local cjson = require("cjson")
local class = require("middleclass")
local Client = class("luajit-tdlib.Client")
function Client:initialize(clib)
--- The internal loaded FFI object of tdlib (clib).
-- @local
self._clib = clib
--- The internal void* pointer to the tdlib client (ctype).
-- @local
self._client = self._clib.td_json_client_create()
-- Set the finalizer.
local client = self._client
ffi.gc(self._client, function() clib.td_json_client_destroy(client) end)
end
--- Sends a request to the TDLib client.
-- May be called from any thread.
-- @tparam table request The request content (JSON-serialized internally).
-- @raise Error on json encoding failure, or if the client was destroyed.
function Client:send(request)
if not self._client then return error("The client is destroyed!") end
request = cjson.encode(request)
self._clib.td_json_client_send(self._client, request)
end
--- Receives incoming updates and request responses from the TDLib client.
-- May be called from any thread, but shouldn't be called simultaneously from two different threads.
-- @tparam number timeout The maximum number of seconds allowed for this function to wait for new data.
-- @treturn ?table The request response, may be `nil` if the timeout expires.
-- @raise Error on json decoding failure, or if the client was destroyed.
function Client:receive(timeout)
if not self._client then return error("The client is destroyed!") end
local response = self._clib.td_json_client_receive(self._client, timeout)
if response == ffi.NULL then return end
response = ffi.string(response)
response = cjson.decode(response)
return response
end
--- Synchronously executes TDLib request.
-- May be called from any thread.
--
-- Only a few requests can be executed synchronously.
-- @tparam table request The request content (JSON-serialized internally).
-- @treturn table The request response.
-- @raise Error on json en/decoding failure, or if the client was destroyed.
function Client:execute(request)
if not self._client then return error("The client is destroyed!") end
request = cjson.encode(request)
local response = self._clib.td_json_client_execute(self._client, request)
response = ffi.string(response)
response = cjson.decode(response)
return response
end
--- Check if the tdlib client was destroyed or not.
-- @treturn boolean Whether the client was destroyed or not.
function Client:isDestoyed()
return not self._client
end
--- Destroy the tdlib client, automatically happens in garbage collection.
-- @raise Error if the client was already destroyed.
function Client:destroy()
if not self._client then return error("The client was already destroyed!") end
self._client = nil
end
return Client |
local player = require 'lib.ent.player'
local enemy = require 'lib.ent.enemy'
local bullet = require 'lib.ent.bullet'
local missle = require 'lib.ent.missle'
local planet = require 'lib.ent.planet'
local radio = require 'lib.ent.radio'
local smoke = require 'lib.ent.smoke'
local ecs = {}
function ecs.new(model, x, y ,vx, vy, rot)
local self = {}
self.model = model
self.isDead = false
if model == "player" then
self = player.inherit(x, y)
elseif model == "enemy" then
self = enemy.inherit(x, y)
elseif model == "bullet" then
self = bullet.inherit(x, y, vx, vy, rot)
elseif model == "missle" then
self = missle.inherit(x, y, vx, vy, rot)
elseif model == "planet" then
self = planet.inherit(x, y)
elseif model == "radio" then
self = radio.inherit(x, y)
elseif model == "smoke" then
self = smoke.inherit(x, y)
end
return self
end
return ecs
|
dofile ("raylib_premake5.lua")
dofile ("examples_premake5.lua")
workspace "raylib"
configurations { "Debug","Debug.DLL", "Release", "Release.DLL" }
platforms { "x64" }
filter "configurations:Debug"
defines { "DEBUG" }
symbols "On"
filter "configurations:Debug.DLL"
defines { "DEBUG" }
symbols "On"
filter "configurations:Release"
defines { "NDEBUG" }
optimize "On"
filter "configurations:Release.DLL"
defines { "NDEBUG" }
optimize "On"
filter { "platforms:x64" }
architecture "x86_64"
targetdir "bin/%{cfg.buildcfg}/"
raylib()
examples() |
---
-- @author wesen
-- @copyright 2020 wesen <[email protected]>
-- @release 0.1
-- @license MIT
--
local luaunit = require "luaunit"
local mach = require "mach"
local Object = require "classic"
local TestFunctionWrapper = Object:extend()
function TestFunctionWrapper:setUp()
package.loaded["ArgumentListWrapper.ArgumentListWrapper"] = nil
local ArgumentListWrapper = require "ArgumentListWrapper.ArgumentListWrapper"
self.argumentListWrapperDependency = ArgumentListWrapper
self.argumentListWrapperDependencyMock = mach.mock_object(ArgumentListWrapper, "ArgumentListWrapperDependencyMock")
setmetatable(self.argumentListWrapperDependencyMock, {
__call = function(...)
return self.argumentListWrapperDependencyMock.__call(...)
end
})
package.loaded["ArgumentListWrapper.ArgumentListWrapper"] = self.argumentListWrapperDependencyMock
package.loaded["FunctionWrapper"] = nil
self.functionWrapperClass = require "FunctionWrapper"
end
function TestFunctionWrapper:tearDown()
package.loaded["ArgumentListWrapper.ArgumentListWrapper"] = self.argumentListWrapperDependency
end
function TestFunctionWrapper:testCanWrapFunction()
local wrappedFunctionMock = mach.mock_function("wrappedFunctionMock")
local argumentListWrapperMock = mach.mock_object(self.argumentListWrapperDependency, "ArgumentListWrapperMock")
local functionWrapper
self.argumentListWrapperDependencyMock.__call
:should_be_called()
:and_will_return(argumentListWrapperMock)
:when(
function()
functionWrapper = self.functionWrapperClass(wrappedFunctionMock)
end
)
local returnValueA, returnValueB, returnValueC, returnValueD, returnValueE
argumentListWrapperMock.getFilteredArguments
:should_be_called_with("hallo", 1, 6, 4, 1, "welt")
:and_will_return(6, 4, "welt")
:and_then(
wrappedFunctionMock:should_be_called_with(6, 4, "welt")
:and_will_return("here", "are", "your", "return", "values")
)
:when(
function()
returnValueA, returnValueB, returnValueC, returnValueD, returnValueE = functionWrapper("hallo", 1, 6, 4, 1, "welt")
end
)
luaunit.assertEquals(returnValueA, "here")
luaunit.assertEquals(returnValueB, "are")
luaunit.assertEquals(returnValueC, "your")
luaunit.assertEquals(returnValueD, "return")
luaunit.assertEquals(returnValueE, "values")
end
return TestFunctionWrapper
|
local Log = require("uic/log");
local Util = require("uic/util");
local Components = require("uic/components");
local Text = {} --# assume Text: TEXT
--v function(name: string, parent: CA_UIC | COMPONENT_TYPE, textType: TEXT_TYPE, textToDisplay: string) --> TEXT
function Text.new(name, parent, textType, textToDisplay)
local parentComponent = Components.getUiContentComponent(parent);
local text = nil --: CA_UIC
if textType == "NORMAL" then
text = Util.createComponent(name, parentComponent, "ui/uimf/text_black_12_parchment");
elseif textType == "HEADER" then
text = Util.createComponent(name, parentComponent, "ui/uimf/text_black_14_parchment_header");
elseif textType == "WRAPPED" then
text = Util.createComponent(
name, parentComponent, "ui/campaign ui/mission_details",
"mission_details_child", "description_background", "description_view", "dy_description"
);
elseif textType == "TITLE" then
text = Util.createComponent(
name, parentComponent, "ui/campaign ui/objectives_screen",
"panel_title", "tx_objectives"
);
else
Log.write("Invalid text type:" .. textType);
end
text:DestroyChildren();
text:SetStateText(textToDisplay);
local self = {};
setmetatable(self, {
__index = Text
})
--# assume self: TEXT
self.uic = text --: const
self.name = name --: const
self.textType = textType --: const
Util.registerComponent(name, self);
return self;
end
-- Component functions
--v function(self: TEXT, xPos: number, yPos: number)
function Text.MoveTo(self, xPos, yPos)
self.uic:MoveTo(xPos, yPos);
end
--v function(self: TEXT, xMove: number, yMove: number)
function Text.Move(self, xMove, yMove)
Components.move(self.uic, xMove, yMove);
end
--v function(self: TEXT, component: CA_UIC | COMPONENT_TYPE, xDiff: number, yDiff: number)
function Text.PositionRelativeTo(self, component, xDiff, yDiff)
Components.positionRelativeTo(self.uic, component, xDiff, yDiff);
end
--v function(self: TEXT) --> (number, number)
function Text.Position(self)
return self.uic:Position();
end
--v function(self: TEXT) --> (number, number)
function Text.Bounds(self)
return self.uic:Bounds();
end
--v function(self: TEXT) --> number
function Text.XPos(self)
local xPos, yPos = self:Position();
return xPos;
end
--v function(self: TEXT) --> number
function Text.YPos(self)
local xPos, yPos = self:Position();
return yPos;
end
--v function(self: TEXT) --> number
function Text.Width(self)
local width, height = self:Bounds();
return width;
end
--v function(self: TEXT) --> number
function Text.Height(self)
local width, height = self:Bounds();
return height;
end
--v function(self: TEXT, visible: boolean)
function Text.SetVisible(self, visible)
return self.uic:SetVisible(visible);
end
--v function(self: TEXT) --> boolean
function Text.Visible(self)
return self.uic:Visible();
end
--v function(self: TEXT) --> CA_UIC
function Text.GetContentComponent(self)
return self.uic;
end
--v function(self: TEXT) --> CA_UIC
function Text.GetPositioningComponent(self)
return self.uic;
end
--v function(self: TEXT)
function Text.Delete(self)
Util.delete(self.uic);
Util.unregisterComponent(self.name);
end
-- Custom functions
--v function(self: TEXT, text: string)
function Text.SetText(self, text)
local xPos, yPos = self.uic:Position();
self.uic:SetStateText(text);
self.uic:MoveTo(xPos, yPos);
end
--v function(self: TEXT) --> string
function Text.GetText(self)
return self.uic:GetStateText();
end
--v function(self: TEXT, factor: number)
function Text.Scale(self, factor)
local width, height = self:Bounds();
self.uic:SetCanResizeHeight(true);
self.uic:SetCanResizeWidth(true);
self.uic:ResizeTextResizingComponentToInitialSize(width * factor, height * factor);
self:SetText(self:GetText());
self.uic:SetCanResizeHeight(false);
self.uic:SetCanResizeWidth(false);
end
--v function(self: TEXT, width: number, height: number)
function Text.Resize(self, width, height)
self.uic:SetCanResizeHeight(true);
self.uic:SetCanResizeWidth(true);
self.uic:ResizeTextResizingComponentToInitialSize(width, height);
self:SetText(self:GetText());
self.uic:SetCanResizeHeight(false);
self.uic:SetCanResizeWidth(false);
end
return {
new = Text.new;
} |
local PANEL = {}
function PANEL:Init()
self:SetSize(500, 150)
local sw, sh = ScrW(), ScrH()
local ww, wh = self:GetSize()
self:SetPos(sw/2 - ww/2, sh - wh - 100)
self:SetTitle("Vote (F2 to activate)")
local seconds = 10
self.setTime = CurTime() + seconds
self.id = 0
self.name = self:Add("DLabel")
self.name:DockMargin(2, 2, 2, 2)
self.name:Dock(TOP)
local x, y = self.name:GetSize()
self.name:SetSize(x, y + 20)
self.name:SetFont("nutChatFont")
self.name:SetTextColor(color_white)
self.name:SetContentAlignment(5)
self.name:SetText("Starting Vote.")
self.name:SetExpensiveShadow(1, Color(0, 0, 0, 150))
self.buttons = self:Add("DPanel")
self.buttons:DockMargin(2, 2, 2, 2)
self.buttons:Dock(FILL)
self.buttons.Paint = function()
local w, h = self.buttons:GetSize()
local p = (self.setTime - CurTime()) / seconds
draw.RoundedBox(0, 0, h-2, w*p, 2, color_white)
if (p < 0) then
self:Close()
end
end
self.a = self.buttons:Add("DButton")
self.a:DockMargin(22, 12, 2, 20)
self.a:Dock(LEFT)
self.a:SetSize(120,0)
self.a:SetTextColor(color_white)
self.a:SetText(L"yes")
self.a.DoClick = function()
self:sendResult(1)
end
self.b = self.buttons:Add("DButton")
self.b:DockMargin(22, 12, 22, 20)
self.b:Dock(RIGHT)
self.b:SetSize(120,0)
self.b:SetTextColor(color_white)
self.b:SetText(L"no")
self.b.DoClick = function()
self:sendResult(0)
end
if (nut.vote) then
local voteID = self.id
nut.vote.list[voteID] = self
end
end
function PANEL:OnClose()
local voteID = self.id
if (nut.vote.list[voteID]) then
nut.vote.list[voteID] = nil
end
end
function PANEL:OnRemove()
local voteID = self.id
if (nut.vote.list[voteID]) then
nut.vote.list[voteID] = nil
end
end
function PANEL:sendResult(yes)
netstream.Start("nutVote", self.id, yes)
self:Remove()
end
vgui.Register("voteRequired", PANEL, "DFrame")
netstream.Hook("voteRequired", function(id, title)
local voteWindow = vgui.Create("voteRequired")
voteWindow.id = id
voteWindow.name:SetText(L(title))
end) |
-- This file is required by Luarocks, but I think putting source files in the
-- project root is dumb, so it is not used.
|
package("imath")
set_homepage("https://github.com/AcademySoftwareFoundation/Imath/")
set_description("Imath is a C++ and python library of 2D and 3D vector, matrix, and math operations for computer graphics")
set_license("BSD-3-Clause")
add_urls("https://github.com/AcademySoftwareFoundation/Imath/archive/refs/tags/$(version).tar.gz",
"https://github.com/AcademySoftwareFoundation/Imath.git")
add_versions("v3.1.0", "211c907ab26d10bd01e446da42f073ee7381e1913d8fa48084444bc4e1b4ef87")
on_load(function (package)
if not package.is_built or package:is_built() then
package:add("deps", "cmake")
end
end)
on_install("windows", "macosx", "linux", function (package)
local configs = {"-DBUILD_TESTING=OFF"}
table.insert(configs, "-DCMAKE_BUILD_TYPE=" .. (package:debug() and "Debug" or "Release"))
table.insert(configs, "-DBUILD_SHARED_LIBS=" .. (package:config("shared") and "ON" or "OFF"))
import("package.tools.cmake").install(package, configs)
end)
on_test(function (package)
assert(package:check_cxxsnippets({test = [[
void test() {
Imath::V3f a(0, 0, 0);
Imath::V3f b(1, 1, 1);
Imath::V3f c(2, 9, 2);
Imath::Box3f box(a);
box.extendBy(c);
}
]]}, {configs = {languages = "c++11"}, includes = "Imath/ImathBox.h"}))
end)
|
-----------------------------------------------------------------
-----------------------------------------------------------------
-- MASS EFFECT: UNIFICATION Low Health IFS Script by Nedarb7
-- Build 20404/06
-- Screen Names: Nedarb7
-- E-Mail:
-- Apr 04, 2015
-- Copyright (c) 2015 Nedarb7
--
-- About:
-- The purpose of script is to work with MEU's low health function and display a red vignette when the player has low health.
--
--
-- Legal:
-- This script is licensed under the BSD 3-Clause License. A copy of this license (as LICENSE.md) should have been included
-- with this script. If it wasn't, it can also be found here: https://www.w3.org/Consortium/Legal/2008/03-bsd-license.html
--
-- THIS SCRIPT IS NOT MADE, DISTRIBUTED, OR SUPPORTED BY LUCASARTS, A DIVISION OF LUCASFILM ENTERTAINMENT COMPANY LTD.
-----------------------------------------------------------------
-----------------------------------------------------------------
ifs_lowhealth_vignette = NewIFShellScreen {
Timer = nil, -- This is our timer variable. It is useless unless used by the update function.
TimerMngr = nil, -- Manages the amount of frames displayed and prepares the timer for rewinding
TimerType = nil, -- This will only be used for reversing the vision effects
bNohelptext_back = 1, -- Remove the default "back" button
bNohelptext_backPC = 1, -- To be safe, use PC variable as well
bNohelptext_accept = 1, -- Remove the default "accept" button
bg_texture = nil, -- Background texture, leave it at nil since the update function manages that
movieBackground = nil, -- We don't have a movie background
movieIntro = nil, -- We don't have a movie intro
Enter = function(this, bFwd) -- Function runs on entering the screen
gIFShellScreenTemplate_fnEnter(this, bFwd) -- call base class
-- Make sure these variables are only set on entering forward to the screen, not backing in
if(bFwd) and this.TimerType ~= false then -- Further, prevent spawn screen bugs
this.Timer = 10 -- By setting the timer to 10, we have initiated the fake timer
this.TimerMngr = 0 -- We will also keep track of frames
this.TimerType = nil -- Reset the reversal if on entering screen to prevent bugs
end
-- Disable mouse
ScriptCB_EnableCursor(nil)
end,
Update = function(this, fDt)
gIFShellScreenTemplate_fnUpdate(this, fDt) -- Load defaults
-- Keep the mouse invisible (bug fix)
ScriptCB_EnableCursor(nil)
-- Exit this function as soon as possible if the timer is nil
if this.Timer == nil then return end
-- Safety reasons, we don't want to jump frames
if fDt < 0.5 then
-- Subtract the function delay time from our timer variable
this.Timer = this.Timer - ( fDt * 100 )
-- Timer time
if this.Timer <= 0 then
-- Make sure we haven't passed ten frames
if this.TimerMngr < 10 and this.TimerType == nil then
-- Count the frame
this.TimerMngr = this.TimerMngr + 1
-- Change the texture using TimerMngr as our frame number
IFImage_fnSetTexture(ifs_lowhealth_vignette["lowhealth_vignette_textures"], "meu_lowhealth_threshold_" .. this.TimerMngr)
Timer = nil -- End the timer
elseif this.TimerType == true then -- If it is a reversed process, undo the effects
-- Count the frame
this.TimerMngr = this.TimerMngr - 1
-- Change the texture using TimerMngr as our frame number
IFImage_fnSetTexture(ifs_lowhealth_vignette["lowhealth_vignette_textures"], "meu_lowhealth_threshold_" .. this.TimerMngr)
if this.TimerMngr <= 0 then -- Exit the screen when no frames are left
ScriptCB_PopScreen()
end
end
end
end
end,
Exit = function(this, bFwd)
end,
Input_Accept = function(this)
end,
Input_Back = function(this)
end,
Input_GeneralUp = function(this)
end,
Input_GeneralRight = function(this)
end,
Input_GeneralDown = function(this)
end,
Input_GeneralLeft = function(this)
end,
Input_GeneralUp2 = function(this)
end,
Input_GeneralRight2 = function(this)
end,
Input_GeneralDown2 = function(this)
end,
Input_GeneralLeft2 = function(this)
end,
}
-- This function will create our texture table
function ifs_LowHealth_TextureTable(this)
local w,h = ScriptCB_GetScreenInfo()
ifs_lowhealth_vignette["lowhealth_vignette_textures"] = NewIFImage {
ZPos = 255, -- or ZOrder
ScreenRelativeX = 0.5,
ScreenRelativeY = 0.5,
texture = "single_player_campaign",
localpos_l = -w / 2, -- localpos_(x) is how far the image stretches in a direction from the position
localpos_t = -h / 2,
localpos_r = w / 2,
localpos_b = h / 2,
}
-- Make the texture invisible
IFImage_fnSetTexture(ifs_lowhealth_vignette["lowhealth_vignette_textures"], nil)
end
-- Call our texture making function
ifs_LowHealth_TextureTable(ifs_lowhealth_vignette)
ifs_LowHealth_TextureTable = nil
-- Make the screen
AddIFScreen(ifs_lowhealth_vignette,"ifs_lowhealth_vignette") |
--[[
Copyright (C) 2013-2018 Draios Inc dba Sysdig.
This file is part of sysdig.
Licensed under the Apache License, Version 2.0 (the "License");
you may not use this file except in compliance with the License.
You may obtain a copy of the License at
http://www.apache.org/licenses/LICENSE-2.0
Unless required by applicable law or agreed to in writing, software
distributed under the License is distributed on an "AS IS" BASIS,
WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
See the License for the specific language governing permissions and
limitations under the License.
--]]
view_info =
{
id = "spectro_all",
name = "Spectrogram-All",
description = "System call latency spectrogram.",
view_type = "spectrogram",
applies_to = {"evt.type"},
filter = "evt.dir=<",
use_defaults = false,
columns =
{
{
name = "NA",
field = "evt.latency.quantized",
is_key = true
},
{
name = "LATENCY",
description = "system call latency.",
field = "evt.latency.quantized",
},
{
name = "COUNT",
description = "XXX.",
field = "evt.count",
aggregation = "SUM",
colsize = 8,
}
}
}
|
--[[--ldoc desc
@Module Chip.lua
@Author JasonLiu
Date: 2018-10-24 14:25:57
Last Modified by: JasonLiu
Last Modified time: 2018-10-25 11:52:07
]]
local Chip = class("Chip", cc.load("boyaa").mvc.BoyaaView);
local BehaviorExtend = cc.load("boyaa").behavior.BehaviorExtend;
BehaviorExtend(Chip);
function Chip:ctor(type, color, value, fontSize)
self:initView(type, color, value, fontSize)
end
--[[
@function initView 初始化View
@param #type int 筹码的类型 大：0 小 1
@param #color int 筹码的颜色
@param #value string 筹码的值
@param #fontSize int 筹码的字体大小
]]
function Chip:initView(type, color, value, fontSize)
self._data = {
type = type or 0,
color = color or 1,
value = value or "5K",
fontSize = fontSize or 10
}
if self._data.type == 0 then
self:addBigChip(self._data.color, self._data.value, self._data.fontSize)
else
self:addSmallChip(self._data.color)
end
end
--[[
@function addSmallChip 添加一个小筹码
@param #color int 筹码的颜色
]]
function Chip:addSmallChip(color)
local chipTexture = cc.SpriteBatchNode:create("Images/koprokdice/koprok_chip_pin.png"):getTexture()
self.chipView = cc.Sprite:createWithTexture(chipTexture, cc.rect(5 + (4 - color) * (33 + 9), 5, 33, 33)):setContentSize(cc.size(10,10))
self:addChild(self.chipView)
end
--[[
@function addSmallChip 添加一个大筹码
@param #color int 筹码的颜色
@param #value string 筹码的值
@param #fontSize int 筹码的字体大小
]]
function Chip:addBigChip(color, value, fontSize)
self.chipLight = cc.Sprite:create("Images/koprokdice/chip_btn_light.png"):setContentSize(cc.size(50, 50)):setVisible(false)
self.chipView = ccui.ImageView:create("Images/koprokdice/chip_btn" .. color .. ".png"):ignoreContentAdaptWithSize(false):setContentSize(cc.size(40, 40)):move(0.5, -1)
self.chipNum = cc.Label:createWithTTF(value, "fonts/Marker Felt.ttf", fontSize, cc.size(0, 0), cc.TEXT_ALIGNMENT_CENTER, cc.VERTICAL_TEXT_ALIGNMENT_CENTER):move(0, -1)
self.chipView:setTouchEnabled(true)
:addTouchEventListener(function(sender, eventType)
if eventType == 0 then
self:setScale(0.9)
elseif eventType == 2 then
self:setScale(1)
self:setLight(true)
if self.clickListener then
self.clickListener()
end
elseif eventType == 3 then
self:setScale(1)
end
end)
self:addChild(self.chipLight)
self:addChild(self.chipView)
self:addChild(self.chipNum)
end
--[[
@function getContentSize 获取内容大小
@return size_table#size_table ret (return value: size_table)
]]
function Chip:getContentSize()
return self.chipView:getContentSize()
end
--[[
@function setLight 设置是否点亮
]]
function Chip:setLight(visible)
if self.chipLight then
self.chipLight:setVisible(visible)
end
end
--[[
@function addClickListener 添加点击事件
@param #callback function 回调方法
]]
function Chip:addClickListener(callback)
self.clickListener = callback
end
return Chip |
-- Copyright (c) 2015-2017 Lymia Alusyia <[email protected]>
--
-- Permission is hereby granted, free of charge, to any person obtaining a copy
-- of this software and associated documentation files (the "Software"), to deal
-- in the Software without restriction, including without limitation the rights
-- to use, copy, modify, merge, publish, distribute, sublicense, and/or sell
-- copies of the Software, and to permit persons to whom the Software is
-- furnished to do so, subject to the following conditions:
--
-- The above copyright notice and this permission notice shall be included in
-- all copies or substantial portions of the Software.
--
-- THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR
-- IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,
-- FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE
-- AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER
-- LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM,
-- OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN
-- THE SOFTWARE.
if _mpPatch_activateFrontEnd then
_mpPatch.setBIsModding()
Matchmaking = _mpPatch.hookTable(Matchmaking, {LaunchMultiplayerGame = function(...)
_mpPatch.overrideModsFromPreGame()
return Matchmaking._super.LaunchMultiplayerGame(...)
end})
-- Protocol for ensuring non-host players will override the mod list.
local gameLaunchSet = false
local gameLaunchCountdown = -1
local function setGameLaunch()
gameLaunchSet = true
gameLaunchCountdown = 3
end
_mpPatch.event.reset.registerHandler(function()
gameLaunchSet = false
end)
_mpPatch.net.startLaunchCountdown.registerHandler(function(_, id)
if id == m_HostID and not Matchmaking.IsHost() then
_mpPatch.overrideModsFromPreGame()
end
end)
local HandleExitRequestOld = HandleExitRequest
function HandleExitRequest(...)
if gameLaunchSet then return end
_mpPatch.event.reset()
return HandleExitRequestOld(...)
end
local LaunchGameOld = LaunchGame
_mpPatch.event.update.registerHandler(function(timeDiff)
if not ContextPtr:IsHidden() and gameLaunchSet then
gameLaunchCountdown = gameLaunchCountdown - timeDiff
if gameLaunchCountdown <= 0 then
_mpPatch.event.kickAllUnpatched("Game starting")
LaunchGameOld()
_mpPatch.event.reset()
end
return true
end
end, -1)
function LaunchGame(...)
if PreGame.IsHotSeatGame() then
return LaunchGameOld(...)
else
_mpPatch.net.startLaunchCountdown()
setGameLaunch()
end
end
Controls.LaunchButton:RegisterCallback(Mouse.eLClick, LaunchGame)
-- Ensure the NetPatch hook doesn't end up escaping the UI.
local DequeuePopup = UIManager.DequeuePopup
_mpPatch.patch.globals.rawset(UIManager, "DequeuePopup", function(this, ...)
local context = ...
if context == ContextPtr then
_mpPatch.event.reset()
end
return DequeuePopup(this, ...)
end)
end
|
-- **Big thing that contains all sorts of fun stuff related to ms based scoring and adapting existing systems to it**
-- probably need to reorganize large parts of this
-- global here
ms = {}
-- *Values and stuff*
-- Make the distinction between ms timed and non-timed judgments
-- Radar values people on earth actually care about
ms.RelevantRadarsShort = {
THEME:GetString("RadarCategoryShort", "Notes")..":",
THEME:GetString("RadarCategoryShort", "Jumps")..":",
THEME:GetString("RadarCategoryShort", "Hands")..":",
THEME:GetString("RadarCategoryShort", "Holds")..":",
THEME:GetString("RadarCategoryShort", "Mines")..":",
THEME:GetString("RadarCategoryShort", "TotalTaps")..":",
THEME:GetString("RadarCategoryShort", "Rolls")..":",
THEME:GetString("RadarCategoryShort", "Lifts")..":",
THEME:GetString("RadarCategoryShort", "Fakes")..":"
}
ms.RelevantRadars = {
"RadarCategory_Notes",
"RadarCategory_Jumps",
"RadarCategory_Hands",
"RadarCategory_Holds",
"RadarCategory_Mines",
"RadarCategory_TapsAndHolds",
"RadarCategory_Rolls",
"RadarCategory_Lifts",
"RadarCategory_Fakes"
}
-- lists just for displayed judgment counts
ms.JudgeCount = {
"TapNoteScore_W1",
"TapNoteScore_W2",
"TapNoteScore_W3",
"TapNoteScore_W4",
"TapNoteScore_W5",
"TapNoteScore_Miss",
"HoldNoteScore_Held",
"HoldNoteScore_LetGo"
}
ms.JudgeCountInverse = {
TapNoteScore_W1 = 1,
TapNoteScore_W2 = 2,
TapNoteScore_W3 = 3,
TapNoteScore_W4 = 4,
TapNoteScore_W5 = 5,
TapNoteScore_Miss = 6,
HoldNoteScore_Held = 7,
HoldNoteScore_LetGo = 8
}
ms.SkillSets = {
"Overall",
"Stream",
"Jumpstream",
"Handstream",
"Stamina",
"JackSpeed",
"Chordjack",
"Technical"
}
ms.SkillSetsShort = {
"Overall",
"Stream",
"JS",
"HS",
"Stam",
"Jack Speed",
"Chordjack",
"Tech"
}
ms.SkillSetsTranslatedByName = {
Overall = THEME:GetString("Skillsets", "Overall"),
Stream = THEME:GetString("Skillsets", "Stream"),
Jumpstream = THEME:GetString("Skillsets", "Jumpstream"),
Handstream = THEME:GetString("Skillsets", "Handstream"),
Stamina = THEME:GetString("Skillsets", "Stamina"),
JackSpeed = THEME:GetString("Skillsets", "JackSpeed"),
Chordjack = THEME:GetString("Skillsets", "Chordjack"),
Technical = THEME:GetString("Skillsets", "Technical"),
}
ms.SkillSetsTranslated = {
THEME:GetString("Skillsets", "Overall"),
THEME:GetString("Skillsets", "Stream"),
THEME:GetString("Skillsets", "Jumpstream"),
THEME:GetString("Skillsets", "Handstream"),
THEME:GetString("Skillsets", "Stamina"),
THEME:GetString("Skillsets", "JackSpeed"),
THEME:GetString("Skillsets", "Chordjack"),
THEME:GetString("Skillsets", "Technical"),
}
ms.JudgeScalers = {1.50, 1.33, 1.16, 1.00, 0.84, 0.66, 0.50, 0.33, 0.20}
local musicstr = THEME:GetString("GeneralInfo", "RateMusicString")
-- **Functions**
function ms.ok(m)
if not m then
SCREENMAN:SystemMessage("nahbro")
else
SCREENMAN:SystemMessage(m)
end
end
--[[
Print a thing to the error console (F3+F6+8 to enable, F3+F6+9 to make it persist)
str: anything that can be used with tostring()
]]
function ms.p(str)
MESSAGEMAN:Broadcast("ScriptError", {message = tostring(str)})
end
--[[
This runs the LuaJIT profiler.
Shows the approximate line of section of Lua that are being used the most.
This will cause a minor fps drop.
]]
function ms.startjitprofiler()
local profile = require("jit.profile")
local tH = {}
local tHS = {}
profile.start(
"li1",
function(th, samples, vmmode)
local f = require("jit.profile").dumpstack(th, "pl", 1)
tH[f] = 1 + (tH[f] or 0)
if not tHS[f] then
tHS[f] = {}
end
tHS[f][vmmode] = (tHS[f][vmmode] or 0) + 1
end
)
local function dump(o)
if type(o) == "table" then
local s = "{ "
for k, v in pairs(o) do
if type(k) ~= "number" then
k = '"' .. k .. '"'
end
s = s .. "[" .. k .. "] = " .. dump(v) .. ",\n"
end
return s .. "} "
else
return tostring(o)
end
end
SCREENMAN:GetTopScreen():setInterval(
function()
local tmp = {}
local n = 0
for k, v in pairs(tH) do
tmp[n + 1] = {k, v}
n = n + 1
end
table.sort(
tmp,
function(a, b)
return a[2] > b[2]
end
)
local str = ""
for _, v in ipairs(tmp) do
str = str .. dump(v[1]) .. " =" .. tostring(v[2]) .. "\n"
end
SCREENMAN:SystemMessage(str)
end,
1
)
end
--[[
Stop the LuaJIT profiler only if it has already been started.
]]
function ms.stopjitprofiler()
local profile = require("jit.profile")
profile.stop()
end
function ms.type(m)
SCREENMAN:SystemMessage(type(m))
end
--- Table sum designed for ms tables (optional starting position, default to 0, and absolute value flag)
function ms.tableSum(t, n, abs)
local o = 0
for i = n or 0, #t do
if abs then
o = o + math.abs(t[i])
else
o = o + t[i]
end
end
return o
end
function wifeMean(t)
local c = #t
local m = 0
if c == 0 then
return 0
end
local o = 0
for i = 1, c do
if t[i] ~= 1000 and t[i] ~= -1100 then
o = o + t[i]
else
m = m + 1
end
end
return o / (c - m)
end
function wifeAbsMean(t)
local c = #t
local m = 0
if c == 0 then
return 0
end
local o = 0
for i = 1, c do
if t[i] ~= 1000 and t[i] ~= -1100 then
o = o + math.abs(t[i])
else
m = m + 1
end
end
return o / (c - m)
end
function wifeSd(t)
local u = wifeMean(t)
local u2 = 0
local m = 0
for i = 1, #t do
if t[i] ~= 1000 and t[i] ~= -1100 then
u2 = u2 + (t[i] - u) ^ 2
else
m = m + 1
end
end
return math.sqrt(u2 / (#t - 1 - m))
end
function wifeRange(t)
local x, y = 10000, 0
for i = 1, #t do
if t[i] ~= 1000 then
if math.abs(t[i]) < math.abs(x) then
x = t[i]
end
if math.abs(t[i]) > math.abs(y) then
y = t[i]
end
end
end
return x, y
end
function IndexOf(t, x)
for k, v in pairs(t) do
if v == x then
return k
end
end
return nil
end
-- **Very slight efficiency rewrites**
notShit = {}
function notShit.floor(x, y)
y = 10 ^ (y or 0)
return math.floor(x * y) / y
end
function notShit.ceil(x, y)
y = 10 ^ (y or 0)
return math.ceil(x * y) / y
end
-- seriously what is math and how does it work
function notShit.round(x, y)
y = 10 ^ (y or 0)
return math.floor(x * y + 0.5) / y
end
-- Grabs the currently selected rate as a string in the form of "r.rrx" while dropping trailing 0s
function getCurRateString()
return getRateString(getCurRateValue())
end
function getRateString(x)
return string.format("%.2f", x):gsub("%.?0+$", "") .. "x"
end
function getCurRateDisplayString()
return getRateDisplayString(getCurRateString())
end
function getRateDisplayString(x)
if x == "1x" then
x = "1.0x"
elseif x == "2x" then
x = "2.0x"
end
return x .. musicstr
end
function getCurRateValue()
return notShit.round(GAMESTATE:GetSongOptionsObject("ModsLevel_Current"):MusicRate(), 3)
end
function getCurKey()
return GAMESTATE:GetCurrentSteps(PLAYER_1):GetChartKey()
end
-- returns a string of keys for a table
function showKeys(t)
local o = {}
for k, v in pairs(t) do
o[#o + 1] = k
end
return table.concat(o, ",") -- apparently theres an alias for this in this game who knew
end
-- same but returns a table (array)
function tableKeys(t)
local o = {}
for k, v in pairs(t) do
o[#o + 1] = k
end
return o
end
function formLink(x, y)
x[y] = x[y] or {}
return x[y]
end
function GetPlayableTime()
local td = GAMESTATE:GetCurrentSteps(PLAYER_1):GetTimingData()
local song = GAMESTATE:GetCurrentSong()
return (td:GetElapsedTimeFromBeat(song:GetLastBeat()) - td:GetElapsedTimeFromBeat(song:GetFirstBeat())) /
getCurRateValue()
end
function ChangeMusicRate(rate, params)
if params.Name == "PrevScore" and rate < 2.95 and (getTabIndex() == 0 or getTabIndex() == 1) then
GAMESTATE:GetSongOptionsObject("ModsLevel_Preferred"):MusicRate(rate + 0.1)
GAMESTATE:GetSongOptionsObject("ModsLevel_Song"):MusicRate(rate + 0.1)
GAMESTATE:GetSongOptionsObject("ModsLevel_Current"):MusicRate(rate + 0.1)
MESSAGEMAN:Broadcast("CurrentRateChanged")
elseif params.Name == "NextScore" and rate > 0.55 and (getTabIndex() == 0 or getTabIndex() == 1) then
GAMESTATE:GetSongOptionsObject("ModsLevel_Preferred"):MusicRate(rate - 0.1)
GAMESTATE:GetSongOptionsObject("ModsLevel_Song"):MusicRate(rate - 0.1)
GAMESTATE:GetSongOptionsObject("ModsLevel_Current"):MusicRate(rate - 0.1)
MESSAGEMAN:Broadcast("CurrentRateChanged")
end
if params.Name == "PrevRate" and rate < 3 and (getTabIndex() == 0 or getTabIndex() == 1) then
GAMESTATE:GetSongOptionsObject("ModsLevel_Preferred"):MusicRate(rate + 0.05)
GAMESTATE:GetSongOptionsObject("ModsLevel_Song"):MusicRate(rate + 0.05)
GAMESTATE:GetSongOptionsObject("ModsLevel_Current"):MusicRate(rate + 0.05)
MESSAGEMAN:Broadcast("CurrentRateChanged")
elseif params.Name == "NextRate" and rate > 0.5 and (getTabIndex() == 0 or getTabIndex() == 1) then
GAMESTATE:GetSongOptionsObject("ModsLevel_Preferred"):MusicRate(rate - 0.05)
GAMESTATE:GetSongOptionsObject("ModsLevel_Song"):MusicRate(rate - 0.05)
GAMESTATE:GetSongOptionsObject("ModsLevel_Current"):MusicRate(rate - 0.05)
MESSAGEMAN:Broadcast("CurrentRateChanged")
end
end
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